{"text_format":"3","workbook":"xlsx","n_sheets":16,"sheets":["Cover page","Acknowledgements","T1 - Main scenario database","T2 - Study details","T3 - Study summary","T4 - LUC scope","T5 - GHG categories & GWPs","T6 - N2O ag soils","T7 - US Consumer Price Index","T8 - Water withdrawals","T9 - Feed composition+factors","T10 - FBS (1961-2013)","T11 - FAOSTAT Livestock yields","T12 - FAOSTAT Cereal yields","Columns removed","Original_values_markup"],"not_rendered":{"charts":2,"defined_names":4,"comments":10},"read":"whole","date_system":"1900"}

{"sheet":"Cover page","index":0,"n_rows":31,"n_cols":2,"rows_kept":31,"merged":[[7,0,7,12],[8,0,8,12],[9,0,9,12],[10,0,10,12]]}
{"$rows_empty":7}
["Supplementary Data for"]
["Ambitious food system interventions required to mitigate the risk of exceeding Earth's environmental limits"]
["M. Hadjikakou et al. (2025), One Earth"]
["correspondence to: m.hadjikakou@deakin.edu.au"]
[]
["Harmonised scenario input database"]
[]
["Contents"]
["Acknowledgments","Acknowledgements to other contributing individuals"]
["T1: ","Main input database with data from all selected studies (grey cells indicated values not used in the analysis)"]
["T2:","Study details"]
["T3: ","Study summary"]
["T4:","Land-use change scope"]
["T5: ","GHG categories and global warming potential assumptions"]
["T6: ","N2O agricultural soil GHG inclusions"]
["T7:","Consumer Price Index"]
["T8:","Water withdrawals & consumption"]
["T9:","Base year feed composition and livestock unit conversions "]
["T10:","FAOSTAT food supply (1961-2013)"]
["T11:","FAOSTAT livestock yields (1961-2018)"]
["T12:","FAOSTAT cereal yields (1961-2018)"]
[]
[]
["Disclaimer: Due to the large amount of data, there may be transcription or formula errors. Please get in touch with Michalis Hadjikakou (m.hadjikakou@deakin.edu.au) if you spot any."]

{"sheet":"Acknowledgements","index":1,"n_rows":17,"n_cols":3,"rows_kept":17}
["Name","Surname","Organization"]
["Luis","Lassaletta","Universidad Politécnica de Madrid"]
["Cherry Myo","Lwin","Ritsumeikan Global Innovation Research Organization (R-GIRO)"]
["Ester","van der Voet","Leiden University"]
["Faye ","Duchin","Rensselaer Polytechnic Institute"]
["Paul ","Lucas","PBL Netherlands Environmental Assessment Agency"]
["Rineke","Oostenrijk","PBL Netherlands Environmental Assessment Agency"]
["Annelies","Sewell","PBL Netherlands Environmental Assessment Agency"]
["Stefan ","van der Esch","PBL Netherlands Environmental Assessment Agency"]
["David","Tilman","University of Minnesota"]
["Stephen","Polasky","University of Minnesota"]
["Peter","Hawthorne","University of Minnesota"]
["Claudia ","Ringler","IFPRI"]
["Chantal","Le Mouel","French National Institute for Agricultural Research"]
["Tom","Powell","University of Exeter"]
[]
["We acknowledge the above for their contributions to this work through helpful email correspondence and/or supplementary data. "]

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["ID","Year","Title","Authors","Study abbreviation","Type","Journal or Organization name","Scenario (author code)","Scenario description","Scenario year (numeric)","Study scope","Included in meta-model","Model","GHG scope","Enteric fermentation (CH4)","Rice cultivation (CH4)","Manure management (CH4)","Burning of crop residue & savanna (CH4)","TotalDirectCH4","Manure management (N2O)","Synthetic fertilisers (N2O)","Biological fixation (N2O)","Manure applied to crops (N2O)","Manure left on pasture (N2O)","Manure for crops/pasture combined (N2O)","Cropland soils total (synthetic fertiliser+biological fixation + manure)","Crop residues (N2O)","Total agricultural soils (N2O)","Burning of crop residue & savanna (N2O)","TotalDirectN2O","CH4&N2Ounits","TotalNonCO2 (excludes burning)","Pre-productionCO2","OnFarmEnergyCO2","TotalPre-prodOn-farmCO2","LUC - Biomass burning","LUC - Re/a-forestation","LUC - Forestry","LUC - Deforestation","LUC - Other land use","LUC - Total","NonCO2+LUC","TotalAgWithCO2LUC","LCA","GHG units","Carbon price (original)","Carbon price (year)","Carbon price (denominator)","Carbon price ($US 2010/tCO2eq)","GHGefficiency-CH4","GHGefficiency-N2O","GHGefficiency-CO2","GHGeffinc","Pasture scope","Cropland scope","TotalArea","Pasture","Cropland","IrrigatedArea","RainfedArea","Forest","Land units","Remaining forest (%)","Water scope","Blue water consumption","Blue water withdrawals","Green water consumption","Water units","WUEinc","WUE","WPinc","WP","Nfert","Nfix","Nsurplus","Nitrogen units","NUEinc","NUE","Pfert","Psurplus","Prunoff","Pdelivery_total","Pdelivery_agri","Pmouth_total","Pmouth_agri","Phosphorus units","PUEinc","PUE","NrecHousehold","NrecManure","PrecHousehold","PrecManure","Organic","World population","Population (units)","Total food supply","Diet","Beef","Lamb/Mutton/Goat","Ruminant meat","Pork","Poultry","Non-ruminant meat","Total meat excl. seafood","Aquaculture","Capture seafood","Total seafood","Total meat incl. seafood","Dairy","Eggs","Dairy & eggs combined","Other animal","Cultured meat","Animal products (total)","Animal products (%)","Cereals","Roots & tubers","Oilseeds","Legumes & nuts","Fruit & vegetables","Sugar crops","Other crops","Non-food (e.g. biofuels, fiber)","Plant products","Food units","Food waste reduction (%)","GDP original","GDP original units","GDP per capita 2005 USD PPP","Yield increase (%) relative to study base year","Cereal yield - 2010 (BAU trajectory)","Cereal yield - average","Cereal yield - irrigated","Cereal yield - rainfed","Oilseed yields","Palm oil yields","Pulses yields","Roots & tuber yields","All crops yields","Crop yield units","Feed efficiency - 2010 (BAU trajectory)","Livestock yield/efficiency","Beef FCR","Sheep/goat FCR","Ruminant meat FCR","Pork FCR","Chicken FCR","Aquaculture FCR","Non-ruminant meat FCR","Dairy FCR","Eggs FCR","Dairy & Eggs FCR","Ruminant FCR (meat & dairy)","Non-ruminant FCR (meat & eggs)","Livestock productivity units","Grains & by-product feed beef","Grains & by-product feed sheep/goat","Grains & by-product  feed ruminant meat","Grains & by-product feed pork","Grains & by-product  feed chicken","Grains & by-product  feed aqua","Grains & by-product feed non-ruminant meat","Grains & by-product feed dairy","Grains & by-product feed eggs","Grains & by-product feed ruminant (meat & dairy)","Grains & by-product feed non-ruminant (meat & eggs)","Grains & by-product all animals","FCF beef","FCF sheep/goat","FCF ruminant meat","FCF pork","FCF chicken","FCF aquaculture","FCF non-ruminant meat","FCF dairy","FCF egg","FCF All ruminants","FCF All non-ruminants","FCF overall","Scenario family","Scenario name","Objectives","Intervention family"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","BAU",2013,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.030579059062424,"d":"8.03"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":5228.500233201685,"d":"5228.5"},{"v":3552.2970763474955,"d":"3552.3"},{"v":1676.2031568541893,"d":"1676.2"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":860,"d":"860.0"},null,{"v":4856.055192617266,"d":"4,856.06"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":124.3092506,"d":"124.31"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.162119434,"d":"7.16"},"billion",{"v":2855.7007774279714,"d":"2,855.70"},"OMN/FLX",null,null,{"v":48.5238459832558,"d":"48.5"},{"v":122.601285144669,"d":"122.6"},{"v":55.2228816206327,"d":"55.2"},{"v":177.8241667653017,"d":"177.8"},{"v":226.3480127485575,"d":"226.3"},{"v":26.032668318951337,"d":"26.0"},{"v":30.376430738649262,"d":"30.4"},{"v":56.4090990576006,"d":"56.4"},{"v":282.7571118061581,"d":"282.8"},{"v":146.337062829356,"d":"146.3"},{"v":36.7524223187437,"d":"36.8"},{"v":183.0894851480997,"d":"183.1"},null,null,{"v":465.8465969542578,"d":"465.8"},{"v":0.16312864451219897,"d":"16.3%"},{"v":1297.12980332636,"d":"1,297.1"},{"v":145.810309525645,"d":"145.8"},{"v":456.216019196307,"d":"456.2"},{"v":64.6747171972698,"d":"64.7"},{"v":178.7797629020381,"d":"178.8"},{"v":247.243568326094,"d":"247.2"},null,null,{"v":2389.8541804737138,"d":"2,389.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.9994309037749,"d":"7.00"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.03217344660835,"d":"3.03"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33287301790667,"d":"3.33"},{"v":8.829135,"d":"8.83"},{"v":3.043441,"d":"3.04"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.894444697918197,"d":"89.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177535051176131,"d":"17.8%"},{"v":0.906115146467916,"d":"90.6%"},{"v":0.276868961992515,"d":"27.7%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","BAU",2014,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.176410367509591,"d":"8.18"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":5349.042336003241,"d":"5349.0"},{"v":3637.774129713536,"d":"3637.8"},{"v":1711.2682062897052,"d":"1711.3"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":882,"d":"882.0"},null,{"v":4934.676061957184,"d":"4,934.68"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":126.933626,"d":"126.93"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.243784121,"d":"7.24"},"billion",{"v":2857.724580408336,"d":"2,857.72"},"OMN/FLX",null,null,{"v":48.9794689502347,"d":"49.0"},{"v":123.378472372211,"d":"123.4"},{"v":55.2228816206327,"d":"55.2"},{"v":178.60135399284368,"d":"178.6"},{"v":227.58082294307837,"d":"227.6"},{"v":27.236332541911434,"d":"27.2"},{"v":30.033974134889167,"d":"30.0"},{"v":57.2703066768006,"d":"57.3"},{"v":284.851129619879,"d":"284.9"},{"v":148.14892846502,"d":"148.1"},{"v":37.1342656675099,"d":"37.1"},{"v":185.2831941325299,"d":"185.3"},null,null,{"v":470.1343237524089,"d":"470.1"},{"v":0.16451351784405763,"d":"16.5%"},{"v":1297.34635254227,"d":"1,297.3"},{"v":146.552782703802,"d":"146.6"},{"v":451.96367281231994,"d":"452.0"},{"v":63.7201088253544,"d":"63.7"},{"v":177.6612942373617,"d":"177.7"},{"v":250.346045534819,"d":"250.3"},null,null,{"v":2387.590256655927,"d":"2,387.6"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.98713041655076,"d":"6.99"},{"v":57.5851011469412,"d":"57.59"},null,{"v":57.5851011469412,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.02587044840106,"d":"3.03"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33291715052431,"d":"3.33"},{"v":8.814592,"d":"8.81"},{"v":3.038352,"d":"3.04"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.894083541478911,"d":"89.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.17756481022619,"d":"17.8%"},{"v":0.905819266889094,"d":"90.6%"},{"v":0.276762771137821,"d":"27.7%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","BAU",2029,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":10.37388803479582,"d":"10.37"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":7218.272906379788,"d":"7218.3"},{"v":4975.9874300366655,"d":"4976.0"},{"v":2242.2854763431224,"d":"2242.3"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1223,"d":"1,223.0"},null,{"v":6090.204322388308,"d":"6,090.20"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":166.6765186,"d":"166.68"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.358519176,"d":"8.36"},"billion",{"v":2888.081625113855,"d":"2,888.08"},"OMN/FLX",null,null,{"v":55.8138134549186,"d":"55.8"},{"v":135.036280785333,"d":"135.0"},{"v":55.2228816206327,"d":"55.2"},{"v":190.2591624059657,"d":"190.3"},{"v":246.0729758608843,"d":"246.1"},{"v":44.15993190497802,"d":"44.2"},{"v":26.028489059822775,"d":"26.0"},{"v":70.1884209648008,"d":"70.2"},{"v":316.2613968256851,"d":"316.3"},{"v":175.326912999977,"d":"175.3"},{"v":42.8619158990024,"d":"42.9"},{"v":218.1888288989794,"d":"218.2"},null,null,{"v":534.4502257246645,"d":"534.5"},{"v":0.18505371215178007,"d":"18.5%"},{"v":1300.59459078099,"d":"1,300.6"},{"v":157.689880376148,"d":"157.7"},{"v":388.178477052517,"d":"388.2"},{"v":49.4009832466231,"d":"49.4"},{"v":160.88426426721628,"d":"160.9"},{"v":296.883203665696,"d":"296.9"},null,null,{"v":2353.6313993891904,"d":"2,353.6"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.84249007517189,"d":"6.84"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.95286029623473,"d":"2.95"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33347103827994,"d":"3.33"},{"v":8.631788,"d":"8.63"},{"v":2.97912,"d":"2.98"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.889691685798939,"d":"89.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177947447921536,"d":"17.8%"},{"v":0.902276559070288,"d":"90.2%"},{"v":0.275394291366921,"d":"27.5%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","BAU",2030,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":10.519433175789352,"d":"10.52"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":7345.458218057253,"d":"7345.5"},{"v":5067.833323564346,"d":"5067.8"},{"v":2277.6248944929075,"d":"2277.6"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1246,"d":"1,246.0"},null,{"v":6165.063437928833,"d":"6,165.06"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":169.3214205,"d":"169.32"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.424937473999998,"d":"8.42"},"billion",{"v":2890.1054280942176,"d":"2,890.11"},"OMN/FLX",null,null,{"v":56.2694364218976,"d":"56.3"},{"v":135.813468012874,"d":"135.8"},{"v":55.2228816206327,"d":"55.2"},{"v":191.03634963350672,"d":"191.0"},{"v":247.30578605540433,"d":"247.3"},{"v":45.22633605509593,"d":"45.2"},{"v":25.823292528904876,"d":"25.8"},{"v":71.0496285840008,"d":"71.0"},{"v":318.3554146394051,"d":"318.4"},{"v":177.138778635641,"d":"177.1"},{"v":43.2437592477686,"d":"43.2"},{"v":220.38253788340958,"d":"220.4"},null,null,{"v":538.7379525228147,"d":"538.7"},{"v":0.18640771623271446,"d":"18.6%"},{"v":1300.8111399969,"d":"1,300.8"},{"v":158.432353554305,"d":"158.4"},{"v":383.926130668529,"d":"383.9"},{"v":48.4463748747076,"d":"48.4"},{"v":159.76579560253998,"d":"159.8"},{"v":299.985680874421,"d":"300.0"},null,null,{"v":2351.367475571403,"d":"2,351.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.83491452578599,"d":"6.83"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.94907043056317,"d":"2.95"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.3335019951339,"d":"3.33"},{"v":8.621555,"d":"8.62"},{"v":2.976035,"d":"2.98"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.889452164768931,"d":"88.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177969346379846,"d":"17.8%"},{"v":0.902086803751322,"d":"90.2%"},{"v":0.275315798867915,"d":"27.5%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","BAU",2038,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":11.513753289681022,"d":"11.51"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":8273.710089328988,"d":"8273.7"},{"v":5810.950894711241,"d":"5811.0"},{"v":2462.759194617747,"d":"2462.8"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1421,"d":"1,421.0"},null,{"v":6567.4581721465665,"d":"6,567.46"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":186.6923241,"d":"186.69"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.923514713,"d":"8.92"},"billion",{"v":2906.2958519371637,"d":"2,906.30"},"OMN/FLX",null,null,{"v":59.914420157729,"d":"59.9"},{"v":142.030965833206,"d":"142.0"},{"v":55.2228816206327,"d":"55.2"},{"v":197.25384745383872,"d":"197.3"},{"v":257.1682676115677,"d":"257.2"},{"v":53.558803605091754,"d":"53.6"},{"v":24.380485932509146,"d":"24.4"},{"v":77.9392895376009,"d":"77.9"},{"v":335.10755714916866,"d":"335.1"},{"v":191.633703720951,"d":"191.6"},{"v":46.298506037898,"d":"46.3"},{"v":237.93220975884898,"d":"237.9"},null,null,{"v":573.0397669080177,"d":"573.0"},{"v":0.19717186277717166,"d":"19.7%"},{"v":1302.54353372422,"d":"1,302.5"},{"v":164.372138979556,"d":"164.4"},{"v":349.907359596635,"d":"349.9"},{"v":40.8095078993843,"d":"40.8"},{"v":150.81804628512901,"d":"150.8"},{"v":324.805498544222,"d":"324.8"},null,null,{"v":2333.256085029146,"d":"2,333.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.78085015856967,"d":"6.78"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.92202749866953,"d":"2.92"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33372881536739,"d":"3.33"},{"v":8.546528,"d":"8.55"},{"v":2.954018,"d":"2.95"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.887706910840142,"d":"88.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178131507594576,"d":"17.8%"},{"v":0.900716170066325,"d":"90.1%"},{"v":0.274733962499516,"d":"27.5%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","BAU",2042,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":11.996292024080901,"d":"12.00"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":8735.556023429346,"d":"8735.6"},{"v":6185.509822529716,"d":"6185.5"},{"v":2550.04620089963,"d":"2550.0"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1508,"d":"1,508.0"},null,{"v":6752.787064179984,"d":"6,752.79"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":195.1162657,"d":"195.12"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.149768513,"d":"9.15"},"billion",{"v":2914.3910638586262,"d":"2,914.39"},"OMN/FLX",null,null,{"v":61.7369120256447,"d":"61.7"},{"v":145.139714743372,"d":"145.1"},{"v":55.2228816206327,"d":"55.2"},{"v":200.3625963640047,"d":"200.4"},{"v":262.0995083896494,"d":"262.1"},{"v":57.6065102727199,"d":"57.6"},{"v":23.777609741681,"d":"23.8"},{"v":81.3841200144009,"d":"81.4"},{"v":343.48362840405025,"d":"343.5"},{"v":198.881166263606,"d":"198.9"},{"v":47.8258794329626,"d":"47.8"},{"v":246.7070456965686,"d":"246.7"},null,null,{"v":590.1906741006188,"d":"590.2"},{"v":0.20250908720506847,"d":"20.3%"},{"v":1303.40973058787,"d":"1,303.4"},{"v":167.342031692182,"d":"167.3"},{"v":332.8979740606866,"d":"332.9"},{"v":36.9910744117226,"d":"37.0"},{"v":146.3441716264236,"d":"146.3"},{"v":337.215407379123,"d":"337.2"},null,null,{"v":2324.2003897580075,"d":"2,324.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.75755567657926,"d":"6.76"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.91035446270497,"d":"2.91"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.3338299627648,"d":"3.33"},{"v":8.513042,"d":"8.51"},{"v":2.944516,"d":"2.94"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.886932776191562,"d":"88.7%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178204806797315,"d":"17.8%"},{"v":0.900115536714617,"d":"90.0%"},{"v":0.274470623488214,"d":"27.4%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S2","Pescaterian diet",2031,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.707533890768932,"d":"6.71"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4133.014119221337,"d":"4133.0"},{"v":2194.9059357022848,"d":"2194.9"},{"v":1938.108183519052,"d":"1938.1"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1245,"d":"1,245.0"},null,{"v":4800.490896135286,"d":"4,800.49"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":138.7106252,"d":"138.71"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.490455587,"d":"8.49"},"billion",{"v":2590.989684609631,"d":"2,590.99"},"OMN/FLX",null,null,{"v":21.6420909314991,"d":"21.6"},{"v":55.3745899623308,"d":"55.4"},{"v":25.5910914827322,"d":"25.6"},{"v":80.965681445063,"d":"81.0"},{"v":102.6077723765621,"d":"102.6"},{"v":58.91785879277511,"d":"58.9"},{"v":25.62402249202589,"d":"25.6"},{"v":84.541881284801,"d":"84.5"},{"v":187.1496536613631,"d":"187.1"},{"v":159.444175938414,"d":"159.4"},{"v":39.4253257601069,"d":"39.4"},{"v":198.86950169852088,"d":"198.9"},null,null,{"v":386.01915535988394,"d":"386.0"},{"v":0.14898521505231047,"d":"14.9%"},{"v":1072.35171720737,"d":"1,072.4"},{"v":134.044965317936,"d":"134.0"},{"v":513.318956352702,"d":"513.3"},{"v":84.2441888215359,"d":"84.2"},{"v":187.1784262411488,"d":"187.2"},{"v":213.832275309054,"d":"213.8"},null,null,{"v":2204.970529249747,"d":"2,205.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.8791564326293,"d":"4.88"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.705862633164,"d":"2.71"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33322014947518,"d":"3.33"},{"v":5.739274,"d":"5.74"},{"v":2.794587,"d":"2.79"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.879783376060728,"d":"88.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.18724615863663,"d":"18.7%"},{"v":0.898449042621293,"d":"89.8%"},{"v":0.302143653885633,"d":"30.2%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S2","Pescaterian diet",2043,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":5.524535098624081,"d":"5.52"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":3219.4192881219165,"d":"3219.4"},{"v":1136.5047043623692,"d":"1136.5"},{"v":2082.914583759547,"d":"2082.9"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1500,"d":"1,500.0"},null,{"v":4617.154744997753,"d":"4,617.15"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":145.7290436,"d":"145.73"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.20374056,"d":"9.20"},"billion",{"v":2451.017385938605,"d":"2,451.02"},"OMN/FLX",null,null,{"v":7.97340192213123,"d":"8.0"},{"v":20.401164722964,"d":"20.4"},{"v":9.42829686205924,"d":"9.4"},{"v":29.82946158502324,"d":"29.8"},{"v":37.80286350715447,"d":"37.8"},{"v":78.12785922108114,"d":"78.1"},{"v":23.63817444771986,"d":"23.6"},{"v":101.766033668801,"d":"101.8"},{"v":139.56889717595547,"d":"139.6"},{"v":170.546671748438,"d":"170.5"},{"v":41.7163858527039,"d":"41.7"},{"v":212.2630576011419,"d":"212.3"},null,null,{"v":351.8319547770974,"d":"351.8"},{"v":0.14354527095382683,"d":"14.4%"},{"v":950.217959431731,"d":"950.2"},{"v":129.247446320617,"d":"129.2"},{"v":535.188166327491,"d":"535.2"},{"v":92.8356641687748,"d":"92.8"},{"v":189.3192200668244,"d":"189.3"},{"v":202.376974846069,"d":"202.4"},null,null,{"v":2099.1854311615075,"d":"2,099.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":3.76858092659055,"d":"3.77"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.48955258610377,"d":"2.49"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33345889038512,"d":"3.33"},{"v":4.20224,"d":"4.20"},{"v":2.641175,"d":"2.64"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.867602431198463,"d":"86.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.197395793915061,"d":"19.7%"},{"v":0.892782807440497,"d":"89.3%"},{"v":0.326336871684956,"d":"32.6%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Vegetarian diet",2010,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.63926445718765,"d":"7.64"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4949.090227149159,"d":"4949.1"},{"v":3374.032615633844,"d":"3374.0"},{"v":1575.0576115153144,"d":"1575.1"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":796,"d":"796.0"},null,{"v":4623.429165205447,"d":"4,623.43"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":116.8675803,"d":"116.87"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":6.916183482,"d":"6.92"},"billion",{"v":2837.854995496578,"d":"2,837.85"},"OMN/FLX",null,null,{"v":45.5622966978928,"d":"45.6"},{"v":116.578084131223,"d":"116.6"},{"v":53.87598206891,"d":"53.9"},{"v":170.45406620013298,"d":"170.5"},{"v":216.0163628980258,"d":"216.0"},{"v":20.215856051834056,"d":"20.2"},{"v":31.45660110016654,"d":"31.5"},{"v":51.6724571520006,"d":"51.7"},{"v":267.6888200500264,"d":"267.7"},{"v":141.826673906534,"d":"141.8"},{"v":35.8932747840199,"d":"35.9"},{"v":177.7199486905539,"d":"177.7"},null,null,{"v":445.4087687405803,"d":"445.4"},{"v":0.15695261718706705,"d":"15.7%"},{"v":1287.60163782613,"d":"1,287.6"},{"v":142.66907684883,"d":"142.7"},{"v":475.655316951675,"d":"475.7"},{"v":69.2091069638681,"d":"69.2"},{"v":183.43203704621658,"d":"183.4"},{"v":233.879051119278,"d":"233.9"},null,null,{"v":2392.4462267559975,"d":"2,392.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.94682740567106,"d":"6.95"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.06246861656498,"d":"3.06"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33270085440281,"d":"3.33"},{"v":8.675302,"d":"8.68"},{"v":3.068023,"d":"3.07"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.896107976815849,"d":"89.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177854903959139,"d":"17.8%"},{"v":0.907907877145013,"d":"90.8%"},{"v":0.277430237241881,"d":"27.7%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Vegetarian diet",2019,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.47071699237798,"d":"7.47"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4711.838810073925,"d":"4711.8"},{"v":3036.8082397426333,"d":"3036.8"},{"v":1675.0305703312915,"d":"1675.0"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":821,"d":"821.0"},null,{"v":4914.826053062802,"d":"4,914.83"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":120.8290085,"d":"120.83"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.640244883,"d":"7.64"},"billion",{"v":2750.0998654072787,"d":"2,750.10"},"OMN/FLX",null,null,{"v":35.3107799408669,"d":"35.3"},{"v":90.3480152016975,"d":"90.3"},{"v":41.7538861034052,"d":"41.8"},{"v":132.1019013051027,"d":"132.1"},{"v":167.4126812459696,"d":"167.4"},{"v":11.570676312648583,"d":"11.6"},{"v":28.47547798015192,"d":"28.5"},{"v":40.0461542928005,"d":"40.0"},{"v":207.4588355387701,"d":"207.5"},{"v":166.460336485026,"d":"166.5"},{"v":41.907307527087,"d":"41.9"},{"v":208.367644012113,"d":"208.4"},null,null,{"v":415.8264795508831,"d":"415.8"},{"v":0.15120413799565816,"d":"15.1%"},{"v":1209.643920097,"d":"1,209.6"},{"v":141.12701717112,"d":"141.1"},{"v":497.524526926465,"d":"497.5"},{"v":75.6527134742972,"d":"75.7"},{"v":185.0376324154733,"d":"185.0"},{"v":225.28757577204,"d":"225.3"},null,null,{"v":2334.2733858563956,"d":"2,334.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.03750450689197,"d":"6.04"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.10080172244525,"d":"3.10"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33281887926468,"d":"3.33"},{"v":6.989928,"d":"6.99"},{"v":3.09744,"d":"3.10"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.897639274762762,"d":"89.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.182281233948964,"d":"18.2%"},{"v":0.913736909199571,"d":"91.4%"},{"v":0.276373051326681,"d":"27.6%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Vegetarian diet",2024,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.191068932044028,"d":"7.19"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4460.9149569283,"d":"4460.9"},{"v":2753.5156569374135,"d":"2753.5"},{"v":1707.3992999908864,"d":"1707.4"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":819,"d":"819.0"},null,{"v":5012.020740253393,"d":"5,012.02"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":120.8923617,"d":"120.89"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.012143175,"d":"8.01"},"billion",{"v":2701.347015357667,"d":"2,701.35"},"OMN/FLX",null,null,{"v":29.6154928536303,"d":"29.6"},{"v":75.7757546852947,"d":"75.8"},{"v":35.0193883447915,"d":"35.0"},{"v":110.7951430300862,"d":"110.8"},{"v":140.4106358837165,"d":"140.4"},{"v":6.43336060454115,"d":"6.4"},{"v":27.153736544259253,"d":"27.2"},{"v":33.5870971488004,"d":"33.6"},{"v":173.99773303251692,"d":"174.0"},{"v":180.145704584189,"d":"180.1"},{"v":45.248436828791,"d":"45.2"},{"v":225.39414141298,"d":"225.4"},null,null,{"v":399.3918744454969,"d":"399.4"},{"v":0.147849155319505,"d":"14.8%"},{"v":1166.33407691415,"d":"1,166.3"},{"v":140.27031735017,"d":"140.3"},{"v":509.67408802357,"d":"509.7"},{"v":79.23249486898,"d":"79.2"},{"v":185.9296298428381,"d":"185.9"},{"v":220.514533912462,"d":"220.5"},null,null,{"v":2301.95514091217,"d":"2,302.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.56368075091677,"d":"5.56"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.14133897187461,"d":"3.14"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33287053727634,"d":"3.33"},{"v":6.215705,"d":"6.22"},{"v":3.122627,"d":"3.12"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.899217964600385,"d":"89.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.185119205865584,"d":"18.5%"},{"v":0.918272912006439,"d":"91.8%"},{"v":0.275685531297181,"d":"27.6%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Vegetarian diet",2028,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.908962527327936,"d":"6.91"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4218.676671444121,"d":"4218.7"},{"v":2492.5137188363647,"d":"2492.5"},{"v":1726.1629526077563,"d":"1726.2"},{"$nulls":3},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":812,"d":"812.0"},null,{"v":5069.775734191323,"d":"5,069.78"},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":120.2862153,"d":"120.29"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.291192823,"d":"8.29"},"billion",{"v":2662.3447353179795,"d":"2,662.34"},"OMN/FLX",null,null,{"v":25.059263183841,"d":"25.1"},{"v":64.1179462721725,"d":"64.1"},{"v":29.6317901379005,"d":"29.6"},{"v":93.749736410073,"d":"93.7"},{"v":118.808999593914,"d":"118.8"},{"v":2.180005180680162,"d":"2.2"},{"v":26.239846252920138,"d":"26.2"},{"v":28.4198514336003,"d":"28.4"},{"v":147.22885102751428,"d":"147.2"},{"v":191.093999063519,"d":"191.1"},{"v":47.9213402701542,"d":"47.9"},{"v":239.01533933367318,"d":"239.0"},null,null,{"v":386.24419036118746,"d":"386.2"},{"v":0.14507670071323653,"d":"14.5%"},{"v":1131.68620236787,"d":"1,131.7"},{"v":139.584957493411,"d":"139.6"},{"v":519.393736901254,"d":"519.4"},{"v":82.0963199847263,"d":"82.1"},{"v":186.6432277847299,"d":"186.6"},{"v":216.696100424801,"d":"216.7"},null,null,{"v":2276.100544956792,"d":"2,276.1"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.19878117929034,"d":"5.20"},{"v":57.5851011469412,"d":"57.59"},null,{"v":57.5851011469412,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.19514738270449,"d":"3.20"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33290654931686,"d":"3.33"},{"v":5.662009,"d":"5.66"},{"v":3.149757,"d":"3.15"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.901251612689147,"d":"90.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.187624827278503,"d":"18.8%"},{"v":0.922920212113465,"d":"92.3%"},{"v":0.275072105488372,"d":"27.5%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2011,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.619944375861454,"d":"7.62"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":803.6652030200562,"d":"803.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.015030238696447484,"d":"1.5%"},null,{"v":118.7016986,"d":"118.70"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":6.99799876,"d":"7.00"},"billion",{"v":2851.653171467235,"d":"2,851.65"},"OMN/FLX",null,null,{"v":47.6126000492979,"d":"47.6"},{"v":121.046910689586,"d":"121.0"},{"v":55.2228816206327,"d":"55.2"},{"v":176.2697923102187,"d":"176.3"},{"v":223.8823923595166,"d":"223.9"},{"v":23.597849369502175,"d":"23.6"},{"v":31.088834449698428,"d":"31.1"},{"v":54.6866838192006,"d":"54.7"},{"v":278.5690761787172,"d":"278.6"},{"v":142.713331558029,"d":"142.7"},{"v":35.9887356212114,"d":"36.0"},{"v":178.7020671792404,"d":"178.7"},null,null,{"v":457.2711433579576,"d":"457.3"},{"v":0.16035300082537107,"d":"16.0%"},{"v":1296.69670489453,"d":"1,296.7"},{"v":144.325363169332,"d":"144.3"},{"v":464.72071196428,"d":"464.7"},{"v":66.5839339411007,"d":"66.6"},{"v":181.0167002313909,"d":"181.0"},{"v":241.038613908644,"d":"241.0"},null,null,{"v":2394.3820281092776,"d":"2,394.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":7.025257615704,"d":"7.03"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.04546858397631,"d":"3.05"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33278144191362,"d":"3.33"},{"v":8.859299,"d":"8.86"},{"v":3.054157,"d":"3.05"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.895198800469023,"d":"89.5%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177473634319421,"d":"17.7%"},{"v":0.906734317102833,"d":"90.7%"},{"v":0.277088009676876,"d":"27.7%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2015,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.95740608285532,"d":"7.96"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":866.8062335906238,"d":"866.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.04203420924570256,"d":"4.2%"},null,{"v":128.328627,"d":"128.33"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.324782225,"d":"7.32"},"billion",{"v":2859.7483833887086,"d":"2,859.75"},"OMN/FLX",null,null,{"v":49.4350919172137,"d":"49.4"},{"v":124.155659599752,"d":"124.2"},{"v":55.2228816206327,"d":"55.2"},{"v":179.3785412203847,"d":"179.4"},{"v":228.8136331375984,"d":"228.8"},{"v":28.42965856214851,"d":"28.4"},{"v":29.70185573385219,"d":"29.7"},{"v":58.1315142960007,"d":"58.1"},{"v":286.9451474335991,"d":"286.9"},{"v":149.960794100684,"d":"150.0"},{"v":37.5161090162761,"d":"37.5"},{"v":187.4769031169601,"d":"187.5"},null,null,{"v":474.4220505505592,"d":"474.4"},{"v":0.1658964310658634,"d":"16.6%"},{"v":1297.56290175819,"d":"1,297.6"},{"v":147.295255881958,"d":"147.3"},{"v":447.711326428333,"d":"447.7"},{"v":62.765500453439,"d":"62.8"},{"v":176.5428255726854,"d":"176.5"},{"v":253.448522743544,"d":"253.4"},null,null,{"v":2385.3263328381495,"d":"2,385.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.97522988984954,"d":"6.98"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.01979007401137,"d":"3.02"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33296023211999,"d":"3.33"},{"v":8.800393,"d":"8.80"},{"v":3.033439,"d":"3.03"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.893732707278646,"d":"89.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.17759396218093,"d":"17.8%"},{"v":0.905532369333339,"d":"90.6%"},{"v":0.27665871302176,"d":"27.7%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2018,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.2151160665173,"d":"8.22"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":914.223738749752,"d":"914.2"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.059986095516767035,"d":"6.0%"},null,{"v":135.6483495,"d":"135.65"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.562760049,"d":"7.56"},"billion",{"v":2865.8197923298085,"d":"2,865.82"},"OMN/FLX",null,null,{"v":50.8019608181504,"d":"50.8"},{"v":126.487221282377,"d":"126.5"},{"v":55.2228816206327,"d":"55.2"},{"v":181.7101029030097,"d":"181.7"},{"v":232.5120637211601,"d":"232.5"},{"v":31.947911495343558,"d":"31.9"},{"v":28.767225658257143,"d":"28.8"},{"v":60.7151371536007,"d":"60.7"},{"v":293.2272008747608,"d":"293.2"},{"v":155.396391007675,"d":"155.4"},{"v":38.6616390625746,"d":"38.7"},{"v":194.0580300702496,"d":"194.1"},null,null,{"v":487.2852309450104,"d":"487.3"},{"v":0.17003345159706118,"d":"17.0%"},{"v":1298.21254940593,"d":"1,298.2"},{"v":149.522675416427,"d":"149.5"},{"v":434.954287276372,"d":"435.0"},{"v":59.9016753376927,"d":"59.9"},{"v":173.18741957865632,"d":"173.2"},{"v":262.75595436972,"d":"262.8"},null,null,{"v":2378.534561384798,"d":"2,378.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.94177902310941,"d":"6.94"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.00278539455519,"d":"3.00"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33308353327843,"d":"3.33"},{"v":8.759736,"d":"8.76"},{"v":3.019674,"d":"3.02"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.892738130722054,"d":"89.3%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177677955731672,"d":"17.8%"},{"v":0.904722250306301,"d":"90.5%"},{"v":0.276358711386255,"d":"27.6%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2019,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.301249256515735,"d":"8.30"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":929.9634392782967,"d":"930.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.06559019390555432,"d":"6.6%"},null,{"v":138.0957461,"d":"138.10"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.640244883,"d":"7.64"},"billion",{"v":2867.843595310182,"d":"2,867.84"},"OMN/FLX",null,null,{"v":51.2575837851294,"d":"51.3"},{"v":127.264408509918,"d":"127.3"},{"v":55.2228816206327,"d":"55.2"},{"v":182.4872901305507,"d":"182.5"},{"v":233.7448739156801,"d":"233.7"},{"v":33.10086679264879,"d":"33.1"},{"v":28.47547798015192,"d":"28.5"},{"v":61.5763447728007,"d":"61.6"},{"v":295.3212186884808,"d":"295.3"},{"v":157.208256643339,"d":"157.2"},{"v":39.0434824113407,"d":"39.0"},{"v":196.25173905467972,"d":"196.3"},null,null,{"v":491.57295774316054,"d":"491.6"},{"v":0.1714085658461415,"d":"17.1%"},{"v":1298.42909862185,"d":"1,298.4"},{"v":150.265148594584,"d":"150.3"},{"v":430.701940892385,"d":"430.7"},{"v":58.9470669657773,"d":"58.9"},{"v":172.06895091398002,"d":"172.1"},{"v":265.858431578445,"d":"265.9"},null,null,{"v":2376.2706375670214,"d":"2,376.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.93132640873788,"d":"6.93"},{"v":57.5851011469412,"d":"57.59"},null,{"v":57.5851011469412,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.9974955516004,"d":"3.00"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33312276504885,"d":"3.33"},{"v":8.746794,"d":"8.75"},{"v":3.015387,"d":"3.02"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.892424532828729,"d":"89.2%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177704856030391,"d":"17.8%"},{"v":0.904467883330007,"d":"90.4%"},{"v":0.276262572548646,"d":"27.6%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2023,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.645061648509483,"d":"8.65"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":992.3821164098407,"d":"992.4"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.08635717096603801,"d":"8.6%"},null,{"v":147.8892255,"d":"147.89"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.939876856,"d":"7.94"},"billion",{"v":2875.9388072316447,"d":"2,875.94"},"OMN/FLX",null,null,{"v":53.0800756530451,"d":"53.1"},{"v":130.373157420084,"d":"130.4"},{"v":55.2228816206327,"d":"55.2"},{"v":185.5960390407167,"d":"185.6"},{"v":238.6761146937618,"d":"238.7"},{"v":37.62029374040833,"d":"37.6"},{"v":27.400881509192374,"d":"27.4"},{"v":65.0211752496007,"d":"65.0"},{"v":303.69728994336253,"d":"303.7"},{"v":164.455719185994,"d":"164.5"},{"v":40.5708558064054,"d":"40.6"},{"v":205.02657499239942,"d":"205.0"},null,null,{"v":508.723864935762,"d":"508.7"},{"v":0.17688966943822265,"d":"17.7%"},{"v":1299.2952954855,"d":"1,299.3"},{"v":153.23504130721,"d":"153.2"},{"v":413.692555356438,"d":"413.7"},{"v":55.1286334781156,"d":"55.1"},{"v":167.59507625527448,"d":"167.6"},{"v":278.268340413345,"d":"278.3"},null,null,{"v":2367.214942295883,"d":"2,367.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.89262532952327,"d":"6.89"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.97799148985559,"d":"2.98"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.3332711616667,"d":"3.33"},{"v":8.697817,"d":"8.70"},{"v":2.999555,"d":"3.00"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.891249936830304,"d":"89.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177807383491591,"d":"17.8%"},{"v":0.903520255165061,"d":"90.4%"},{"v":0.275895889912603,"d":"27.6%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2024,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.730640801507928,"d":"8.73"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1007.8329752725375,"d":"1,007.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.09117704131135818,"d":"9.1%"},null,{"v":150.3350054,"d":"150.34"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.012143175,"d":"8.01"},"billion",{"v":2877.9626102120183,"d":"2,877.96"},"OMN/FLX",null,null,{"v":53.535698620024,"d":"53.5"},{"v":131.150344647625,"d":"131.2"},{"v":55.2228816206327,"d":"55.2"},{"v":186.3732262682577,"d":"186.4"},{"v":239.9089248882817,"d":"239.9"},{"v":38.72864632454145,"d":"38.7"},{"v":27.153736544259253,"d":"27.2"},{"v":65.8823828688007,"d":"65.9"},{"v":305.7913077570824,"d":"305.8"},{"v":166.267584821658,"d":"166.3"},{"v":40.9526991551716,"d":"41.0"},{"v":207.2202839768296,"d":"207.2"},null,null,{"v":513.0115917339119,"d":"513.0"},{"v":0.17825512739935095,"d":"17.8%"},{"v":1299.51184470142,"d":"1,299.5"},{"v":153.977514485366,"d":"154.0"},{"v":409.44020897245093,"d":"409.4"},{"v":54.1740251062002,"d":"54.2"},{"v":166.4766075905981,"d":"166.5"},{"v":281.370817622071,"d":"281.4"},null,null,{"v":2364.951018478106,"d":"2,365.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.8836605526585,"d":"6.88"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.97348889133481,"d":"2.97"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33330626582234,"d":"3.33"},{"v":8.686226,"d":"8.69"},{"v":2.995897,"d":"3.00"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890974530379282,"d":"89.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177831818025669,"d":"17.8%"},{"v":0.903299302779305,"d":"90.3%"},{"v":0.275808440529859,"d":"27.6%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2026,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.901393214838155,"d":"8.90"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1038.5666715717452,"d":"1,038.6"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.10041798653713618,"d":"10.0%"},null,{"v":155.2239774,"d":"155.22"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.153677369,"d":"8.15"},"billion",{"v":2882.0102161727546,"d":"2,882.01"},"OMN/FLX",null,null,{"v":54.4469445539819,"d":"54.4"},{"v":132.704719102708,"d":"132.7"},{"v":55.2228816206327,"d":"55.2"},{"v":187.9276007233407,"d":"187.9"},{"v":242.3745452773226,"d":"242.4"},{"v":40.922404987749076,"d":"40.9"},{"v":26.682393119451728,"d":"26.7"},{"v":67.6047981072008,"d":"67.6"},{"v":309.9793433845234,"d":"310.0"},{"v":169.891316092986,"d":"169.9"},{"v":41.7163858527039,"d":"41.7"},{"v":211.60770194568988,"d":"211.6"},null,null,{"v":521.5870453302133,"d":"521.6"},{"v":0.18098029021662154,"d":"18.1%"},{"v":1299.94494313325,"d":"1,299.9"},{"v":155.462460841679,"d":"155.5"},{"v":400.93551620447704,"d":"400.9"},{"v":52.2648083623693,"d":"52.3"},{"v":164.2396702612454,"d":"164.2"},{"v":287.575772039521,"d":"287.6"},null,null,{"v":2360.4231708425414,"d":"2,360.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.86649302865284,"d":"6.87"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.96487861436875,"d":"2.96"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33337425657136,"d":"3.33"},{"v":8.663769,"d":"8.66"},{"v":2.988897,"d":"2.99"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890443339220008,"d":"89.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177879342536029,"d":"17.8%"},{"v":0.902874500264971,"d":"90.3%"},{"v":0.275638286639533,"d":"27.6%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2027,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":8.986498638169943,"d":"8.99"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1053.8425092788952,"d":"1,053.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.10485177563692671,"d":"10.5%"},null,{"v":157.6659158,"d":"157.67"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.222926554,"d":"8.22"},"billion",{"v":2884.0340191531186,"d":"2,884.03"},"OMN/FLX",null,null,{"v":54.9025675209608,"d":"54.9"},{"v":133.48190633025,"d":"133.5"},{"v":55.2228816206327,"d":"55.2"},{"v":188.70478795088272,"d":"188.7"},{"v":243.6073554718435,"d":"243.6"},{"v":42.00831776091555,"d":"42.0"},{"v":26.457687965485242,"d":"26.5"},{"v":68.4660057264008,"d":"68.5"},{"v":312.0733611982443,"d":"312.1"},{"v":171.703181728649,"d":"171.7"},{"v":42.0982292014701,"d":"42.1"},{"v":213.80141093011912,"d":"213.8"},null,null,{"v":525.8747721283635,"d":"525.9"},{"v":0.1823400031469753,"d":"18.2%"},{"v":1300.16149234916,"d":"1,300.2"},{"v":156.204934019835,"d":"156.2"},{"v":396.683169820491,"d":"396.7"},{"v":51.3101999904539,"d":"51.3"},{"v":163.121201596569,"d":"163.1"},{"v":290.678249248246,"d":"290.7"},null,null,{"v":2358.159247024755,"d":"2,358.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.85826944236687,"d":"6.86"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.96075886179387,"d":"2.96"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33340718937339,"d":"3.33"},{"v":8.652888,"d":"8.65"},{"v":2.985546,"d":"2.99"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890187030390264,"d":"89.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177902456950489,"d":"17.8%"},{"v":0.902670186562752,"d":"90.3%"},{"v":0.275555497084389,"d":"27.6%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2031,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":9.306018659497466,"d":"9.31"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1113.2457176423145,"d":"1,113.2"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.12184114916660227,"d":"12.2%"},null,{"v":166.9797433,"d":"166.98"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.490455587,"d":"8.49"},"billion",{"v":2892.1292310745903,"d":"2,892.13"},"OMN/FLX",null,null,{"v":56.7250593888765,"d":"56.7"},{"v":136.590655240416,"d":"136.6"},{"v":55.2228816206327,"d":"55.2"},{"v":191.8135368610487,"d":"191.8"},{"v":248.5385962499252,"d":"248.5"},{"v":46.286813711174915,"d":"46.3"},{"v":25.62402249202589,"d":"25.6"},{"v":71.9108362032008,"d":"71.9"},{"v":320.449432453126,"d":"320.4"},{"v":178.950644271305,"d":"179.0"},{"v":43.6256025965348,"d":"43.6"},{"v":222.5762468678398,"d":"222.6"},null,null,{"v":543.0256793209658,"d":"543.0"},{"v":0.18775982535164962,"d":"18.8%"},{"v":1301.02768921282,"d":"1,301.0"},{"v":159.174826732461,"d":"159.2"},{"v":379.673784284542,"d":"379.7"},{"v":47.4917665027922,"d":"47.5"},{"v":158.6473269378636,"d":"158.6"},{"v":303.088158083146,"d":"303.1"},null,null,{"v":2349.1035517536247,"d":"2,349.1"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.82753697513306,"d":"6.83"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.94538049737902,"d":"2.95"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33353233272936,"d":"3.33"},{"v":8.611526,"d":"8.61"},{"v":2.973032,"d":"2.97"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.889217796007047,"d":"88.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177990860780971,"d":"17.8%"},{"v":0.901901501229136,"d":"90.2%"},{"v":0.275238664585796,"d":"27.5%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2034,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":9.498630932827297,"d":"9.50"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1154.3371410197192,"d":"1,154.3"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.13451337743977665,"d":"13.5%"},null,{"v":172.9171089,"d":"172.92"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.681569042,"d":"8.68"},"billion",{"v":2898.2006400156915,"d":"2,898.20"},"OMN/FLX",null,null,{"v":58.0919282898133,"d":"58.1"},{"v":138.92221692304,"d":"138.9"},{"v":55.2228816206327,"d":"55.2"},{"v":194.1450985436727,"d":"194.1"},{"v":252.237026833486,"d":"252.2"},{"v":49.4345161085168,"d":"49.4"},{"v":25.059942952284,"d":"25.1"},{"v":74.4944590608008,"d":"74.5"},{"v":326.73148589428683,"d":"326.7"},{"v":184.386241178296,"d":"184.4"},{"v":44.7711326428333,"d":"44.8"},{"v":229.15737382112928,"d":"229.2"},null,null,{"v":555.8888597154162,"d":"555.9"},{"v":0.19180482263381407,"d":"19.2%"},{"v":1301.67733686056,"d":"1,301.7"},{"v":161.402246266931,"d":"161.4"},{"v":366.916745132582,"d":"366.9"},{"v":44.627941387046,"d":"44.6"},{"v":155.2919209438345,"d":"155.3"},{"v":312.395589709322,"d":"312.4"},null,null,{"v":2342.311780300275,"d":"2,342.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.8065187293622,"d":"6.81"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.93486980619679,"d":"2.93"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33361981036562,"d":"3.33"},{"v":8.582596,"d":"8.58"},{"v":2.964475,"d":"2.96"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.888543778659668,"d":"88.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178053198085897,"d":"17.8%"},{"v":0.901370695286291,"d":"90.1%"},{"v":0.275015067425246,"d":"27.5%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2035,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":9.561833889492815,"d":"9.56"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1167.8170123698985,"d":"1,167.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.13860079053117635,"d":"13.9%"},null,{"v":174.8782285,"d":"174.88"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.743446952,"d":"8.74"},"billion",{"v":2900.2244429960547,"d":"2,900.22"},"OMN/FLX",null,null,{"v":58.5475512567922,"d":"58.5"},{"v":139.699404150582,"d":"139.7"},{"v":55.2228816206327,"d":"55.2"},{"v":194.92228577121472,"d":"194.9"},{"v":253.4698370280069,"d":"253.5"},{"v":50.47307448001394,"d":"50.5"},{"v":24.882592199986952,"d":"24.9"},{"v":75.3556666800009,"d":"75.4"},{"v":328.8255037080078,"d":"328.8"},{"v":186.19810681396,"d":"186.2"},{"v":45.1529759915994,"d":"45.2"},{"v":231.3510828055594,"d":"231.4"},null,null,{"v":560.1765865135671,"d":"560.2"},{"v":0.19314939154670424,"d":"19.3%"},{"v":1301.89388607647,"d":"1,301.9"},{"v":162.144719445087,"d":"162.1"},{"v":362.664398748595,"d":"362.7"},{"v":43.6733330151305,"d":"43.7"},{"v":154.17345227915808,"d":"154.2"},{"v":315.498066918047,"d":"315.5"},null,null,{"v":2340.0478564824875,"d":"2,340.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.79986140798249,"d":"6.80"},{"v":57.5851011469412,"d":"57.59"},null,{"v":57.5851011469412,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.93154024278401,"d":"2.93"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33364784785806,"d":"3.33"},{"v":8.573321,"d":"8.57"},{"v":2.961764,"d":"2.96"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.88832824040295,"d":"88.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178073273034918,"d":"17.8%"},{"v":0.901201629508234,"d":"90.1%"},{"v":0.274943028142121,"d":"27.5%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2043,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":10.044945478150696,"d":"10.04"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1271.0699727833137,"d":"1,271.1"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.16927037693093872,"d":"16.9%"},null,{"v":190.1648294,"d":"190.16"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.20374056,"d":"9.20"},"billion",{"v":2916.4148668390008,"d":"2,916.41"},"OMN/FLX",null,null,{"v":62.1925349926236,"d":"62.2"},{"v":145.916901970914,"d":"145.9"},{"v":55.2228816206327,"d":"55.2"},{"v":201.13978359154672,"d":"201.1"},{"v":263.3323185841703,"d":"263.3"},{"v":58.60715318588103,"d":"58.6"},{"v":23.63817444771986,"d":"23.6"},{"v":82.2453276336009,"d":"82.2"},{"v":345.5776462177712,"d":"345.6"},{"v":200.69303189927,"d":"200.7"},{"v":48.2077227817288,"d":"48.2"},{"v":248.9007546809988,"d":"248.9"},null,null,{"v":594.47840089877,"d":"594.5"},{"v":0.20383876370206006,"d":"20.4%"},{"v":1303.62627980379,"d":"1,303.6"},{"v":168.084504870338,"d":"168.1"},{"v":328.6456276767005,"d":"328.6"},{"v":36.0364660398072,"d":"36.0"},{"v":145.22570296174717,"d":"145.2"},{"v":340.317884587848,"d":"340.3"},null,null,{"v":2321.936465940231,"d":"2,321.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.75206788857693,"d":"6.75"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.90760041187641,"d":"2.91"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33385412053928,"d":"3.33"},{"v":8.505041,"d":"8.51"},{"v":2.942275,"d":"2.94"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.886748169132733,"d":"88.7%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178222404639657,"d":"17.8%"},{"v":0.899973035292924,"d":"90.0%"},{"v":0.274407368837391,"d":"27.4%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2047,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":10.267260629813322,"d":"10.27"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1318.9857866752998,"d":"1,319.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.18353808677033467,"d":"18.4%"},null,{"v":197.4659988,"d":"197.47"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.408741189,"d":"9.41"},"billion",{"v":2924.510078760473,"d":"2,924.51"},"OMN/FLX",null,null,{"v":64.0150268605393,"d":"64.0"},{"v":149.02565088108,"d":"149.0"},{"v":55.2228816206327,"d":"55.2"},{"v":204.2485325017127,"d":"204.2"},{"v":268.263559362252,"d":"268.3"},{"v":62.56701968427558,"d":"62.6"},{"v":23.12313842612542,"d":"23.1"},{"v":85.690158110401,"d":"85.7"},{"v":353.953717472653,"d":"354.0"},{"v":207.940494441925,"d":"207.9"},{"v":49.7350961767935,"d":"49.7"},{"v":257.6755906187185,"d":"257.7"},null,null,{"v":611.6293080913715,"d":"611.6"},{"v":0.20913906658533557,"d":"20.9%"},{"v":1304.49247666745,"d":"1,304.5"},{"v":171.054397582964,"d":"171.1"},{"v":311.6362421407522,"d":"311.6"},{"v":32.2180325521455,"d":"32.2"},{"v":140.7518283030417,"d":"140.8"},{"v":352.727793422748,"d":"352.7"},null,null,{"v":2312.8807706691014,"d":"2,312.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.73133793858443,"d":"6.73"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.89717769641455,"d":"2.90"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33394658579951,"d":"3.33"},{"v":8.47441,"d":"8.47"},{"v":2.933796,"d":"2.93"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.886042401372736,"d":"88.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178290089429162,"d":"17.8%"},{"v":0.899430998883968,"d":"89.9%"},{"v":0.274163964740895,"d":"27.4%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B + prod","BAU + productivity",2048,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":10.32048175747902,"d":"10.32"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1330.5210228819706,"d":"1,330.5"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.18701955286795335,"d":"18.7%"},null,{"v":199.2494959,"d":"199.25"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.457240781,"d":"9.46"},"billion",{"v":2926.5338817408374,"d":"2,926.53"},"OMN/FLX",null,null,{"v":64.4706498275183,"d":"64.5"},{"v":149.802838108621,"d":"149.8"},{"v":55.2228816206327,"d":"55.2"},{"v":205.0257197292537,"d":"205.0"},{"v":269.496369556772,"d":"269.5"},{"v":63.54680975319809,"d":"63.5"},{"v":23.00455597640291,"d":"23.0"},{"v":86.551365729601,"d":"86.6"},{"v":356.047735286373,"d":"356.0"},{"v":209.752360077589,"d":"209.8"},{"v":50.1169395255596,"d":"50.1"},{"v":259.8692996031486,"d":"259.9"},null,null,{"v":615.9170348895216,"d":"615.9"},{"v":0.21045956061959062,"d":"21.0%"},{"v":1304.70902588336,"d":"1,304.7"},{"v":171.796870761121,"d":"171.8"},{"v":307.3838957567662,"d":"307.4"},{"v":31.2634241802301,"d":"31.3"},{"v":139.6333596383654,"d":"139.6"},{"v":355.830270631473,"d":"355.8"},null,null,{"v":2310.6168468513156,"d":"2,310.6"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.72644152852684,"d":"6.73"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.89471054563469,"d":"2.89"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33396871407227,"d":"3.33"},{"v":8.467077,"d":"8.47"},{"v":2.93179,"d":"2.93"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.885873649218523,"d":"88.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178306364964079,"d":"17.8%"},{"v":0.899302061493719,"d":"89.9%"},{"v":0.274105408567057,"d":"27.4%"},{"$nulls":3},"BAU"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","BAU + productivity",2050,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":10.42398208086976,"d":"10.42"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1353.0381585842813,"d":"1,353.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.19389302087771054,"d":"19.4%"},null,{"v":202.76439010477168,"d":"202.76"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.550944891,"d":"9.55"},"billion",{"v":2930.5814877015746,"d":"2,930.58"},"OMN/FLX",null,null,{"v":65.3818957614761,"d":"65.4"},{"v":151.357212563704,"d":"151.4"},{"v":55.2228816206327,"d":"55.2"},{"v":206.5800941843367,"d":"206.6"},{"v":271.9619899458128,"d":"272.0"},{"v":65.49492218368904,"d":"65.5"},{"v":22.778858784311968,"d":"22.8"},{"v":88.273780968001,"d":"88.3"},{"v":360.2357709138138,"d":"360.2"},{"v":213.376091348917,"d":"213.4"},{"v":50.880626223092,"d":"50.9"},{"v":264.256717572009,"d":"264.3"},null,null,{"v":624.4924884858228,"d":"624.5"},{"v":0.21309507724202748,"d":"21.3%"},{"v":1305.14212431519,"d":"1,305.1"},{"v":173.281817117434,"d":"173.3"},{"v":298.879202988792,"d":"298.9"},{"v":29.3542074363992,"d":"29.4"},{"v":137.3964223090126,"d":"137.4"},{"v":362.035225048924,"d":"362.0"},null,null,{"v":2306.0889992157518,"d":"2,306.1"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.71696664857593,"d":"6.72"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.88992961617441,"d":"2.89"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33401185472269,"d":"3.33"},{"v":8.452778,"d":"8.45"},{"v":2.927904,"d":"2.93"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.885544748572149,"d":"88.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178338182006151,"d":"17.8%"},{"v":0.899051516740011,"d":"89.9%"},{"v":0.273990906805211,"d":"27.4%"},{"$nulls":3},"BAU"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2010,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.578380839195544,"d":"7.58"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":789.7200312784524,"d":"789.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.00764950763484229,"d":"0.8%"},null,{"v":116.6610234,"d":"116.66"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":6.916183482,"d":"6.92"},"billion",{"v":2849.0059132731303,"d":"2,849.01"},"OMN/FLX",null,null,{"v":46.1318254066164,"d":"46.1"},{"v":116.966677744993,"d":"117.0"},{"v":54.3570176230967,"d":"54.4"},{"v":171.32369536808972,"d":"171.3"},{"v":217.45552077470612,"d":"217.5"},{"v":21.72296938543406,"d":"21.7"},{"v":31.45660110016654,"d":"31.5"},{"v":53.1795704856006,"d":"53.2"},{"v":270.6350912603067,"d":"270.6"},{"v":141.942324904555,"d":"141.9"},{"v":35.8932747840199,"d":"35.9"},{"v":177.8355996885749,"d":"177.8"},null,null,{"v":448.4706909488816,"d":"448.5"},{"v":0.15741304321606275,"d":"15.7%"},{"v":1283.27065350785,"d":"1,283.3"},{"v":141.184130492517,"d":"141.2"},{"v":479.90766333566205,"d":"479.9"},{"v":67.2998902200372,"d":"67.3"},{"v":194.9938336489046,"d":"195.0"},{"v":233.879051119278,"d":"233.9"},null,null,{"v":2400.535222324249,"d":"2,400.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.96695482724342,"d":"6.97"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.05277138402466,"d":"3.05"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33271924303842,"d":"3.33"},{"v":8.731235,"d":"8.73"},{"v":3.060217,"d":"3.06"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.89580913868466,"d":"89.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.17773730370525,"d":"17.8%"},{"v":0.907521128852029,"d":"90.8%"},{"v":0.277071269790026,"d":"27.7%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2013,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.628528266194632,"d":"7.63"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":829.0679702352502,"d":"829.1"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.029065611350948317,"d":"2.9%"},null,{"v":122.4805664,"d":"122.48"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.162119434,"d":"7.16"},"billion",{"v":2853.2069565730035,"d":"2,853.21"},"OMN/FLX",null,null,{"v":44.4232392804455,"d":"44.4"},{"v":109.389102276464,"d":"109.4"},{"v":51.7594256304885,"d":"51.8"},{"v":161.1485279069525,"d":"161.1"},{"v":205.571767187398,"d":"205.6"},{"v":23.44904546135134,"d":"23.4"},{"v":30.376430738649262,"d":"30.4"},{"v":53.8254762000006,"d":"53.8"},{"v":259.3972433873986,"d":"259.4"},{"v":150.500498758116,"d":"150.5"},{"v":37.8979523650422,"d":"37.9"},{"v":188.39845112315822,"d":"188.4"},null,null,{"v":447.7956945105568,"d":"447.8"},{"v":0.1569446946282529,"d":"15.7%"},{"v":1244.29179464328,"d":"1,244.3"},{"v":136.215271531008,"d":"136.2"},{"v":499.954439145886,"d":"500.0"},{"v":63.7201088253544,"d":"63.7"},{"v":230.214421913386,"d":"230.2"},{"v":231.015226003532,"d":"231.0"},null,null,{"v":2405.4112620624464,"d":"2,405.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.72045594861801,"d":"6.72"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.0314278223606,"d":"3.03"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33281376591702,"d":"3.33"},{"v":8.282757,"d":"8.28"},{"v":3.044024,"d":"3.04"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.895232007370026,"d":"89.5%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.178724934279656,"d":"17.9%"},{"v":0.907934068325169,"d":"90.8%"},{"v":0.276329909012317,"d":"27.6%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2014,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.631506622527913,"d":"7.63"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":841.8153413621374,"d":"841.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.03573702886251373,"d":"3.6%"},null,{"v":124.3800111,"d":"124.38"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.243784121,"d":"7.24"},"billion",{"v":2854.6073043396327,"d":"2,854.61"},"OMN/FLX",null,null,{"v":43.8537105717218,"d":"43.9"},{"v":106.863243786954,"d":"106.9"},{"v":50.8935616329525,"d":"50.9"},{"v":157.7568054199065,"d":"157.8"},{"v":201.6105159916283,"d":"201.6"},{"v":24.006803969911434,"d":"24.0"},{"v":30.033974134889167,"d":"30.0"},{"v":54.0407781048006,"d":"54.0"},{"v":255.6512940964289,"d":"255.7"},{"v":153.353223375969,"d":"153.4"},{"v":38.566178225383,"d":"38.6"},{"v":191.919401601352,"d":"191.9"},null,null,{"v":447.57069569778093,"d":"447.6"},{"v":0.15678888476792405,"d":"15.7%"},{"v":1231.29884168843,"d":"1,231.3"},{"v":134.558985210505,"d":"134.6"},{"v":506.636697749294,"d":"506.6"},{"v":62.5268483604601,"d":"62.5"},{"v":241.954618001546,"d":"242.0"},{"v":230.060617631617,"d":"230.1"},null,null,{"v":2407.0366086418517,"d":"2,407.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.64175771479587,"d":"6.64"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.02414869133242,"d":"3.02"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33284294390586,"d":"3.33"},{"v":8.142722,"d":"8.14"},{"v":3.038636,"d":"3.04"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.895035032993941,"d":"89.5%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.179055607289599,"d":"17.9%"},{"v":0.908079992137472,"d":"90.8%"},{"v":0.276080799084089,"d":"27.6%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2018,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.6292737068612855,"d":"7.63"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":892.3416000866733,"d":"892.3"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.06037709646848399,"d":"6.0%"},null,{"v":131.9434848,"d":"131.94"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.562760049,"d":"7.56"},"billion",{"v":2860.2086954061383,"d":"2,860.21"},"OMN/FLX",null,null,{"v":41.575595736827196,"d":"41.6"},{"v":96.7598098289148,"d":"96.8"},{"v":47.4301056428083,"d":"47.4"},{"v":144.1899154717231,"d":"144.2"},{"v":185.76551120855032,"d":"185.8"},{"v":26.13476006574346,"d":"26.1"},{"v":28.767225658257143,"d":"28.8"},{"v":54.9019857240006,"d":"54.9"},{"v":240.66749693255093,"d":"240.7"},{"v":164.764121847384,"d":"164.8"},{"v":41.2390816667462,"d":"41.2"},{"v":206.00320351413018,"d":"206.0"},null,null,{"v":446.6707004466811,"d":"446.7"},{"v":0.15616717100542052,"d":"15.6%"},{"v":1179.32702986901,"d":"1,179.3"},{"v":127.933839928494,"d":"127.9"},{"v":533.365732162926,"d":"533.4"},{"v":57.753806500883,"d":"57.8"},{"v":288.915402354189,"d":"288.9"},{"v":226.242184143955,"d":"226.2"},null,null,{"v":2413.537994959457,"d":"2,413.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.34298335449054,"d":"6.34"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.99418678728269,"d":"2.99"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33294961158968,"d":"3.33"},{"v":7.624237,"d":"7.62"},{"v":3.017183,"d":"3.02"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.894224939182687,"d":"89.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.180385678710988,"d":"18.0%"},{"v":0.908712248770054,"d":"90.9%"},{"v":0.275074249529334,"d":"27.5%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2021,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.611139524861615,"d":"7.61"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":929.4803841619679,"d":"929.5"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.07698600762419339,"d":"7.7%"},null,{"v":137.5411465,"d":"137.54"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.792209448,"d":"7.79"},"billion",{"v":2864.4097387060124,"d":"2,864.41"},"OMN/FLX",null,null,{"v":39.8670096106562,"d":"39.9"},{"v":89.1822343603853,"d":"89.2"},{"v":44.8325136502001,"d":"44.8"},{"v":134.01474801058538,"d":"134.0"},{"v":173.88175762124158,"d":"173.9"},{"v":27.627745505378336,"d":"27.6"},{"v":27.920145933022262,"d":"27.9"},{"v":55.5478914384006,"d":"55.5"},{"v":229.42964905964217,"d":"229.4"},{"v":173.322295700945,"d":"173.3"},{"v":43.2437592477686,"d":"43.2"},{"v":216.5660549487136,"d":"216.6"},null,null,{"v":445.9957040083558,"d":"446.0"},{"v":0.1557024813809748,"d":"15.6%"},{"v":1140.34817100444,"d":"1,140.3"},{"v":122.964980966986,"d":"123.0"},{"v":553.41250797315,"d":"553.4"},{"v":54.1740251062002,"d":"54.2"},{"v":324.13599061867103,"d":"324.1"},{"v":223.378359028209,"d":"223.4"},null,null,{"v":2418.4140346976565,"d":"2,418.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.1342964187892,"d":"6.13"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.97064422410511,"d":"2.97"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33302044677717,"d":"3.33"},{"v":7.274131,"d":"7.27"},{"v":3.001139,"d":"3.00"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.893588423828618,"d":"89.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.181391050025685,"d":"18.1%"},{"v":0.90923917423447,"d":"90.9%"},{"v":0.274308548649387,"d":"27.4%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2022,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.601746819195119,"d":"7.60"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":941.6736868612094,"d":"941.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.08221330531985138,"d":"8.2%"},null,{"v":139.3866843,"d":"139.39"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.866579808,"d":"7.87"},"billion",{"v":2865.8100864726407,"d":"2,865.81"},"OMN/FLX",null,null,{"v":39.2974809019325,"d":"39.3"},{"v":86.6563758708755,"d":"86.7"},{"v":43.966649652664,"d":"44.0"},{"v":130.6230255235395,"d":"130.6"},{"v":169.920506425472,"d":"169.9"},{"v":28.10700345651244,"d":"28.1"},{"v":27.656189886688157,"d":"27.7"},{"v":55.7631933432006,"d":"55.8"},{"v":225.68369976867262,"d":"225.7"},{"v":176.175020318798,"d":"176.2"},{"v":43.9119851081094,"d":"43.9"},{"v":220.0870054269074,"d":"220.1"},null,null,{"v":445.77070519558004,"d":"445.8"},{"v":0.15554788759371466,"d":"15.6%"},{"v":1127.35521804959,"d":"1,127.4"},{"v":121.308694646483,"d":"121.3"},{"v":560.094766576558,"d":"560.1"},{"v":52.9807646413059,"d":"53.0"},{"v":335.876186706831,"d":"335.9"},{"v":222.423750656293,"d":"222.4"},null,null,{"v":2420.039381277061,"d":"2,420.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.0674190223652,"d":"6.07"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.96255270526567,"d":"2.96"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33304253759177,"d":"3.33"},{"v":7.163983,"d":"7.16"},{"v":2.995787,"d":"3.00"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.893369463077159,"d":"89.3%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.181727676244233,"d":"18.2%"},{"v":0.909425157135774,"d":"90.9%"},{"v":0.27405122639681,"d":"27.4%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2023,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.590681009861987,"d":"7.59"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":953.7696970637464,"d":"953.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.08729882840768988,"d":"8.7%"},null,{"v":141.2213266,"d":"141.22"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.939876856,"d":"7.94"},"billion",{"v":2867.210434239262,"d":"2,867.21"},"OMN/FLX",null,null,{"v":38.7279521932089,"d":"38.7"},{"v":84.1305173813657,"d":"84.1"},{"v":43.100785655128,"d":"43.1"},{"v":127.2313030364937,"d":"127.2"},{"v":165.9592552297026,"d":"166.0"},{"v":28.577613738808225,"d":"28.6"},{"v":27.400881509192374,"d":"27.4"},{"v":55.9784952480006,"d":"56.0"},{"v":221.9377504777032,"d":"221.9"},{"v":179.027744936652,"d":"179.0"},{"v":44.5802109684502,"d":"44.6"},{"v":223.6079559051022,"d":"223.6"},null,null,{"v":445.5457063828054,"d":"445.5"},{"v":0.1553934448139029,"d":"15.5%"},{"v":1114.36226509473,"d":"1,114.4"},{"v":119.65240832598,"d":"119.7"},{"v":566.777025179965,"d":"566.8"},{"v":51.7875041764116,"d":"51.8"},{"v":347.616382794992,"d":"347.6"},{"v":221.469142284378,"d":"221.5"},null,null,{"v":2421.664727856457,"d":"2,421.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.00181287875646,"d":"6.00"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.95432424127536,"d":"2.95"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33306392820838,"d":"3.33"},{"v":7.056884,"d":"7.06"},{"v":2.990428,"d":"2.99"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.893146604418778,"d":"89.3%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.182065057900908,"d":"18.2%"},{"v":0.909616355503905,"d":"91.0%"},{"v":0.273792849127101,"d":"27.4%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2025,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.563746967195811,"d":"7.56"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":977.6924751555968,"d":"977.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.09706976709608728,"d":"9.7%"},null,{"v":144.8602762,"d":"144.86"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.083412759,"d":"8.08"},"billion",{"v":2870.011129772514,"d":"2,870.01"},"OMN/FLX",null,null,{"v":37.5888947757615,"d":"37.6"},{"v":79.078800402346,"d":"79.1"},{"v":41.3690576600559,"d":"41.4"},{"v":120.4478580624019,"d":"120.4"},{"v":158.0367528381634,"d":"158.0"},{"v":29.494770739204892,"d":"29.5"},{"v":26.914328318395707,"d":"26.9"},{"v":56.4090990576006,"d":"56.4"},{"v":214.445851895764,"d":"214.4"},{"v":184.733194172359,"d":"184.7"},{"v":45.9166626891318,"d":"45.9"},{"v":230.64985686149078,"d":"230.6"},null,null,{"v":445.0957087572548,"d":"445.1"},{"v":0.15508501139245912,"d":"15.5%"},{"v":1088.37635918502,"d":"1,088.4"},{"v":116.339835684974,"d":"116.3"},{"v":580.141542386782,"d":"580.1"},{"v":49.4009832466231,"d":"49.4"},{"v":371.096774971313,"d":"371.1"},{"v":219.559925540547,"d":"219.6"},null,null,{"v":2424.915421015259,"d":"2,424.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.8742523242173,"d":"5.87"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.93741421256233,"d":"2.94"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33310473791879,"d":"3.33"},{"v":6.851343,"d":"6.85"},{"v":2.979675,"d":"2.98"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.89268769427393,"d":"89.3%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.182742097723397,"d":"18.3%"},{"v":0.910014332969741,"d":"91.0%"},{"v":0.273272903476125,"d":"27.3%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2026,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.54792770952943,"d":"7.55"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":989.5214765906178,"d":"989.5"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.10176736899656191,"d":"10.2%"},null,{"v":146.6646671,"d":"146.66"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.153677369,"d":"8.15"},"billion",{"v":2871.411477539146,"d":"2,871.41"},"OMN/FLX",null,null,{"v":37.0193660670379,"d":"37.0"},{"v":76.5529419128362,"d":"76.6"},{"v":40.5031936625198,"d":"40.5"},{"v":117.056135575356,"d":"117.1"},{"v":154.0755016423939,"d":"154.1"},{"v":29.942007842948872,"d":"29.9"},{"v":26.682393119451728,"d":"26.7"},{"v":56.6244009624006,"d":"56.6"},{"v":210.6999026047945,"d":"210.7"},{"v":187.585918790213,"d":"187.6"},{"v":46.5848885494726,"d":"46.6"},{"v":234.17080733968558,"d":"234.2"},null,null,{"v":444.87070994448004,"d":"444.9"},{"v":0.1549310203098243,"d":"15.5%"},{"v":1075.38340623017,"d":"1,075.4"},{"v":114.683549364472,"d":"114.7"},{"v":586.8238009901889,"d":"586.8"},{"v":48.2077227817288,"d":"48.2"},{"v":382.83697105947397,"d":"382.8"},{"v":218.605317168632,"d":"218.6"},null,null,{"v":2426.540767594666,"d":"2,426.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.8122230887929,"d":"5.81"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.92871205183631,"d":"2.93"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33312421666645,"d":"3.33"},{"v":6.752671,"d":"6.75"},{"v":2.974275,"d":"2.97"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.892450916046834,"d":"89.2%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.183081761015283,"d":"18.3%"},{"v":0.910221158617064,"d":"91.0%"},{"v":0.27301132193039,"d":"27.3%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2027,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.530540783196414,"d":"7.53"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1001.2585673817916,"d":"1,001.3"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.1063476555919135,"d":"10.6%"},null,{"v":148.4584443,"d":"148.46"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.222926554,"d":"8.22"},"billion",{"v":2872.811825305765,"d":"2,872.81"},"OMN/FLX",null,null,{"v":36.4498373583142,"d":"36.4"},{"v":74.0270834233264,"d":"74.0"},{"v":39.6373296649838,"d":"39.6"},{"v":113.6644130883102,"d":"113.7"},{"v":150.1142504466244,"d":"150.1"},{"v":30.38201490171536,"d":"30.4"},{"v":26.457687965485242,"d":"26.5"},{"v":56.8397028672006,"d":"56.8"},{"v":206.953953313825,"d":"207.0"},{"v":190.438643408066,"d":"190.4"},{"v":47.2531144098134,"d":"47.3"},{"v":237.69175781787942,"d":"237.7"},null,null,{"v":444.6457111317044,"d":"444.6"},{"v":0.15477717935262916,"d":"15.5%"},{"v":1062.39045327531,"d":"1,062.4"},{"v":113.027263043969,"d":"113.0"},{"v":593.506059593597,"d":"593.5"},{"v":47.0144623168345,"d":"47.0"},{"v":394.577167147634,"d":"394.6"},{"v":217.650708796716,"d":"217.7"},null,null,{"v":2428.1661141740606,"d":"2,428.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.75131483689605,"d":"5.75"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.91983143847564,"d":"2.92"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33314311481482,"d":"3.33"},{"v":6.656588,"d":"6.66"},{"v":2.968856,"d":"2.97"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.892208774119272,"d":"89.2%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.183422189997571,"d":"18.3%"},{"v":0.910433283774166,"d":"91.0%"},{"v":0.272748659037477,"d":"27.3%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2029,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.491253905530462,"d":"7.49"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1024.4758040324073,"d":"1,024.5"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.11517577317261896,"d":"11.5%"},null,{"v":152.016169,"d":"152.02"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.358519176,"d":"8.36"},"billion",{"v":2875.6125208390176,"d":"2,875.61"},"OMN/FLX",null,null,{"v":35.3107799408669,"d":"35.3"},{"v":68.9753664443067,"d":"69.0"},{"v":37.9056016699117,"d":"37.9"},{"v":106.8809681142184,"d":"106.9"},{"v":142.1917480550853,"d":"142.2"},{"v":31.241817616977826,"d":"31.2"},{"v":26.028489059822775,"d":"26.0"},{"v":57.2703066768006,"d":"57.3"},{"v":199.4620547318859,"d":"199.5"},{"v":196.144092643774,"d":"196.1"},{"v":48.589566130495,"d":"48.6"},{"v":244.733658774269,"d":"244.7"},null,null,{"v":444.1957135061549,"d":"444.2"},{"v":0.15446994693727092,"d":"15.4%"},{"v":1036.4045473656,"d":"1,036.4"},{"v":109.714690402963,"d":"109.7"},{"v":606.870576800413,"d":"606.9"},{"v":44.627941387046,"d":"44.6"},{"v":418.057559323956,"d":"418.1"},{"v":215.741492052885,"d":"215.7"},null,null,{"v":2431.416807332863,"d":"2,431.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.63272739354906,"d":"5.63"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.90148741708798,"d":"2.90"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33317927014318,"d":"3.33"},{"v":6.47179,"d":"6.47"},{"v":2.957949,"d":"2.96"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.891706657050735,"d":"89.2%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.184105355413159,"d":"18.4%"},{"v":0.910873501554866,"d":"91.1%"},{"v":0.272220062277818,"d":"27.2%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2030,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.469452462864191,"d":"7.47"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1035.9662262116565,"d":"1,036.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.11943244608969306,"d":"11.9%"},null,{"v":153.7812426,"d":"153.78"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.424937473999998,"d":"8.42"},"billion",{"v":2877.012868605648,"d":"2,877.01"},"OMN/FLX",null,null,{"v":34.7412512321432,"d":"34.7"},{"v":66.4495079547969,"d":"66.4"},{"v":37.0397376723756,"d":"37.0"},{"v":103.4892456271725,"d":"103.5"},{"v":138.23049685931568,"d":"138.2"},{"v":31.662316052695726,"d":"31.7"},{"v":25.823292528904876,"d":"25.8"},{"v":57.4856085816006,"d":"57.5"},{"v":195.7161054409163,"d":"195.7"},{"v":198.996817261627,"d":"199.0"},{"v":49.2577919908358,"d":"49.3"},{"v":248.25460925246279,"d":"248.3"},null,null,{"v":443.9707146933791,"d":"444.0"},{"v":0.1543165550415319,"d":"15.4%"},{"v":1023.41159441075,"d":"1,023.4"},{"v":108.05840408246,"d":"108.1"},{"v":613.552835403821,"d":"613.6"},{"v":43.4346809221517,"d":"43.4"},{"v":429.79775541211603,"d":"429.8"},{"v":214.78688368097,"d":"214.8"},null,null,{"v":2433.0421539122685,"d":"2,433.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.57498494014612,"d":"5.57"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.89199907282155,"d":"2.89"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33319657414191,"d":"3.33"},{"v":6.382889,"d":"6.38"},{"v":2.952455,"d":"2.95"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.891445751461825,"d":"89.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.184448097065707,"d":"18.4%"},{"v":0.91110164079331,"d":"91.1%"},{"v":0.271954114804883,"d":"27.2%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2031,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.446244618864614,"d":"7.45"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1047.3794505263672,"d":"1,047.4"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.12359004959137265,"d":"12.4%"},null,{"v":155.537242,"d":"155.54"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.490455587,"d":"8.49"},"billion",{"v":2878.413216372269,"d":"2,878.41"},"OMN/FLX",null,null,{"v":34.1717225234196,"d":"34.2"},{"v":63.9236494652871,"d":"63.9"},{"v":36.1738736748396,"d":"36.2"},{"v":100.0975231401267,"d":"100.1"},{"v":134.2692456635463,"d":"134.3"},{"v":32.076887994374715,"d":"32.1"},{"v":25.62402249202589,"d":"25.6"},{"v":57.7009104864006,"d":"57.7"},{"v":191.9701561499469,"d":"192.0"},{"v":201.849541879481,"d":"201.8"},{"v":49.9260178511766,"d":"49.9"},{"v":251.7755597306576,"d":"251.8"},null,null,{"v":443.7457158806045,"d":"443.7"},{"v":0.15416331239608036,"d":"15.4%"},{"v":1010.41864145589,"d":"1,010.4"},{"v":106.402117761957,"d":"106.4"},{"v":620.235094007229,"d":"620.2"},{"v":42.2414204572574,"d":"42.2"},{"v":441.537951500277,"d":"441.5"},{"v":213.832275309054,"d":"213.8"},null,null,{"v":2434.667500491664,"d":"2,434.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.51823740913076,"d":"5.52"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.88228297328319,"d":"2.88"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33321339138117,"d":"3.33"},{"v":6.296205,"d":"6.30"},{"v":2.94693,"d":"2.95"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.89117764942247,"d":"89.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.184791614847291,"d":"18.5%"},{"v":0.91133520881266,"d":"91.1%"},{"v":0.271687058771226,"d":"27.2%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change",{"$f":"CONCATENATE(H67,\" + prod\")","v":"S1 + prod"},{"$f":"CONCATENATE(I67,\" + productivity\")","v":"Mediterranean diet + productivity"},2033,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.3956302491988675,"d":"7.40"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1069.9664931210186,"d":"1,070.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.13162530519710358,"d":"13.2%"},null,{"v":159.0208733,"d":"159.02"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.618773635,"d":"8.62"},"billion",{"v":2881.213911905525,"d":"2,881.21"},"OMN/FLX",null,null,{"v":33.0326651059723,"d":"33.0"},{"v":58.8719324862674,"d":"58.9"},{"v":34.4421456797674,"d":"34.4"},{"v":93.31407816603479,"d":"93.3"},{"v":126.34674327200709,"d":"126.3"},{"v":32.888987442139914,"d":"32.9"},{"v":25.242526853860788,"d":"25.2"},{"v":58.1315142960007,"d":"58.1"},{"v":184.4782575680078,"d":"184.5"},{"v":207.554991115188,"d":"207.6"},{"v":51.2624695718581,"d":"51.3"},{"v":258.8174606870461,"d":"258.8"},null,null,{"v":443.2957182550539,"d":"443.3"},{"v":0.15385727398555943,"d":"15.4%"},{"v":984.432735546183,"d":"984.4"},{"v":103.089545120952,"d":"103.1"},{"v":633.599611214045,"d":"633.6"},{"v":39.8548995274689,"d":"39.9"},{"v":465.018343676598,"d":"465.0"},{"v":211.923058565224,"d":"211.9"},null,null,{"v":2437.918193650471,"d":"2,437.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.4076178781102,"d":"5.41"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.86211450849372,"d":"2.86"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33324564548842,"d":"3.33"},{"v":6.129161,"d":"6.13"},{"v":2.93578,"d":"2.94"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890617851213488,"d":"89.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.185480989366633,"d":"18.5%"},{"v":0.91181896964588,"d":"91.2%"},{"v":0.271149593180515,"d":"27.1%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2034,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.368238522199365,"d":"7.37"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1081.136986773652,"d":"1,081.1"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.13551102451649766,"d":"13.6%"},null,{"v":160.7480194,"d":"160.75"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.681569042,"d":"8.68"},"billion",{"v":2882.61425967215,"d":"2,882.61"},"OMN/FLX",null,null,{"v":32.4631363972486,"d":"32.5"},{"v":56.3460739967576,"d":"56.3"},{"v":33.5762816822314,"d":"33.6"},{"v":89.92235567898899,"d":"89.9"},{"v":122.3854920762376,"d":"122.4"},{"v":33.2868732485167,"d":"33.3"},{"v":25.059942952284,"d":"25.1"},{"v":58.3468162008007,"d":"58.3"},{"v":180.7323082770383,"d":"180.7"},{"v":210.407715733042,"d":"210.4"},{"v":51.9306954321989,"d":"51.9"},{"v":262.3384111652409,"d":"262.3"},null,null,{"v":443.07071944227926,"d":"443.1"},{"v":0.15370447778631027,"d":"15.4%"},{"v":971.439782591328,"d":"971.4"},{"v":101.433258800449,"d":"101.4"},{"v":640.2818698174525,"d":"640.3"},{"v":38.6616390625746,"d":"38.7"},{"v":476.758539764759,"d":"476.8"},{"v":210.968450193308,"d":"211.0"},null,null,{"v":2439.543540229871,"d":"2,439.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.35369386576515,"d":"5.35"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.85163371022613,"d":"2.85"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33326111961401,"d":"3.33"},{"v":6.04865,"d":"6.05"},{"v":2.93015,"d":"2.93"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890325061102504,"d":"89.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.185826851418945,"d":"18.6%"},{"v":0.912069341686286,"d":"91.2%"},{"v":0.270879169556869,"d":"27.1%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2035,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.339461506533221,"d":"7.34"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1092.222222172669,"d":"1,092.2"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.1393139630010154,"d":"13.9%"},null,{"v":162.4649473,"d":"162.46"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.743446952,"d":"8.74"},"billion",{"v":2884.0146074387767,"d":"2,884.01"},"OMN/FLX",null,null,{"v":31.8936076885249,"d":"31.9"},{"v":53.8202155072478,"d":"53.8"},{"v":32.7104176846953,"d":"32.7"},{"v":86.53063319194311,"d":"86.5"},{"v":118.424240880468,"d":"118.4"},{"v":33.67952590561375,"d":"33.7"},{"v":24.882592199986952,"d":"24.9"},{"v":58.5621181056007,"d":"58.6"},{"v":176.9863589860687,"d":"177.0"},{"v":213.260440350895,"d":"213.3"},{"v":52.5989212925397,"d":"52.6"},{"v":265.8593616434347,"d":"265.9"},null,null,{"v":442.8457206295034,"d":"442.8"},{"v":0.15355182996898337,"d":"15.4%"},{"v":958.446829636473,"d":"958.4"},{"v":99.7769724799461,"d":"99.8"},{"v":646.964128420861,"d":"647.0"},{"v":37.4683785976803,"d":"37.5"},{"v":488.49873585292005,"d":"488.5"},{"v":210.013841821393,"d":"210.0"},null,null,{"v":2441.1688868092733,"d":"2,441.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.30066078044589,"d":"5.30"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.84086830728702,"d":"2.84"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33327618163894,"d":"3.33"},{"v":5.97005,"d":"5.97"},{"v":2.924481,"d":"2.92"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890022887046454,"d":"89.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.186173500229536,"d":"18.6%"},{"v":0.912325509807934,"d":"91.2%"},{"v":0.270607609238089,"d":"27.1%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2037,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.277777286867676,"d":"7.28"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1114.1288797110317,"d":"1,114.1"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.14668578031071855,"d":"14.7%"},null,{"v":165.8670707,"d":"165.87"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.864436768,"d":"8.86"},"billion",{"v":2886.815302972029,"d":"2,886.82"},"OMN/FLX",null,null,{"v":30.7545502710776,"d":"30.8"},{"v":48.7684985282281,"d":"48.8"},{"v":30.9786896896232,"d":"31.0"},{"v":79.7471882178513,"d":"79.7"},{"v":110.50173848892891,"d":"110.5"},{"v":34.449749741919476,"d":"34.4"},{"v":24.542972173281218,"d":"24.5"},{"v":58.9927219152007,"d":"59.0"},{"v":169.4944604041296,"d":"169.5"},{"v":218.965889586603,"d":"219.0"},{"v":53.9353730132213,"d":"53.9"},{"v":272.9012625998243,"d":"272.9"},null,null,{"v":442.3957230039539,"d":"442.4"},{"v":0.15324697861636644,"d":"15.3%"},{"v":932.460923726763,"d":"932.5"},{"v":96.4643998389404,"d":"96.5"},{"v":660.3286456276766,"d":"660.3"},{"v":35.0818576678917,"d":"35.1"},{"v":511.979128029241,"d":"512.0"},{"v":208.104625077562,"d":"208.1"},null,null,{"v":2444.4195799680747,"d":"2,444.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.19717405840707,"d":"5.20"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.81841718872347,"d":"2.82"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33330513352802,"d":"3.33"},{"v":5.818319,"d":"5.82"},{"v":2.913015,"d":"2.91"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.889387732283096,"d":"88.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.186869168888225,"d":"18.7%"},{"v":0.91285566330419,"d":"91.3%"},{"v":0.270061049726296,"d":"27.0%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2038,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.244855566534942,"d":"7.24"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1124.9413818446974,"d":"1,124.9"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.15026188655509654,"d":"15.0%"},null,{"v":167.5511481,"d":"167.55"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.923514713,"d":"8.92"},"billion",{"v":2888.2156507386535,"d":"2,888.22"},"OMN/FLX",null,null,{"v":30.185021562354,"d":"30.2"},{"v":46.2426400387183,"d":"46.2"},{"v":30.1128256920872,"d":"30.1"},{"v":76.35546573080549,"d":"76.4"},{"v":106.54048729315949,"d":"106.5"},{"v":34.82753788749155,"d":"34.8"},{"v":24.380485932509146,"d":"24.4"},{"v":59.2080238200007,"d":"59.2"},{"v":165.7485111131602,"d":"165.7"},{"v":221.818614204456,"d":"221.8"},{"v":54.6035988735621,"d":"54.6"},{"v":276.4222130780181,"d":"276.4"},null,null,{"v":442.1707241911783,"d":"442.2"},{"v":0.15309477465025656,"d":"15.3%"},{"v":919.467970771908,"d":"919.5"},{"v":94.8081135184376,"d":"94.8"},{"v":667.0109042310851,"d":"667.0"},{"v":33.8885972029975,"d":"33.9"},{"v":523.719324117401,"d":"523.7"},{"v":207.150016705646,"d":"207.2"},null,null,{"v":2446.0449265474754,"d":"2,446.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.1466763084221,"d":"5.15"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.80669604454297,"d":"2.81"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33331905340956,"d":"3.33"},{"v":5.745063,"d":"5.75"},{"v":2.907214,"d":"2.91"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.889053317842611,"d":"88.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.187218194148366,"d":"18.7%"},{"v":0.913129907211392,"d":"91.3%"},{"v":0.269786035986647,"d":"27.0%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2039,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.210520016202232,"d":"7.21"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1135.6507207902446,"d":"1,135.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.15376971406589202,"d":"15.4%"},null,{"v":169.222765,"d":"169.22"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.981607338,"d":"8.98"},"billion",{"v":2889.615998505279,"d":"2,889.62"},"OMN/FLX",null,null,{"v":29.6154928536303,"d":"29.6"},{"v":43.7167815492085,"d":"43.7"},{"v":29.2469616945511,"d":"29.2"},{"v":72.9637432437596,"d":"73.0"},{"v":102.5792360973899,"d":"102.6"},{"v":35.200531658935816,"d":"35.2"},{"v":24.222794065864882,"d":"24.2"},{"v":59.4233257248007,"d":"59.4"},{"v":162.0025618221906,"d":"162.0"},{"v":224.67133882231,"d":"224.7"},{"v":55.2718247339029,"d":"55.3"},{"v":279.9431635562129,"d":"279.9"},null,null,{"v":441.9457253784035,"d":"441.9"},{"v":0.1529427182044293,"d":"15.3%"},{"v":906.475017817053,"d":"906.5"},{"v":93.1518271979348,"d":"93.2"},{"v":673.6931628344928,"d":"673.7"},{"v":32.6953367381032,"d":"32.7"},{"v":535.459520205561,"d":"535.5"},{"v":206.195408333731,"d":"206.2"},null,null,{"v":2447.6702731268756,"d":"2,447.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.09698111411787,"d":"5.10"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.79461919583919,"d":"2.79"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33333262132906,"d":"3.33"},{"v":5.673468,"d":"5.67"},{"v":2.901366,"d":"2.90"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.88870663959977,"d":"88.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.187568016991013,"d":"18.8%"},{"v":0.913410464499768,"d":"91.3%"},{"v":0.269509856457299,"d":"27.0%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2040,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.174753648202882,"d":"7.17"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1146.2503076091439,"d":"1,146.3"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.15721276884722268,"d":"15.7%"},null,{"v":170.881122,"d":"170.88"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.038687151,"d":"9.04"},"billion",{"v":2891.016346271905,"d":"2,891.02"},"OMN/FLX",null,null,{"v":29.0459641449066,"d":"29.0"},{"v":41.1909230596987,"d":"41.2"},{"v":28.3810976970151,"d":"28.4"},{"v":69.5720207567138,"d":"69.6"},{"v":98.61798490162039,"d":"98.6"},{"v":35.56880185797135,"d":"35.6"},{"v":24.06982577162935,"d":"24.1"},{"v":59.6386276296007,"d":"59.6"},{"v":158.2566125312211,"d":"158.3"},{"v":227.524063440164,"d":"227.5"},{"v":55.9400505942437,"d":"55.9"},{"v":283.4641140344077,"d":"283.5"},null,null,{"v":441.7207265656288,"d":"441.7"},{"v":0.1527908090645172,"d":"15.3%"},{"v":893.482064862197,"d":"893.5"},{"v":91.495540877432,"d":"91.5"},{"v":680.3754214379003,"d":"680.4"},{"v":31.5020762732089,"d":"31.5"},{"v":547.1997162937221,"d":"547.2"},{"v":205.240799961816,"d":"205.2"},null,null,{"v":2449.2956197062763,"d":"2,449.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.04806844503303,"d":"5.05"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.78216592007251,"d":"2.78"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33334585046881,"d":"3.33"},{"v":5.603477,"d":"5.60"},{"v":2.895468,"d":"2.90"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.888346829855955,"d":"88.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.187918640153212,"d":"18.8%"},{"v":0.913697491958644,"d":"91.4%"},{"v":0.269232503709793,"d":"26.9%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2041,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.13755673020356,"d":"7.14"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1156.7364391307276,"d":"1,156.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.16059414646061143,"d":"16.1%"},null,{"v":172.5257733,"d":"172.53"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.094743549,"d":"9.09"},"billion",{"v":2892.4166940385285,"d":"2,892.42"},"OMN/FLX",null,null,{"v":28.476435436183,"d":"28.5"},{"v":38.6650645701888,"d":"38.7"},{"v":27.515233699479,"d":"27.5"},{"v":66.1802982696678,"d":"66.2"},{"v":94.6567337058508,"d":"94.7"},{"v":35.93246063792408,"d":"35.9"},{"v":23.921468896476615,"d":"23.9"},{"v":59.8539295344007,"d":"59.9"},{"v":154.5106632402515,"d":"154.5"},{"v":230.376788058017,"d":"230.4"},{"v":56.6082764545845,"d":"56.6"},{"v":286.9850645126015,"d":"287.0"},null,null,{"v":441.495727752853,"d":"441.5"},{"v":0.15263904701656794,"d":"15.3%"},{"v":880.489111907342,"d":"880.5"},{"v":89.8392545569291,"d":"89.8"},{"v":687.0576800413081,"d":"687.1"},{"v":30.3088158083146,"d":"30.3"},{"v":558.939912381882,"d":"558.9"},{"v":204.2861915899,"d":"204.3"},null,null,{"v":2450.9209662856756,"d":"2,450.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.99991874701063,"d":"5.00"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.76931373241618,"d":"2.77"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33335875336094,"d":"3.33"},{"v":5.535037,"d":"5.54"},{"v":2.889519,"d":"2.89"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.887972927350812,"d":"88.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.188270066384547,"d":"18.8%"},{"v":0.913991135881488,"d":"91.4%"},{"v":0.268953970252421,"d":"26.9%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2042,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.098932250537595,"d":"7.10"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1167.1058093876804,"d":"1,167.1"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.16391678044038527,"d":"16.4%"},null,{"v":174.1563255,"d":"174.16"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.149768513,"d":"9.15"},"billion",{"v":2893.817041805158,"d":"2,893.82"},"OMN/FLX",null,null,{"v":27.9069067274593,"d":"27.9"},{"v":36.139206080679,"d":"36.1"},{"v":26.649369701943,"d":"26.6"},{"v":62.788575782622004,"d":"62.8"},{"v":90.6954825100813,"d":"90.7"},{"v":36.2916216975197,"d":"36.3"},{"v":23.777609741681,"d":"23.8"},{"v":60.0692314392007,"d":"60.1"},{"v":150.764713949282,"d":"150.8"},{"v":233.229512675871,"d":"233.2"},{"v":57.2765023149253,"d":"57.3"},{"v":290.5060149907963,"d":"290.5"},null,null,{"v":441.2707289400783,"d":"441.3"},{"v":0.1524874318470439,"d":"15.2%"},{"v":867.496158952488,"d":"867.5"},{"v":88.1829682364263,"d":"88.2"},{"v":693.7399386447166,"d":"693.7"},{"v":29.1155553434204,"d":"29.1"},{"v":570.680108470043,"d":"570.7"},{"v":203.331583217985,"d":"203.3"},null,null,{"v":2452.54631286508,"d":"2,452.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.95251312259534,"d":"4.95"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.75603849280956,"d":"2.76"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33337134192698,"d":"3.33"},{"v":5.468098,"d":"5.47"},{"v":2.883515,"d":"2.88"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.88758388152674,"d":"88.8%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.188622298447212,"d":"18.9%"},{"v":0.914291547246642,"d":"91.4%"},{"v":0.268674248529557,"d":"26.9%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2043,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.0588699718716565,"d":"7.06"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1177.3526394418434,"d":"1,177.4"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.16718374671211123,"d":"16.7%"},null,{"v":175.7720928,"d":"175.77"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.20374056,"d":"9.20"},"billion",{"v":2895.2173895717824,"d":"2,895.22"},"OMN/FLX",null,null,{"v":27.3373780187357,"d":"27.3"},{"v":33.6133475911692,"d":"33.6"},{"v":25.7835057044069,"d":"25.8"},{"v":59.3968532955761,"d":"59.4"},{"v":86.7342313143118,"d":"86.7"},{"v":36.646358896280844,"d":"36.6"},{"v":23.63817444771986,"d":"23.6"},{"v":60.2845333440007,"d":"60.3"},{"v":147.0187646583125,"d":"147.0"},{"v":236.082237293724,"d":"236.1"},{"v":57.9447281752661,"d":"57.9"},{"v":294.0269654689901,"d":"294.0"},null,null,{"v":441.0457301273026,"d":"441.0"},{"v":0.15233596334282018,"d":"15.2%"},{"v":854.503205997633,"d":"854.5"},{"v":86.5266819159235,"d":"86.5"},{"v":700.4221972481243,"d":"700.4"},{"v":27.9222948785261,"d":"27.9"},{"v":582.420304558204,"d":"582.4"},{"v":202.376974846069,"d":"202.4"},null,null,{"v":2454.1716594444797,"d":"2,454.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.90583349017858,"d":"4.91"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.74231448834719,"d":"2.74"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33338362751461,"d":"3.33"},{"v":5.40261,"d":"5.40"},{"v":2.877455,"d":"2.88"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.887178556796562,"d":"88.7%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.188975339116082,"d":"18.9%"},{"v":0.914598898822418,"d":"91.5%"},{"v":0.268393330920967,"d":"26.8%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2045,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.974390789539859,"d":"6.97"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1197.4547555892789,"d":"1,197.5"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.17356256619402122,"d":"17.4%"},null,{"v":178.9564587,"d":"178.96"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.308438178,"d":"9.31"},"billion",{"v":2898.0180851050345,"d":"2,898.02"},"OMN/FLX",null,null,{"v":26.1983206012883,"d":"26.2"},{"v":28.5616306121496,"d":"28.6"},{"v":24.0517777093348,"d":"24.1"},{"v":52.6134083214844,"d":"52.6"},{"v":78.8117289227727,"d":"78.8"},{"v":37.34283550980555,"d":"37.3"},{"v":23.372301643795144,"d":"23.4"},{"v":60.7151371536007,"d":"60.7"},{"v":139.5268660763734,"d":"139.5"},{"v":241.787686529432,"d":"241.8"},{"v":59.2811798959477,"d":"59.3"},{"v":301.0688664253797,"d":"301.1"},null,null,{"v":440.5957325017531,"d":"440.6"},{"v":0.15203346547983476,"d":"15.2%"},{"v":828.517300087922,"d":"828.5"},{"v":83.2141092749178,"d":"83.2"},{"v":713.7867144549407,"d":"713.8"},{"v":25.5357739487375,"d":"25.5"},{"v":605.900696734525,"d":"605.9"},{"v":200.467758102239,"d":"200.5"},null,null,{"v":2457.4223526032815,"d":"2,457.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.81458290492439,"d":"4.81"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.71340729412685,"d":"2.71"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.3334073324784,"d":"3.33"},{"v":5.275804,"d":"5.28"},{"v":2.865158,"d":"2.87"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.886313967526696,"d":"88.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.189683857435795,"d":"19.0%"},{"v":0.915235156396116,"d":"91.5%"},{"v":0.267827877238495,"d":"26.8%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2046,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.929973643874,"d":"6.93"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1207.3014704207803,"d":"1,207.3"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.17667976794351659,"d":"17.7%"},null,{"v":180.5240693,"d":"180.52"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.35913984,"d":"9.36"},"billion",{"v":2899.41843287166,"d":"2,899.42"},"OMN/FLX",null,null,{"v":25.6287918925647,"d":"25.6"},{"v":26.0357721226397,"d":"26.0"},{"v":23.1859137117988,"d":"23.2"},{"v":49.2216858344385,"d":"49.2"},{"v":74.85047772700321,"d":"74.9"},{"v":37.68475316758759,"d":"37.7"},{"v":23.24568589081311,"d":"23.2"},{"v":60.9304390584007,"d":"60.9"},{"v":135.78091678540392,"d":"135.8"},{"v":244.640411147285,"d":"244.6"},{"v":59.9494057562885,"d":"59.9"},{"v":304.5898169035735,"d":"304.6"},null,null,{"v":440.3707336889774,"d":"440.4"},{"v":0.15188243569687962,"d":"15.2%"},{"v":815.524347133067,"d":"815.5"},{"v":81.557822954415,"d":"81.6"},{"v":720.4689730583484,"d":"720.5"},{"v":24.3425134838433,"d":"24.3"},{"v":617.640892822686,"d":"617.6"},{"v":199.513149730323,"d":"199.5"},null,null,{"v":2459.0476991826827,"d":"2,459.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.76997852403585,"d":"4.77"},{"v":57.5851011469412,"d":"57.59"},null,{"v":57.5851011469412,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.69816173069244,"d":"2.70"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33341877197591,"d":"3.33"},{"v":5.214399,"d":"5.21"},{"v":2.858917,"d":"2.86"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.885851808096239,"d":"88.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.190039340700458,"d":"19.0%"},{"v":0.915564429718077,"d":"91.6%"},{"v":0.267543325594852,"d":"26.8%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2047,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.884118328874834,"d":"6.88"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1217.0086465160823,"d":"1,217.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.17975198217019506,"d":"18.0%"},null,{"v":182.0749339,"d":"182.07"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.408741189,"d":"9.41"},"billion",{"v":2900.8187806382857,"d":"2,900.82"},"OMN/FLX",null,null,{"v":25.059263183841,"d":"25.1"},{"v":23.5099136331299,"d":"23.5"},{"v":22.3200497142627,"d":"22.3"},{"v":45.82996334739261,"d":"45.8"},{"v":70.8892265312336,"d":"70.9"},{"v":38.02260253707529,"d":"38.0"},{"v":23.12313842612542,"d":"23.1"},{"v":61.1457409632007,"d":"61.1"},{"v":132.0349674944343,"d":"132.0"},{"v":247.493135765139,"d":"247.5"},{"v":60.6176316166293,"d":"60.6"},{"v":308.1107673817683,"d":"308.1"},null,null,{"v":440.1457348762026,"d":"440.1"},{"v":0.15173155173083736,"d":"15.2%"},{"v":802.531394178212,"d":"802.5"},{"v":79.9015366339122,"d":"79.9"},{"v":727.1512316617559,"d":"727.2"},{"v":23.149253018949,"d":"23.1"},{"v":629.3810889108461,"d":"629.4"},{"v":198.558541358408,"d":"198.6"},null,null,{"v":2460.673045762083,"d":"2,460.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.72603325588733,"d":"4.73"},{"v":57.5851011469412,"d":"57.59"},null,{"v":57.5851011469412,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.68234220930596,"d":"2.68"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33342994879467,"d":"3.33"},{"v":5.15427,"d":"5.15"},{"v":2.85261,"d":"2.85"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.885367545105128,"d":"88.5%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.190395643799118,"d":"19.0%"},{"v":0.915901377932041,"d":"91.6%"},{"v":0.267257546924532,"d":"26.7%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S1 + prod","Mediterranean diet + productivity",2049,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.788137832543246,"d":"6.79"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1235.9950206225694,"d":"1,236.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.1857702902349383,"d":"18.6%"},null,{"v":185.1254162,"d":"185.13"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.504640288,"d":"9.50"},"billion",{"v":2903.6194761715383,"d":"2,903.62"},"OMN/FLX",null,null,{"v":23.9202057663937,"d":"23.9"},{"v":18.4581966541102,"d":"18.5"},{"v":20.5883217191906,"d":"20.6"},{"v":39.0465183733008,"d":"39.0"},{"v":62.9667241396945,"d":"63.0"},{"v":38.686512192443836,"d":"38.7"},{"v":22.889832580356867,"d":"22.9"},{"v":61.5763447728007,"d":"61.6"},{"v":124.5430689124952,"d":"124.5"},{"v":253.198585000846,"d":"253.2"},{"v":61.9540833373109,"d":"62.0"},{"v":315.1526683381569,"d":"315.2"},null,null,{"v":439.6957372506521,"d":"439.7"},{"v":0.1514302204056011,"d":"15.1%"},{"v":776.545488268502,"d":"776.5"},{"v":76.5889639929065,"d":"76.6"},{"v":740.5157488685722,"d":"740.5"},{"v":20.7627320891604,"d":"20.8"},{"v":652.861481087168,"d":"652.9"},{"v":196.649324614577,"d":"196.6"},null,null,{"v":2463.923738920886,"d":"2,463.9"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.64005875631288,"d":"4.64"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.64882589316624,"d":"2.65"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33345154977403,"d":"3.33"},{"v":5.037684,"d":"5.04"},{"v":2.839789,"d":"2.84"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.884325041580614,"d":"88.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.191110720869114,"d":"19.1%"},{"v":0.916599086223852,"d":"91.7%"},{"v":0.266682276619701,"d":"26.7%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S2 + prod","Mediterranean diet + productivity",2050,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.7380428975570625,"d":"6.74"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1245.2709962869512,"d":"1,245.3"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.1887204330675214,"d":"18.9%"},null,{"v":186.624709714132,"d":"186.62"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.550944891,"d":"9.55"},"billion",{"v":2905.0198239381625,"d":"2,905.02"},"OMN/FLX",null,null,{"v":23.35067705767,"d":"23.4"},{"v":15.9323381646004,"d":"15.9"},{"v":19.7224577216545,"d":"19.7"},{"v":35.6547958862549,"d":"35.7"},{"v":59.0054729439249,"d":"59.0"},{"v":39.01278789328873,"d":"39.0"},{"v":22.778858784311968,"d":"22.8"},{"v":61.7916466776007,"d":"61.8"},{"v":120.79711962152561,"d":"120.8"},{"v":256.0513096187,"d":"256.1"},{"v":62.6223091976517,"d":"62.6"},{"v":318.6736188163517,"d":"318.7"},null,null,{"v":439.4707384378773,"d":"439.5"},{"v":0.15127977262548004,"d":"15.1%"},{"v":763.552535313647,"d":"763.6"},{"v":74.9326776724037,"d":"74.9"},{"v":747.19800747198,"d":"747.2"},{"v":19.5694716242661,"d":"19.6"},{"v":664.601677175328,"d":"664.6"},{"v":195.694716242661,"d":"195.7"},null,null,{"v":2465.5490855002854,"d":"2,465.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.59800006271007,"d":"4.60"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.63104291784183,"d":"2.63"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33346199064203,"d":"3.33"},{"v":4.981153,"d":"4.98"},{"v":2.83327,"d":"2.83"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.883762418100723,"d":"88.4%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.191469500558687,"d":"19.1%"},{"v":0.91696025561116,"d":"91.7%"},{"v":0.266392768870131,"d":"26.6%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S2 + prod","Pescaterian diet + productivity",2010,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.578380839195544,"d":"7.58"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":789.7200312784524,"d":"789.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.00764950763484229,"d":"0.8%"},null,{"v":116.6610234,"d":"116.66"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":6.916183482,"d":"6.92"},"billion",{"v":2835.941207283914,"d":"2,835.94"},"OMN/FLX",null,null,{"v":45.5622966978928,"d":"45.6"},{"v":116.578084131223,"d":"116.6"},{"v":53.87598206891,"d":"53.9"},{"v":170.45406620013298,"d":"170.5"},{"v":216.0163628980258,"d":"216.0"},{"v":22.943013512634057,"d":"22.9"},{"v":31.45660110016654,"d":"31.5"},{"v":54.3996146128006,"d":"54.4"},{"v":270.4159775108264,"d":"270.4"},{"v":140.01480827087,"d":"140.0"},{"v":35.4159705980621,"d":"35.4"},{"v":175.4307788689321,"d":"175.4"},null,null,{"v":445.8467563797585,"d":"445.8"},{"v":0.15721297579605414,"d":"15.7%"},{"v":1286.08579331473,"d":"1,286.1"},{"v":142.440623563243,"d":"142.4"},{"v":475.04783889681994,"d":"475.0"},{"v":69.2091069638681,"d":"69.2"},{"v":183.43203704621658,"d":"183.4"},{"v":233.879051119278,"d":"233.9"},null,null,{"v":2390.0944509041556,"d":"2,390.1"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.94909187504358,"d":"6.95"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.04418391972599,"d":"3.04"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33271280267636,"d":"3.33"},{"v":8.737289,"d":"8.74"},{"v":3.053233,"d":"3.05"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.895363970598636,"d":"89.5%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.177724663184512,"d":"17.8%"},{"v":0.907005656319506,"d":"90.7%"},{"v":0.27813404088224,"d":"27.8%"},{"$nulls":3},"DIET"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S2 + prod","Pescaterian diet + productivity",2017,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.0825416638712255,"d":"7.08"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":889.0282012066605,"d":"889.0"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.05785740108312132,"d":"5.8%"},null,{"v":124.4096675,"d":"124.41"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.484325476,"d":"7.48"},"billion",{"v":2754.290699725825,"d":"2,754.29"},"OMN/FLX",null,null,{"v":37.5888947757615,"d":"37.6"},{"v":96.1769194082587,"d":"96.2"},{"v":44.4476852068507,"d":"44.4"},{"v":140.6246046151094,"d":"140.6"},{"v":178.2134993908709,"d":"178.2"},{"v":35.378335104562616,"d":"35.4"},{"v":29.06870173223809,"d":"29.1"},{"v":64.4470368368007,"d":"64.4"},{"v":242.66053622767163,"d":"242.7"},{"v":146.491264160051,"d":"146.5"},{"v":36.7524223187437,"d":"36.8"},{"v":183.2436864787947,"d":"183.2"},null,null,{"v":425.9042227064663,"d":"425.9"},{"v":0.1546329959829087,"d":"15.5%"},{"v":1214.84110127895,"d":"1,214.8"},{"v":139.642070814807,"d":"139.6"},{"v":487.80487804878,"d":"487.8"},{"v":74.220800916424,"d":"74.2"},{"v":184.6808334445273,"d":"184.7"},{"v":227.19679251587,"d":"227.2"},null,null,{"v":2328.3864770193586,"d":"2,328.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.23745915310055,"d":"6.24"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.93451901058785,"d":"2.93"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33289662749419,"d":"3.33"},{"v":7.690525,"d":"7.69"},{"v":2.966999,"d":"2.97"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.890707131815022,"d":"89.1%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.180205632165603,"d":"18.0%"},{"v":0.904263158537231,"d":"90.4%"},{"v":0.284518770077845,"d":"28.5%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change",{"$f":"CONCATENATE(H99,\" + prod\")","v":"S2 + prod"},{"$f":"CONCATENATE(I99,\" + productivity\")","v":"Pescaterian diet + productivity"},2024,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.303298609552061,"d":"6.30"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":979.417927826762,"d":"979.4"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.10499375776132458,"d":"10.5%"},null,{"v":129.9371943,"d":"129.94"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.012143175,"d":"8.01"},"billion",{"v":2672.6401921677266,"d":"2,672.64"},"OMN/FLX",null,null,{"v":29.6154928536303,"d":"29.6"},{"v":75.7757546852947,"d":"75.8"},{"v":35.0193883447915,"d":"35.0"},{"v":110.7951430300862,"d":"110.8"},{"v":140.4106358837165,"d":"140.4"},{"v":47.340722516541554,"d":"47.3"},{"v":27.153736544259253,"d":"27.2"},{"v":74.4944590608008,"d":"74.5"},{"v":214.90509494451732,"d":"214.9"},{"v":152.967720049232,"d":"153.0"},{"v":38.0888740394253,"d":"38.1"},{"v":191.0565940886573,"d":"191.1"},null,null,{"v":405.9616890331746,"d":"406.0"},{"v":0.15189537679739334,"d":"15.2%"},{"v":1143.59640924316,"d":"1,143.6"},{"v":136.843518066371,"d":"136.8"},{"v":500.56191720074094,"d":"500.6"},{"v":79.23249486898,"d":"79.2"},{"v":185.9296298428381,"d":"185.9"},{"v":220.514533912462,"d":"220.5"},null,null,{"v":2266.678503134552,"d":"2,266.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.5486751673171,"d":"5.55"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.82245320438753,"d":"2.82"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33306513006936,"d":"3.33"},{"v":6.692285,"d":"6.69"},{"v":2.881197,"d":"2.88"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.885574492133048,"d":"88.6%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.183294569938604,"d":"18.3%"},{"v":0.901431377475978,"d":"90.1%"},{"v":0.292339914787858,"d":"29.2%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S2 + prod","Pescaterian diet + productivity",2034,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":4.924571453910462,"d":"4.92"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1085.7438445948537,"d":"1,085.7"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.17047573691809714,"d":"17.0%"},null,{"v":135.6183225,"d":"135.62"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.681569042,"d":"8.68"},"billion",{"v":2555.9966099418734,"d":"2,556.00"},"OMN/FLX",null,null,{"v":18.2249186791571,"d":"18.2"},{"v":46.6312336524891,"d":"46.6"},{"v":21.550392827564,"d":"21.6"},{"v":68.1816264800531,"d":"68.2"},{"v":86.4065451592102,"d":"86.4"},{"v":63.787976428517,"d":"63.8"},{"v":25.059942952284,"d":"25.1"},{"v":88.847919380801,"d":"88.8"},{"v":175.2544645400112,"d":"175.3"},{"v":162.21979989092,"d":"162.2"},{"v":39.9980907832562,"d":"40.0"},{"v":202.2178906741762,"d":"202.2"},null,null,{"v":377.4723552141874,"d":"377.5"},{"v":0.1476810860178612,"d":"14.8%"},{"v":1041.81827776346,"d":"1,041.8"},{"v":132.845585568606,"d":"132.8"},{"v":518.7862588463989,"d":"518.8"},{"v":86.3920576583456,"d":"86.4"},{"v":187.7136246975677,"d":"187.7"},{"v":210.968450193308,"d":"211.0"},null,null,{"v":2178.524254727686,"d":"2,178.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.59737979794309,"d":"4.60"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":2.65398358954917,"d":"2.65"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33328285314728,"d":"3.33"},{"v":5.343931,"d":"5.34"},{"v":2.756933,"d":"2.76"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.877042942244971,"d":"87.7%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.189299026115593,"d":"18.9%"},{"v":0.897106969601496,"d":"89.7%"},{"v":0.307149719401947,"d":"30.7%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3 + prod","Pescaterian diet + productivity",2050,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":2.1794907983338048,"d":"2.18"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1184.1692406040481,"d":"1,184.2"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.27954534429526445,"d":"28.0%"},null,{"v":139.74637907290847,"d":"139.75"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.550944891,"d":"9.55"},"billion",{"v":2369.366878380509,"d":"2,369.37"},"PSC",null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":89.03459710848904,"d":"89.0"},{"v":22.778858784311968,"d":"22.8"},{"v":111.813455892801,"d":"111.8"},{"v":111.813455892801,"d":"111.8"},{"v":177.02312763762,"d":"177.0"},{"v":43.0528375733855,"d":"43.1"},{"v":220.0759652110055,"d":"220.1"},null,null,{"v":331.8894211038065,"d":"331.9"},{"v":0.14007515008847296,"d":"14.0%"},{"v":878.973267395943,"d":"879.0"},{"v":126.448893572181,"d":"126.4"},{"v":547.9452054794519,"d":"547.9"},{"v":97.8473581213307,"d":"97.8"},{"v":190.568016465135,"d":"190.6"},{"v":195.694716242661,"d":"195.7"},null,null,{"v":2037.4774572767028,"d":"2,037.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":3.1394852942174,"d":"3.14"},"NA",null,"NA","NA","NA",2.35,{"v":2.3504788016374,"d":"2.35"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33358451380364,"d":"3.33"},{"v":3.357575,"d":"3.36"},{"v":2.547463,"d":"2.55"},"FCR (kg feed per kg animal)",{"$nulls":12},"NA",null,"NA","NA","NA",{"v":0.859,"d":"85.9%"},{"v":0.858586741311302,"d":"85.9%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.206929969151191,"d":"20.7%"},{"v":0.889034489087762,"d":"88.9%"},{"v":0.34785094655411,"d":"34.8%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change",{"$f":"CONCATENATE(H131,\" + prod\")","v":"S3 + prod"},{"$f":"CONCATENATE(I131,\" + productivity\")","v":"Vegetarian diet + productivity"},2015,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":7.267437327201198,"d":"7.27"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":781.4176604782925,"d":"781.4"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.044152423108438144,"d":"4.4%"},null,{"v":118.8558926,"d":"118.86"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":7.324782225,"d":"7.32"},"billion",{"v":2789.102145446966,"d":"2,789.10"},"OMN/FLX",null,null,{"v":39.8670096106562,"d":"39.9"},{"v":102.00582361482,"d":"102.0"},{"v":47.1414843102962,"d":"47.1"},{"v":149.1473079251162,"d":"149.1"},{"v":189.0143175357724,"d":"189.0"},{"v":15.511544274148306,"d":"15.5"},{"v":29.70185573385219,"d":"29.7"},{"v":45.2134000080005,"d":"45.2"},{"v":234.22771754377288,"d":"234.2"},{"v":155.512042005696,"d":"155.5"},{"v":39.2344040857238,"d":"39.2"},{"v":194.7464460914198,"d":"194.7"},null,null,{"v":428.97416363519267,"d":"429.0"},{"v":0.1538036763319931,"d":"15.4%"},{"v":1244.29179464328,"d":"1,244.3"},{"v":141.81237702788,"d":"141.8"},{"v":487.80487804878,"d":"487.8"},{"v":72.7888883585509,"d":"72.8"},{"v":184.3240344735814,"d":"184.3"},{"v":229.106009259701,"d":"229.1"},null,null,{"v":2360.127981811773,"d":"2,360.1"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":6.43212610132867,"d":"6.43"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.08001409090382,"d":"3.08"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33277102616483,"d":"3.33"},{"v":7.686871,"d":"7.69"},{"v":3.082344,"d":"3.08"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.896813598792626,"d":"89.7%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.180215475865687,"d":"18.0%"},{"v":0.910847425959004,"d":"91.1%"},{"v":0.27686870954704,"d":"27.7%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3 + prod","Vegetarian diet + productivity",2026,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":6.02121409255719,"d":"6.02"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":717.8210470257608,"d":"717.8"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.12028272809304164,"d":"12.0%"},null,{"v":117.1480832,"d":"117.15"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":8.153677369,"d":"8.15"},"billion",{"v":2681.8458753378236,"d":"2,681.85"},"OMN/FLX",null,null,{"v":27.3373780187357,"d":"27.3"},{"v":69.9468504787336,"d":"69.9"},{"v":32.325589241346,"d":"32.3"},{"v":102.2724397200796,"d":"102.3"},{"v":129.6098177388153,"d":"129.6"},{"v":4.32108117174857,"d":"4.3"},{"v":26.682393119451728,"d":"26.7"},{"v":31.0034742912003,"d":"31.0"},{"v":160.6132920300156,"d":"160.6"},{"v":185.619851823854,"d":"185.6"},{"v":46.5848885494726,"d":"46.6"},{"v":232.2047403733266,"d":"232.2"},null,null,{"v":392.81803240334216,"d":"392.8"},{"v":0.1464730080187252,"d":"14.6%"},{"v":1149.01013964101,"d":"1,149.0"},{"v":139.92763742179,"d":"139.9"},{"v":514.533912462412,"d":"514.5"},{"v":80.6644074268531,"d":"80.7"},{"v":186.2864288137839,"d":"186.3"},{"v":218.605317168632,"d":"218.6"},null,null,{"v":2289.027842934481,"d":"2,289.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":5.37973353931911,"d":"5.38"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.16490844212129,"d":"3.16"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.3328890729853,"d":"3.33"},{"v":5.932175,"d":"5.93"},{"v":3.135262,"d":"3.14"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.900117265863199,"d":"90.0%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.186343819321327,"d":"18.6%"},{"v":0.920461562236109,"d":"92.0%"},{"v":0.275386479900805,"d":"27.5%"},{"$nulls":3},"DIET"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F. Gephart, J. A. Emery, K. A. Leach, A. M. Galloway, J. N. D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3 + prod","Vegetarian diet + productivity",2041,"Food system","Yes","Davis et al. (2016)","GHGLCA",{"$nulls":29},{"v":3.731714627598817,"d":"3.73"},"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"$nulls":6},"Mha",null,"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":594.8614795871312,"d":"594.9"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0.22451246350473897,"d":"22.5%"},null,{"v":108.162908,"d":"108.16"},null,null,"TgN/yr",{"$nulls":12},{"v":0,"d":"0.0%"},{"v":0.754538,"d":"75.5%"},null,null,{"v":0,"d":"0%"},{"v":9.094743549,"d":"9.09"},"billion",{"v":2535.587325188991,"d":"2,535.59"},"OMN/FLX",null,null,{"v":10.2515167570259,"d":"10.3"},{"v":26.2300689295251,"d":"26.2"},{"v":12.1220959655047,"d":"12.1"},{"v":38.3521648950298,"d":"38.4"},{"v":48.6036816520557,"d":"48.6"},{"v":0,"d":"0.0"},{"v":11.6263028592001,"d":"11.6"},{"v":11.6263028592001,"d":"11.6"},{"v":60.2299845112558,"d":"60.2"},{"v":226.675956121342,"d":"226.7"},{"v":56.6082764545845,"d":"56.6"},{"v":283.2842325759265,"d":"283.3"},null,null,{"v":343.5142170871823,"d":"343.5"},{"v":0.13547717866967107,"d":"13.5%"},{"v":1019.08061009246,"d":"1,019.1"},{"v":137.357537958941,"d":"137.4"},{"v":550.982595753728,"d":"551.0"},{"v":91.4037516109016,"d":"91.4"},{"v":188.96242109587848,"d":"189.0"},{"v":204.2861915899,"d":"204.3"},null,null,{"v":2192.073108101809,"d":"2,192.1"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":12},5.16,"Mtonne/Mha",null,{"v":4.04478244205761,"d":"4.04"},{"v":57.5851011469411,"d":"57.59"},null,{"v":57.5851011469411,"d":"57.59"},{"v":3.3873865698729584,"d":"3.4"},{"v":3.0724809547993908,"d":"3.1"},2.35,{"v":3.23536316949262,"d":"3.24"},{"v":3.357574548845634,"d":"3.4"},{"v":3.0893223388305846,"d":"3.1"},{"v":3.33299961287484,"d":"3.33"},{"v":4.175075,"d":"4.18"},{"v":3.133955,"d":"3.13"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.1622627532517128,"d":"16.2%"},null,{"v":0.1622627532517128,"d":"16.2%"},{"v":0.8706533575317605,"d":"87.1%"},{"v":0.9406145251396648,"d":"94.1%"},{"v":0.859,"d":"85.9%"},{"v":0.902727366698354,"d":"90.3%"},{"v":0.20692996915119116,"d":"20.7%"},{"v":0.9527586206896552,"d":"95.3%"},{"v":0.197642381618236,"d":"19.8%"},{"v":0.936973269556398,"d":"93.7%"},{"v":0.272557588053799,"d":"27.3%"},{"$nulls":3},"DIET"]
[2,2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L. Billen, G. Garnier, J. Bouwman, L. Velazquez, E. Mueller, N. D. Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters","SEED","Self sufficiency + equitable diet (2050)",2050,"Agriculture","No","GRAFS",{"$nulls":61},{"v":97.46144710887194,"d":"97.5"},"TgN/yr",{"$f":"(BZ333-BZ$331)/BZ$331","v":{"v":0.13043478260869565,"d":"13.0%"}},{"v":0.52,"d":"52.0%"},{"$nulls":8},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9.239295,"d":"9.24"},"billion",{"$nulls":30},{"v":0,"d":"0%"},{"$nulls":53},"Regional Sustainable Development",null,null,"DIET"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C. Muller, A. Scialabba, N. E.-H. Hecht, J. Isensee, A. Erb, K.-H. Smith, P. Makkar, H. P. S. Klocke, P. Leiber, F. Schwegler, P. Stolze, M. Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","Base year","Base year",{"$f":"AVERAGE(2005,2009)","v":2007},"Agriculture","No","SOLm",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO-constant","Agriculture",4.92,3.38,1.54,{"$nulls":3},"billion ha",null,"FAO AQUASTAT 2013",{"v":1371.32,"d":"1,371.32"},null,null,"km3/yr",{"v":0,"d":"0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":87.91,"d":"87.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,47.18,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},6.67,"billion",{"v":2763,"d":"2,763.0"},{"$f":"IF(AND(CZ336=0,DE336=0),\"VGN\",IF(AND(CZ336=0,DE336>0,DC336=0),\"VEG\",IF(AND(CZ336=0,DE336>0,DC336>0),\"PSC\",\"OMN/FLX\")))","v":"OMN/FLX"},null,null,{"v":53,"d":"53.0"},{"$f":"$CY336*(115/166)","v":{"v":122.62048192771084,"d":"122.6"}},{"$f":"$CY336*(51/166)","v":{"v":54.37951807228915,"d":"54.4"}},{"v":177,"d":"177.0"},{"$f":"CV336+CY336","v":{"v":230,"d":"230.0"}},{"$f":"DC336*35.6%","v":{"v":11.748000000000001,"d":"11.7"}},{"$f":"DC336*64.4%","v":{"v":21.252,"d":"21.3"}},{"v":33,"d":"33.0"},{"$f":"CZ336+DC336","v":{"v":263,"d":"263.0"}},{"v":154,"d":"154.0"},{"v":32,"d":"32.0"},{"$f":"DE336+DF336","v":{"v":186,"d":"186.0"}},null,null,{"$f":"DD336+DG336+DC336","v":{"v":482,"d":"482.0"}},{"$f":"DJ336/CR336","v":{"v":0.17444806369887803,"d":"17.4%"}},{"$nulls":8},{"$f":"CR336-DJ336","v":{"v":2281,"d":"2,281.0"}},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"$f":"2.94*1.0067^4","v":{"v":3.0195874024973093,"d":"3.02"}},{"$f":"2.94*(1.0167^44)","v":{"v":6.0930054546953345,"d":"6.09"}},{"$nulls":6},"t/ha",{"$nulls":26},{"v":1,"d":"100%"},{"$nulls":15},"BASE YEAR"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C. Muller, A. Scialabba, N. E.-H. Hecht, J. Isensee, A. Erb, K.-H. Smith, P. Makkar, H. P. S. Klocke, P. Leiber, F. Schwegler, P. Stolze, M. Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","CC + REF + FAO livestock yield",{"$f":"CONCATENATE(\"CC + \",I337)","v":"CC + Reference scenario (2050)"},2050,"Agriculture","No","SOLm",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO-constant","Agriculture",5.77,3.38,2.39,{"$nulls":3},"billion ha",null,"FAO AQUASTAT 2013",{"v":2122.43,"d":"2,122.43"},null,null,"km3/yr",{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":116.89,"d":"116.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,60.43,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},9.14,"billion",{"v":3028,"d":"3,028.0"},"OMN/FLX",null,null,{"v":63,"d":"63.0"},{"v":150.3313253012048,"d":"150.3"},{"v":66.66867469879517,"d":"66.7"},{"v":217,"d":"217.0"},{"v":280,"d":"280.0"},{"v":15.663999999999998,"d":"15.7"},{"v":28.336000000000002,"d":"28.3"},{"v":44,"d":"44.0"},{"v":324,"d":"324.0"},{"v":185,"d":"185.0"},{"v":37,"d":"37.0"},{"v":222,"d":"222.0"},null,null,{"$f":"DK353*CR353","v":{"v":514.76,"d":"514.8"}},{"v":0.17,"d":"17.0%"},{"$nulls":8},{"v":2513.24,"d":"2,513.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},{"v":0,"d":"0.0%"},null,{"$f":"2.94*1.0067^4","v":{"v":3.0195874024973093,"d":"3.02"}},{"$nulls":7},"t/ha",null,1,{"$nulls":12},"Relative to trend",{"$nulls":11},{"v":1,"d":"100%"},{"$nulls":12},"BAU",null,null,"BAU"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C. Muller, A. Scialabba, N. E.-H. Hecht, J. Isensee, A. Erb, K.-H. Smith, P. Makkar, H. P. S. Klocke, P. Leiber, F. Schwegler, P. Stolze, M. Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","CC + 40% FCF + 40% livestock yield","CC + 40% Food-Competing Foodstuffs (2050)",2050,"Agriculture","No","SOLm",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO-constant","Agriculture",5.41,3.38,2.04,{"$nulls":3},"billion ha",null,"FAO AQUASTAT 2013",{"v":1883.32,"d":"1,883.32"},null,null,"km3/yr",{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},{"$nulls":3},86.9,"TgN/yr",{"v":0,"d":"0.0%"},null,null,45.89,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},9.14,"billion",{"v":3028,"d":"3,028.0"},"OMN/FLX",null,null,{"v":44,"d":"44.0"},{"v":44.33734939759036,"d":"44.3"},{"v":19.662650602409638,"d":"19.7"},{"v":64,"d":"64.0"},{"v":108,"d":"108.0"},{"v":9.611999999999998,"d":"9.6"},{"v":17.388,"d":"17.4"},{"v":27,"d":"27.0"},{"v":135,"d":"135.0"},{"v":125,"d":"125.0"},{"v":12,"d":"12.0"},{"v":137,"d":"137.0"},null,null,302.8,{"v":0.1,"d":"10.0%"},{"$nulls":8},{"v":2725.2,"d":"2,725.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},{"v":0,"d":"0.0%"},null,{"v":3.0195874024973093,"d":"3.02"},{"$nulls":7},"t/ha",null,-0.4,{"$nulls":12},"Relative to trend",{"$nulls":11},{"v":0.4,"d":"40%"},{"$nulls":12},"BAU+eff",null,null,"MIXED"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C. Muller, A. Scialabba, N. E.-H. Hecht, J. Isensee, A. Erb, K.-H. Smith, P. Makkar, H. P. S. Klocke, P. Leiber, F. Schwegler, P. Stolze, M. Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","CC + 0% FCF + 40% livestock yield","CC + 0% Food-Competing Foodstuffs (2050)",2050,"Agriculture","No","SOLm",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO-constant","Agriculture",5.25,3.38,1.87,{"$nulls":3},"billion ha",null,"FAO AQUASTAT 2013",{"v":1715.4,"d":"1,715.40"},null,null,"km3/yr",{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":65.75,"d":"65.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,37.02,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},9.14,"billion",{"v":3028,"d":"3,028.0"},{"$f":"IF(AND(CZ368=0,DE368=0),\"VGN\",IF(AND(CZ368=0,DE368>0,DC368=0),\"VEG\",IF(AND(CZ368=0,DE368>0,DC368>0),\"PSC\",\"OMN/FLX\")))","v":"OMN/FLX"},null,null,{"v":34,"d":"34.0"},{"$f":"$CY368*(115/166)","v":{"v":9.698795180722891,"d":"9.7"}},{"$f":"$CY368*(51/166)","v":{"v":4.301204819277109,"d":"4.3"}},{"v":14,"d":"14.0"},{"$f":"CV368+CY368","v":{"v":48,"d":"48.0"}},{"v":6.4079999999999995,"d":"6.4"},{"$f":"DC368*64.4%","v":{"v":11.592,"d":"11.6"}},{"v":18,"d":"18.0"},{"$f":"CZ368+DC368","v":{"v":66,"d":"66.0"}},{"v":96,"d":"96.0"},{"v":3,"d":"3.0"},{"$f":"DE368+DF368","v":{"v":99,"d":"99.0"}},null,null,{"v":242.24,"d":"242.2"},{"v":0.08,"d":"8.0%"},{"$nulls":8},{"$f":"CR368-DJ368","v":{"v":2785.76,"d":"2,785.8"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},{"v":0,"d":"0.0%"},null,{"v":3.0195874024973093,"d":"3.02"},{"$nulls":7},"t/ha",null,-0.4,{"$nulls":12},"Relative to trend",{"$nulls":11},{"v":0,"d":"0%"},{"$nulls":12},"BAU+eff",null,null,"MIXED"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C. Muller, A. Scialabba, N. E.-H. Hecht, J. Isensee, A. Erb, K.-H. Smith, P. Makkar, H. P. S. Klocke, P. Leiber, F. Schwegler, P. Stolze, M. Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","CC + ConstProt + 60% FCF + FAO livestock yield","Cons Prot + CC + 60% Food-Competing Foodstuffs (2050)",2050,"Agriculture","No","SOLm",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO-constant","Agriculture",5.58,3.38,{"v":2.2,"d":"2.20"},{"$nulls":3},"billion ha",null,"FAO AQUASTAT 2013",{"v":1984.36,"d":"1,984.36"},null,null,"km3/yr",{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},{"$nulls":3},89.3,"TgN/yr",{"v":0,"d":"0.0%"},null,null,48.99,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},9.14,"billion",{"v":3284,"d":"3,284.0"},"OMN/FLX",null,null,{"v":49,"d":"49.0"},{"v":76.89759036144578,"d":"76.9"},{"v":34.102409638554214,"d":"34.1"},{"v":111,"d":"111.0"},{"v":160,"d":"160.0"},{"v":12.104,"d":"12.1"},{"v":21.896,"d":"21.9"},{"v":34,"d":"34.0"},{"v":194,"d":"194.0"},{"v":142,"d":"142.0"},{"v":20,"d":"20.0"},{"v":162,"d":"162.0"},null,null,{"v":361.24,"d":"361.2"},{"v":0.11,"d":"11.0%"},{"$nulls":8},{"v":2922.76,"d":"2,922.8"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},{"v":0,"d":"0.0%"},null,{"v":3.0195874024973093,"d":"3.02"},{"$nulls":7},"t/ha",null,1,{"$nulls":12},"Relative to trend",{"$nulls":11},{"v":0.6,"d":"60%"},{"$nulls":12},"BAU+eff",null,null,"MIXED"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C. Muller, A. Scialabba, N. E.-H. Hecht, J. Isensee, A. Erb, K.-H. Smith, P. Makkar, H. P. S. Klocke, P. Leiber, F. Schwegler, P. Stolze, M. Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","CC + ConstProt + 80% FCF + 20% livestock yield","Cons Prot + CC + 80% Food-Competing Foodstuffs (2050)",2050,"Agriculture","No","SOLm",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO-constant","Agriculture",5.74,3.38,2.36,{"$nulls":3},"billion ha",null,"FAO AQUASTAT 2013",{"v":2122.56,"d":"2,122.56"},null,null,"km3/yr",{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":103.62,"d":"103.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,55.04,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},9.14,"billion",{"v":3222.96,"d":"3,223.0"},"OMN/FLX",null,null,{"v":56,"d":"56.0"},{"v":109.4578313253012,"d":"109.5"},{"v":48.54216867469879,"d":"48.5"},{"v":158,"d":"158.0"},{"v":214,"d":"214.0"},{"$f":"DC389-DB389","v":{"v":13.527999999999999,"d":"13.5"}},{"v":24.472,"d":"24.5"},{"v":38,"d":"38.0"},{"v":252,"d":"252.0"},{"v":162,"d":"162.0"},{"v":27,"d":"27.0"},{"v":189,"d":"189.0"},null,null,{"v":451.21440000000007,"d":"451.2"},{"v":0.14,"d":"14.0%"},{"$nulls":8},{"v":2771.7456,"d":"2,771.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},{"v":0,"d":"0.0%"},null,{"v":3.0195874024973093,"d":"3.02"},{"$nulls":7},"t/ha",null,-0.2,{"$nulls":12},"Relative to trend",{"$nulls":11},{"v":0.8,"d":"80%"},{"$nulls":12},"BAU+eff",null,null,"MIXED"]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1","Current trends in yields with no demand-side reduction",2050,"Agriculture","Yes","Bajzelj et al. (2014)","GHGdirectAgLUC",227.6,48.4,23.6,null,299.6,4.66,{"$nulls":7},5.7,null,{"v":10.36,"d":"10.4"},"Mt",{"$f":"S400*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD400*'T5 - GHG categories & GWPs'!$C$5","v":{"v":10977.400000000001,"d":"10977.40"}},1100,1340,2440,{"$nulls":5},7100,{"v":18077.4,"d":"18077.40"},{"v":20517.4,"d":"20517.40"},null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"$f":"(1.1/0.8-1.1)/AF400*1000","v":{"v":0.02505146938254959,"d":"2.5%"}},{"$f":"AZ400","v":{"v":0.02505146938254959,"d":"2.5%"}},"FAO - Permanent meadows and pastures","Agriculture",{"v":5930,"d":"5,930.0"},{"v":3710,"d":"3,710.0"},{"v":2220,"d":"2,220.0"},null,null,{"$f":"1394+2260","v":{"v":3654,"d":"3,654.0"}},"Mha",{"$f":"22.6/40.2","v":{"v":0.5621890547263682,"d":"56.2%"}},"FAO AQUASTAT 2013",null,{"v":6370,"d":"6,370.00"},null,"km3/yr",null,null,{"$f":"1-(BT400/BT$399)","v":{"v":-0.36302531685035766,"d":"-36.3%"}},{"$f":"1/1.79225042023261","v":0.557957743354979},{"v":154,"d":"154.0"},null,null,"TgN/yr",{"$f":"(BZ400-BZ$399)/BZ$399","v":{"v":0.11261261261261263,"d":"11.3%"}},74.1,{"$nulls":8},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9.6,"d":"9.60"},"billion",{"v":3124.923249845702,"d":"3,124.9"},{"$f":"IF(AND(CZ400=0,DE400=0),\"VGN\",IF(AND(CZ400=0,DE400>0,DC400=0),\"VEG\",IF(AND(CZ400=0,DE400>0,DC400>0),\"PSC\",\"OMN/FLX\")))","v":"OMN/FLX"},null,null,{"v":74.17906458428611,"d":"74.2"},{"$f":"216.16-CV400","v":{"v":141.98093541571387,"d":"142.0"}},{"v":68.80180892918442,"d":"68.8"},{"$f":"SUM(CW400:CX400)","v":{"v":210.78274434489828,"d":"210.8"}},{"$f":"CV400+CY400","v":{"v":284.9618089291844,"d":"285.0"}},null,null,{"v":37.53152239372714,"d":"37.5"},{"$f":"CZ400+DC400","v":{"v":322.4933313229115,"d":"322.5"}},{"v":197.91,"d":"197.9"},{"v":44.51,"d":"44.5"},{"v":242.41991852279028,"d":"242.4"},null,null,{"v":564.9132498457019,"d":"564.9"},{"$f":"DJ400/CR400","v":{"v":0.18077667983480727,"d":"18.1%"}},{"v":1354.62,"d":"1,354.6"},{"v":168.91,"d":"168.9"},{"v":448.46,"d":"448.5"},{"v":72.79,"d":"72.8"},{"v":177.67,"d":"177.7"},{"v":212.77,"d":"212.8"},{"v":124.79,"d":"124.8"},null,{"v":2560.0099999999998,"d":"2,560.0"},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"$f":"$DY$414","v":{"v":17208.80968038932,"d":"17,208.8"}},{"$f":"EB400/$EB$399 - 1","v":{"v":0.21052631578947367,"d":"21.1%"}},null,{"v":4.6,"d":"4.60"},{"$nulls":7},"t/ha",null,{"v":6.252209267593317,"d":"6.25"},null,null,21.9,5.9,4.2,null,5.02,4.3,4.3,4.28,{"v":6.8192893359117175,"d":"6.82"},{"v":4.828077995043358,"d":"4.83"},"kgDM/kg output",{"$nulls":12},{"v":0.049,"d":"4.9%"},{"v":0.049,"d":"4.9%"},{"v":0.049,"d":"4.9%"},{"v":0.663,"d":"66.3%"},{"v":0.663,"d":"66.3%"},null,{"v":0.663,"d":"66.3%"},{"v":0.049,"d":"4.9%"},{"v":0.663,"d":"66.3%"},{"v":0.049,"d":"4.9%"},{"v":0.663,"d":"66.3%"},{"v":0.18731145020012177,"d":"18.7%"},"BAU","Current trends in yields with no demand-side reduction",null,"BAU"]
[6,2016,"Decoupling of greenhouse gas emissions from global agricultural production: 1970-2050","Bennetzen, E.H., Smith, P., Porter, J.R. ","Bennetzen et al. (2016)","Journal article","Global Change Biology",1,"Continuation of current emissions per product in 2050",2050,"Agriculture","No","Bennetzen et al. (2016)","GHGdirectAgLUC",{"$nulls":26},"Incl in total",null,{"$f":"(14.5*1.35)*1000","v":{"v":19575.000000000004,"d":"19575.00"}},null,"Mt CO2e/yr",{"$nulls":7},0,{"$nulls":39},{"v":0,"d":"0%"},{"v":9.6,"d":"9.60"},"billion",{"$nulls":34},{"$f":"DZ415","v":{"v":-0.05356402204183208,"d":"-5.4%"}},{"$nulls":49},"BAU","Continuation of current emissions per product in 2050",null,"BAU"]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-REF","SSP2 Reference scenario ",2050,"Agriculture","No","MAgPIE 2",{"$nulls":41},"Agriculture",null,null,1469.461,{"$nulls":3},"Mha",{"$nulls":10},{"v":118.5567,"d":"118.56"},{"v":47.5639942658383,"d":"47.56"},{"v":232.5194,"d":"232.52"},"TgN/yr",{"v":0.05222192950102755,"d":"5.2%"},{"v":0.499253,"d":"0.50"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.843324,"d":"84.3%"},null,null,{"v":0,"d":"0%"},{"v":9128.289,"d":"9128.3"},"million",3177.72,"OMN/FLX",null,null,83.6,163.9,52.1,{"v":216,"d":"216.0"},299.6," "," "," "," ",193.3,47.9,{"v":241.20000000000002,"d":"241.2"},null,null,{"$f":"DK426*CR426","v":{"v":699.0984,"d":"699.1"}},{"v":0.22,"d":"22.0%"},{"$nulls":8},{"v":2478.6216,"d":"2,478.6"},"kcal/capita/day",{"v":0,"d":"0%"},15370.32,"US$05 per capita",{"v":15370.32,"d":"15,370.3"},null,null,{"v":4.356421,"d":"4.36"},{"$nulls":7},"t DM/ha",{"$nulls":4},{"v":75.44,"d":"75.4"},{"v":3.26,"d":"3.3"},{"v":3.53,"d":"3.5"},null,{"v":3.361,"d":"3.4"},{"v":2.84,"d":"2.8"},{"v":2.68,"d":"2.7"},{"v":2.821,"d":"2.8"},{"v":9.482,"d":"9.5"},{"v":3.193,"d":"3.2"},"kgDM/kg output",{"$nulls":3},1,1,null,1,null,1,{"$nulls":5},{"v":0.065271,"d":"6.5%"},{"$f":"FC426*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"$f":"FD426*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"$f":"FF426*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"v":0.21192,"d":"21.2%"},{"$f":"FH426*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"v":0.942323445,"d":"94.2%"},null,"BAU","SSP2","None","BAU"]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-Diet","SSP2 Less animal products ",2040,"Agriculture","No","MAgPIE 2",{"$nulls":41},"Agriculture",null,null,1393.218,{"$nulls":3},"Mha",{"$nulls":10},{"v":116.7438,"d":"116.74"},{"v":32.2127028959692,"d":"32.21"},{"v":202.2176,"d":"202.22"},"TgN/yr",{"v":5.977132620264447E-3,"d":"0.6%"},{"v":0.477311,"d":"0.48"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.818182,"d":"81.8%"},null,null,{"v":0,"d":"0%"},{"v":8745.716,"d":"8745.7"},"million",3111.82,"OMN/FLX",null,null,56.9,99.5,35.4,134.9,191.8,{"$nulls":4},137.3,30.2,167.5,null,null,{"v":453.2189283670449,"d":"453.2"},{"v":0.14564432658927728,"d":"14.6%"},{"$nulls":8},{"v":2658.601071632955,"d":"2,658.6"},"kcal/capita/day",null,13297.18,"US$05 per capita",{"v":13297.18,"d":"13,297.2"},null,null,{"v":3.739692,"d":"3.74"},{"$nulls":7},"t DM/ha",{"$nulls":4},{"v":73.32,"d":"73.3"},{"v":3.14,"d":"3.1"},{"v":3.43,"d":"3.4"},null,{"v":3.253,"d":"3.3"},{"v":2.76,"d":"2.8"},{"v":2.48,"d":"2.5"},{"v":2.736,"d":"2.7"},{"v":9.22,"d":"9.2"},{"v":3.065,"d":"3.1"},"kgDM/kg output",{"$nulls":3},1,1,null,1,null,1,{"$nulls":5},{"v":0.060887,"d":"6.1%"},{"$f":"FC432*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"$f":"FD432*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"$f":"FF432*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"v":0.205177,"d":"20.5%"},{"$f":"FH432*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"v":0.942323445,"d":"94.2%"}]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-Efficiency (livestock)","SSP2 Efficient livestock management",2005,"Agriculture","No","MAgPIE 2",{"$nulls":41},"Agriculture",null,null,1381.211,{"$nulls":3},"Mha",{"$nulls":10},{"v":100.8641,"d":"100.86"},{"v":23.8099282891589,"d":"23.81"},{"v":172.5685,"d":"172.57"},"TgN/yr",{"v":-0.0688044680963169,"d":"-6.9%"},{"v":0.441829,"d":"0.44"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.723547,"d":"72.4%"},null,null,{"v":0,"d":"0%"},{"v":6441.658,"d":"6441.7"},"million",2778.96,"OMN/FLX",null,null,51.7,123.5,37.7,161.2,{"v":212.89999999999998,"d":"212.9"},{"$nulls":4},122.3,{"v":33,"d":"33.0"},155.3,null,null,{"v":464.4453365564874,"d":"464.4"},{"v":0.1671291909766558,"d":"16.7%"},{"$nulls":8},{"v":2314.5146634435127,"d":"2,314.5"},"kcal/capita/day",null,7071.219,"US$05 per capita",{"v":7071.219,"d":"7,071.2"},null,null,{"v":2.782361,"d":"2.78"},{"$nulls":7},"t DM/ha",{"$nulls":4},{"v":70.69,"d":"70.7"},{"v":3.11,"d":"3.1"},{"v":3.56,"d":"3.6"},null,{"v":3.28,"d":"3.3"},2.8,{"v":2.53,"d":"2.5"},{"v":2.772,"d":"2.8"},{"v":9.006,"d":"9.0"},{"v":3.098,"d":"3.1"},"kgDM/kg output",{"$nulls":3},1,1,null,1,null,1,{"$nulls":5},{"v":0.045546,"d":"4.6%"},{"$f":"FC449*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"$f":"FD449*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"$f":"FF449*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"v":0.181578,"d":"18.2%"},{"$f":"FH449*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"v":0.942323445,"d":"94.2%"}]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-All measures","SSP2 All measures ",2020,"Agriculture","No","MAgPIE 2",{"$nulls":41},"Agriculture",null,null,1397.703,{"$nulls":3},"Mha",{"$nulls":10},{"v":75.48729,"d":"75.49"},{"v":31.1574902195962,"d":"31.16"},{"v":177.3856,"d":"177.39"},"TgN/yr",{"v":0.17885873860582757,"d":"17.9%"},{"v":0.559339,"d":"0.56"},{"$nulls":10},{"v":0.0702052901184974,"d":"7.0%"},{"v":0.805344,"d":"80.5%"},null,null,{"v":0,"d":"0%"},{"v":7568.246,"d":"7568.2"},"million",2930.98,"OMN/FLX",null,null,61.9,160.9,44.7,{"v":205.60000000000002,"d":"205.6"},267.5,{"$nulls":4},141.3,43.5,184.8,null,null,{"v":570.5285869758263,"d":"570.5"},{"v":0.19465454795864398,"d":"19.5%"},{"$nulls":8},{"v":2360.4514130241737,"d":"2,360.5"},"kcal/capita/day",null,9288.841,"US$05 per capita",{"v":9288.841,"d":"9,288.8"},null,null,{"v":3.392254,"d":"3.39"},{"$nulls":7},"t DM/ha",{"$nulls":4},{"v":71.79,"d":"71.8"},{"v":2.84,"d":"2.8"},{"v":3.42,"d":"3.4"},null,{"v":3.061,"d":"3.1"},2.6,{"v":2.45,"d":"2.5"},{"v":2.591,"d":"2.6"},{"v":8.941,"d":"8.9"},{"v":2.912,"d":"2.9"},"kgDM/kg output",{"$nulls":3},1,1,null,1,null,1,{"$nulls":5},{"v":0.052121,"d":"5.2%"},{"$f":"FC458*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"$f":"FD458*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"$f":"FF458*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"v":0.191692,"d":"19.2%"},{"$f":"FH458*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"v":0.942323445,"d":"94.2%"}]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP1-REF","SSP1 Reference scenario",2030,"Agriculture","No","MAgPIE 2",{"$nulls":41},"Agriculture",null,null,1504.847,{"$nulls":3},"Mha",{"$nulls":10},{"v":103.9619,"d":"103.96"},{"v":39.9830535412964,"d":"39.98"},{"v":205.8593,"d":"205.86"},"TgN/yr",{"v":0.10637019864060271,"d":"10.6%"},{"v":0.524945,"d":"0.52"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.813809,"d":"81.4%"},null,null,{"v":0,"d":"0%"},{"v":7958.641,"d":"7958.6"},"million",3073.11,"OMN/FLX",null,null,73.5,187.2,51.6,{"v":238.79999999999998,"d":"238.8"},{"v":312.29999999999995,"d":"312.3"},{"$nulls":4},167.2,51.3,218.5,null,null,{"v":669.5480299950666,"d":"669.5"},{"v":0.2178731089987233,"d":"21.8%"},{"$nulls":8},{"v":2403.5619700049338,"d":"2,403.6"},"kcal/capita/day",null,12421.82,"US$05 per capita",{"v":12421.82,"d":"12,421.8"},null,null,{"v":3.575869,"d":"3.58"},{"$nulls":7},"t DM/ha",{"$nulls":4},{"v":75.81,"d":"75.8"},{"v":2.95,"d":"3.0"},{"v":3.51,"d":"3.5"},null,{"v":3.164,"d":"3.2"},{"v":2.64,"d":"2.6"},{"v":2.68,"d":"2.7"},{"v":2.647,"d":"2.6"},{"v":9.347,"d":"9.3"},{"v":3.046,"d":"3.0"},"kgDM/kg output",{"$nulls":3},1,1,null,1,null,1,{"$nulls":5},{"v":0.063079,"d":"6.3%"},{"$f":"FC466*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"$f":"FD466*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"$f":"FF466*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"v":0.208549,"d":"20.9%"},{"$f":"FH466*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"v":0.942323445,"d":"94.2%"}]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP1-All measures","SSP1 All measures",2030,"Agriculture","No","MAgPIE 2",{"$nulls":41},"Agriculture",null,null,1202.742,{"$nulls":3},"Mha",{"$nulls":10},{"v":60.31503,"d":"60.32"},{"v":23.8427327969629,"d":"23.84"},{"v":133.3645,"d":"133.36"},"TgN/yr",{"v":0.3190853048105802,"d":"31.9%"},{"v":0.625873,"d":"0.63"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.845286,"d":"84.5%"},null,null,{"v":0,"d":"0%"},{"v":7958.641,"d":"7958.6"},"million",2821.09,"OMN/FLX",null,null,49.6,108.8,32.7,141.5,191.1,{"$nulls":4},116.4,{"v":31,"d":"31.0"},147.4,null,null,{"v":426.9819294523927,"d":"427.0"},{"v":0.15135352982442696,"d":"15.1%"},{"$nulls":8},{"v":2394.1080705476074,"d":"2,394.1"},"kcal/capita/day",null,12421.82,"US$05 per capita",{"v":12421.82,"d":"12,421.8"},null,null,{"v":3.421382,"d":"3.42"},{"$nulls":7},"t DM/ha",{"$nulls":4},{"v":61.64,"d":"61.6"},2.4,{"v":3.05,"d":"3.1"},null,{"v":2.646,"d":"2.6"},{"v":2.59,"d":"2.6"},{"v":2.12,"d":"2.1"},{"v":2.547,"d":"2.5"},{"v":7.987,"d":"8.0"},{"v":2.516,"d":"2.5"},"kgDM/kg output",{"$nulls":3},1,1,null,1,null,1,{"$nulls":5},{"v":0.063079,"d":"6.3%"},{"$f":"FC473*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"$f":"FD473*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"$f":"FF473*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},{"v":0.208549,"d":"20.9%"},{"$f":"FH473*VLOOKUP($J$419,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942323445,"d":"94.2%"}},null,{"v":0.942323445,"d":"94.2%"}]
[{"$f":"IF(E490=E489,A489,A489+1)","v":8},2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","Base year","Base year",1995,"Agriculture","No","MAgPIE 2",{"$nulls":39},{"v":0,"d":"0.0%"},null,"Agriculture",null,null,{"v":1441.4808169627547,"d":"1,441.5"},{"$nulls":3},"Mha",{"$nulls":10},77.6,null,{"v":90.55457151589238,"d":"90.6"},"TgN/yr",null,{"v":0.5053194440314903,"d":"50.5%"},{"$nulls":8},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":5.7,"d":"5.70"},"billion",{"v":2628.581581921267,"d":"2,628.58"},{"$nulls":17},{"v":414.89196900017936,"d":"414.9"},{"$f":"DJ490/CR490","v":{"v":0.15783872635101134,"d":"15.8%"}},{"$nulls":8},{"v":2213.6896129210877,"d":"2,213.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":6003.235073288729,"d":"6,003.2"},"US$05 per capita",{"v":6003.235073288729,"d":"6,003.2"},{"$f":"EB490/EA490-1","v":{"v":-0.25270758122743686,"d":"-25.3%"}},{"v":3.047,"d":"3.05"},{"v":2.277,"d":"2.28"},{"$nulls":6},{"v":2.426082045681618,"d":"2.4"},"t DM/ha",null,{"v":0.6895522214721116,"d":"0.69"},{"$nulls":12},"feed per animal product (kg Nr/t DM)",{"$nulls":27},"BASE YEAR"]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","Proceedings of the National Academy of Sciences of the United States of America","ST","Improved manure storage",2050,"Agriculture","No","IMAGE 2.4",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":19},{"v":104,"d":"104.0"},null,{"v":172,"d":"172.0"},"Tg N/yr",{"v":0.10558913043478255,"d":"10.6%"},{"v":0.508571,"d":"50.9%"},{"v":23,"d":"23.00"},{"v":18,"d":"18.00"},{"$f":"0.125*(23+26)","v":{"v":6.125,"d":"6.13"}},{"$nulls":4},"Tg P/yr",{"v":0.03222369608241442,"d":"3.2%"},{"v":0.632653,"d":"63.3%"},{"v":0,"d":"0.0%"},{"v":0.7877663296425859,"d":"78.8%"},{"v":0,"d":"0.0%"},{"v":0.894852972292498,"d":"89.5%"},{"v":0,"d":"0%"},{"v":9.4,"d":"9.40"},"billion",{"v":3099.3504054193977,"d":"3,099.35"},"OMN/FLX",{"v":62.78723,"d":"62.8"},{"v":15.54485,"d":"15.5"},{"v":78.33208,"d":"78.3"},{"v":123.49609404285309,"d":"123.5"},{"v":74.29363137654457,"d":"74.3"},{"v":197.78972541939766,"d":"197.8"},{"v":276.1218054193977,"d":"276.1"},{"$nulls":3},{"v":276.1218054193977,"d":"276.1"},{"v":198.9802,"d":"199.0"},{"v":52.9484,"d":"52.9"},{"v":251.9286,"d":"251.9"},null,null,{"v":528.0504054193976,"d":"528.1"},{"v":0.17037454187047396,"d":"17.0%"},{"$nulls":8},{"v":2571.3,"d":"2,571.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.43215080024182395,"d":"43.2%"},null,{"v":5.279776739944,"d":"5.28"},null,null,{"v":2.49768,"d":"2.50"},{"$nulls":3},{"v":11.516202137993668,"d":"11.52"},"t DM/ha",null,{"v":5.604415560721964,"d":"5.60"},{"v":33.27268,"d":"33.27"},{"v":14.05455,"d":"14.05"},{"v":30.305029438210116,"d":"30.31"},{"v":6.318697,"d":"6.32"},{"v":3.32563,"d":"3.33"},null,{"v":4.347506819421713,"d":"4.35"},{"v":1.2139863650154568,"d":"1.21"},{"v":3.32563,"d":"3.33"},{"v":1.6275041194135353,"d":"1.63"},{"$f":"(EO499*((CV499/'T9 - Feed composition+factors'!$B$10)/((CV499/'T9 - Feed composition+factors'!$B$10)+(DE499/'T9 - Feed composition+factors'!$B$12))))+(ET499*((DE499/'T9 - Feed composition+factors'!$B$12)/((CV499/'T9 - Feed composition+factors'!$B$10)+(DE499/'T9 - Feed composition+factors'!$B$12))))","v":{"v":4.867169296110513,"d":"4.87"}},{"$f":"(EP499*((CW499/'T9 - Feed composition+factors'!$B$14)/((CW499/'T9 - Feed composition+factors'!$B$14)+(CX499/'T9 - Feed composition+factors'!$B$15)+(DA499/'T9 - Feed composition+factors'!$B$16)+(DF499/'T9 - Feed composition+factors'!$B$11))))+(EQ499*((CX499/'T9 - Feed composition+factors'!$B$15)/((CW499/'T9 - Feed composition+factors'!$B$14)+(CX499/'T9 - Feed composition+factors'!$B$15)+(DA499/'T9 - Feed composition+factors'!$B$16)+(DF499/'T9 - Feed composition+factors'!$B$11))))+(ER499*((DA499/'T9 - Feed composition+factors'!$B$16)/((CW499/'T9 - Feed composition+factors'!$B$14)+(CX499/'T9 - Feed composition+factors'!$B$15)+(DA499/'T9 - Feed composition+factors'!$B$16)+(DF499/'T9 - Feed composition+factors'!$B$11))))+(EU499*((DF499/'T9 - Feed composition+factors'!$B$11)/((CW499/'T9 - Feed composition+factors'!$B$14)+(CX499/'T9 - Feed composition+factors'!$B$15)+(DA499/'T9 - Feed composition+factors'!$B$16)+(DF499/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.30830095055872,"d":"4.31"}},"kg DM feed/kg product",{"$nulls":14},{"v":0.045965,"d":"4.6%"},{"$nulls":3},{"v":0.488484,"d":"48.8%"},{"v":0.111437,"d":"11.1%"},{"v":0.517928238,"d":"51.8%"},{"v":0.0595184645671222,"d":"6.0%"},{"v":0.488483818377328,"d":"48.8%"},{"v":0.147998358620399,"d":"14.8%"},"BAU+eff","IAASTD",null,"EFF"]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","2050 Replaced foods","Increased protein demand, replaced foods (with healthier alternatives in the same food group)",2050,"Agriculture","No",{"$f":"E505","v":"Damerau et al. (2016)"},{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1665.314920230695,"d":"1,665.31"},null,{"v":12085.656900713602,"d":"12,085.66"},"km3/yr",{"v":0,"d":"0%"},null,{"v":-0.166243913761107,"d":"-16.6%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":9},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9.01089728639757,"d":"9.01"},"billion",{"v":2880.8722721999998,"d":"2,880.87"},"OMN/FLX",{"v":40.36,"d":"40.4"},{"v":17.62,"d":"17.6"},{"v":57.980000000000004,"d":"58.0"},{"v":108.28,"d":"108.3"},{"v":56.25,"d":"56.3"},{"v":164.53,"d":"164.5"},{"v":222.51,"d":"222.5"},null,null,{"v":65.08,"d":"65.1"},{"$f":"CZ505+DC505","v":{"v":287.59,"d":"287.6"}},{"v":111.83,"d":"111.8"},{"v":54.29,"d":"54.3"},{"v":166.12,"d":"166.1"},null,null,{"$f":"DD505+DG505","v":{"v":453.71,"d":"453.7"}},{"v":0.15749049493732706,"d":"15.7%"},{"v":1066.28,"d":"1,066.3"},{"v":498.097927,"d":"498.1"},{"v":294.903273,"d":"294.9"},{"v":84.3331144,"d":"84.3"},{"v":184.19961,"d":"184.2"},{"v":230.726628,"d":"230.7"},{"v":68.6217198,"d":"68.6"},null,{"v":2427.1622721999997,"d":"2,427.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"$f":"EB504","v":{"v":3.0623,"d":"3.06"}},{"$nulls":9},{"v":6.77471709345205,"d":"6.77"},{"v":47,"d":"47.00"},{"v":30.2,"d":"30.20"},{"v":42.9780811137922,"d":"42.98"},{"v":4.2,"d":"4.20"},{"v":5.8,"d":"5.80"},null,{"v":4.9861445391594,"d":"4.99"},{"v":1.9,"d":"1.90"},{"v":3.1,"d":"3.10"},{"v":2.09112624054842,"d":"2.09"},7.96163,4.368695,"kg DM feed/kg of output",{"$nulls":14},{"v":0.04394,"d":"4.4%"},{"v":0.5517415938535128,"d":"55.2%"},{"v":0.7280164836051032,"d":"72.8%"},null,{"v":0.627269,"d":"62.7%"},{"v":0.26893842740557816,"d":"26.9%"},{"v":0.7744123768910549,"d":"77.4%"},{"v":0.0897113059339484,"d":"9.0%"},{"v":0.661449056905192,"d":"66.1%"},{"v":0.211505613129396,"d":"21.2%"},{"$nulls":3},"DIET"]
[13,2014,"The future of food — Scenarios and the effect on natural resource use in agriculture in 2050","Odegard, I.Y.R., van der Voet, E.","Odegard & van der Voet (2014)","Journal article","Ecological Economics","B2","Low-input world : medium population growth, medium economic development, medium and regional technological development, reduced meat diet, half of the waste in A1, half of A2 yields, high feed efficiency, no intensive feedcrop management, 65% cereal irrigation efficiency, 15% fertilizer efficiency gain",2050,"Agriculture","No","Odegard & van der Voet (2014)",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - other","Food crops",8.69,{"v":5.3,"d":"5.30"},3.39,{"$nulls":3},"billion ha",{"$nulls":6},{"$f":"BR522/BR$507 - 1","v":{"v":0.08885350318471352,"d":"8.89%"}},{"v":0.65,"d":"65%"},null,null,{"v":160,"d":"160.0"},null,null,"TgN/yr",{"v":0.15,"d":"15.0%"},null,25.95,{"$nulls":6},"Tg P/yr",{"v":0.15,"d":"15.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},9.15,"billion",{"$f":"369+2478","v":{"v":2847,"d":"2,847.00"}},"OMN/FLX",null,null,53.7,144.9,59.2,{"v":204.10000000000002,"d":"204.1"},257.8,null,null,{"v":0,"d":"0.0"},257.8,182.8,41.8,{"v":224.60000000000002,"d":"224.6"},null,null,{"$f":"DD522+DG522+DH522","v":{"v":482.40000000000003,"d":"482.4"}},{"v":0.1694415173867229,"d":"16.9%"},{"v":1346.7525670681455,"d":"1,346.8"},{"v":162.08884627864288,"d":"162.1"},{"v":382.13757435846975,"d":"382.1"},{"v":54.743129541295524,"d":"54.7"},{"v":235.35957541411253,"d":"235.4"},{"v":182.92196753526605,"d":"182.9"},null,null,{"$f":"CR522-DJ522","v":{"v":2364.6,"d":"2,364.6"}},"kcal/capita/day",{"v":0.5,"d":"50.00%"},{"v":17700,"d":"17,700.0"},"US$1995/yr per capita",{"v":22682.5,"d":"22,682.5"},{"$f":"(EB522/EB$518)-1","v":{"v":0.01067332392633591,"d":"1.1%"}},null,{"$f":"(EC522*340/(340+1320)+ED522*1320/(340+1320))","v":{"v":3.3655421686746987,"d":"3.37"}},4.94,2.96,{"$nulls":5},"t/ha",{"$nulls":4},{"$f":"2.195+34.453+13.465+0.808+1.154+5.771+1.154","v":{"v":59,"d":"59.00"}},{"v":5.3,"d":"5.30"},{"v":3.5,"d":"3.50"},null,{"v":4.5,"d":"4.50"},{"v":2.5,"d":"2.50"},{"v":2.9,"d":"2.90"},2.54,{"$f":"(EO522*((CV522/'T9 - Feed composition+factors'!$B$10)/((CV522/'T9 - Feed composition+factors'!$B$10)+(DE522/'T9 - Feed composition+factors'!$B$12))))+(ET522*((DE522/'T9 - Feed composition+factors'!$B$12)/((CV522/'T9 - Feed composition+factors'!$B$10)+(DE522/'T9 - Feed composition+factors'!$B$12))))","v":{"v":7.968832789985944,"d":"7.97"}},{"$f":"(EP522*((CW522/'T9 - Feed composition+factors'!$B$14)/((CW522/'T9 - Feed composition+factors'!$B$14)+(CX522/'T9 - Feed composition+factors'!$B$15)+(DA522/'T9 - Feed composition+factors'!$B$16)+(DF522/'T9 - Feed composition+factors'!$B$11))))+(EQ522*((CX522/'T9 - Feed composition+factors'!$B$15)/((CW522/'T9 - Feed composition+factors'!$B$14)+(CX522/'T9 - Feed composition+factors'!$B$15)+(DA522/'T9 - Feed composition+factors'!$B$16)+(DF522/'T9 - Feed composition+factors'!$B$11))))+(ER522*((DA522/'T9 - Feed composition+factors'!$B$16)/((CW522/'T9 - Feed composition+factors'!$B$14)+(CX522/'T9 - Feed composition+factors'!$B$15)+(DA522/'T9 - Feed composition+factors'!$B$16)+(DF522/'T9 - Feed composition+factors'!$B$11))))+(EU522*((DF522/'T9 - Feed composition+factors'!$B$11)/((CW522/'T9 - Feed composition+factors'!$B$14)+(CX522/'T9 - Feed composition+factors'!$B$15)+(DA522/'T9 - Feed composition+factors'!$B$16)+(DF522/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.1115884844422546,"d":"4.11"}},"input kg DM per kg product",{"$nulls":12},{"$f":"2.195/59","v":{"v":0.03720338983050847,"d":"3.7%"}},null,{"$f":"FL522","v":{"v":0.03720338983050847,"d":"3.7%"}},{"$f":"(1.249+0.213+0.053+0.462)/5.3","v":{"v":0.3730188679245283,"d":"37.3%"}},{"$f":"(2.423+0.178+0.146)/3.5","v":{"v":0.7848571428571428,"d":"78.5%"}},null,{"$f":"FP522","v":{"v":0.7848571428571428,"d":"78.5%"}},{"$f":"0.093/2.5","v":{"v":0.0372,"d":"3.7%"}},{"$f":"(2.3+0.005+0.004+0.029)/2.9","v":{"v":0.8062068965517241,"d":"80.6%"}},{"$f":"AVERAGE(FL522,FS522)","v":{"v":0.037201694915254234,"d":"3.7%"}},{"$f":"AVERAGE(FR522,FT522)","v":{"v":0.7955320197044334,"d":"79.6%"}},null,"BAU","B2",null,"BAU"]
[15,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Diet)","50% reduction in the supply shares of animal-based products in the human diet.",2050,"Agriculture","Yes","BIOSPACS","GHGdirectAg",{"v":91.04883937949613,"d":"91.05"},{"v":26.93227070766177,"d":"26.93"},{"v":10.534911264527102,"d":"10.53"},null,{"v":128.516021351685,"d":"128.52"},{"v":0.442151,"d":"0.44"},{"v":5.605751,"d":"5.61"},{"v":1.190502,"d":"1.19"},{"v":0.595301,"d":"0.60"},{"v":2.60674,"d":"2.61"},{"$nulls":3},{"v":9.998294,"d":"10.00"},null,{"v":10.440445,"d":"10.44"},"Mt",{"$f":"S532*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD532*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6345.877265765832,"d":"6345.88"}},null,{"v":750,"d":"750.00"},{"$nulls":10},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4769.858255604871,"d":"4,769.9"},{"v":3002.928272349016,"d":"3,002.9"},{"v":1766.9299832558556,"d":"1,766.9"},null,null,{"v":3999.565709091238,"d":"3999.6"},"Mha",{"$nulls":10},{"v":137,"d":"137.0"},{"v":58.190900957439624,"d":"58.19"},{"v":188.37579200817328,"d":"188.4"},"TgN/yr",{"v":-0.05333333333333338,"d":"-5.3%"},{"v":0.497,"d":"49.7%"},19.27,{"v":13.482276367381495,"d":"13.48"},{"$nulls":5},"Mt P/yr",{"v":0.05697151424287844,"d":"5.7%"},{"v":0.705,"d":"70.5%"},{"v":0,"d":"0.0%"},{"v":0.754651,"d":"75.5%"},{"v":0,"d":"0.0%"},{"v":0.9645756505819765,"d":"96.5%"},{"v":0,"d":"0%"},{"v":9.7,"d":"9.70"},"billion",{"v":3188.702297,"d":"3188.7"},"OMN/FLX",{"v":25.86567,"d":"25.9"},{"v":7.094585,"d":"7.1"},{"v":34.88,"d":"34.9"},{"v":77.44921865,"d":"77.4"},{"v":35.47292457,"d":"35.5"},{"v":112.92214322000001,"d":"112.9"},{"v":147.80214322,"d":"147.8"},null,null,{"v":19.72972858,"d":"19.7"},{"v":167.5318718,"d":"167.5"},{"v":83,"d":"83.0"},{"v":21,"d":"21.0"},{"v":104,"d":"104.0"},{"v":41.70300915,"d":"41.7"},null,{"v":313.23488095,"d":"313.2"},{"v":0.09823271405571418,"d":"9.8%"},{"v":1514.403,"d":"1,514.4"},{"v":171.2158,"d":"171.2"},{"v":450.5143,"d":"450.5"},{"v":112.7318,"d":"112.7"},{"v":250.0604,"d":"250.1"},{"v":267.941,"d":"267.9"},{"v":108.8548,"d":"108.9"},null,{"v":2875.46741605,"d":"2,875.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":2.66355979074966,"d":"2.66"},{"$nulls":7},"t/ha",null,{"v":0,"d":"0%"},{"v":38.96127956161033,"d":"38.96"},{"v":57.598369815559074,"d":"57.60"},{"v":43.19870250325279,"d":"43.20"},{"v":6.973409905904048,"d":"6.97"},{"v":4.212781016374451,"d":"4.21"},null,{"v":5.6469730613294935,"d":"5.65"},{"v":1.5950407221800038,"d":"1.60"},{"v":4.212781016374451,"d":"4.21"},{"v":1.8233565361888748,"d":"1.82"},{"v":6.25289492,"d":"6.25"},{"v":5.30245217,"d":"5.30"},"kg feed DM / kg animal product",{"v":0.08235,"d":"8.2%"},{"v":0.13847,"d":"13.8%"},{"v":0.099365,"d":"9.9%"},{"v":1,"d":"100.0%"},{"v":1,"d":"100.0%"},null,{"v":1,"d":"100.0%"},{"v":0.2073,"d":"20.7%"},{"v":1,"d":"100.0%"},{"v":0.123815,"d":"12.4%"},{"v":1,"d":"100.0%"},{"v":0.325776,"d":"32.6%"},{"$f":"EZ532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.07711344856755001,"d":"7.7%"}},{"$f":"FA532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.12966483573951001,"d":"13.0%"}},{"$f":"FB532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.093046482294045,"d":"9.3%"}},{"$f":"FC532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FD532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},null,{"$f":"FF532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FG532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1941180071409,"d":"19.4%"}},{"$f":"FH532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FI532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.11594173205089499,"d":"11.6%"}},{"$f":"FF532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FK532*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.305060240686608,"d":"30.5%"}},"BAU+diet",null,null,"DIET"]
[15,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+All)","All above measures simultaneously.",2050,"Agriculture","Yes","BIOSPACS","GHGdirectAg",{"v":81.11134195973486,"d":"81.11"},{"v":15.624166084496544,"d":"15.62"},{"v":7.202224719009115,"d":"7.20"},null,{"v":103.93773276324052,"d":"103.94"},{"v":0.342434,"d":"0.34"},{"v":2.478995,"d":"2.48"},{"v":0.855332,"d":"0.86"},{"v":0.461044,"d":"0.46"},{"v":2.018848,"d":"2.02"},{"$nulls":3},{"v":5.8142190000000005,"d":"5.81"},null,{"v":6.156653,"d":"6.16"},"Mt",{"$f":"S537*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD537*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4507.872600160143,"d":"4507.87"}},null,{"v":500,"d":"500.00"},{"$nulls":10},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"$f":"AY535+AY536","v":{"v":0.42366772581672546,"d":"42.4%"}},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":2349.167228927028,"d":"2,349.2"},{"v":1337.3442256120195,"d":"1,337.3"},{"v":1011.8230033150087,"d":"1,011.8"},null,null,{"v":6420.256735769081,"d":"6420.3"},"Mha",{"$nulls":10},{"v":72.82,"d":"72.8"},{"v":50.251194267650135,"d":"50.25"},{"v":82.73554570986491,"d":"82.7"},"TgN/yr",{"v":0.23619047619047617,"d":"23.6%"},{"v":0.649,"d":"64.9%"},{"v":17.4,"d":"17.40"},{"v":10.799292056389817,"d":"10.80"},{"$nulls":5},"Mt P/yr",{"v":0.06296851574212882,"d":"6.3%"},{"v":0.709,"d":"70.9%"},{"v":0,"d":"0.0%"},{"v":0.857431,"d":"85.7%"},{"v":0,"d":"0.0%"},{"v":0.9638276969923173,"d":"96.4%"},{"v":0,"d":"0%"},{"v":9.7,"d":"9.70"},"billion",{"v":2843.474558,"d":"2843.5"},"OMN/FLX",{"v":23.0653,"d":"23.1"},{"v":6.326483,"d":"6.3"},{"v":31.11,"d":"31.1"},{"v":69.06410891,"d":"69.1"},{"v":31.63241629,"d":"31.6"},{"v":100.6965252,"d":"100.7"},{"v":131.8065252,"d":"131.8"},null,null,{"v":17.59367166,"d":"17.6"},{"v":149.40019686,"d":"149.4"},{"v":74,"d":"74.0"},{"v":19,"d":"19.0"},{"v":93,"d":"93.0"},{"v":37.18799513,"d":"37.2"},null,{"v":279.58819199,"d":"279.6"},{"v":0.09832625060892139,"d":"9.8%"},{"v":1350.445,"d":"1,350.4"},{"v":152.6789,"d":"152.7"},{"v":401.739,"d":"401.7"},{"v":100.5268,"d":"100.5"},{"v":222.9874,"d":"223.0"},{"v":238.9322,"d":"238.9"},{"v":97.06957,"d":"97.1"},null,{"v":2563.88636601,"d":"2,563.9"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0.5,"d":"50.0%"},null,{"v":3.99533968612449,"d":"4.00"},{"$nulls":7},"t/ha",null,{"v":0.25,"d":"25%"},{"v":29.22095967120775,"d":"29.22"},{"v":43.19877736166931,"d":"43.20"},{"v":32.399026877439596,"d":"32.40"},{"v":5.230057429428036,"d":"5.23"},{"v":3.1595857622808383,"d":"3.16"},null,{"v":4.23522979599712,"d":"4.24"},{"v":1.1962805416350029,"d":"1.20"},{"v":3.1595857622808383,"d":"3.16"},{"v":1.367159452342456,"d":"1.37"},{"v":4.68242339,"d":"4.68"},{"v":3.97683007,"d":"3.98"},"kg feed DM / kg animal product",{"v":0.08235,"d":"8.2%"},{"v":0.13847,"d":"13.8%"},{"v":0.099365,"d":"9.9%"},{"v":1,"d":"100.0%"},{"v":1,"d":"100.0%"},null,{"v":1,"d":"100.0%"},{"v":0.2073,"d":"20.7%"},{"v":1,"d":"100.0%"},{"v":0.123859,"d":"12.4%"},{"v":1,"d":"100.0%"},{"v":0.325729,"d":"32.6%"},{"$f":"EZ537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.07711344856755001,"d":"7.7%"}},{"$f":"FA537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.12966483573951001,"d":"13.0%"}},{"$f":"FB537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.093046482294045,"d":"9.3%"}},{"$f":"FC537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FD537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},null,{"$f":"FF537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FG537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1941180071409,"d":"19.4%"}},{"$f":"FH537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FI537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.11598293413634699,"d":"11.6%"}},{"$f":"FF537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FK537*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.305016229368057,"d":"30.5%"}},"BAU+all",null,null,"MIXED"]
[18,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Springer, N.P., Duchin, F.","Springer & Duchin (2014)","Journal article","Environmental Science & Technology","S1","Extensive scenario- BAU (2050)",2050,"Agriculture","No","World Trade Model",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - other",null,{"$f":"BF549+BE549","v":{"v":6719,"d":"6,719.0"}},{"v":4442,"d":"4,442.0"},{"v":2277,"d":"2,277.0"},{"$nulls":3},"Mha",null,"FAO AQUASTAT 2000",{"v":2285.4140056321485,"d":"2,285.4"},{"v":5568.129434070032,"d":"5,568.1"},{"v":8508.39056006543,"d":"8,508.4"},"km3/yr",{"$f":"BR549/BR$548 - 1","v":{"v":-0.049271874807929494,"d":"-4.93%"}},{"$f":"BM549/BN549","v":{"v":0.41044556034352486,"d":"0.410"}},{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":9},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9.7,"d":"9.70"},"billion",{"v":3130,"d":"3,130.00"},{"$nulls":17},{"$f":"DK549*CR549","v":{"v":626,"d":"626.0"}},{"v":0.2,"d":"20.0%"},{"$nulls":8},{"$f":"CR549-DJ549","v":{"v":2504,"d":"2,504.0"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":38174.56513632426,"d":"38,175"},"GDP (10^9 $2000)",{"$f":"DW549*1.13410302","v":{"v":43293.88960829205,"d":"43,293.9"}},{"v":0,"d":"0.0%"},null,{"$f":"(207.2/(447.1+207.2)*EC549)+(447.1/(447.1+207.2)*ED549)","v":{"v":3.2383463243160633,"d":"3.24"}},{"v":4.4,"d":"4.40"},{"v":2.7,"d":"2.70"},{"$nulls":5},"t/ha",{"$nulls":39},"BAU",null,null,"BAU"]
[19,2023,"Global diets link environmental sustainability and human health","Tilman, D., M. Clark","Tilman & Clark (2014)","Journal article","Nature","20/15/0/0/0","2050 Income-Dependent Diet+0% accelerated yield closure+0% waste reduction+15% pasture productivity+0% feed conversion efficiency",2050,"Food system","Yes","Tilman & Clark (2014)","GHGLCA",{"$nulls":38},{"v":0,"d":"0.0%"},null,"Agriculture",null,null,{"v":2470.198063,"d":"2,470.20"},{"$nulls":3},"Mha",{"$nulls":31},{"v":9.551,"d":"9.55"},"billion",{"v":3189.9373104120223,"d":"3,189.9"},"OMN/FLX",null,null,{"v":46.5673829818838,"d":"46.6"},{"v":35.7058194231019,"d":"35.7"},{"v":32.0575698192542,"d":"32.1"},{"v":67.7633892423561,"d":"67.8"},{"v":114.3307722242399,"d":"114.3"},{"v":26.795934011991193,"d":"26.8"},{"v":8.36805800021611,"d":"8.4"},{"v":35.1639920122073,"d":"35.2"},{"v":149.4947642364472,"d":"149.5"},{"v":210.28879697231122,"d":"210.3"},{"v":54.525202489105766,"d":"54.5"},{"v":264.813999461417,"d":"264.8"},{"v":82.12146473878572,"d":"82.1"},null,{"v":531.5942204488572,"d":"531.6"},{"v":0.16664723118969219,"d":"0.2"},{"v":1365.86363204177,"d":"1365.9"},{"v":206.378812981384,"d":"206.4"},{"v":381.37764980385236,"d":"381.4"},{"v":78.2559735937293,"d":"78.3"},{"v":211.684030149918,"d":"211.7"},{"v":320.1345235579783,"d":"320.1"},{"v":94.64846783453271,"d":"94.6"},{"v":878.282105935149,"d":"878.3"},{"v":2658.343089963165,"d":"2658.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},{"v":0.30218933146372806,"d":"30.2%"},null,{"v":4.503339451,"d":"4.50"},{"$nulls":7},"tDM/ha",null,null,19.27,14.39,{"v":18.4892,"d":"18.49"},5.69,4.92,{"v":6.61986538461538,"d":"6.62"},null,3.94,2.56,null,null,{"v":5.07478838790798,"d":"5.07"},"Protein Conversion Ratio (feed protein used/edible animal protein produced)",{"v":0.6205,"d":"62.1%"},{"v":0.9885,"d":"98.9%"},{"v":0.67938,"d":"67.9%"},{"v":0.97,"d":"97.0%"},{"v":0.85,"d":"85.0%"},{"v":1,"d":"100.0%"},null,{"v":0.7815,"d":"78.2%"},{"v":0.86,"d":"86.0%"},null,{"v":0.926911973319526,"d":"92.7%"},null,{"$f":"EZ563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.5817438870755001,"d":"58.2%"}},{"$f":"FA563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9267587951235,"d":"92.7%"}},{"$f":"FB563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.63694627236318,"d":"63.7%"}},{"$f":"FC563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.90941429567,"d":"90.9%"}},{"$f":"FD563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.79690943435,"d":"79.7%"}},{"$f":"FE563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.937540511,"d":"93.8%"}},null,{"$f":"FG563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.7326879093465,"d":"73.3%"}},{"$f":"FH563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.80628483946,"d":"80.6%"}},null,{"$f":"FJ563*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.8690175251180068,"d":"86.9%"}}]
[19,2029,"Global diets link environmental sustainability and human health","Tilman, D., M. Clark","Tilman & Clark (2014)","Journal article","Nature","20/15/30/0/0","2050 Income-Dependent Diet+0% accelerated yield closure+30% waste reduction+15% pasture productivity+0% feed conversion efficiency",2050,"Food system","Yes","Tilman & Clark (2014)","GHGLCA",{"$nulls":38},{"v":0,"d":"0.0%"},null,"Agriculture",null,null,{"v":2267.62027,"d":"2,267.62"},{"$nulls":3},"Mha",{"$nulls":31},{"v":9.551,"d":"9.55"},"billion",{"v":3076.7021511282587,"d":"3,076.7"},"OMN/FLX",null,null,{"v":45.0690111509155,"d":"45.1"},{"v":34.5569338598735,"d":"34.6"},{"v":31.0260718799099,"d":"31.0"},{"v":65.5830057397834,"d":"65.6"},{"v":110.6520168906989,"d":"110.7"},{"v":25.35888792300665,"d":"25.4"},{"v":7.91928524923735,"d":"7.9"},{"v":33.278173172244,"d":"33.3"},{"v":143.9301900629429,"d":"143.9"},{"v":204.02908724962126,"d":"204.0"},{"v":52.90213961049872,"d":"52.9"},{"v":256.93122686012,"d":"256.9"},{"v":79.18770845022102,"d":"79.2"},null,{"v":513.3272985455279,"d":"513.3"},{"v":0.1668433515273116,"d":"0.2"},{"v":1321.87290092034,"d":"1321.9"},{"v":197.925777652104,"d":"197.9"},{"v":367.7530867010265,"d":"367.8"},{"v":77.4033719614962,"d":"77.4"},{"v":198.454679446648,"d":"198.5"},{"v":308.69784650086166,"d":"308.7"},{"v":91.26718940025475,"d":"91.3"},{"v":846.905831052364,"d":"846.9"},{"v":2563.374852582731,"d":"2563.4"},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},{"v":0.30218933146372806,"d":"30.2%"},null,{"v":4.503339451,"d":"4.50"},{"$nulls":7},"tDM/ha",null,null,19.27,14.39,{"v":18.4892,"d":"18.49"},5.69,4.92,{"v":6.61986538461538,"d":"6.62"},null,3.94,2.56,null,null,{"v":5.07478838790798,"d":"5.07"},"Protein Conversion Ratio (feed protein used/edible animal protein produced)",{"v":0.6205,"d":"62.1%"},{"v":0.9885,"d":"98.9%"},{"v":0.67938,"d":"67.9%"},{"v":0.97,"d":"97.0%"},{"v":0.85,"d":"85.0%"},{"v":1,"d":"100.0%"},null,{"v":0.7815,"d":"78.2%"},{"v":0.86,"d":"86.0%"},null,{"v":0.926911973319526,"d":"92.7%"},null,{"$f":"EZ569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.5817438870755001,"d":"58.2%"}},{"$f":"FA569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9267587951235,"d":"92.7%"}},{"$f":"FB569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.63694627236318,"d":"63.7%"}},{"$f":"FC569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.90941429567,"d":"90.9%"}},{"$f":"FD569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.79690943435,"d":"79.7%"}},{"$f":"FE569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.937540511,"d":"93.8%"}},null,{"$f":"FG569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.7326879093465,"d":"73.3%"}},{"$f":"FH569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.80628483946,"d":"80.6%"}},null,{"$f":"FJ569*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.8690175251180068,"d":"86.9%"}}]
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[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) No pasture","Journal article","Global Environmental Change","ART PD","Artificial meat - projected diet (2050)",2050,"Agriculture","Yes","Roos et al. (2017) No pasture","GHGnonCO2Ag",{"v":0,"d":"0.0"},{"v":34.974574800853475,"d":"35.0"},{"v":0,"d":"0.0"},null,{"v":34.97457,"d":"34.97"},{"v":0,"d":"0.0"},{"$nulls":7},{"v":6.007919219581401,"d":"6.0"},null,{"v":6.007919,"d":"6.01"},"Mt",{"$f":"S885*'T5 - GHG categories & GWPs'!$C$4+AD885*'T5 - GHG categories & GWPs'!$C$5","v":{"v":2591.470191,"d":"2591.47"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.1,"d":"10.0%"},{"v":0.1,"d":"10.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"No pasture","Agriculture",{"v":1898.7412952211907,"d":"1,898.7"},{"v":0,"d":"0.0"},{"v":1898.7412952211907,"d":"1,898.7"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":3136.834217207699,"d":"3136.8"},"VEG",null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":200.37248369892527,"d":"200.4"},{"v":0,"d":"0.0"},{"v":200.37248369892527,"d":"200.4"},null,{"v":358.98260708301365,"d":"359.0"},{"v":559.3550907819389,"d":"559.4"},{"v":0.17831834647603959,"d":"17.8%"},{"v":1329.6540388258718,"d":"1,329.7"},{"v":163.77770743431822,"d":"163.8"},{"v":440.89048696831895,"d":"440.9"},{"v":73.71768248931808,"d":"73.7"},{"v":179.08429141639795,"d":"179.1"},{"v":248.8724371698541,"d":"248.9"},{"v":141.4824821216813,"d":"141.5"},null,{"v":2577.47912642576,"d":"2,577.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":2.6138847057511674,"d":"2.61"},null,null,{"v":1.4541502924108618,"d":"1.45"},{"$nulls":3},{"v":4.647311829677884,"d":"4.65"},"tDM/ha",null,{"v":1.646776,"d":"1.65"},{"v":7.50231,"d":"7.50"},null,{"v":7.50231046512891,"d":"7.50"},"NA","NA","NA","NA",{"v":1.447416,"d":"1.45"},"NA",{"v":1.447416,"d":"1.45"},{"v":1.646776015,"d":"1.65"},"NA","kgDM/kg output",{"$nulls":12},{"v":0.235194,"d":"23.5%"},null,{"v":0.235194,"d":"23.5%"},{"$nulls":3},"NA",{"v":0.235194,"d":"23.5%"},"NA",{"v":0.235194,"d":"23.5%"},"NA",{"v":0.235194,"d":"23.5%"},"BAU+eff",null,null,"EFF"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) No pasture","Journal article","Global Environmental Change",{"$f":"CONCATENATE(\"WR: \",H879)","v":"WR: INT PD"},{"$f":"CONCATENATE(\"50% waste reduction: \",I879)","v":"50% waste reduction: Intensive livestock - projected diet (2050)"},2050,"Agriculture","Yes","Roos et al. (2017) No pasture","GHGnonCO2Ag",{"v":79.68033978140744,"d":"79.7"},{"v":30.745607821323958,"d":"30.7"},{"v":36.91908243442239,"d":"36.9"},null,{"v":147.345,"d":"147.35"},{"v":0.2693250834142281,"d":"0.3"},{"$nulls":7},{"v":11.813243927622974,"d":"11.8"},null,{"v":12.08257,"d":"12.08"},"Mt",{"$f":"S891*'T5 - GHG categories & GWPs'!$C$4+AD891*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7306.32561,"d":"7306.33"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.1,"d":"10.0%"},{"v":0.1,"d":"10.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"No pasture","Agriculture",{"v":3561.4165716737657,"d":"3,561.4"},{"v":0,"d":"0.0"},{"v":3561.4165716737657,"d":"3,561.4"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"$f":"DJ891+DT891","v":{"v":2852.168206564573,"d":"2852.2"}},"OMN/FLX",null,null,{"v":80.96433676154375,"d":"81.0"},{"v":122.35736997470899,"d":"122.4"},{"v":65.03783435450458,"d":"65.0"},{"$f":"CW891+CX891","v":{"v":187.39520432921358,"d":"187.4"}},{"v":268.3595410907573,"d":"268.4"},{"v":22.855949493937644,"d":"22.9"},{"v":9.923280745963261,"d":"9.9"},{"$f":"DA891+DB891","v":{"v":32.779230239900905,"d":"32.8"}},{"v":301.13877133065824,"d":"301.1"},{"v":69.98232481296523,"d":"70.0"},{"v":43.04460451810544,"d":"43.0"},{"v":113.02692933107068,"d":"113.0"},null,null,{"v":414.1657006617289,"d":"414.2"},{"v":0.14521082582313408,"d":"14.5%"},{"v":1257.8590374794194,"d":"1,257.9"},{"v":155.54293869846865,"d":"155.5"},{"v":432.78966652115054,"d":"432.8"},{"v":72.4875859645847,"d":"72.5"},{"v":156.71512006897999,"d":"156.7"},{"v":231.67671623332856,"d":"231.7"},{"v":130.9314409369128,"d":"130.9"},null,{"v":2438.0025059028444,"d":"2,438.0"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":2.6138847057511674,"d":"2.61"},null,null,{"v":1.4541502924108618,"d":"1.45"},{"$nulls":3},{"v":4.647311829677884,"d":"4.65"},"tDM/ha",null,{"v":3.77268,"d":"3.77"},{"v":22.21459,"d":"22.21"},null,{"v":22.2145941,"d":"22.21"},{"v":3.6,"d":"3.60"},{"v":2.3,"d":"2.30"},{"v":3.9,"d":"3.90"},{"v":3.076231,"d":"3.08"},{"v":1.316876,"d":"1.32"},{"v":2.007692,"d":"2.01"},{"v":1.378664,"d":"1.38"},{"v":4.139339437,"d":"4.14"},{"v":2.847043651,"d":"2.85"},"kgDM/kg output",{"$nulls":12},{"v":0.110382,"d":"11.0%"},null,{"v":0.110382,"d":"11.0%"},{"$nulls":3},{"v":0.915356,"d":"91.5%"},{"v":0.253236,"d":"25.3%"},{"v":0.9,"d":"90.0%"},{"v":0.233942,"d":"23.4%"},{"v":0.912062,"d":"91.2%"},{"v":0.426343,"d":"42.6%"},"BAU+eff",null,null,"MIXED"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) No pasture","Journal article","Global Environmental Change","WR: EL PD","50% waste reduction: Ecological leftovers - projected diet (2050)",2050,"Agriculture","Yes",{"$f":"E901","v":"Roos et al. (2017) No pasture"},"GHGnonCO2Ag",{"v":119.52660058815937,"d":"119.5"},{"v":30.745607821323958,"d":"30.7"},{"v":30.695898660865144,"d":"30.7"},null,{"v":180.9681,"d":"180.97"},{"v":0.19382919339147722,"d":"0.2"},{"$nulls":7},{"v":5.597431412282715,"d":"5.6"},null,{"v":5.791261,"d":"5.79"},"Mt",{"$f":"S901*'T5 - GHG categories & GWPs'!$C$4+AD901*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6503.346573,"d":"6503.35"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.1,"d":"10.0%"},{"v":0.1,"d":"10.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"No pasture","Agriculture",{"v":1756.5814099473916,"d":"1,756.6"},{"v":0,"d":"0.0"},{"v":1756.5814099473916,"d":"1,756.6"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":3020.6337994566084,"d":"3020.6"},{"$f":"IF(AND(CZ901=0,DE901=0),\"VGN\",IF(AND(CZ901=0,DE901>0,DC901=0),\"VEG\",IF(AND(CZ901=0,DE901>0,DC901>0),\"PSC\",\"OMN/FLX\")))","v":"OMN/FLX"},null,null,{"v":78.2758437511605,"d":"78.3"},{"v":185.54777146418152,"d":"185.5"},{"v":0,"d":"0.0"},{"v":185.54777146418152,"d":"185.5"},{"$f":"CV901+CY901","v":{"v":263.823615215342,"d":"263.8"}},{"v":0,"d":"0.0"},{"v":10.002622457648595,"d":"10.0"},{"v":10.002622457648595,"d":"10.0"},{"$f":"CZ901+DC901","v":{"v":273.8262376729906,"d":"273.8"}},{"v":140.41969939895415,"d":"140.4"},{"v":0,"d":"0.0"},{"v":140.41969939895415,"d":"140.4"},null,null,{"v":414.24593707194475,"d":"414.2"},{"v":0.13713874788346234,"d":"13.7%"},{"v":1377.7784900194565,"d":"1,377.8"},{"v":155.54293869846865,"d":"155.5"},{"v":432.78966652115054,"d":"432.8"},{"v":120.95348990636677,"d":"121.0"},{"v":156.71512006897999,"d":"156.7"},{"v":231.67671623332856,"d":"231.7"},{"v":130.9314409369128,"d":"130.9"},null,{"v":2606.3878623846635,"d":"2,606.4"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":2.6138847057511674,"d":"2.61"},null,null,{"v":1.4541502924108618,"d":"1.45"},{"$nulls":3},{"v":4.647311829677884,"d":"4.65"},"tDM/ha",null,{"v":5.660503,"d":"5.66"},{"v":24.40386,"d":"24.40"},null,{"v":24.40386447,"d":"24.40"},{"v":3.6,"d":"3.60"},"NA","NA",{"v":3.601438,"d":"3.60"},{"v":1.397283,"d":"1.40"},"NA",{"v":1.397283,"d":"1.40"},{"v":5.908425825,"d":"5.91"},{"v":3.601438125,"d":"3.60"},"kgDM/kg output",{"$nulls":12},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0.3,"d":"30.0%"},{"v":0,"d":"0.0%"},"NA",{"v":0,"d":"0.0%"},{"v":0.3,"d":"30.0%"},{"v":0.03224,"d":"3.2%"},"BAU+eff",null,null,"MIXED"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) No pasture","Journal article","Global Environmental Change","YGR+WR IDP HD","50% yield gap reduction+50% waste reduction: Intensive dairy and poultry - healthy diet (2050)",2050,"Agriculture","Yes","Roos et al. (2017) No pasture","GHGnonCO2Ag",{"v":23.35265878839961,"d":"23.4"},{"v":28.57823230576926,"d":"28.6"},{"v":13.89229250922232,"d":"13.9"},null,{"v":65.82318,"d":"65.82"},{"v":0.14404571450253142,"d":"0.1"},{"$nulls":7},{"v":2.965852926620516,"d":"3.0"},null,{"v":3.109899,"d":"3.11"},"Mt",{"$f":"S918*'T5 - GHG categories & GWPs'!$C$4+AD918*'T5 - GHG categories & GWPs'!$C$5","v":{"v":2639.392923,"d":"2639.39"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.1,"d":"10.0%"},{"v":0.1,"d":"10.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"No pasture","Agriculture",{"v":1629.752969480292,"d":"1,629.8"},{"v":0,"d":"0.0"},{"v":1629.752969480292,"d":"1,629.8"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":2642.6934740606,"d":"2642.7"},"OMN/FLX",null,null,{"v":17.22926183887446,"d":"17.2"},{"v":0,"d":"0.0"},{"v":165.4712075533382,"d":"165.5"},{"v":165.4712075533382,"d":"165.5"},{"v":182.70046939221265,"d":"182.7"},{"v":0,"d":"0.0"},{"v":10.777353547717421,"d":"10.8"},{"v":10.777353547717421,"d":"10.8"},{"v":193.47782293993006,"d":"193.5"},{"v":177.33881225819923,"d":"177.3"},{"v":0,"d":"0.0"},{"v":177.33881225819923,"d":"177.3"},null,null,{"v":370.8166351981293,"d":"370.8"},{"v":0.14031768679867185,"d":"14.0%"},{"v":1164.5678134919922,"d":"1,164.6"},{"v":139.1067456808494,"d":"139.1"},{"v":353.2236895571435,"d":"353.2"},{"v":64.23657947114452,"d":"64.2"},{"v":275.58177902462353,"d":"275.6"},{"v":148.27048982425947,"d":"148.3"},{"v":126.88974181245801,"d":"126.9"},null,{"v":2271.8768388624703,"d":"2,271.9"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0.7192333703072187,"d":"71.9%"},null,{"v":4.493877812263072,"d":"4.49"},null,null,{"v":2.189845315482605,"d":"2.2"},{"$nulls":3},{"v":8.596441065078979,"d":"8.6"},"tDM/ha",null,{"v":1.728161,"d":"1.73"},{"v":6.827082,"d":"6.83"},"",{"v":6.827082281,"d":"6.83"},"NA",{"v":2.3,"d":"2.30"},"NA",{"v":2.308046,"d":"2.31"},{"v":1.317145,"d":"1.32"},"NA",{"v":1.317145,"d":"1.32"},{"v":1.49856173,"d":"1.50"},{"v":2.308046056,"d":"2.31"},"kgDM/kg output",{"$nulls":12},{"v":0.254395,"d":"25.4%"},null,{"v":0.254395,"d":"25.4%"},{"$nulls":3},{"v":0.794303,"d":"79.4%"},{"v":0.254395,"d":"25.4%"},"NA",{"v":0.254395,"d":"25.4%"},{"v":0.794303,"d":"79.4%"},{"v":0.407532,"d":"40.8%"},"BAU+eff+diet",null,null,"MIXED"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) with pasture","Journal article","Global Environmental Change","Base year","Base year",2009,"Agriculture","Yes","Roos et al. (2017) with pasture","GHGnonCO2Ag",{"$nulls":39},"FAO - Permanent meadows and pastures","Agriculture",{"$f":"BF927+BE927","v":{"v":4840,"d":"4,840.0"}},{"v":3279.9999999999995,"d":"3,280.0"},{"v":1560,"d":"1,560.0"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":6.916,"d":"6.92"},"billion",{"$f":"CR399","v":{"v":2774.86793,"d":"2774.87"}},"OMN/FLX",null,null,{"$f":"CV399","v":{"v":45.8904557162141,"d":"45.9"}},{"$f":"CW399","v":{"v":97.3995442837859,"d":"97.4"}},{"$f":"CX399","v":{"v":45.55,"d":"45.6"}},{"$f":"CY399","v":{"v":142.94954428378588,"d":"142.9"}},{"v":188.83999999999997,"d":"188.8"},{"$f":"DA404","v":{"v":0,"d":"0.0"}},{"$f":"DB404","v":{"v":0,"d":"0.0"}},{"$f":"DC399","v":{"v":36.88,"d":"36.9"}},{"v":225.71999999999997,"d":"225.7"},{"$f":"DE399","v":{"v":149.39617977029013,"d":"149.4"}},{"$f":"DF399","v":{"v":27.099493532591723,"d":"27.1"}},{"v":176.49567330288187,"d":"176.5"},null,null,{"v":402.21567330288184,"d":"402.2"},{"$f":"DJ927/CR927","v":{"v":0.1449494835247463,"d":"14.5%"}},{"$f":"DL399","v":{"v":1348.135,"d":"1,348.1"}},{"v":164.2936,"d":"164.3"},{"v":324.2806,"d":"324.3"},{"v":70.55573,"d":"70.6"},{"v":171.1653,"d":"171.2"},{"v":174.8417,"d":"174.8"},{"v":119.376,"d":"119.4"},null,{"v":2372.64793,"d":"2,372.6"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":2.6138847057511674,"d":"2.61"},null,null,{"v":1.4541502924108618,"d":"1.45"},{"$nulls":3},{"v":4.647311829677884,"d":"4.65"},"tDM/ha",null,{"$f":"EL399","v":{"v":6.626748085135229,"d":"6.63"}},null,null,{"$f":"EO399","v":{"v":26.3,"d":"26.30"}},{"$f":"EP399","v":{"v":5.3,"d":"5.30"}},{"$f":"EQ399","v":{"v":4.7,"d":"4.70"}},null,{"$f":"ES399","v":5.01},{"v":4.7,"d":"4.70"},{"v":4.8,"d":"4.80"},4.73,{"v":7.266308866230425,"d":"7.27"},{"v":4.950850516086132,"d":"4.95"},"kgDM/kg output",{"$nulls":12},{"$f":"FL399","v":{"v":0.02,"d":"2.0%"}},{"v":0.02,"d":"2.0%"},{"v":0.02,"d":"2.0%"},{"v":0.633,"d":"63.3%"},{"v":0.633,"d":"63.3%"},{"v":0,"d":"0.0%"},{"v":0.633,"d":"63.3%"},{"v":0.02,"d":"2.0%"},{"v":0.633,"d":"63.3%"},{"v":0.02,"d":"2.0%"},{"v":0.633,"d":"63.3%"},{"v":0.16028091289757893,"d":"16.0%"},"BAU",null,"BAU","BAU"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) with pasture","Journal article","Global Environmental Change","IDA HD + PASTURE","Intensive dairy and aquaculture - healthy diet (2050) + grass from pasture",2050,"Agriculture","Yes",{"$f":"E933","v":"Roos et al. (2017) with pasture"},"GHGnonCO2Ag",{"$nulls":39},"FAO - Permanent meadows and pastures","Agriculture",{"v":3659.159400133009,"d":"3,659.2"},{"v":685,"d":"685.0"},{"v":2974.159400133009,"d":"2,974.2"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":2791.3401576376395,"d":"2791.3"},"OMN/FLX",null,null,{"v":18.371050517821153,"d":"18.4"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"$f":"CV933+CY933","v":{"v":18.371050517821153,"d":"18.4"}},{"v":154.5073420414629,"d":"154.5"},{"v":12.063691716548076,"d":"12.1"},{"v":166.57103375801097,"d":"166.6"},{"$f":"CZ933+DC933","v":{"v":184.94208427583212,"d":"184.9"}},{"v":187.94122417413777,"d":"187.9"},{"v":0,"d":"0.0"},{"v":187.94122417413777,"d":"187.9"},null,null,{"v":372.8833084499699,"d":"372.9"},{"v":0.1335857643253152,"d":"13.4%"},{"v":1236.8311771605872,"d":"1,236.8"},{"v":146.71325989963236,"d":"146.7"},{"v":359.69471708049366,"d":"359.7"},{"v":65.34656042434736,"d":"65.3"},{"v":314.13378240505904,"d":"314.1"},{"v":157.93232083352015,"d":"157.9"},{"v":137.8050313840306,"d":"137.8"},null,{"v":2418.45684918767,"d":"2,418.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.043185622499023246,"d":"4.3%"},null,{"v":2.7267669439097078,"d":"2.73"},null,null,{"v":1.423004435690606,"d":"1.42"},{"$nulls":3},{"v":5.6918735601438994,"d":"5.69"},"tDM/ha",null,{"v":2.416007,"d":"2.42"},{"v":7.507348,"d":"7.51"},null,{"v":7.50734802970405,"d":"7.51"},"NA","NA",{"v":4.6,"d":"4.60"},{"v":4.562175,"d":"4.56"},{"v":1.448388,"d":"1.45"},"NA",{"v":1.448388,"d":"1.45"},{"v":1.647881773,"d":"1.65"},{"v":4.562174667,"d":"4.56"},"kgDM/kg output",{"$nulls":12},{"v":0.23664,"d":"23.7%"},null,{"v":0.23664,"d":"23.7%"},{"$nulls":3},{"v":0.742194,"d":"74.2%"},{"v":0.23664,"d":"23.7%"},"NA",{"v":0.23664,"d":"23.7%"},{"v":0.742194,"d":"74.2%"},{"v":0.36989,"d":"37.0%"},"BAU+eff+diet",null,null,"MIXED"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) with pasture","Journal article","Global Environmental Change","WR: INT HD + PASTURE","50% waste reduction: Intensive livestock - healthy diet (2050) + grass from pasture",2050,"Agriculture","Yes","Roos et al. (2017) with pasture","GHGnonCO2Ag",{"$nulls":39},"FAO - Permanent meadows and pastures","Agriculture",{"v":3420.0482876410283,"d":"3,420.0"},{"v":1147,"d":"1,147.0"},{"v":2273.0482876410283,"d":"2,273.0"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":2517.5181311568094,"d":"2517.5"},"OMN/FLX",null,null,{"v":39.95660681865286,"d":"40.0"},{"v":20.501465892596467,"d":"20.5"},{"v":64.07936128985672,"d":"64.1"},{"v":84.58082718245319,"d":"84.6"},{"v":124.53743400110605,"d":"124.5"},{"v":22.855949493937644,"d":"22.9"},{"v":9.923280745963261,"d":"9.9"},{"v":32.779230239900905,"d":"32.8"},{"v":157.31666424100695,"d":"157.3"},{"v":53.953760843332134,"d":"54.0"},{"v":34.37086721,"d":"34.4"},{"v":88.32462805333213,"d":"88.3"},null,null,{"v":245.64129229433908,"d":"245.6"},{"v":0.09757279967690478,"d":"9.8%"},{"v":1164.5678134919922,"d":"1,164.6"},{"v":139.1067456808494,"d":"139.1"},{"v":353.2236895571435,"d":"353.2"},{"v":64.23657947114452,"d":"64.2"},{"v":275.58177902462353,"d":"275.6"},{"v":148.27048982425947,"d":"148.3"},{"v":126.88974181245801,"d":"126.9"},null,{"v":2271.8768388624703,"d":"2,271.9"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0.043185622499023246,"d":"4.3%"},null,{"v":2.7267669439097078,"d":"2.73"},null,null,{"v":1.423004435690606,"d":"1.42"},{"$nulls":3},{"v":5.6918735601438994,"d":"5.69"},"tDM/ha",null,{"v":2.557544,"d":"2.56"},{"v":18.00518,"d":"18.01"},null,{"v":18.00518197,"d":"18.01"},{"v":3.6,"d":"3.60"},{"v":2.3,"d":"2.30"},{"v":3.6,"d":"3.60"},{"v":2.718689,"d":"2.72"},{"v":1.317145,"d":"1.32"},{"v":1.863931,"d":"1.86"},{"v":1.359259,"d":"1.36"},{"v":2.574879518,"d":"2.57"},{"v":2.500085044,"d":"2.50"},"kgDM/kg output",{"$nulls":12},{"v":0.140116,"d":"14.0%"},null,{"v":0.140116,"d":"14.0%"},{"$nulls":3},{"v":0.821491,"d":"82.1%"},{"v":0.254395,"d":"25.4%"},{"v":0.984841,"d":"98.5%"},{"v":0.245782,"d":"24.6%"},{"v":0.863267,"d":"86.3%"},{"v":0.388897,"d":"38.9%"},"BAU+eff+diet",null,null,"MIXED"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) with pasture","Journal article","Global Environmental Change","YGR: ART HD + PASTURE","50% yield gap reduction: Artificial meat - healthy diet (2050) + grass from pasture",2050,"Agriculture","Yes","Roos et al. (2017) with pasture","GHGnonCO2Ag",{"$nulls":39},"FAO - Permanent meadows and pastures","Agriculture",{"v":1331.4233002742528,"d":"1,331.4"},{"v":0,"d":"0.0"},{"v":1331.4233002742528,"d":"1,331.4"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":2802.0064291649633,"d":"2802.0"},"VEG",null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":187.94122417413777,"d":"187.9"},{"v":0,"d":"0.0"},{"v":187.94122417413777,"d":"187.9"},null,{"v":195.60835580315566,"d":"195.6"},{"v":383.54957997729343,"d":"383.5"},{"v":0.13688390432836964,"d":"13.7%"},{"v":1236.8311771605872,"d":"1,236.8"},{"v":146.71325989963236,"d":"146.7"},{"v":359.69471708049366,"d":"359.7"},{"v":65.34656042434736,"d":"65.3"},{"v":314.13378240505904,"d":"314.1"},{"v":157.93232083352015,"d":"157.9"},{"v":137.8050313840306,"d":"137.8"},null,{"v":2418.45684918767,"d":"2,418.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.7192333703072187,"d":"71.9%"},null,{"v":4.493877812263072,"d":"4.49"},null,null,{"v":2.189845315482605,"d":"2.2"},{"$nulls":3},{"v":8.596441065078979,"d":"8.6"},"tDM/ha",null,{"v":1.647882,"d":"1.65"},{"v":7.507348,"d":"7.51"},"",{"v":7.50734802970405,"d":"7.51"},"NA","NA","NA","NA",{"v":1.448388,"d":"1.45"},"NA",{"v":1.448388,"d":"1.45"},{"v":1.647881773,"d":"1.65"},"NA","kgDM/kg output",{"$nulls":12},{"v":0.23664,"d":"23.7%"},null,{"v":0.23664,"d":"23.7%"},{"$nulls":3},"NA",{"v":0.23664,"d":"23.7%"},"NA",{"v":0.23664,"d":"23.7%"},"NA",{"v":0.23664,"d":"23.7%"},"BAU+eff+diet",null,null,"MIXED"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017) with pasture","Journal article","Global Environmental Change","YGR+WR IDA PD + PASTURE","50% yield gap reduction+50% waste reduction: Intensive dairy and aquaculture - projected diet (2050) + grass from pasture",2050,"Agriculture","Yes","Roos et al. (2017) with pasture","GHGnonCO2Ag",{"$nulls":39},"FAO - Permanent meadows and pastures","Agriculture",{"v":2228.2695180274522,"d":"2,228.3"},{"v":567,"d":"567.0"},{"v":1661.2695180274522,"d":"1,661.3"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},9.55,"billion",{"v":2929.6486656223024,"d":"2929.6"},"OMN/FLX",null,null,{"v":18.31715521408756,"d":"18.3"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":18.31715521408756,"d":"18.3"},{"v":274.1888075543925,"d":"274.2"},{"v":10.047895572861059,"d":"10.0"},{"v":284.2367031272536,"d":"284.2"},{"v":302.55385834134114,"d":"302.6"},{"v":189.0923013781167,"d":"189.1"},{"v":0,"d":"0.0"},{"v":189.0923013781167,"d":"189.1"},null,null,{"v":491.64615971945784,"d":"491.6"},{"v":0.16781744701630447,"d":"16.8%"},{"v":1257.8590374794194,"d":"1,257.9"},{"v":155.54293869846865,"d":"155.5"},{"v":432.78966652115054,"d":"432.8"},{"v":72.4875859645847,"d":"72.5"},{"v":156.71512006897999,"d":"156.7"},{"v":231.67671623332856,"d":"231.7"},{"v":130.9314409369128,"d":"130.9"},null,{"v":2438.0025059028444,"d":"2,438.0"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0.678530729004408,"d":"67.9%"},null,{"v":4.38748580067798,"d":"4.39"},null,null,{"v":2.2175056064597887,"d":"2.22"},{"$nulls":3},{"v":7.350250582783519,"d":"7.35"},"tDM/ha",null,{"v":2.441769,"d":"2.44"},{"v":6.825687,"d":"6.83"},"",{"v":6.825686785,"d":"6.83"},"NA","NA",{"v":4.4,"d":"4.40"},{"v":4.445196,"d":"4.45"},{"v":1.316876,"d":"1.32"},"NA",{"v":1.316876,"d":"1.32"},{"v":1.498255415,"d":"1.50"},{"v":4.44519583,"d":"4.45"},"kgDM/kg output",{"$nulls":12},{"v":0.253236,"d":"25.3%"},null,{"v":0.253236,"d":"25.3%"},{"$nulls":3},{"v":0.750774,"d":"75.1%"},{"v":0.253236,"d":"25.3%"},"NA",{"v":0.253236,"d":"25.3%"},{"v":0.750774,"d":"75.1%"},{"v":0.412532,"d":"41.3%"},"BAU+eff",null,null,"MIXED"]
[22,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP1","SSP1 - Sustainability",2020,"Agriculture","Yes","IMAGE-GNM",{"$nulls":59},{"v":85.5024807711032,"d":"85.50"},null,{"v":79.42090286307622,"d":"79.42"},"Tg N/yr",{"v":0.27383489163065045,"d":"27.4%"},{"v":0.5502432883597599,"d":"55.0%"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.835039,"d":"83.5%"},null,null,{"v":0,"d":"0%"},{"v":7576,"d":"7576.0"},"million",{"v":2932.9999900000003,"d":"2,933.00"},"OMN/FLX",null,null,{"v":50.48291,"d":"50.5"},{"v":119.0986,"d":"119.1"},{"v":54.10258,"d":"54.1"},{"v":173.20118000000002,"d":"173.2"},{"v":223.68409000000003,"d":"223.7"},null,null,{"v":36,"d":"36.0"},{"v":259.68409,"d":"259.7"},{"v":125.6534,"d":"125.7"},{"v":34.42891,"d":"34.4"},{"v":160.08231,"d":"160.1"},{"v":47.23359,"d":"47.2"},null,{"v":466.99999,"d":"467.0"},{"v":0.15922263606963052,"d":"15.9%"},{"$nulls":8},{"v":2466,"d":"2,466.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":24563,"d":"24,563.0"},"2005 US$ per capita",{"v":24563,"d":"24,563.0"},{"$f":"(EB981-EB$1001)/EB$1001","v":{"v":0.16981132075471697,"d":"17.0%"}},null,3.72,{"$nulls":7},"t DM/ha",null,{"v":7.468659665176252,"d":"7.47"},{"v":33.38471052631579,"d":"33.38"},{"v":16.834782608695654,"d":"16.83"},{"v":30.356546979144277,"d":"30.36"},{"v":5.953258064516128,"d":"5.95"},{"v":2.8031460674157307,"d":"2.80"},null,{"v":3.8459571396681302,"d":"3.85"},{"v":1.366131868131868,"d":"1.37"},{"v":2.8031460674157307,"d":"2.80"},{"v":2.0766555555555555,"d":"2.08"},{"v":5.071973213895857,"d":"5.07"},{"v":4.075222897472958,"d":"4.08"},"tDM/t product",{"$nulls":14},{"v":0.179375402487217,"d":"17.9%"},{"$nulls":3},{"v":0.524477806788512,"d":"52.4%"},{"v":0.233878468482019,"d":"23.4%"},{"v":0.524477806788512,"d":"52.4%"},{"v":0.213443,"d":"21.3%"},{"v":0.524477806788512,"d":"52.4%"},null,"Global Sustainable Development","SSP1",null,"MIXED"]
[22,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP1","SSP1 - Sustainability",2040,"Agriculture","Yes","IMAGE-GNM",{"$nulls":59},{"v":81.8879526765671,"d":"81.89"},null,{"v":59.7786626499991,"d":"59.78"},"Tg N/yr",{"v":0.5175341589934511,"d":"51.8%"},{"v":0.6555111587294564,"d":"65.6%"},{"$nulls":10},{"v":0,"d":"0.0%"},{"v":0.885865,"d":"88.6%"},null,null,{"v":0,"d":"0%"},{"v":8389,"d":"8389.0"},"million",{"v":2947.9999900000003,"d":"2,948.00"},"OMN/FLX",null,null,{"v":50.3562,"d":"50.4"},{"v":108.8807,"d":"108.9"},{"v":49.50005,"d":"49.5"},{"v":158.38075,"d":"158.4"},{"v":208.73695,"d":"208.7"},null,null,{"v":34,"d":"34.0"},{"v":242.73695,"d":"242.7"},{"v":104.721,"d":"104.7"},{"v":31.50003,"d":"31.5"},{"v":136.22103,"d":"136.2"},{"v":36.04201,"d":"36.0"},null,{"v":414.99999,"d":"415.0"},{"v":0.1407734027841703,"d":"14.1%"},{"$nulls":8},{"v":2533,"d":"2,533.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":157324,"d":"157,324.0"},"billion US$2005/yr",{"v":18753605.91250447,"d":"18,753,605.9"},{"v":0.3836477987421384,"d":"38.4%"},null,{"v":4.4,"d":"4.40"},{"$nulls":7},"t DM/ha",null,{"v":6.761377300613496,"d":"6.76"},{"v":27.191063829787236,"d":"27.19"},{"v":14.282000000000002,"d":"14.28"},{"v":24.742793103448278,"d":"24.74"},{"v":5.543915492957746,"d":"5.54"},{"v":2.6325000000000003,"d":"2.63"},null,{"v":3.5914985549132945,"d":"3.59"},{"v":1.1262526315789474,"d":"1.13"},{"v":2.6325000000000003,"d":"2.63"},{"v":1.9061370558375637,"d":"1.91"},{"v":4.650799217239032,"d":"4.65"},{"v":3.807632289423614,"d":"3.81"},"tDM/t product",{"$nulls":14},{"v":0.227319215604779,"d":"22.7%"},{"$nulls":3},{"v":0.560578661844485,"d":"56.1%"},{"v":0.271656080584714,"d":"27.2%"},{"v":0.560578661844485,"d":"56.1%"},{"v":0.258355,"d":"25.8%"},{"v":0.560578661844485,"d":"56.1%"},null,"Global Sustainable Development","SSP1",null,"MIXED"]
[23,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","Base year","Base year",2010,"Agriculture","Yes","IMAGE-DPPS",{"$nulls":65},{"v":17.358444969054297,"d":"17.36"},{"v":11.112289904487964,"d":"11.11"},{"v":3.4503602905321,"d":"3.45"},{"$nulls":4},"Tg P/yr",{"$f":"(CJ1001-CJ$1001)/CJ$495","v":{"v":0,"d":"0.0%"}},{"v":0.5566834776503211,"d":"0.56"},null,null,{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"$f":"CP1396","v":{"v":6922,"d":"6922.0"}},"million",{"v":2891,"d":"2,891.0"},"OMN/FLX",null,null,{"$f":"CV1396","v":{"v":51,"d":"51.0"}},{"v":121,"d":"121.0"},{"v":55,"d":"55.0"},{"v":176,"d":"176.0"},{"v":227,"d":"227.0"},null,null,{"$f":"DC1396","v":{"v":35,"d":"35.0"}},{"v":262,"d":"262.0"},{"v":136,"d":"136.0"},{"v":35,"d":"35.0"},{"v":171,"d":"171.0"},{"v":53,"d":"53.0"},null,{"$f":"DJ1396","v":{"v":486,"d":"486.0"}},{"v":0.16810792113455553,"d":"16.8%"},{"$nulls":8},{"$f":"DT1396","v":{"v":2405,"d":"2,405.0"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17877,"d":"17,877.0"},"2005 US$ per capita",{"v":17877,"d":"17,877.0"},{"v":0,"d":"0.0%"},null,3.18,{"$nulls":7},"t DM/ha",null,{"$f":"EL1396","v":{"v":7.840350003829364,"d":"7.84"}},{"v":35.98358823529412,"d":"35.98"},{"v":18.354901960784318,"d":"18.35"},{"v":32.92406417112299,"d":"32.92"},{"v":6.058836363636363,"d":"6.06"},{"v":2.876012658227848,"d":"2.88"},null,{"$f":"ES1396","v":{"v":4.18239552238806,"d":"4.18"}},{"v":1.5391860465116278,"d":"1.54"},{"v":2.876012658227848,"d":"2.88"},{"v":2.179242424242424,"d":"2.18"},{"v":5.3160205047346425,"d":"5.32"},{"v":4.160829778513003,"d":"4.16"},"tDM/t product",{"$nulls":14},{"$f":"FN1396","v":{"v":0.152790043568229,"d":"15.3%"}},{"$nulls":3},{"$f":"FR1396","v":{"v":0.506093189964158,"d":"50.6%"}},{"v":0.218242958251604,"d":"21.8%"},{"v":0.506093189964158,"d":"50.6%"},{"v":0.190881,"d":"19.1%"},{"v":0.506093189964158,"d":"50.6%"},null,"BAU","SSP2",null,"BAU"]
[23,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP5","SSP5 - Conventional development",2020,"Agriculture","Yes","IMAGE-DPPS",{"$nulls":65},{"v":19.993174473369244,"d":"19.99"},{"v":11.50702414800347,"d":"11.51"},{"v":3.64671223371669,"d":"3.65"},{"$nulls":4},"Tg P/yr",{"v":0.06228575201728712,"d":"6.2%"},{"v":0.5948586019189724,"d":"0.59"},null,null,{"v":0,"d":"0.0%"},{"v":0.794569479536749,"d":"79.5%"},{"v":0,"d":"0%"},{"$f":"CP1413","v":{"v":7585,"d":"7585.0"}},"million",{"v":3084.999928,"d":"3,085.0"},"OMN/FLX",null,null,{"$f":"CV1413","v":{"v":62.0708,"d":"62.1"}},{"$f":"CW1413","v":{"v":145.596,"d":"145.6"}},{"$f":"CX1413","v":{"v":66.10718,"d":"66.1"}},{"$f":"CY1413","v":{"v":211.70318,"d":"211.7"}},{"$f":"CZ1413","v":{"v":273.77398,"d":"273.8"}},null,null,{"$f":"DC1413","v":{"v":36,"d":"36.0"}},{"v":309.77398,"d":"309.8"},{"v":150.1597,"d":"150.2"},{"v":42.0682,"d":"42.1"},{"v":192.22789999999998,"d":"192.2"},{"v":7.998048,"d":"8.0"},null,{"$f":"DJ1413","v":{"v":509.99992799999995,"d":"510.0"}},{"v":0.16531602590040642,"d":"16.5%"},{"$nulls":8},{"$f":"DT1413","v":{"v":2575,"d":"2,575.0"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":32449,"d":"32,449.0"},"2005 US$ per capita",{"v":32449,"d":"32,449.0"},{"v":0.17295597484276723,"d":"17.3%"},null,3.73,{"$nulls":7},"t DM/ha",null,{"$f":"EL1413","v":{"v":7.529069148102892,"d":"7.53"}},{"v":33.16576744186047,"d":"33.17"},{"v":17.087786259541986,"d":"17.09"},{"v":30.33971631205674,"d":"30.34"},{"v":5.92831884057971,"d":"5.93"},{"v":2.8063636363636366,"d":"2.81"},null,{"$f":"ES1413","v":{"v":4.088595238095238,"d":"4.09"}},{"v":1.3469292929292929,"d":"1.35"},{"v":2.8063636363636366,"d":"2.81"},{"v":2.0766464646464646,"d":"2.08"},{"v":5.146074934947079,"d":"5.15"},{"v":4.0674373435646975,"d":"4.07"},"tDM/t product",{"$nulls":14},{"$f":"FN1413","v":{"v":0.145277232594274,"d":"14.5%"}},{"$nulls":3},{"$f":"FR1413","v":{"v":0.437756899588961,"d":"43.8%"}},{"$f":"FS1413","v":{"v":0.186008203219857,"d":"18.6%"}},{"$f":"FT1413","v":{"v":0.437756899588961,"d":"43.8%"}},{"$f":"FU1413","v":{"v":0.171085,"d":"17.1%"}},{"$f":"FV1413","v":{"v":0.437756899588961,"d":"43.8%"}},null,"Economic optimism","SSP5",null,"OTHER"]
[23,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP2","SSP2 - Middle of the road",2050,"Agriculture","Yes","IMAGE-DPPS",{"$nulls":65},{"v":25.70993648,"d":"25.71"},{"v":14.31947361,"d":"14.32"},{"v":3.6770764848406,"d":"3.68"},{"$nulls":4},"Tg P/yr",{"v":0.06751047449544033,"d":"6.8%"},{"v":0.59806085,"d":"0.60"},null,null,{"v":0,"d":"0.0%"},{"v":0.825518293229361,"d":"82.6%"},{"v":0,"d":"0%"},{"$f":"CP1404","v":{"v":9243,"d":"9243.0"}},"million",{"v":3063.9999900000003,"d":"3,064.0"},"OMN/FLX",null,null,{"$f":"CV1404","v":{"v":61.62705,"d":"61.6"}},{"$f":"CW1404","v":{"v":126.2521,"d":"126.3"}},{"$f":"CX1404","v":{"v":60.92861,"d":"60.9"}},{"$f":"CY1404","v":{"v":187.18071,"d":"187.2"}},{"$f":"CZ1404","v":{"v":248.80776,"d":"248.8"}},null,null,{"$f":"DC1404","v":{"v":34,"d":"34.0"}},{"v":282.80776000000003,"d":"282.8"},{"v":132.7248,"d":"132.7"},{"v":38.77275,"d":"38.8"},{"v":171.49755,"d":"171.5"},{"v":11.69468,"d":"11.7"},null,{"$f":"DJ1404","v":{"v":465.99999,"d":"466.0"}},{"v":0.1520887700786187,"d":"15.2%"},{"$nulls":8},{"$f":"DT1404","v":{"v":2598,"d":"2,598.0"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17877,"d":"17,877.0"},"2005 US$ per capita",{"$f":"DW1018","v":{"v":17877,"d":"17,877.0"}},{"v":0.40470753675736715,"d":"40.5%"},null,{"v":4.466969966888428,"d":"4.47"},{"$nulls":7},"t DM/ha",null,{"$f":"EL1404","v":{"v":7.155994845360825,"d":"7.16"}},{"v":28.889732142857145,"d":"28.89"},{"v":14.589384615384617,"d":"14.59"},{"v":26.195463768115943,"d":"26.20"},{"v":5.748774999999999,"d":"5.75"},{"v":2.6922540983606558,"d":"2.69"},null,{"$f":"ES1404","v":{"v":3.902757425742574,"d":"3.90"}},{"v":1.5442905982905981,"d":"1.54"},{"v":2.6922540983606558,"d":"2.69"},{"v":2.1302803347280332,"d":"2.13"},{"v":5.1150422030435685,"d":"5.12"},{"v":3.8822945309995918,"d":"3.88"},"tDM/t product",{"$nulls":14},{"$f":"FN1404","v":{"v":0.239279541728327,"d":"23.9%"}},{"$nulls":3},{"$f":"FR1404","v":{"v":0.580950184501845,"d":"58.1%"}},{"$f":"FS1404","v":{"v":0.284276117730477,"d":"28.4%"}},{"$f":"FT1404","v":{"v":0.580950184501845,"d":"58.1%"}},{"$f":"FU1404","v":{"v":0.266965,"d":"26.7%"}},{"$f":"FV1404","v":{"v":0.580950184501845,"d":"58.1%"}},null,"BAU","SSP2",null,"BAU"]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"0Conc_100Org","0% conc feed+100% organic+waste no change+CC_no",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":105.39197465826439,"d":"105.4"},{"v":41.381588351383186,"d":"41.4"},{"v":10.19768742174028,"d":"10.2"},null,{"v":156.97125043138786,"d":"157.0"},{"v":0.293175898994544,"d":"0.3"},{"v":0,"d":"0.0"},{"$nulls":3},{"v":2.358301585388728,"d":"2.4"},null,{"v":0.8707373574300669,"d":"0.9"},{"$f":"SUM(U1028:AA1028)","v":{"v":3.229038942818795,"d":"3.2"}},null,{"v":3.522214841813339,"d":"3.5"},"Mt",{"$f":"S1028*'T5 - GHG categories & GWPs'!$C$4+AD1028*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5231.182663548791,"d":"5231.18"}},{"v":74.189,"d":"74.2"},{"$nulls":7},2452.39,{"v":7683.572663548792,"d":"7683.57"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",{"v":4763.5,"d":"4763.50"},3378.63,1384.87,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",{"$nulls":3},"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},-25.66,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,38.03,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":1,"d":"100%"},{"v":9140.51099999997,"d":"9140.5"},"million",{"$f":"DJ1028+DT1028","v":3028.1},"OMN/FLX",24.7,9.2,33.9,6.9,6.6,13.5,47.5,null,null,16.1,63.5,96.1,3.3,99.4,{"v":1,"d":"1.0"},null,163.9,{"v":0.05412634985634557,"d":"5.4%"},{"v":1749.2,"d":"1,749.2"},174.6,183.6,452.2,176.2,111.1,null,null,{"v":2864.2,"d":"2,864.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":4.49,"d":"4.5"},{"$nulls":7},"t/ha",null,null,{"v":1.1337868480725624,"d":"1.13"},{"v":1.1123470522803114,"d":"1.11"},{"v":1.1286681715575622,"d":"1.13"},{"v":1.4265335235378032,"d":"1.43"},{"v":1.2285012285012287,"d":"1.23"},null,{"v":1.2903225806451613,"d":"1.29"},{"v":1.1764705882352942,"d":"1.18"},{"v":1.364256480218281,"d":"1.36"},{"v":1.1778563015312131,"d":"1.18"},{"v":1.1706860220088973,"d":"1.17"},{"$f":"(EP1028*((CW1028/'T9 - Feed composition+factors'!$B$14)/((CW1028/'T9 - Feed composition+factors'!$B$14)+(CX1028/'T9 - Feed composition+factors'!$B$15)+(DA1028/'T9 - Feed composition+factors'!$B$16)+(DF1028/'T9 - Feed composition+factors'!$B$11))))+(EQ1028*((CX1028/'T9 - Feed composition+factors'!$B$15)/((CW1028/'T9 - Feed composition+factors'!$B$14)+(CX1028/'T9 - Feed composition+factors'!$B$15)+(DA1028/'T9 - Feed composition+factors'!$B$16)+(DF1028/'T9 - Feed composition+factors'!$B$11))))+(ER1028*((DA1028/'T9 - Feed composition+factors'!$B$16)/((CW1028/'T9 - Feed composition+factors'!$B$14)+(CX1028/'T9 - Feed composition+factors'!$B$15)+(DA1028/'T9 - Feed composition+factors'!$B$16)+(DF1028/'T9 - Feed composition+factors'!$B$11))))+(EU1028*((DF1028/'T9 - Feed composition+factors'!$B$11)/((CW1028/'T9 - Feed composition+factors'!$B$14)+(CX1028/'T9 - Feed composition+factors'!$B$15)+(DA1028/'T9 - Feed composition+factors'!$B$16)+(DF1028/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3132314223207116,"d":"1.31"}},"Index: inverse of production per head",{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},null,{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"$f":"EZ1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FA1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FB1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FC1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FD1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},null,{"$f":"FF1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FG1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FH1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FI1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FJ1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FK1028*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$nulls":3},"EFF"]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"0Conc_40Org_W50","0% conc feed+40% organic+50% waste+CC_no",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":91.15446035255519,"d":"91.2"},{"v":32.7312636502158,"d":"32.7"},{"v":8.81314104072172,"d":"8.8"},null,{"v":132.6988650434927,"d":"132.7"},{"v":0.24783401989568626,"d":"0.2"},{"v":0.7553848676661878,"d":"0.8"},{"$nulls":3},{"v":1.9886966780599633,"d":"2.0"},null,{"v":0.7239033621341946,"d":"0.7"},{"v":3.4679849078603455,"d":"3.5"},null,{"v":3.715818927756032,"d":"3.7"},"Mt",{"$f":"S1038*'T5 - GHG categories & GWPs'!$C$4+AD1038*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4623.827696460398,"d":"4623.83"}},350.92,{"$nulls":7},2193.64,{"v":6817.467696460399,"d":"6817.47"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",4445.73,3378.63,1067.1,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",1451.5,{"v":2903,"d":"2,903.00"},null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},20.97,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,20.97,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0.4,"d":"40%"},{"v":9140.51099999997,"d":"9140.5"},"million",2670.1,"OMN/FLX",21.3,7.2,28.5,5.6,5.6,11.2,39.7,null,null,11.8,51.5,86.2,2.9,89.1,0.8,null,141.4,{"v":0.052956818096700504,"d":"5.3%"},{"v":1441.5,"d":"1,441.5"},132.3,167.4,489.8,117.7,163.1,null,null,{"v":2528.7,"d":"2,528.7"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":4.99,"d":"5.0"},{"$nulls":7},"t/ha",null,null,{"v":1.06951871657754,"d":"1.07"},{"v":1.0482180293501049,"d":"1.05"},{"v":1.0649627263045793,"d":"1.06"},{"v":1.400560224089636,"d":"1.40"},{"v":1.1534025374855825,"d":"1.15"},null,{"v":1.2269938650306749,"d":"1.23"},{"v":1.0905125408942202,"d":"1.09"},{"v":1.2903225806451613,"d":"1.29"},{"v":1.0928961748633879,"d":"1.09"},{"v":1.0875475802066341,"d":"1.09"},{"$f":"(EP1038*((CW1038/'T9 - Feed composition+factors'!$B$14)/((CW1038/'T9 - Feed composition+factors'!$B$14)+(CX1038/'T9 - Feed composition+factors'!$B$15)+(DA1038/'T9 - Feed composition+factors'!$B$16)+(DF1038/'T9 - Feed composition+factors'!$B$11))))+(EQ1038*((CX1038/'T9 - Feed composition+factors'!$B$15)/((CW1038/'T9 - Feed composition+factors'!$B$14)+(CX1038/'T9 - Feed composition+factors'!$B$15)+(DA1038/'T9 - Feed composition+factors'!$B$16)+(DF1038/'T9 - Feed composition+factors'!$B$11))))+(ER1038*((DA1038/'T9 - Feed composition+factors'!$B$16)/((CW1038/'T9 - Feed composition+factors'!$B$14)+(CX1038/'T9 - Feed composition+factors'!$B$15)+(DA1038/'T9 - Feed composition+factors'!$B$16)+(DF1038/'T9 - Feed composition+factors'!$B$11))))+(EU1038*((DF1038/'T9 - Feed composition+factors'!$B$11)/((CW1038/'T9 - Feed composition+factors'!$B$14)+(CX1038/'T9 - Feed composition+factors'!$B$15)+(DA1038/'T9 - Feed composition+factors'!$B$16)+(DF1038/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.2498280985105583,"d":"1.25"}},"Index: inverse of production per head",{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},null,{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"$f":"EZ1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FA1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FB1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FC1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FD1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},null,{"$f":"FF1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FG1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FH1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FI1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FJ1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FK1038*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}}]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"0Conc_20Org_W50_CCyes","0% conc feed+20% organic+50% waste+CC_yes",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":88.22174620195881,"d":"88.2"},{"v":43.17633895879154,"d":"43.2"},{"v":8.51869970993296,"d":"8.5"},null,{"v":139.91678487068333,"d":"139.9"},{"v":0.24183804675569126,"d":"0.2"},{"v":0.9182639678086912,"d":"0.9"},{"$nulls":3},{"v":1.9260713079218323,"d":"1.9"},null,{"v":0.710313294201779,"d":"0.7"},{"v":3.554648569932303,"d":"3.6"},null,{"v":3.7964866166879943,"d":"3.8"},"Mt",{"$f":"S1051*'T5 - GHG categories & GWPs'!$C$4+AD1051*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4842.177394838409,"d":"4842.18"}},411.1,{"$nulls":7},2698.14,{"v":7540.317394838408,"d":"7540.32"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",4881.13,3378.63,1502.5,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",1421.63,{"v":2843.26,"d":"2,843.26"},null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},31.93,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,34.42,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0.2,"d":"20%"},{"v":9140.51099999997,"d":"9140.5"},"million",2673.8,"OMN/FLX",20.7,6.9,27.6,5.6,{"v":6,"d":"6.0"},11.6,39.2,null,null,15.5,54.7,83.8,3.1,86.9,0.8,null,{"v":142.40000000000003,"d":"142.4"},{"v":0.0532575360909567,"d":"5.3%"},{"v":1446.9,"d":"1,446.9"},129.2,169.8,482.3,106.3,178.6,null,null,{"v":2531.4,"d":"2,531.4"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":5.29,"d":"5.3"},{"$nulls":7},"t/ha",null,null,{"v":1.0493179433368311,"d":"1.05"},{"v":1.02880658436214,"d":"1.03"},{"v":1.044932079414838,"d":"1.04"},{"v":1.4224751066856332,"d":"1.42"},{"v":1.1198208286674132,"d":"1.12"},null,{"v":1.203369434416366,"d":"1.20"},{"v":1.0683760683760684,"d":"1.07"},{"v":1.2594458438287153,"d":"1.26"},{"v":1.070663811563169,"d":"1.07"},{"v":1.0656436487638534,"d":"1.07"},{"$f":"(EP1051*((CW1051/'T9 - Feed composition+factors'!$B$14)/((CW1051/'T9 - Feed composition+factors'!$B$14)+(CX1051/'T9 - Feed composition+factors'!$B$15)+(DA1051/'T9 - Feed composition+factors'!$B$16)+(DF1051/'T9 - Feed composition+factors'!$B$11))))+(EQ1051*((CX1051/'T9 - Feed composition+factors'!$B$15)/((CW1051/'T9 - Feed composition+factors'!$B$14)+(CX1051/'T9 - Feed composition+factors'!$B$15)+(DA1051/'T9 - Feed composition+factors'!$B$16)+(DF1051/'T9 - Feed composition+factors'!$B$11))))+(ER1051*((DA1051/'T9 - Feed composition+factors'!$B$16)/((CW1051/'T9 - Feed composition+factors'!$B$14)+(CX1051/'T9 - Feed composition+factors'!$B$15)+(DA1051/'T9 - Feed composition+factors'!$B$16)+(DF1051/'T9 - Feed composition+factors'!$B$11))))+(EU1051*((DF1051/'T9 - Feed composition+factors'!$B$11)/((CW1051/'T9 - Feed composition+factors'!$B$14)+(CX1051/'T9 - Feed composition+factors'!$B$15)+(DA1051/'T9 - Feed composition+factors'!$B$16)+(DF1051/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.2274993671211485,"d":"1.23"}},"Index: inverse of production per head",{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},null,{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"$f":"EZ1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FA1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FB1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FC1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FD1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},null,{"$f":"FF1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FG1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FH1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FI1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FJ1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}},{"$f":"FK1051*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0,"d":"0.0%"}}]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"50Conc_0Org_CCyes","50% conc feed+0% organic+waste no change+CC_yes",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":108.2176001634364,"d":"108.2"},{"v":58.47032628023037,"d":"58.5"},{"v":13.32489654557048,"d":"13.3"},null,{"v":180.01282298923724,"d":"180.0"},{"v":0.4116048145602953,"d":"0.4"},{"v":1.5999050259940033,"d":"1.6"},{"$nulls":3},{"v":2.669478510093225,"d":"2.7"},null,{"v":0.952969080344765,"d":"1.0"},{"v":5.222352616431993,"d":"5.2"},null,{"v":5.633957430992288,"d":"5.6"},"Mt",{"$f":"S1064*'T5 - GHG categories & GWPs'!$C$4+AD1064*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6434.419163968148,"d":"6434.42"}},695.72,{"$nulls":7},3057.94,{"v":9492.359163968147,"d":"9492.36"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",5252.71,3378.63,1874.08,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",1879.62,{"v":3759.24,"d":"3,759.24"},null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},87.88,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,47.34,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"v":9140.51099999997,"d":"9140.5"},"million",3027.9,"OMN/FLX",33.8,12.4,46.2,47.5,28.5,{"v":76,"d":"76.0"},122.2,null,null,{"v":29,"d":"29.0"},151.1,133.3,14.7,{"v":148,"d":"148.0"},5.4,null,304.5,{"v":0.10056474784504112,"d":"10.1%"},{"v":1565.1,"d":"1,565.1"},170.7,213.8,353.1,163.4,{"v":239,"d":"239.0"},null,null,{"v":2723.4,"d":"2,723.4"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":4.34,"d":"4.3"},{"$nulls":7},"t/ha",null,null,{"v":1.1337868480725624,"d":"1.13"},{"v":1.1123470522803114,"d":"1.11"},{"v":1.1286681715575622,"d":"1.13"},{"v":1.455604075691412,"d":"1.46"},{"v":1.2224938875305624,"d":"1.22"},null,{"v":1.3192612137203166,"d":"1.32"},{"v":1.1764705882352942,"d":"1.18"},{"v":1.3605442176870748,"d":"1.36"},{"v":1.1820330969267139,"d":"1.18"},{"v":1.1706860220088973,"d":"1.17"},{"$f":"(EP1064*((CW1064/'T9 - Feed composition+factors'!$B$14)/((CW1064/'T9 - Feed composition+factors'!$B$14)+(CX1064/'T9 - Feed composition+factors'!$B$15)+(DA1064/'T9 - Feed composition+factors'!$B$16)+(DF1064/'T9 - Feed composition+factors'!$B$11))))+(EQ1064*((CX1064/'T9 - Feed composition+factors'!$B$15)/((CW1064/'T9 - Feed composition+factors'!$B$14)+(CX1064/'T9 - Feed composition+factors'!$B$15)+(DA1064/'T9 - Feed composition+factors'!$B$16)+(DF1064/'T9 - Feed composition+factors'!$B$11))))+(ER1064*((DA1064/'T9 - Feed composition+factors'!$B$16)/((CW1064/'T9 - Feed composition+factors'!$B$14)+(CX1064/'T9 - Feed composition+factors'!$B$15)+(DA1064/'T9 - Feed composition+factors'!$B$16)+(DF1064/'T9 - Feed composition+factors'!$B$11))))+(EU1064*((DF1064/'T9 - Feed composition+factors'!$B$11)/((CW1064/'T9 - Feed composition+factors'!$B$14)+(CX1064/'T9 - Feed composition+factors'!$B$15)+(DA1064/'T9 - Feed composition+factors'!$B$16)+(DF1064/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3356049026023211,"d":"1.34"}},"Index: inverse of production per head",{"v":0.07563174668166993,"d":"7.56%"},{"v":0.06385129294995412,"d":"6.39%"},{"v":0.07419725032109384,"d":"7.42%"},{"v":0.5,"d":"50.00%"},{"v":0.5,"d":"50.00%"},null,{"v":0.5,"d":"50.00%"},{"v":0.10705056586231394,"d":"10.71%"},{"v":0.5,"d":"50.00%"},{"v":0.10333707784958641,"d":"10.33%"},{"v":0.5,"d":"50.00%"},{"v":0.16284977082486202,"d":"16.28%"},{"$f":"EZ1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.07082240203777686,"d":"7.1%"}},{"$f":"FA1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.05979105518965215,"d":"6.0%"}},{"$f":"FB1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.06947912381893506,"d":"6.9%"}},{"$f":"FC1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FD1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},null,{"$f":"FF1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FG1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.10024333096236393,"d":"10.0%"}},{"$f":"FH1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FI1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.09676597981633263,"d":"9.7%"}},{"$f":"FJ1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FK1064*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1524943221219223,"d":"15.2%"}}]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"50Conc_0Org_W50_CCyes","50% conc feed+0% organic+50% waste+CC_yes",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":93.1400813594328,"d":"93.1"},{"v":50.65084095834517,"d":"50.7"},{"v":11.6092549364484,"d":"11.6"},null,{"v":155.40017725422638,"d":"155.4"},{"v":0.35106625872588926,"d":"0.4"},{"v":1.4186882559249665,"d":"1.4"},{"$nulls":3},{"v":2.2640663015240237,"d":"2.3"},null,{"v":0.8337968010533562,"d":"0.8"},{"v":4.516551358502347,"d":"4.5"},null,{"v":4.867617617228236,"d":"4.9"},"Mt",{"$f":"S1070*'T5 - GHG categories & GWPs'!$C$4+AD1070*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5555.744430818266,"d":"5555.74"}},617.25,{"$nulls":7},2839.83,{"v":8395.574430818266,"d":"8395.57"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",5041.23,3378.63,1662.6,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",1592.53,{"v":3185.06,"d":"3,185.06"},null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},68.51,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,43.47,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"v":9140.51099999997,"d":"9140.5"},"million",2655,"OMN/FLX",28.8,9.5,38.3,40.5,24.5,65.1,103.4,null,null,24.4,127.8,117.3,13.3,130.6,4.6,null,{"v":263,"d":"263.0"},{"v":0.09905838041431261,"d":"9.9%"},{"v":1372.1,"d":"1,372.1"},125.4,201.5,332.1,{"v":122,"d":"122.0"},221.1,null,null,{"v":2392,"d":"2,392.0"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":4.35,"d":"4.4"},{"$nulls":7},"t/ha",null,null,{"v":1.1337868480725624,"d":"1.13"},{"v":1.1123470522803114,"d":"1.11"},{"v":1.1299435028248588,"d":"1.13"},{"v":1.4450867052023122,"d":"1.45"},{"v":1.218026796589525,"d":"1.22"},null,{"v":1.3123359580052494,"d":"1.31"},{"v":1.1627906976744187,"d":"1.16"},{"v":1.349527665317139,"d":"1.35"},{"v":1.1695906432748537,"d":"1.17"},{"v":1.159151501101194,"d":"1.16"},{"$f":"(EP1070*((CW1070/'T9 - Feed composition+factors'!$B$14)/((CW1070/'T9 - Feed composition+factors'!$B$14)+(CX1070/'T9 - Feed composition+factors'!$B$15)+(DA1070/'T9 - Feed composition+factors'!$B$16)+(DF1070/'T9 - Feed composition+factors'!$B$11))))+(EQ1070*((CX1070/'T9 - Feed composition+factors'!$B$15)/((CW1070/'T9 - Feed composition+factors'!$B$14)+(CX1070/'T9 - Feed composition+factors'!$B$15)+(DA1070/'T9 - Feed composition+factors'!$B$16)+(DF1070/'T9 - Feed composition+factors'!$B$11))))+(ER1070*((DA1070/'T9 - Feed composition+factors'!$B$16)/((CW1070/'T9 - Feed composition+factors'!$B$14)+(CX1070/'T9 - Feed composition+factors'!$B$15)+(DA1070/'T9 - Feed composition+factors'!$B$16)+(DF1070/'T9 - Feed composition+factors'!$B$11))))+(EU1070*((DF1070/'T9 - Feed composition+factors'!$B$11)/((CW1070/'T9 - Feed composition+factors'!$B$14)+(CX1070/'T9 - Feed composition+factors'!$B$15)+(DA1070/'T9 - Feed composition+factors'!$B$16)+(DF1070/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3274660850775357,"d":"1.33"}},"Index: inverse of production per head",{"v":0.07563174668166993,"d":"7.56%"},{"v":0.06385129294995412,"d":"6.39%"},{"v":0.07427888901073125,"d":"7.43%"},{"v":0.5,"d":"50.00%"},{"v":0.5,"d":"50.00%"},null,{"v":0.5,"d":"50.00%"},{"v":0.10705056586231394,"d":"10.71%"},{"v":0.5,"d":"50.00%"},{"v":0.10353582701811713,"d":"10.35%"},{"v":0.5,"d":"50.00%"},{"v":0.16259014278457884,"d":"16.26%"},{"$f":"EZ1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.07082240203777686,"d":"7.1%"}},{"$f":"FA1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.05979105518965215,"d":"6.0%"}},{"$f":"FB1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.06955557118863119,"d":"7.0%"}},{"$f":"FC1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FD1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},null,{"$f":"FF1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FG1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.10024333096236393,"d":"10.0%"}},{"$f":"FH1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FI1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.09695209073054437,"d":"9.7%"}},{"$f":"FJ1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.4682055165,"d":"46.8%"}},{"$f":"FK1070*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.15225120356052496,"d":"15.2%"}}]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"100Conc_80Org_W50","100% conc feed+80% organic+50% waste+CC_no",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":101.9262171230552,"d":"101.9"},{"v":52.70258832409575,"d":"52.7"},{"v":17.956024555828158,"d":"18.0"},null,{"v":172.5848300029791,"d":"172.6"},{"v":0.5375075578567886,"d":"0.5"},{"v":0.4525676646951309,"d":"0.5"},{"$nulls":3},{"v":2.8488921705806374,"d":"2.8"},null,{"v":1.1173293352451337,"d":"1.1"},{"v":4.418789170520902,"d":"4.4"},null,{"v":4.956296728377691,"d":"5.0"},"Mt",{"$f":"S1084*'T5 - GHG categories & GWPs'!$C$4+AD1084*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6047.376382928141,"d":"6047.38"}},283.8,{"$nulls":7},2621.86,{"v":8669.23638292814,"d":"8669.24"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",5085.65,3378.63,1707.02,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",1844.29,{"v":3688.58,"d":"3,688.58"},null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},19.94,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,64.02,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0.8,"d":"80%"},{"v":9140.51099999997,"d":"9140.5"},"million",2620,"OMN/FLX",39.9,13.2,{"v":53,"d":"53.0"},118.7,66.2,{"v":185,"d":"185.0"},{"v":238,"d":"238.0"},null,null,33.3,271.3,163.6,35.4,198.9,12.8,null,{"v":483.00000000000006,"d":"483.0"},{"v":0.18435114503816796,"d":"18.4%"},{"v":1177.9,"d":"1,177.9"},111.4,219.1,{"v":284,"d":"284.0"},164.9,163.7,null,null,{"v":2137,"d":"2,137.0"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":5.704095962,"d":"5.7"},{"$nulls":7},"t/ha",null,null,{"v":0.8312551953449708,"d":"0.83"},{"v":0.8090614886731392,"d":"0.81"},{"v":0.8271298593879238,"d":"0.83"},{"v":0.8051529790660226,"d":"0.81"},{"v":0.8771929824561404,"d":"0.88"},null,{"v":0.8417508417508418,"d":"0.84"},{"v":0.8525149190110827,"d":"0.85"},{"v":0.9009009009009008,"d":"0.90"},{"v":0.8561643835616439,"d":"0.86"},{"v":0.8499787505312366,"d":"0.85"},{"$f":"(EP1084*((CW1084/'T9 - Feed composition+factors'!$B$14)/((CW1084/'T9 - Feed composition+factors'!$B$14)+(CX1084/'T9 - Feed composition+factors'!$B$15)+(DA1084/'T9 - Feed composition+factors'!$B$16)+(DF1084/'T9 - Feed composition+factors'!$B$11))))+(EQ1084*((CX1084/'T9 - Feed composition+factors'!$B$15)/((CW1084/'T9 - Feed composition+factors'!$B$14)+(CX1084/'T9 - Feed composition+factors'!$B$15)+(DA1084/'T9 - Feed composition+factors'!$B$16)+(DF1084/'T9 - Feed composition+factors'!$B$11))))+(ER1084*((DA1084/'T9 - Feed composition+factors'!$B$16)/((CW1084/'T9 - Feed composition+factors'!$B$14)+(CX1084/'T9 - Feed composition+factors'!$B$15)+(DA1084/'T9 - Feed composition+factors'!$B$16)+(DF1084/'T9 - Feed composition+factors'!$B$11))))+(EU1084*((DF1084/'T9 - Feed composition+factors'!$B$11)/((CW1084/'T9 - Feed composition+factors'!$B$14)+(CX1084/'T9 - Feed composition+factors'!$B$15)+(DA1084/'T9 - Feed composition+factors'!$B$16)+(DF1084/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.8556892942262209,"d":"0.86"}},"Index: inverse of production per head",{"v":0.15126349336333983,"d":"15.13%"},{"v":0.12770258589990824,"d":"12.77%"},{"v":0.14857290976675216,"d":"14.86%"},{"v":1,"d":"100.00%"},{"v":1,"d":"100.00%"},null,{"v":1,"d":"100.00%"},{"v":0.21410113172462783,"d":"21.41%"},{"v":1,"d":"100.00%"},{"v":0.20711675652225361,"d":"20.71%"},{"v":1,"d":"100.00%"},{"v":0.41199166148676836,"d":"41.20%"},{"$f":"EZ1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1416448040755537,"d":"14.2%"}},{"$f":"FA1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1195821103793043,"d":"12.0%"}},{"$f":"FB1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.13912531191050018,"d":"13.9%"}},{"$f":"FC1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FD1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},null,{"$f":"FF1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FG1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.2004866619247278,"d":"20.0%"}},{"$f":"FH1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FI1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.193946415926613,"d":"19.4%"}},{"$f":"FJ1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FK1084*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.38579353732021104,"d":"38.6%"}}]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article",null,"100Conc_60Org_W50_CCyes","100% conc feed+60% organic+50% waste+CC_yes",2050,"Agriculture","Yes","SOLm","GHGdirectAgLUC",{"v":98.6936731901784,"d":"98.7"},{"v":62.945423455893106,"d":"62.9"},{"v":17.35877489725348,"d":"17.4"},null,{"v":178.99787154332498,"d":"179.0"},{"v":0.525313522365688,"d":"0.5"},{"v":0.7723589097488557,"d":"0.8"},{"$nulls":3},{"v":2.7644650255883625,"d":"2.8"},null,{"v":1.097670827559631,"d":"1.1"},{"v":4.63449476289685,"d":"4.6"},null,{"v":5.159808285262537,"d":"5.2"},"Mt",{"$f":"S1096*'T5 - GHG categories & GWPs'!$C$4+AD1096*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6277.369767855112,"d":"6277.37"}},401.15,{"$nulls":7},3117.57,{"v":9394.939767855112,"d":"9394.94"},null,null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO-constant","Agriculture",5749.46,3378.63,2370.83,{"$nulls":3},"Mha",null,"FAO AQUASTAT 2013",1831.23,{"v":3662.46,"d":"3,662.46"},null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},21.32,"Tg N/yr",{"v":0,"d":"0.0%"},null,null,55.42,{"$nulls":5},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0.6,"d":"60%"},{"v":9140.51099999997,"d":"9140.5"},"million",2621.1,"OMN/FLX",38.7,12.8,51.5,118.1,65.5,183.7,235.2,null,null,{"v":40,"d":"40.0"},275.1,159.1,{"v":35,"d":"35.0"},194.2,12.9,null,482.2,{"v":0.18396856281713783,"d":"18.4%"},{"v":1206.3,"d":"1,206.3"},115.3,213.5,252.9,147.3,186.4,null,null,{"v":2138.9,"d":"2,138.9"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":4.727996378,"d":"4.7"},{"$nulls":7},"t/ha",null,null,{"v":0.8968609865470852,"d":"0.90"},{"v":0.8733624454148472,"d":"0.87"},{"v":0.8920606601248885,"d":"0.89"},{"v":0.8756567425569177,"d":"0.88"},{"v":0.9487666034155597,"d":"0.95"},null,{"v":0.9124087591240875,"d":"0.91"},{"v":0.9267840593141798,"d":"0.93"},{"v":0.9746588693957114,"d":"0.97"},{"v":0.9302325581395349,"d":"0.93"},{"v":0.9229349330872174,"d":"0.92"},{"$f":"(EP1096*((CW1096/'T9 - Feed composition+factors'!$B$14)/((CW1096/'T9 - Feed composition+factors'!$B$14)+(CX1096/'T9 - Feed composition+factors'!$B$15)+(DA1096/'T9 - Feed composition+factors'!$B$16)+(DF1096/'T9 - Feed composition+factors'!$B$11))))+(EQ1096*((CX1096/'T9 - Feed composition+factors'!$B$15)/((CW1096/'T9 - Feed composition+factors'!$B$14)+(CX1096/'T9 - Feed composition+factors'!$B$15)+(DA1096/'T9 - Feed composition+factors'!$B$16)+(DF1096/'T9 - Feed composition+factors'!$B$11))))+(ER1096*((DA1096/'T9 - Feed composition+factors'!$B$16)/((CW1096/'T9 - Feed composition+factors'!$B$14)+(CX1096/'T9 - Feed composition+factors'!$B$15)+(DA1096/'T9 - Feed composition+factors'!$B$16)+(DF1096/'T9 - Feed composition+factors'!$B$11))))+(EU1096*((DF1096/'T9 - Feed composition+factors'!$B$11)/((CW1096/'T9 - Feed composition+factors'!$B$14)+(CX1096/'T9 - Feed composition+factors'!$B$15)+(DA1096/'T9 - Feed composition+factors'!$B$16)+(DF1096/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.9272291806936604,"d":"0.93"}},"Index: inverse of production per head",{"v":0.15126349336333983,"d":"15.13%"},{"v":0.12770258589990824,"d":"12.77%"},{"v":0.14857409919063694,"d":"14.86%"},{"v":1,"d":"100.00%"},{"v":1,"d":"100.00%"},null,{"v":1,"d":"100.00%"},{"v":0.21410113172462783,"d":"21.41%"},{"v":1,"d":"100.00%"},{"v":0.20713156087319198,"d":"20.71%"},{"v":1,"d":"100.00%"},{"v":0.4149362699168292,"d":"41.49%"},{"$f":"EZ1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1416448040755537,"d":"14.2%"}},{"$f":"FA1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1195821103793043,"d":"12.0%"}},{"$f":"FB1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1391264257001488,"d":"13.9%"}},{"$f":"FC1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FD1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},null,{"$f":"FF1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FG1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.2004866619247278,"d":"20.0%"}},{"$f":"FH1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FI1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.19396027888416809,"d":"19.4%"}},{"$f":"FJ1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.936411033,"d":"93.6%"}},{"$f":"FK1096*VLOOKUP($J$529,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.3885509011419848,"d":"38.9%"}}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Reference","Reference",2010,"Agriculture","No","IMAGE 2.4","GHGLUC",94.17,33.65,17.07,12.92,{"v":157.80999999999997,"d":"157.81"},{"v":1.056,"d":"1.06"},{"v":1.079,"d":"1.08"},{"v":0.183,"d":"0.18"},{"v":0.966,"d":"0.97"},{"v":0.722,"d":"0.72"},null,null,{"v":0.203,"d":"0.20"},{"v":3.1529999999999996,"d":"3.15"},{"v":0.077,"d":"0.08"},{"v":4.2860000000000005,"d":"4.29"},"Mt",{"$f":"S1101*'T5 - GHG categories & GWPs'!$C$4+AD1101*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5462.509999999999,"d":"5462.51"}},{"$nulls":3},{"v":2830.6666666666665,"d":"2830.7"},{"v":-1558.333333333333,"d":"-1558.3"},{"v":751.6666666666667,"d":"751.7"},null,null,{"v":2024.0000000000002,"d":"2024.0"},{"$nulls":3},"Mt CO2e/yr",0,1995,"tC",{"$f":"AT1101*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1101,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1101=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4883.639,"d":"4,883.6"},{"v":3279.1982,"d":"3,279.2"},{"v":1604.4408,"d":"1,604.4"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":6873.5451,"d":"6873.5"},"million",{"v":2675.1795914198165,"d":"2,675.18"},"OMN/FLX",{"v":40.46,"d":"40.5"},{"v":10.88,"d":"10.9"},{"v":51.34,"d":"51.3"},{"v":112.56,"d":"112.6"},{"v":50.13,"d":"50.1"},{"v":162.69,"d":"162.7"},{"v":214.03,"d":"214.0"},null,null,{"v":29.349591419816136,"d":"29.3"},{"v":243.37959141981614,"d":"243.4"},{"v":147.03,"d":"147.0"},{"v":39.99,"d":"40.0"},{"v":187.02,"d":"187.0"},null,null,{"v":430.39959141981615,"d":"430.4"},{"v":0.16088624210510938,"d":"16.1%"},{"v":1328.72,"d":"1,328.7"},{"v":134.48,"d":"134.5"},{"v":319.19999999999993,"d":"319.2"},68.4,{"v":155.14,"d":"155.1"},{"v":238.83999999999997,"d":"238.8"},null,null,{"v":2244.78,"d":"2,244.8"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,3.76,null,null,2.13,null,0.89,14.21,null,"t DM/ha",null,null,{"v":42.440520862922156,"d":"42.44"},{"v":22.77757671718314,"d":"22.78"},{"v":39.18683251821539,"d":"39.19"},{"v":6.606332097009954,"d":"6.61"},{"v":3.538545893910143,"d":"3.54"},null,{"v":4.758693786508367,"d":"4.759"},{"v":1.5572435043820259,"d":"1.56"},{"v":3.538545893910143,"d":"3.54"},{"v":1.7458289425444464,"d":"1.75"},{"v":5.3942113822050795,"d":"5.39"},{"v":4.758693786508367,"d":"4.76"},"kgDM/kg output",{"$nulls":12},{"v":0.059,"d":"5.90%"},{"v":0.022,"d":"2.20%"},{"v":0.06,"d":"6.00%"},{"v":0.484,"d":"48.40%"},{"v":0.574,"d":"57.40%"},null,{"v":0.5248035936160715,"d":"52.5%"},{"v":0.123,"d":"12.30%"},{"v":0.574,"d":"57.40%"},{"v":0.13,"d":"13.00%"},{"v":0.537984458263253,"d":"53.8%"},{"v":0.2246,"d":"22.46%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoRM","No ruminant meat",2045,"Agriculture","No","IMAGE 2.4","GHGLUC",40.93,28.78,19.08,15.06,{"v":103.85000000000001,"d":"103.85"},0.45,1.149,0.424,1.025,0.327,null,null,0.443,{"v":3.368,"d":"3.37"},0.095,{"v":3.9130000000000003,"d":"3.91"},"Mt",{"$f":"S1118*'T5 - GHG categories & GWPs'!$C$4+AD1118*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3892.969,"d":"3892.97"}},{"$nulls":3},{"v":3091,"d":"3091.0"},{"v":-9599.333333333332,"d":"-9599.3"},{"v":1811.3333333333333,"d":"1811.3"},null,null,{"v":-4696.999999999999,"d":"-4697.0"},{"$nulls":3},"Mt CO2e/yr",0,1995,"tC",{"$f":"AT1118*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1118,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1118=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":2132.1272,"d":"2,132.1"},{"v":505.2311,"d":"505.2"},{"v":1626.8961,"d":"1,626.9"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8951.327720000001,"d":"8951.3"},"million",{"v":2976.3158859687637,"d":"2,976.32"},"NRUM",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":120.46,"d":"120.5"},{"v":71.26,"d":"71.3"},{"v":191.72,"d":"191.7"},{"v":191.72,"d":"191.7"},null,null,{"v":33.525885968763724,"d":"33.5"},{"v":225.24588596876373,"d":"225.2"},167.6,{"v":56.84,"d":"56.8"},{"v":224.44,"d":"224.4"},null,null,{"v":449.6858859687637,"d":"449.7"},{"v":0.15108809118303484,"d":"15.1%"},{"v":1419.0699999999997,"d":"1,419.1"},{"v":131.9099999999999,"d":"131.9"},{"v":397.5500000000002,"d":"397.6"},{"v":157.35999999999999,"d":"157.4"},{"v":165.6800000000001,"d":"165.7"},{"v":255.06000000000003,"d":"255.1"},null,null,{"v":2526.63,"d":"2,526.6"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.45744680851063846,"d":"45.7%"},null,5.48,null,null,3.42,null,1.54,21.09,null,"t DM/ha",null,null,"NA","NA","NA",{"v":6.349431138987723,"d":"6.35"},{"v":3.3761387710012793,"d":"3.38"},null,{"v":4.363473339124099,"d":"4.36"},{"v":1.8735621431699359,"d":"1.87"},{"v":3.3761387710012793,"d":"3.38"},{"v":2.04781342115916,"d":"2.05"},{"v":1.8742786479802145,"d":"1.87"},{"v":4.363473339124099,"d":"4.36"},"kgDM/kg output",{"$nulls":12},{"v":0.084,"d":"8.40%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0.453,"d":"45.30%"},{"v":0.554,"d":"55.40%"},null,{"v":0.5062624751964924,"d":"50.6%"},{"v":0.095,"d":"9.50%"},{"v":0.554,"d":"55.40%"},{"v":0.144,"d":"14.40%"},{"v":0.5205045816507762,"d":"52.05%"},{"v":0.2249,"d":"22.49%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoM","No meat",2045,"Agriculture","No","IMAGE 2.4","GHGLUC",38.79,28.23,4.98,14.24,86.24,0.25,1.174,0.572,1.04,0.187,null,null,0.494,{"v":3.4669999999999996,"d":"3.47"},0.09,{"v":3.8069999999999995,"d":"3.81"},"Mt",{"$f":"S1128*'T5 - GHG categories & GWPs'!$C$4+AD1128*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3385.0389999999998,"d":"3385.04"}},{"$nulls":3},{"v":2830.6666666666665,"d":"2830.7"},{"v":-10097.999999999998,"d":"-10098.0"},{"v":1822.3333333333333,"d":"1822.3"},null,null,{"v":-5444.999999999999,"d":"-5445.0"},{"$nulls":3},"Mt CO2e/yr",0,1995,"tC",{"$f":"AT1128*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1128,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1128=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":2064.1312,"d":"2,064.1"},{"v":505.3866,"d":"505.4"},{"v":1558.7446,"d":"1,558.7"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8951.327720000001,"d":"8951.3"},"million",{"v":2839.365713487392,"d":"2,839.37"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":167.6008638550314,"d":"167.6"},{"v":53.51484963236059,"d":"53.5"},{"v":221.115713487392,"d":"221.1"},null,null,{"v":221.115713487392,"d":"221.1"},{"v":0.07787503823021487,"d":"7.8%"},{"v":1414.0300000000002,"d":"1,414.0"},{"v":137.13,"d":"137.1"},{"v":391.4300000000001,"d":"391.4"},{"v":256.36,"d":"256.4"},{"v":165.14000000000007,"d":"165.1"},{"v":254.16000000000008,"d":"254.2"},null,null,{"v":2618.25,"d":"2,618.3"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.44414893617021267,"d":"44.4%"},null,5.43,null,null,3.56,null,1.52,21.27,null,"t DM/ha",null,null,"NA","NA","NA","NA","NA",null,"NA",{"v":1.8735621431699359,"d":"1.87"},{"v":3.376143429080346,"d":"3.38"},{"v":2.0387347945230547,"d":"2.04"},{"v":1.8742786479802145,"d":"1.87"},{"v":3.376143429080346,"d":"3.38"},"kgDM/kg output",{"$nulls":12},"NA","NA","NA","NA","NA",null,"NA",{"v":0.095,"d":"9.50%"},{"v":0.554,"d":"55.40%"},{"v":0.144,"d":"14.40%"},{"v":0.5541122232631527,"d":"55.41%"},{"v":0.1453,"d":"14.53%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoAP","No animal products",2025,"Agriculture","No","IMAGE 2.4","GHGLUC",22.76,32.65,4.19,16.96,76.56,0.237,1.144,0.489,1.019,0.161,null,null,0.384,{"v":3.197,"d":"3.20"},0.109,{"v":3.5429999999999993,"d":"3.54"},"Mt",{"$f":"S1134*'T5 - GHG categories & GWPs'!$C$4+AD1134*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3049.6709999999994,"d":"3049.67"}},{"$nulls":3},{"v":2881.9999999999995,"d":"2882.0"},{"v":-7388.333333333334,"d":"-7388.3"},{"v":1092.6666666666667,"d":"1092.7"},null,null,{"v":-3413.666666666667,"d":"-3413.7"},{"$nulls":3},"Mt CO2e/yr",0,1995,"tC",{"$f":"AT1134*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1134,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1134=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":2868.4159,"d":"2,868.4"},{"v":1246.6807,"d":"1,246.7"},{"v":1621.7352,"d":"1,621.7"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":7940.598129999999,"d":"7940.6"},"million",{"v":2566.0379570990813,"d":"2,566.04"},"OMN/FLX",8.7,{"v":2.34,"d":"2.3"},{"v":11.04,"d":"11.0"},24.2,{"v":10.78,"d":"10.8"},{"v":34.98,"d":"35.0"},{"v":46.019999999999996,"d":"46.0"},null,null,{"$f":"((DC$1129-DC$1099)/5)+DC1133","v":{"v":6.74795709908069,"d":"6.7"}},{"v":52.76795709908069,"d":"52.8"},{"v":31.62,"d":"31.6"},8.6,{"v":40.22,"d":"40.2"},null,null,{"v":92.98795709908069,"d":"93.0"},{"v":0.036237950744970285,"d":"3.6%"},{"v":1365.2000000000003,"d":"1,365.2"},132.4,{"v":355.4999999999999,"d":"355.5"},{"v":215.15,"d":"215.2"},{"v":159.39999999999995,"d":"159.4"},245.4,null,null,{"v":2473.0500000000006,"d":"2,473.1"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.2021276595744681,"d":"20.2%"},null,4.52,null,null,2.85,null,1.1,17.9,null,"t DM/ha",null,null,{"v":37.81246262408803,"d":"37.81"},{"v":20.34891435464415,"d":"20.35"},{"v":34.92249725521509,"d":"34.92"},{"v":6.466351125606555,"d":"6.47"},{"v":3.430237444841353,"d":"3.43"},null,{"v":4.637785933495746,"d":"4.64"},{"v":1.5643987488773963,"d":"1.56"},{"v":3.430237444841353,"d":"3.43"},{"v":1.7419961672177826,"d":"1.74"},{"v":4.966297558046213,"d":"4.97"},{"v":4.637785933495746,"d":"4.64"},"kgDM/kg output",{"$nulls":12},{"v":0.064,"d":"6.40%"},{"v":0.023,"d":"2.30%"},{"v":0.016,"d":"1.60%"},{"v":0.483,"d":"48.30%"},{"v":0.572,"d":"57.20%"},null,{"v":0.5233209023681842,"d":"52.33%"},{"v":0.12,"d":"12.00%"},{"v":0.572,"d":"57.20%"},{"v":0.032,"d":"3.20%"},{"v":0.5363382530446245,"d":"53.63%"},{"v":0.2225,"d":"22.25%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Hdiet","Healthy dietary variant",2020,"Agriculture","No","IMAGE 2.4","GHGLUC",92.85,33.17,15.39,16.95,{"v":158.35999999999999,"d":"158.36"},0.986,1.1,0.262,0.981,0.702,null,null,0.261,{"v":3.306,"d":"3.31"},0.106,{"v":4.398000000000001,"d":"4.40"},"Mt",{"$f":"S1143*'T5 - GHG categories & GWPs'!$C$4+AD1143*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5508.046,"d":"5508.05"}},{"$nulls":3},{"v":4059,"d":"4059.0"},{"v":-1221,"d":"-1221.0"},{"v":964.3333333333333,"d":"964.3"},null,null,{"v":3802.333333333333,"d":"3802.3"},{"$nulls":3},"Mt CO2e/yr",0,1995,"tC",{"$f":"AT1143*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1143,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1143=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4659.803,"d":"4,659.8"},{"v":3050.8826,"d":"3,050.9"},{"v":1608.9204,"d":"1,608.9"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":7611.576509999999,"d":"7611.6"},"million",{"v":2736.4800000000005,"d":"2,736.48"},"OMN/FLX",{"v":31.92,"d":"31.9"},{"v":9.23,"d":"9.2"},{"v":41.150000000000006,"d":"41.2"},72.1,{"v":53.68,"d":"53.7"},{"v":125.78,"d":"125.8"},{"v":166.93,"d":"166.9"},null,null,{"v":22.840000000000003,"d":"22.8"},{"v":189.77,"d":"189.8"},{"v":154.57,"d":"154.6"},{"v":42.82,"d":"42.8"},{"v":197.39,"d":"197.4"},null,null,{"v":387.15999999999997,"d":"387.2"},{"v":0.14148102672045837,"d":"14.1%"},{"v":1370.6000000000001,"d":"1,370.6"},{"v":121.16,"d":"121.2"},{"v":351.2800000000001,"d":"351.3"},{"v":99.88000000000001,"d":"99.9"},{"v":160.03999999999996,"d":"160.0"},{"v":246.36,"d":"246.4"},null,null,{"v":2349.3200000000006,"d":"2,349.3"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.11436170212765973,"d":"11.4%"},null,4.19,null,null,2.5,null,1.02,15.7,null,"t DM/ha",null,null,{"v":45.120273559356896,"d":"45.12"},{"v":19.490035358405656,"d":"19.49"},{"v":40.614542423643094,"d":"40.61"},{"v":6.525314500730091,"d":"6.53"},{"v":3.5924767497961967,"d":"3.59"},null,{"v":4.4228984873481885,"d":"4.42"},{"v":1.6222011160235565,"d":"1.62"},{"v":3.5924767497961967,"d":"3.59"},{"v":1.812898344311535,"d":"1.81"},{"v":4.758949771520179,"d":"4.76"},{"v":4.4228984873481885,"d":"4.42"},"kgDM/kg output",{"$nulls":12},{"v":0.053,"d":"5.30%"},{"v":0.022,"d":"2.20%"},{"v":0.048,"d":"4.80%"},{"v":0.488,"d":"48.80%"},{"v":0.569,"d":"56.90%"},null,{"v":0.5353691058567582,"d":"53.54%"},{"v":0.113,"d":"11.30%"},{"v":0.569,"d":"56.90%"},{"v":0.138,"d":"13.80%"},{"v":0.5461152259018354,"d":"54.61%"},{"v":0.2105,"d":"21.05%"}]
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[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoRM - 450ppm","NoRM - 450ppm",2030,"Agriculture","No","IMAGE 2.4","GHGLUC",{"v":26.755,"d":"26.76"},{"v":24.015,"d":"24.02"},{"v":13.249,"d":"13.25"},{"v":19.854,"d":"19.85"},{"v":83.87299999999999,"d":"83.87"},0.371,0.917,0.335,0.818,0.264,null,null,0.355,{"v":2.6889999999999996,"d":"2.69"},0.126,{"v":3.186,"d":"3.19"},"Mt",{"$f":"S1165*'T5 - GHG categories & GWPs'!$C$4+AD1165*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3151.1236,"d":"3151.12"}},{"$nulls":3},{"v":4165.333333333333,"d":"4165.3"},{"v":-7120.666666666667,"d":"-7120.7"},{"v":-8308.666666666666,"d":"-8308.7"},null,null,{"v":-11264,"d":"-11264.0"},{"$nulls":3},"Mt CO2e/yr",{"v":176.4644,"d":"176.46"},1995,"tC",{"$f":"AT1165*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1165,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1165=\"tC\",3.67,1)","v":{"v":68.3789385995784,"d":"68.38"}},{"v":0.1908055957549446,"d":"19.1%"},{"v":0.1292702924296255,"d":"12.9%"},null,{"v":0.17470684385023572,"d":"17.5%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":2465.0416999999998,"d":"2,465.0"},{"v":818.8768,"d":"818.9"},{"v":1646.1649,"d":"1,646.2"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8236.204529999999,"d":"8236.2"},"million",{"v":2834.5239239791754,"d":"2,834.52"},"OMN/FLX",{"v":0.01,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0.01,"d":"0.0"},{"v":116.76,"d":"116.8"},{"v":65.26,"d":"65.3"},{"v":182.02,"d":"182.0"},{"v":182.03,"d":"182.0"},null,null,{"v":31.68392397917581,"d":"31.7"},{"v":213.7139239791758,"d":"213.7"},{"v":159.33,"d":"159.3"},{"v":52.06,"d":"52.1"},{"v":211.39000000000001,"d":"211.4"},null,null,{"v":425.1039239791758,"d":"425.1"},{"v":0.14997365885076192,"d":"15.0%"},{"v":1379.9799999999998,"d":"1,380.0"},{"v":133.73999999999995,"d":"133.7"},{"v":363.5000000000001,"d":"363.5"},{"v":123.03999999999999,"d":"123.0"},{"v":161.12000000000006,"d":"161.1"},{"v":248.04000000000002,"d":"248.0"},null,null,{"v":2409.4199999999996,"d":"2,409.4"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":4.774374733501782,"d":"4.77"},null,null,{"v":2.90123,"d":"2.90"},null,{"v":1.23337,"d":"1.23"},{"v":18.88272,"d":"18.88"},null,"t DM/ha",null,null,"NA","NA","NA",{"v":6.434808861007646,"d":"6.43"},{"v":3.4531562010066836,"d":"3.45"},null,{"v":4.481082980765331,"d":"4.48"},{"v":1.70647231942701,"d":"1.71"},{"v":3.4531562010066836,"d":"3.45"},{"v":1.9024524009591532,"d":"1.90"},{"v":1.707401537623626,"d":"1.71"},{"v":4.481082980765331,"d":"4.48"},"kgDM/kg output",{"$nulls":12},{"v":0.078,"d":"7.80%"},{"v":0,"d":"0.00%"},{"v":0,"d":"0.00%"},{"v":0.464,"d":"46.40%"},{"v":0.56,"d":"56.00%"},null,{"v":0.5134721649596476,"d":"51.35%"},{"v":0.105,"d":"10.50%"},{"v":0.56,"d":"56.00%"},{"v":0.14,"d":"14.00%"},{"v":0.5270616405461421,"d":"52.71%"},{"v":0.2327,"d":"23.27%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoM - 450ppm","NoM - 450ppm",2030,"Agriculture","No","IMAGE 2.4","GHGLUC",{"v":25.227,"d":"25.23"},{"v":23.662,"d":"23.66"},{"v":3.559,"d":"3.56"},{"v":19.082,"d":"19.08"},71.53,0.212,0.923,0.473,0.818,0.154,null,null,0.396,{"v":2.764,"d":"2.76"},0.122,{"v":3.098,"d":"3.10"},"Mt",{"$f":"S1175*'T5 - GHG categories & GWPs'!$C$4+AD1175*'T5 - GHG categories & GWPs'!$C$5","v":2791.37},{"$nulls":3},{"v":3960,"d":"3960.0"},{"v":-7318.666666666665,"d":"-7318.7"},{"v":-8510.333333333332,"d":"-8510.3"},null,null,{"v":-11868.999999999996,"d":"-11869.0"},{"$nulls":3},"Mt CO2e/yr",{"v":156.5137,"d":"156.51"},1995,"tC",{"$f":"AT1175*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1175,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1175=\"tC\",3.67,1)","v":{"v":60.64815726170737,"d":"60.65"}},{"v":0.1772486772486772,"d":"17.7%"},{"v":0.11938601478112576,"d":"11.9%"},null,{"v":0.1605361751627431,"d":"16.1%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":2393.2516,"d":"2,393.3"},{"v":816.5044,"d":"816.5"},{"v":1576.7472,"d":"1,576.7"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8236.204529999999,"d":"8236.2"},"million",{"v":2678.8417919961876,"d":"2,678.84"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"$f":"((DC$1179-DC$1099)/6)+DC1174","v":{"v":0,"d":"0.0"}},{"v":0,"d":"0.0"},{"v":159.3297508876601,"d":"159.3"},{"v":49.012041108527235,"d":"49.0"},{"v":208.34179199618734,"d":"208.3"},null,null,{"v":208.34179199618734,"d":"208.3"},{"v":0.07777308559940663,"d":"7.8%"},{"v":1376.6200000000001,"d":"1,376.6"},{"v":137.22,"d":"137.2"},{"v":359.4200000000001,"d":"359.4"},{"v":189.04,"d":"189.0"},{"v":160.76000000000005,"d":"160.8"},{"v":247.44000000000005,"d":"247.4"},null,null,{"v":2470.5000000000005,"d":"2,470.5"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":4.731500447059383,"d":"4.73"},null,null,{"v":3.0291,"d":"3.03"},null,{"v":1.2119,"d":"1.21"},{"v":19.00648,"d":"19.01"},null,"t DM/ha",null,null,"NA","NA","NA","NA","NA",null,"NA",{"v":1.70647231942701,"d":"1.71"},{"v":3.453157693101111,"d":"3.45"},{"v":1.8921986126735333,"d":"1.89"},{"v":1.707401537623626,"d":"1.71"},{"v":3.453157693101111,"d":"3.45"},"kgDM/kg output",{"$nulls":12},"NA","NA","NA","NA","NA",null,"NA",{"v":0.105,"d":"10.50%"},{"v":0.56,"d":"56.00%"},{"v":0.14,"d":"14.00%"},{"v":0.5600151339295873,"d":"56.00%"},{"v":0.1537,"d":"15.37%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Hdiet - 450ppm","Hdiet - 450ppm",2025,"Agriculture","No","IMAGE 2.4","GHGLUC",{"v":77.323,"d":"77.32"},{"v":24.009,"d":"24.01"},{"v":10.965,"d":"10.97"},{"v":19.630000000000003,"d":"19.63"},{"v":131.927,"d":"131.93"},0.8,0.929,0.302,0.826,0.577,null,null,0.298,{"v":2.932,"d":"2.93"},0.124,{"v":3.8560000000000003,"d":"3.86"},"Mt",{"$f":"S1194*'T5 - GHG categories & GWPs'!$C$4+AD1194*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4641.1024,"d":"4641.10"}},{"$nulls":3},{"v":4971.999999999999,"d":"4972.0"},{"v":-3963.666666666666,"d":"-3963.7"},{"v":1089,"d":"1089.0"},null,null,{"v":2097.333333333333,"d":"2097.3"},{"$nulls":3},"Mt CO2e/yr",{"v":245.6401,"d":"245.64"},1995,"tC",{"$f":"AT1194*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1194,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1194=\"tC\",3.67,1)","v":{"v":95.1841239110795,"d":"95.18"}},{"v":0.16284662732406885,"d":"16.3%"},{"v":0.13094433175569076,"d":"13.1%"},null,{"v":0.15581769920743938,"d":"15.6%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":3975.8023,"d":"3,975.8"},{"v":2374.988,"d":"2,375.0"},{"v":1600.8143,"d":"1,600.8"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":7940.598129999999,"d":"7940.6"},"million",{"v":2761.6899999999996,"d":"2,761.69"},"OMN/FLX",{"v":28.13,"d":"28.1"},{"v":8.49,"d":"8.5"},{"v":36.62,"d":"36.6"},{"v":54.44,"d":"54.4"},{"v":55.02,"d":"55.0"},{"v":109.46000000000001,"d":"109.5"},{"v":146.08,"d":"146.1"},null,null,{"v":21.550000000000004,"d":"21.6"},{"v":167.63000000000002,"d":"167.6"},{"v":157.27,"d":"157.3"},{"v":43.89,"d":"43.9"},{"v":201.16000000000003,"d":"201.2"},null,null,{"v":368.7900000000001,"d":"368.8"},{"v":0.13353779750804765,"d":"13.4%"},{"v":1387.8000000000002,"d":"1,387.8"},117.1,{"v":365.2500000000001,"d":"365.3"},{"v":111.25000000000001,"d":"111.3"},{"v":162.04999999999995,"d":"162.1"},{"v":249.45000000000002,"d":"249.5"},null,null,{"v":2392.8999999999996,"d":"2,392.9"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":4.415536567851292,"d":"4.42"},null,null,{"v":2.6957600000000004,"d":"2.70"},null,{"v":1.10082,"d":"1.10"},{"v":16.52205,"d":"16.52"},null,"t DM/ha",null,null,{"v":46.34092254198417,"d":"46.34"},{"v":17.86530951391774,"d":"17.87"},{"v":41.15652844802808,"d":"41.16"},{"v":6.497073541633512,"d":"6.50"},{"v":3.596821002583128,"d":"3.60"},null,{"v":4.250562993491197,"d":"4.25"},{"v":1.6619825634819247,"d":"1.66"},{"v":3.596821002583128,"d":"3.60"},{"v":1.850494469545874,"d":"1.85"},{"v":4.480079560434433,"d":"4.48"},{"v":4.250562993491197,"d":"4.25"},"kgDM/kg output",{"$nulls":12},{"v":0.051,"d":"5.10%"},{"v":0.022,"d":"2.20%"},{"v":0.043,"d":"4.30%"},{"v":0.491,"d":"49.10%"},{"v":0.566,"d":"56.60%"},null,{"v":0.5403697010831575,"d":"54.04%"},{"v":0.109,"d":"10.90%"},{"v":0.566,"d":"56.60%"},{"v":0.141,"d":"14.10%"},{"v":0.5492320032475416,"d":"54.92%"},{"v":0.204,"d":"20.40%"}]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Hdiet - 450ppm","Hdiet - 450ppm",2040,"Agriculture","No","IMAGE 2.4","GHGLUC",{"v":69.882,"d":"69.88"},{"v":18.288,"d":"18.29"},{"v":8.912,"d":"8.91"},{"v":15.092,"d":"15.09"},{"v":112.174,"d":"112.17"},0.769,0.937,0.408,0.831,0.563,null,null,0.417,{"v":3.1559999999999997,"d":"3.16"},0.092,{"v":4.0169999999999995,"d":"4.02"},"Mt",{"$f":"S1197*'T5 - GHG categories & GWPs'!$C$4+AD1197*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4147.7738,"d":"4147.77"}},{"$nulls":3},{"v":3714.3333333333335,"d":"3714.3"},{"v":-6416.666666666666,"d":"-6416.7"},{"v":1561.9999999999998,"d":"1562.0"},null,null,{"v":-1140.3333333333328,"d":"-1140.3"},{"$nulls":3},"Mt CO2e/yr",{"v":201.8563,"d":"201.86"},1995,"tC",{"$f":"AT1197*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1197,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1197=\"tC\",3.67,1)","v":{"v":78.2181535972019,"d":"78.22"}},{"v":0.24942121110739368,"d":"24.9%"},{"v":0.1299545159194283,"d":"13.0%"},null,{"v":0.22114569557191166,"d":"22.1%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":3561.0115,"d":"3,561.0"},{"v":1965.861,"d":"1,965.9"},{"v":1595.1505,"d":"1,595.2"},{"$nulls":3},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8742.863220000001,"d":"8742.9"},"million",{"v":2878.2500000000005,"d":"2,878.25"},"OMN/FLX",{"v":24.66,"d":"24.7"},{"v":7.91,"d":"7.9"},{"v":32.57,"d":"32.6"},{"v":38.36,"d":"38.4"},{"v":56.13,"d":"56.1"},{"v":94.49000000000001,"d":"94.5"},{"v":127.06,"d":"127.1"},null,null,{"v":17.680000000000007,"d":"17.7"},{"v":144.74,"d":"144.7"},{"v":165.09,"d":"165.1"},{"v":44.78,"d":"44.8"},{"v":209.87,"d":"209.9"},null,null,{"v":354.61,"d":"354.6"},{"v":0.12320333536002778,"d":"12.3%"},{"v":1439.4000000000003,"d":"1,439.4"},{"v":104.91999999999999,"d":"104.9"},{"v":407.1600000000002,"d":"407.2"},{"v":145.36,"d":"145.4"},{"v":168.07999999999993,"d":"168.1"},{"v":258.72,"d":"258.7"},null,null,{"v":2523.6400000000003,"d":"2,523.6"},"kcal/cap/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":5.097742158448356,"d":"5.10"},null,null,{"v":3.26924,"d":"3.27"},null,{"v":1.39013,"d":"1.39"},{"v":18.94121,"d":"18.94"},null,"t DM/ha",null,null,{"v":43.38693697126743,"d":"43.39"},{"v":14.804960541149944,"d":"14.80"},{"v":37.91821515515701,"d":"37.92"},{"v":6.42893078910393,"d":"6.43"},{"v":3.522717956659167,"d":"3.52"},null,{"v":4.009048572555445,"d":"4.01"},{"v":1.813328064138524,"d":"1.81"},{"v":3.522717956659167,"d":"3.52"},{"v":1.9756217395875066,"d":"1.98"},{"v":4.025780434855351,"d":"4.03"},{"v":4.009048572555445,"d":"4.01"},"kgDM/kg output",{"$nulls":12},{"v":0.048,"d":"4.80%"},{"v":0.023,"d":"2.30%"},{"v":0.04,"d":"4.00%"},{"v":0.494,"d":"49.40%"},{"v":0.564,"d":"56.40%"},null,{"v":0.5450902259430092,"d":"54.51%"},{"v":0.098,"d":"9.80%"},{"v":0.564,"d":"56.40%"},{"v":0.147,"d":"14.70%"},{"v":0.5519292234982779,"d":"55.19%"},{"v":0.1901,"d":"19.01%"}]
[27,2012,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","Low pop & veg","Low population growth + vegetarian",2050,"Agriculture","No","Metson et al. (2012)",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":23},{"v":0,"d":"0.0%"},null,{"v":14.6,"d":"14.60"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},7.68,"billion",{"v":3117.1,"d":"3,117.10"},"VEG",null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":147.6930174563591,"d":"147.7"},{"v":37.75610972568578,"d":"37.8"},{"v":185.44912718204486,"d":"185.4"},{"v":0,"d":"0.0"},null,{"v":185.44912718204486,"d":"185.4"},{"v":0.059494121838261485,"d":"5.9%"},{"$nulls":8},{"v":2931.650872817955,"d":"2,931.7"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"v":3.082772727272727,"d":"3.08"},{"$nulls":7},"t DM/ha",null,null,{"v":47,"d":"47.0"},30.2,{"v":44.23598971722365,"d":"44.2"},4.2,5.8,null,{"v":4.944847192608386,"d":"4.9"},1.9,3.1,{"v":2.008403361344538,"d":"2.0"},{"$f":"(EO1207*((CV1207/'T9 - Feed composition+factors'!$B$10)/((CV1207/'T9 - Feed composition+factors'!$B$10)+(DE1207/'T9 - Feed composition+factors'!$B$12))))+(ET1207*((DE1207/'T9 - Feed composition+factors'!$B$12)/((CV1207/'T9 - Feed composition+factors'!$B$10)+(DE1207/'T9 - Feed composition+factors'!$B$12))))","v":1.9},{"$f":"(EP1207*((CW1207/'T9 - Feed composition+factors'!$B$14)/((CW1207/'T9 - Feed composition+factors'!$B$14)+($CX1207/'T9 - Feed composition+factors'!$B$15)+(DF1207/'T9 - Feed composition+factors'!$B$11))))+(EQ1207*((CX1207/'T9 - Feed composition+factors'!$B$15)/((CW1207/'T9 - Feed composition+factors'!$B$14)+(CX1207/'T9 - Feed composition+factors'!$B$15)+(DF1207/'T9 - Feed composition+factors'!$B$11))))+(EU1207*((DF1207/'T9 - Feed composition+factors'!$B$11)/((CW1207/'T9 - Feed composition+factors'!$B$14)+(CX1207/'T9 - Feed composition+factors'!$B$15)+(DF1207/'T9 - Feed composition+factors'!$B$11))))","v":3.1},"kg DM feed/kg of output",{"$nulls":19},{"v":0.268938,"d":"26.9%"},{"v":0.774412,"d":"77.4%"},{"v":0.26893842740557816,"d":"26.9%"},{"v":0.7744123768910549,"d":"77.4%"},{"v":0.3425239912940333,"d":"34.3%"},"Low population plus vegetarian",null,null,"DIET"]
[28,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Baseline scenario","Reference",2055,"Agriculture","No","MAgPIE","GHGnonCO2Ag",{"v":146.65600000000003,"d":"146.66"},{"v":25.787200000000002,"d":"25.79"},{"v":14.525600000000003,"d":"14.53"},null,{"v":186.96880000000004,"d":"187.0"},{"v":6.2263422818791945,"d":"6.23"},{"$nulls":7},{"v":7.251744966442953,"d":"7.25"},null,{"v":13.478087248322147,"d":"13.5"},"Mt",{"$f":"S1217*'T5 - GHG categories & GWPs'!$C$4+AD1217*'T5 - GHG categories & GWPs'!$C$5","v":{"v":8765.069178791948,"d":"8765.07"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":47},{"v":0,"d":"0%"},{"v":9.058,"d":"9.06"},"billion",{"v":2463.8982221162382,"d":"2,463.90"},{"$nulls":17},{"v":316.85731136414825,"d":"316.9"},{"v":0.1286,"d":"12.9%"},{"$nulls":8},{"v":2147.04091075209,"d":"2,147.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14905,"d":"14,905.0"},"US$ (in 1995 purchasing power parity terms",{"v":19100.7575,"d":"19,100.8"},{"$nulls":50},"BAU",null,null,"DIET"]
[28,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Increased meat scenario + technical mitigation","Increased meat scenario + technical mitigation",2005,"Agriculture","No","MAgPIE","GHGnonCO2Ag",{"v":118.5544,"d":"118.55"},{"v":23.2352,"d":"23.24"},{"v":12.995200000000002,"d":"13.00"},null,{"v":154.78480000000002,"d":"154.8"},{"v":4.779093959731544,"d":"4.78"},{"$nulls":7},{"v":5.28741610738255,"d":"5.29"},null,{"v":10.066510067114095,"d":"10.1"},"Mt",{"$f":"S1233*'T5 - GHG categories & GWPs'!$C$4+AD1233*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6958.303808322148,"d":"6958.30"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":47},{"v":0,"d":"0%"},{"v":6.366,"d":"6.37"},"billion",{"v":2708,"d":"2,708.00"},{"$nulls":17},{"$f":"DK1233*CR1233","v":{"v":419.74,"d":"419.7"}},{"v":0.155,"d":"15.5%"},{"$nulls":8},{"$f":"CR1233-DJ1233","v":{"v":2288.26,"d":"2,288.3"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":6608,"d":"6,608.0"},"US$ (in 1995 purchasing power parity terms",{"$f":"DW1233*1.2815","v":{"v":8468.152,"d":"8,468.2"}},{"$nulls":50},"More meat",null,null,"EFF"]
[28,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Decreased meat scenario + technical mitigation","Decreased meat scenario + technical mitigation",2045,"Agriculture","No","MAgPIE","GHGnonCO2Ag",{"v":39.664582082280006,"d":"39.66"},{"v":6.6987944,"d":"6.70"},{"v":3.512261655873333,"d":"3.51"},null,{"v":49.875638138153334,"d":"49.9"},{"v":1.60875,"d":"1.61"},{"$nulls":7},{"v":3.866132776176175,"d":"3.87"},null,{"v":5.474882776176175,"d":"5.5"},"Mt",{"$f":"S1244*'T5 - GHG categories & GWPs'!$C$4+AD1244*'T5 - GHG categories & GWPs'!$C$5","v":{"v":2851.2603552538667,"d":"2851.26"}},{"$nulls":12},"Mt CO2e/yr",{"$nulls":47},{"v":0,"d":"0%"},{"v":8.8014,"d":"8.80"},"billion",{"v":2990,"d":"2,990.00"},{"$nulls":17},{"v":140.53,"d":"140.5"},{"v":0.047,"d":"4.7%"},{"$nulls":8},{"v":2849.47,"d":"2,849.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":12597,"d":"12,597.0"},"US$ (in 1995 purchasing power parity terms",{"v":16143.0555,"d":"16,143.1"},{"$nulls":50},"Less meat",null,null,"MIXED"]
[29,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","SLOW - FT","SLOW + Free-Tech",2030,"AFOLU","No","GLOBIOM","GHGnonCO2AgLUC",{"v":71.4159957651396,"d":"71.416"},{"v":20.77594574406092,"d":"20.776"},{"v":13.19760109037224,"d":"13.198"},null,{"v":105.38954259957276,"d":"105.390"},{"v":0.8510209309500335,"d":"0.851"},{"v":2.6468405944160938,"d":"2.647"},null,{"v":0.36307866427421814,"d":"0.363"},{"v":1.676161450592906,"d":"1.676"},{"$nulls":3},{"v":4.6860807092832175,"d":"4.686"},null,{"v":5.537101640233251,"d":"5.5"},"Mt",{"$f":"S1255*'T5 - GHG categories & GWPs'!$C$4+AD1255*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4378.224306492057,"d":"4378.22"}},{"$nulls":6},{"v":4713,"d":"4713.00"},{"v":2121,"d":"2121.00"},{"v":6834,"d":"6834.00"},{"$nulls":3},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},0,"Reduced","18 crops",{"v":2866.97724364186,"d":"2,866.98"},{"v":1806.14606567445,"d":"1806.15"},{"v":1060.83117796741,"d":"1060.83"},null,null,{"v":3723.04432243612,"d":"3723.04"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8261.99,"d":"8262.0"},"million",{"v":2798.80300191557,"d":"2798.80"},"OMN/FLX",null,null,{"v":50.4916530012188,"d":"50.5"},{"v":133.54288130324568,"d":"133.5"},{"v":54.54568391259332,"d":"54.5"},{"v":188.088565215839,"d":"188.1"},{"v":238.5802182170578,"d":"238.6"},null,null,{"v":30.36983821372267,"d":"30.4"},{"v":268.9500564307805,"d":"269.0"},{"v":151.411808796837,"d":"151.4"},{"v":39.1766890046411,"d":"39.2"},{"v":190.5884978014781,"d":"190.6"},null,null,{"v":459.53855423225855,"d":"459.5"},{"v":0.16419110381035715,"d":"16.4%"},{"v":1288.99772612419,"d":"1,289.0"},{"v":149.566628454812,"d":"149.6"},{"v":379.647218773506,"d":"379.6"},{"v":58.4060745441433,"d":"58.4"},{"v":207.0670787299273,"d":"207.1"},{"v":216.927199693821,"d":"216.9"},{"v":38.65252136291976,"d":"38.7"},null,{"v":2339.2644476833193,"d":"2,339.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.32673196164030816,"d":"32.7%"},null,{"v":4.644822321568997,"d":"4.64"},null,null,{"v":2.6725499235006818,"d":"2.67"},{"v":18.8518563176713,"d":"18.85"},{"v":1.6464913530095373,"d":"1.65"},{"v":19.79161533575291,"d":"19.79"},{"v":8.56625613076143,"d":"8.57"},"t DM/ha",{"$nulls":4},{"v":37.0399,"d":"37.040"},{"v":4.51049,"d":"4.510"},{"v":4.51049,"d":"4.510"},null,{"v":4.51049,"d":"4.510"},{"v":1.94374,"d":"1.944"},{"v":4.51049,"d":"4.510"},null,{"$f":"(EO1255*((CV1255/'T9 - Feed composition+factors'!$B$10)/((CV1255/'T9 - Feed composition+factors'!$B$10)+(DE1255/'T9 - Feed composition+factors'!$B$12))))+(ET1255*((DE1255/'T9 - Feed composition+factors'!$B$12)/((CV1255/'T9 - Feed composition+factors'!$B$10)+(DE1255/'T9 - Feed composition+factors'!$B$12))))","v":{"v":5.750207962047979,"d":"5.750"}},{"v":4.51049,"d":"4.510"},"t DM feed / t product",{"v":0.04116229916631608,"d":"4.1%"},{"v":0.10353430119553003,"d":"10.4%"},{"v":0.052058251865415406,"d":"5.2%"},{"v":1,"d":"100.0%"},{"v":1,"d":"100.0%"},null,{"v":1,"d":"100.0%"},{"v":0.17483500066028962,"d":"17.5%"},{"v":1,"d":"100.0%"},{"v":0.16236346013503383,"d":"16%"},{"v":1,"d":"100.0%"},{"v":0.39799986120534003,"d":"39.80%"},{"$f":"EZ1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.03880765145759142,"d":"3.9%"}},{"$f":"FA1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.09761172616881825,"d":"9.8%"}},{"$f":"FB1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.04908031219834695,"d":"4.9%"}},{"$f":"FC1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FD1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},null,{"$f":"FF1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FG1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1648337412057034,"d":"16.5%"}},{"$f":"FH1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FI1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.15307562254746743,"d":"15.3%"}},{"$f":"FJ1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FK1255*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.37523268152294825,"d":"37.5%"}},{"$nulls":3},"OTHER"]
[29,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","SLOW + SI","SLOW + Sust Intens",2030,"AFOLU","No","GLOBIOM","GHGnonCO2AgLUC",{"v":72.2462454604872,"d":"72.246"},{"v":21.67003291870584,"d":"21.670"},{"v":13.53649906089288,"d":"13.536"},null,{"v":107.45277744008592,"d":"107.453"},{"v":0.8662596568157416,"d":"0.866"},{"v":2.778130156747795,"d":"2.778"},null,{"v":0.37241072120939933,"d":"0.372"},{"v":1.7014522113683925,"d":"1.701"},{"$nulls":3},{"v":4.851993089325587,"d":"4.852"},null,{"v":5.718252746141329,"d":"5.7"},"Mt",{"$f":"S1265*'T5 - GHG categories & GWPs'!$C$4+AD1265*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4483.79854606692,"d":"4483.80"}},{"$nulls":6},{"v":5328,"d":"5328.00"},{"v":2360,"d":"2360.00"},{"v":7688,"d":"7688.00"},{"$nulls":3},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},0,"Reduced","18 crops",{"v":2920.9235832487902,"d":"2,920.92"},{"v":1837.98929141762,"d":"1837.99"},{"v":1082.93429183117,"d":"1082.93"},null,null,{"v":3710.88263911503,"d":"3710.88"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8261.99,"d":"8262.0"},"million",{"v":2865.11964812136,"d":"2865.12"},"OMN/FLX",null,null,{"v":50.9661224900918,"d":"51.0"},{"v":138.7562552720418,"d":"138.8"},{"v":56.675090181538195,"d":"56.7"},{"v":195.43134545358,"d":"195.4"},{"v":246.3974679436718,"d":"246.4"},null,null,{"v":31.02561049612091,"d":"31.0"},{"v":277.42307843979273,"d":"277.4"},{"v":151.922991870847,"d":"151.9"},{"v":40.5495780854617,"d":"40.5"},{"v":192.4725699563087,"d":"192.5"},null,null,{"v":469.8956483961014,"d":"469.9"},{"v":0.16400559352005034,"d":"16.4%"},{"v":1319.04571261567,"d":"1,319.0"},{"v":156.144962882437,"d":"156.1"},{"v":385.81548605997,"d":"385.8"},{"v":59.6593797524779,"d":"59.7"},{"v":211.53825338264255,"d":"211.5"},{"v":223.533064400639,"d":"223.5"},{"v":39.48714063142661,"d":"39.5"},null,{"v":2395.223999725263,"d":"2,395.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$f":"(((DW1297-DW$1247)/45)*25)+DW$1247","v":{"v":12325.925925925927,"d":"12,325.9"}},"USD per capita",null,{"v":0.2989049785377511,"d":"29.9%"},null,{"v":4.5474014438079156,"d":"4.55"},null,null,{"v":2.7517896041791734,"d":"2.75"},{"v":18.4883229603848,"d":"18.49"},{"v":1.6464913530095373,"d":"1.65"},{"v":19.79161533575291,"d":"19.79"},{"v":8.422092452128137,"d":"8.42"},"t DM/ha",{"$nulls":4},{"v":37.0399,"d":"37.040"},{"v":4.51049,"d":"4.510"},{"v":4.51049,"d":"4.510"},null,{"v":4.51049,"d":"4.510"},{"v":1.94374,"d":"1.944"},{"v":4.51049,"d":"4.510"},null,{"$f":"(EO1265*((CV1265/'T9 - Feed composition+factors'!$B$10)/((CV1265/'T9 - Feed composition+factors'!$B$10)+(DE1265/'T9 - Feed composition+factors'!$B$12))))+(ET1265*((DE1265/'T9 - Feed composition+factors'!$B$12)/((CV1265/'T9 - Feed composition+factors'!$B$10)+(DE1265/'T9 - Feed composition+factors'!$B$12))))","v":{"v":5.77055856846253,"d":"5.771"}},{"v":4.51049,"d":"4.510"},"t DM feed / t product",{"v":0.04116229916631608,"d":"4.1%"},{"v":0.10353430119553003,"d":"10.4%"},{"v":0.05218369751812016,"d":"5.2%"},{"v":1,"d":"100.0%"},{"v":1,"d":"100.0%"},null,{"v":1,"d":"100.0%"},{"v":0.17483500066028962,"d":"17.5%"},{"v":1,"d":"100.0%"},{"v":0.16231138465485334,"d":"16%"},{"v":1,"d":"100.0%"},{"v":0.40302077225041233,"d":"40.30%"},{"$f":"EZ1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.03880765145759142,"d":"3.9%"}},{"$f":"FA1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.09761172616881825,"d":"9.8%"}},{"$f":"FB1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.049198581859314285,"d":"4.9%"}},{"$f":"FC1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FD1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},null,{"$f":"FF1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FG1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1648337412057034,"d":"16.5%"}},{"$f":"FH1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FI1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.15302652599248234,"d":"15.3%"}},{"$f":"FJ1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FK1265*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.3799663764278282,"d":"38.0%"}},{"$nulls":3},"OTHER"]
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[29,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-L + SI","Sust-Intens + Convergence: Crops - TREND; Livestock - TREND + 25% efficiency gap closure",2050,"AFOLU","No","GLOBIOM","GHGnonCO2AgLUC",{"v":71.9505589685344,"d":"71.951"},{"v":18.06403400030992,"d":"18.064"},{"v":14.986007844999119,"d":"14.986"},null,{"v":105.00060081384343,"d":"105.001"},{"v":0.9068110558423389,"d":"0.907"},{"v":2.902523136422151,"d":"2.903"},null,{"v":0.4137032942532047,"d":"0.414"},{"v":1.7561604671378421,"d":"1.756"},{"$nulls":3},{"v":5.072386897813198,"d":"5.072"},null,{"v":5.979197953655536,"d":"6.0"},"Mt",{"$f":"S1312*'T5 - GHG categories & GWPs'!$C$4+AD1312*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4488.337383484502,"d":"4488.34"}},{"$nulls":6},{"v":3604,"d":"3604.00"},{"v":1851,"d":"1851.00"},{"v":5455,"d":"5455.00"},{"$nulls":3},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},0,"Reduced","18 crops",{"v":2944.61426372489,"d":"2,944.61"},{"v":1828.30105890965,"d":"1828.30"},{"v":1116.31320481524,"d":"1116.31"},null,null,{"v":3664.876858097,"d":"3664.88"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":9169.11,"d":"9169.1"},"million",{"v":3082.18609513929,"d":"3082.19"},"OMN/FLX",null,null,{"v":66.0498282959299,"d":"66.0"},{"v":150.7532667186472,"d":"150.8"},{"v":61.57527795550379,"d":"61.6"},{"v":212.328544674151,"d":"212.3"},{"v":278.37837297008093,"d":"278.4"},null,null,{"v":31.44733790191513,"d":"31.4"},{"v":309.8257108719961,"d":"309.8"},{"v":182.448045889182,"d":"182.4"},{"v":48.1977723543357,"d":"48.2"},{"v":230.64581824351768,"d":"230.6"},null,null,{"v":540.4715291155137,"d":"540.5"},{"v":0.17535330847409092,"d":"17.5%"},{"v":1367.23877367231,"d":"1,367.2"},{"v":167.962008494115,"d":"168.0"},{"v":442.702190917911,"d":"442.7"},{"v":67.7643676759051,"d":"67.8"},{"v":214.4136675130577,"d":"214.4"},{"v":241.60967314804,"d":"241.6"},{"v":40.023884602437434,"d":"40.0"},null,{"$f":"CR1312-DJ1312","v":{"v":2541.7145660237766,"d":"2,541.7"}},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",null,{"v":0.5457480785101196,"d":"54.6%"},null,{"v":5.411586805905784,"d":"5.41"},null,null,{"v":3.015549627255105,"d":"3.02"},{"v":21.7612081121575,"d":"21.76"},{"v":1.7661080865044705,"d":"1.77"},{"v":21.144526602100385,"d":"21.14"},{"v":9.715314610672829,"d":"9.72"},"t DM/ha",{"$nulls":4},{"v":23.33202,"d":"23.332"},{"v":4.38337,"d":"4.383"},{"v":4.38337,"d":"4.383"},null,{"v":4.38337,"d":"4.383"},{"v":1.44017,"d":"1.440"},{"v":4.38337,"d":"4.383"},null,{"$f":"(EO1312*((CV1312/'T9 - Feed composition+factors'!$B$10)/((CV1312/'T9 - Feed composition+factors'!$B$10)+(DE1312/'T9 - Feed composition+factors'!$B$12))))+(ET1312*((DE1312/'T9 - Feed composition+factors'!$B$12)/((CV1312/'T9 - Feed composition+factors'!$B$10)+(DE1312/'T9 - Feed composition+factors'!$B$12))))","v":{"v":3.994070366022782,"d":"3.994"}},{"v":4.38337,"d":"4.383"},"t DM feed / t product",{"v":0.04116229916631608,"d":"4.1%"},{"v":0.10353430119553003,"d":"10.4%"},{"v":0.05236153552013272,"d":"5.2%"},{"v":1,"d":"100.0%"},{"v":1,"d":"100.0%"},null,{"v":1,"d":"100.0%"},{"v":0.17483500066028962,"d":"17.5%"},{"v":1,"d":"100.0%"},{"v":0.1614386628048139,"d":"16%"},{"v":1,"d":"100.0%"},{"v":0.395232664936421,"d":"39.52%"},{"$f":"EZ1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.03880765145759142,"d":"3.9%"}},{"$f":"FA1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.09761172616881825,"d":"9.8%"}},{"$f":"FB1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.04936624681821594,"d":"4.9%"}},{"$f":"FC1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FD1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},null,{"$f":"FF1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FG1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1648337412057034,"d":"16.5%"}},{"$f":"FH1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FI1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.1522037273135526,"d":"15.2%"}},{"$f":"FJ1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.942796011,"d":"94.3%"}},{"$f":"FK1312*VLOOKUP($J$1247,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.3726237799189573,"d":"37.3%"}},{"$nulls":3},"EFF"]
[31,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E., Kropp, J.P.","Pradhan et al. (2013)","Journal article","PLOS ONE","Scenario B","Population growth and diet change",2020,"Agriculture","No","Pradhan et al. (2013)","GHGdirectAgLUC",{"$nulls":17},{"v":10590,"d":"10590.0"},null,{"v":1640,"d":"1640.0"},{"$nulls":10},"Mt CO2e/yr",{"$nulls":7},{"v":0,"d":"0%"},{"$nulls":39},{"v":0,"d":"0%"},7.67,"billion",{"v":2871.564,"d":"2871.6"},"OMN/FLX",null,null,{"v":94.56665,"d":"94.6"},null,null,{"v":221.0314,"d":"221.0"},{"v":315.59805,"d":"315.6"},null,null,{"v":28.46266,"d":"28.5"},{"v":344.06071,"d":"344.1"},{"v":183.1291,"d":"183.1"},{"v":27.24495,"d":"27.2"},{"v":210.37404999999998,"d":"210.4"},{"v":100.3284,"d":"100.3"},null,{"v":654.7631,"d":"654.8"},{"v":0.201,"d":"20.1%"},{"$nulls":8},{"v":2216.8008999999997,"d":"2,216.8"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":52},"BAU"]
[31,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E., Kropp, J.P.","Pradhan et al. (2013)","Journal article","PLOS ONE","Scenario C","Population growth and diet change + improved efficiency",2015,"Agriculture","No","Pradhan et al. (2013)","GHGdirectAgLUC",{"$nulls":17},{"v":7090,"d":"7090.0"},null,{"v":1710,"d":"1710.0"},{"$nulls":10},"Mt CO2e/yr",{"$nulls":7},{"$f":"1-AF1334/AF1326","v":{"v":0.24654622741764076,"d":"25%"}},{"$nulls":39},{"v":0,"d":"0%"},{"v":7.3,"d":"7.30"},"billion",{"v":2824.223,"d":"2824.2"},"OMN/FLX",null,null,{"v":90.20861,"d":"90.2"},null,null,{"v":209.555,"d":"209.6"},{"v":299.76360999999997,"d":"299.8"},null,null,{"v":27.56897,"d":"27.6"},{"v":327.33257999999995,"d":"327.3"},{"v":178.2547,"d":"178.3"},{"v":29.36158,"d":"29.4"},{"v":207.61628000000002,"d":"207.6"},{"v":76.71887,"d":"76.7"},null,{"v":611.6678,"d":"611.7"},{"v":0.189,"d":"18.9%"},{"$nulls":8},{"v":2212.5552,"d":"2,212.6"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":56},"EFF"]
[32,2015,"Closing yield gaps: How Sustainable Can We Be?","Pradhan, P., Fischer, G., van Velthuizen, H., Reusser, D.E., Kropp, J.P. ","Pradhan et al. (2015)","Journal article","PLOS ONE","Scenario B","Population growth and diet change",2050,"Agriculture","No","Pradhan et al. (2015)",{"$nulls":39},{"v":0,"d":"0%"},{"$nulls":19},{"$f":"BU1342*1.73","v":{"v":183.38,"d":"183.4"}},null,null,"TgN/yr",{"$f":"(BZ1344- BZ$1342)/BZ$1342","v":{"v":0.19999999999999996,"d":"20.0%"}},{"v":0.6,"d":"0.60"},{"$f":"CA1342*1.46","v":{"v":28.68995633187773,"d":"28.69"}},{"$nulls":6},"Tg P/yr",{"$f":"(CJ1344- CJ$1342)/CJ$1342","v":{"v":0.19999999999999996,"d":"20.0%"}},{"v":0.6,"d":"0.60"},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"v":9.306,"d":"9.31"},"billion",{"v":3090.69501603754,"d":"3,090.7"},"OMN/FLX",null,null,{"$f":"CV1341","v":{"v":118.9559,"d":"119.0"}},null,null,{"$f":"CY1341","v":{"v":312.0036,"d":"312.0"}},{"$f":"CV1344+CY1344","v":{"v":430.9595,"d":"431.0"}},null,null,{"$f":"DC1341","v":{"v":38.02305,"d":"38.0"}},{"$f":"CZ1344+DC1344","v":{"v":468.98255,"d":"469.0"}},{"$f":"DE1341","v":{"v":261.2593,"d":"261.3"}},{"$f":"DF1341","v":{"v":42.22413,"d":"42.2"}},{"$f":"DG1341","v":{"v":303.48343,"d":"303.5"}},{"$f":"DH1341","v":{"v":117.5991,"d":"117.6"}},null,{"$f":"DJ1341","v":{"v":890.0651,"d":"890.1"}},{"$f":"DJ1344/CR1344","v":{"v":0.2879821837423215,"d":"28.8%"}},{"$nulls":8},{"$f":"CR1344-DJ1344","v":{"v":2200.62991603754,"d":"2,200.6"}},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"$f":"EB1344/EB$1342-1","v":{"v":0.7739387562246773,"d":"77.4%"}},null,{"v":4.835098022053978,"d":"4.84"},{"$nulls":8},1,1,1,1,1,1,1,1,1,1,1,1,1,1,"Index (base year =1)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,{"$nulls":4},"BAU"]
[36,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2050","Bouwman, A.F., Beusen, A.H.W., Billen, G.","Bouwman et al. (2009)","Journal article","Global Biogeochemical Cycles","GO","Global Orchestration",2050,"Agriculture","No","IMAGE 2.4",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":19},134.99,null,{"v":212,"d":"212.00"},"TgN/yr",{"v":0.1723797977644849,"d":"17.2%"},0.44,32.65,34.98,{"$nulls":5},"Tg P/yr",{"v":-0.05132144735349617,"d":"-5.1%"},0.46,{"v":0,"d":"0.00%"},{"v":0.758,"d":"75.8%"},{"v":0,"d":"0.00%"},{"v":0.8889292384312097,"d":"88.9%"},{"v":0,"d":"0%"},{"v":8.2,"d":"8.20"},"billion",{"v":3516.0405988146294,"d":"3,516.0"},"OMN/FLX",null,null,{"v":83.98671249385905,"d":"84.0"},{"v":136.88989154162155,"d":"136.9"},{"v":67.95867942485641,"d":"68.0"},{"v":204.84857096647795,"d":"204.8"},{"v":288.835283460337,"d":"288.8"},{"$nulls":4},{"v":203.12864731408055,"d":"203.1"},{"v":49.424494127168295,"d":"49.4"},{"v":252.55314144124884,"d":"252.6"},null,null,{"v":541.3884249015858,"d":"541.4"},{"v":0.1539767274257599,"d":"15.4%"},{"$nulls":8},{"v":2974.6521739130435,"d":"2,974.7"},"kcal/capita/day",{"v":0,"d":"0.0%"},{"v":22282,"d":"22,282.0"},"USD1995 per capita",{"$f":"DY1368","v":{"v":28554.3,"d":"28,554.3"}},{"v":0.5141014216743286,"d":"51.4%"},null,{"v":5.189087,"d":"5.19"},null,null,{"v":2.9253199999999997,"d":"2.93"},{"$nulls":3},{"v":7.510446517725813,"d":"7.51"},"t DM/ha",null,{"v":7.305673,"d":"7.31"},{"v":50.147806370024135,"d":"50.15"},{"v":79.36710649341602,"d":"79.37"},{"v":55.43029,"d":"55.43"},{"v":6.229423425723153,"d":"6.23"},{"v":3.177082776787597,"d":"3.18"},null,{"v":4.340131,"d":"4.34"},{"v":1.336282,"d":"1.34"},{"v":3.177082776787597,"d":"3.18"},{"v":3.6914148626516994,"d":"3.69"},{"$f":"(EO1360*((CV1360/'T9 - Feed composition+factors'!$B$10)/((CV1360/'T9 - Feed composition+factors'!$B$10)+(DE1360/'T9 - Feed composition+factors'!$B$12))))+(ET1360*((DE1360/'T9 - Feed composition+factors'!$B$12)/((CV1360/'T9 - Feed composition+factors'!$B$10)+(DE1360/'T9 - Feed composition+factors'!$B$12))))","v":{"v":8.42612752953753,"d":"8.426"}},{"$f":"(EP1360*((CW1360/'T9 - Feed composition+factors'!$B$14)/((CW1360/'T9 - Feed composition+factors'!$B$14)+(CX1360/'T9 - Feed composition+factors'!$B$15)+(DA1360/'T9 - Feed composition+factors'!$B$16)+(DF1360/'T9 - Feed composition+factors'!$B$11))))+(EQ1360*((CX1360/'T9 - Feed composition+factors'!$B$15)/((CW1360/'T9 - Feed composition+factors'!$B$14)+(CX1360/'T9 - Feed composition+factors'!$B$15)+(DA1360/'T9 - Feed composition+factors'!$B$16)+(DF1360/'T9 - Feed composition+factors'!$B$11))))+(ER1360*((DA1360/'T9 - Feed composition+factors'!$B$16)/((CW1360/'T9 - Feed composition+factors'!$B$14)+(CX1360/'T9 - Feed composition+factors'!$B$15)+(DA1360/'T9 - Feed composition+factors'!$B$16)+(DF1360/'T9 - Feed composition+factors'!$B$11))))+(EU1360*((DF1360/'T9 - Feed composition+factors'!$B$11)/((CW1360/'T9 - Feed composition+factors'!$B$14)+(CX1360/'T9 - Feed composition+factors'!$B$15)+(DA1360/'T9 - Feed composition+factors'!$B$16)+(DF1360/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.306492875923642,"d":"4.31"}},"kg DM feed/kg product",{"$nulls":14},{"v":0.114318436166768,"d":"11.4%"},{"$nulls":3},{"v":0.743063054561968,"d":"74.3%"},{"v":0.157145809936544,"d":"15.7%"},null,{"v":0.12,"d":"12.0%"},{"v":0.743063054561968,"d":"74.3%"},{"v":0.209,"d":"20.9%"},"Reformed Markets",null,null,"OTHER"]
[37,2005,"Ecosystems and Human Well-being: Scenarios","W. V. Reid, H. A. Mooney, A. Cropper, D. Capistrano, S. R. Carpenter, K. Chopra, \rP. Dasgupta, T. Dietz, A. K. Duraiappah, R. Hassan, R. Kasperson, R. Leemans, \rR. M. May, A.J. McMichael, P. Pingali, C. Samper, R. Scholes, R. T. Watson, \rA.H. Zakri, Z. Shidong, N. J. Ash, E. Bennett, P. Kumar, M. J. Lee, C. Raudsepp-Hearne,\r H. Simons, J. Thonell, and M. B. Zurek","Millennium Ecosystem Assessment (2005)","Report","Millennium Ecosystem Assessment","TG","Technogarden",2050,"Agriculture","No",{"$nulls":40},{"v":0,"d":"0.0%"},null,"Agriculture",{"$f":"13067-7788.5","v":{"v":5278.5,"d":"5,278.50"}},{"$f":"BD1370-BF1370","v":{"v":3540.5,"d":"3,540.50"}},{"$f":"13067-11329","v":{"v":1738,"d":"1,738.00"}},null,null,{"v":4345,"d":"4,345.00"},"Mha",{"$nulls":10},{"v":115,"d":"115.0"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":9},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8.821,"d":"8.82"},"billion",{"v":3270,"d":"3,270.0"},{"$nulls":6},{"v":227.0591565242004,"d":"227.1"},{"$f":"CV1370+CY1370","v":{"v":227.0591565242004,"d":"227.1"}},{"$nulls":9},{"v":466.52478859264136,"d":"466.5"},{"v":0.14606286430577375,"d":"14.6%"},{"$nulls":8},{"v":2727.4752114073585,"d":"2,727.5"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":12932,"d":"12,932.0"},"USD1995 per capita",{"v":16572.31,"d":"16,572.3"},{"$f":"EB1370/$EB$1345 - 1+DZ$1367","v":{"v":0.2927601907451618,"d":"29.3%"}},null,{"v":4.35535852500527,"d":"4.36"},{"$nulls":7},"t DM/ha",{"$nulls":39},"Global Sustainable Development",null,null,"OTHER"]
[38,2016,"Agrimonde-Terra: Land use & food security in 2050","French Agricultural Research Centre for International Development (CIRAD)","CIRAD (2016)","Report","French Agricultural Research Centre for International Development (CIRAD)","Healthy_C","Land use for food quality & healthy nutrition with agricultural technology C",2050,"AFOLU","Yes","GlobAgri-AgT",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4902.04,"d":"4,902.04"},3422.79,1479.25,null,null,{"$f":"$BI$1372-62","v":{"v":3953.67296,"d":"3,953.67"}},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":9.7,"d":"9.70"},"billion",{"v":2843,"d":"2,843.0"},"OMN/FLX",{"v":40.40605375210384,"d":"40.4"},{"v":16.628548261410007,"d":"16.6"},{"v":57.03460201351385,"d":"57.0"},{"v":81.87928400061833,"d":"81.9"},{"v":48.93845566365854,"d":"48.9"},{"v":130.81773966427687,"d":"130.8"},{"v":187.85234167779072,"d":"187.9"},null,null,{"v":34.70961045485766,"d":"34.7"},{"v":222.56195213264837,"d":"222.6"},{"v":139.71244782530792,"d":"139.7"},{"v":34.4733371810539,"d":"34.5"},{"v":174.1857850063618,"d":"174.2"},null,null,{"v":396.74773713901016,"d":"396.7"},{"v":0.13955249283820265,"d":"14.0%"},{"v":1270.1267808770028,"d":"1,270.1"},{"v":87.43916337941252,"d":"87.4"},{"v":311.97587280692585,"d":"312.0"},{"v":188.11873855881032,"d":"188.1"},{"v":431.1868470058011,"d":"431.2"},{"v":97.41077232210421,"d":"97.4"},{"v":25.866792217010953,"d":"25.9"},{"v":34.12729569392217,"d":"34.1"},{"v":2446.2522628609895,"d":"2,446.3"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":20000,"d":"20,000.0"},"USD per capita",{"v":20000,"d":"20,000.0"},{"v":0.23115577889447247,"d":"23.1%"},null,4.9,null,null,{"v":2.622323821,"d":"2.622"},null,{"v":2.5,"d":"2.500"},null,null,"t DM/ha",null,null,{"v":43,"d":"43.00"},{"v":23.2,"d":"23.20"},{"$f":"EM1377*77%+EN1377*23%","v":{"v":38.446,"d":"38.45"}},{"v":5.4,"d":"5.40"},{"v":4.4,"d":"4.40"},null,{"$f":"EP1377*45%+EQ1377*55%","v":{"v":4.8500000000000005,"d":"4.85"}},{"v":2.9,"d":"2.90"},4.86,{"$f":"ET1377*92%+EU1377*8%","v":{"v":3.0568,"d":"3.06"}},{"$f":"EM1377*10%+ET1377*90%","v":6.91},{"$f":"32%*EP1377+38%*EQ1377+20%*EU1377","v":{"v":4.372000000000001,"d":"4.37"}},"kgDM/kg output",{"$nulls":12},{"v":0.029264278151596542,"d":"2.93%"},{"v":0.08683457310881362,"d":"8.68%"},{"v":0.04972860686954905,"d":"4.97%"},{"v":0.7631965682840017,"d":"76.32%"},{"v":0.7131253442924137,"d":"71.31%"},null,{"v":0.7358394953049143,"d":"73.58%"},{"v":0.05359465617950653,"d":"5.36%"},{"v":0.6725016669149032,"d":"67.25%"},{"v":0.04988862015016132,"d":"4.99%"},{"v":0.7217497411035477,"d":"72.17%"},{"v":0.16881506689433712,"d":"16.9%"},"Healthy_C",null,null,"OTHER"]
[41,2014,"Water footprint scenarios for 2050: A global analysis","Ercin, A.E. & Hoekstra, A.Y.","Ercin & Hoekstra (2014)","Journal article","Environmental International","S1","Global market, western high meat  (A1)",2050,"Agriculture","No",{"$f":"E1392","v":"Ercin & Hoekstra (2014)"},{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"Water Footprint Network - Mekonnen & Hoekstra (2011)",{"v":1089.307,"d":"1,089.31"},null,{"v":15193.81,"d":"15,193.81"},"km3/yr",{"$f":"BQ$511","v":{"v":0.0917584035933876,"d":"9.2%"}},null,{"v":0.30140318051127235,"d":"30.1%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":8105.622,"d":"8105.6"},"million",{"$f":"DJ1392+DT1392","v":{"v":3195.807,"d":"3,195.8"}},"OMN/FLX",null,null,116.6,159.1,65.4,224.5,{"$f":"CV1392+CY1392","v":341.1},{"$nulls":3},{"$f":"CZ1392+DC1392","v":341.1},{"v":271,"d":"271.0"},47.6,{"$f":"DE1392+DF1392","v":318.6},null,null,{"$f":"DD1392+DG1392","v":659.7},{"v":0.20642673352927762,"d":"20.6%"},{"v":1256.8,"d":"1,256.8"},{"v":159,"d":"159.0"},369.7,61.8,330.1,262.5,54.6,{"v":41.607,"d":"41.6"},{"$f":"SUM(DL1392:DS1392)","v":{"v":2536.107,"d":"2,536.1"}},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,{"$f":"EB1391","v":{"v":3.0623,"d":"3.06"}},{"$nulls":10},{"v":47,"d":"47.0"},30.2,{"v":44.23598971722365,"d":"44.2"},4.2,5.8,null,{"v":4.944847192608386,"d":"4.9"},1.9,3.1,{"v":2.008403361344538,"d":"2.0"},{"$f":"(EO1392*((CV1392/'T9 - Feed composition+factors'!$B$10)/((CV1392/'T9 - Feed composition+factors'!$B$10)+(DE1392/'T9 - Feed composition+factors'!$B$12))))+(ET1392*((DE1392/'T9 - Feed composition+factors'!$B$12)/((CV1392/'T9 - Feed composition+factors'!$B$10)+(DE1392/'T9 - Feed composition+factors'!$B$12))))","v":{"v":7.643564497737988,"d":"7.644"}},{"$f":"(EP1392*((CW1392/'T9 - Feed composition+factors'!$B$14)/((CW1392/'T9 - Feed composition+factors'!$B$14)+(CX1392/'T9 - Feed composition+factors'!$B$15)+(DA1392/'T9 - Feed composition+factors'!$B$16)+(DF1392/'T9 - Feed composition+factors'!$B$11))))+(EQ1392*((CX1392/'T9 - Feed composition+factors'!$B$15)/((CW1392/'T9 - Feed composition+factors'!$B$14)+(CX1392/'T9 - Feed composition+factors'!$B$15)+(DA1392/'T9 - Feed composition+factors'!$B$16)+(DF1392/'T9 - Feed composition+factors'!$B$11))))+(ER1392*((DA1392/'T9 - Feed composition+factors'!$B$16)/((CW1392/'T9 - Feed composition+factors'!$B$14)+(CX1392/'T9 - Feed composition+factors'!$B$15)+(DA1392/'T9 - Feed composition+factors'!$B$16)+(DF1392/'T9 - Feed composition+factors'!$B$11))))+(EU1392*((DF1392/'T9 - Feed composition+factors'!$B$11)/((CW1392/'T9 - Feed composition+factors'!$B$14)+(CX1392/'T9 - Feed composition+factors'!$B$15)+(DA1392/'T9 - Feed composition+factors'!$B$16)+(DF1392/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.474057586162551,"d":"4.47"}},"kg DM feed/kg of output",{"$nulls":12},{"v":0.0507025401451512,"d":"5.1%"},{"v":0.0105027286644152,"d":"1.1%"},{"v":0.0464333507308577,"d":"4.6%"},{"v":0.5517415938535128,"d":"55.2%"},{"v":0.7280164836051032,"d":"72.8%"},null,{"v":0.6173894596811611,"d":"61.7%"},{"v":0.26893842740557816,"d":"26.9%"},{"v":0.7744123768910549,"d":"77.4%"},{"v":0.0964,"d":"9.6%"},{"v":0.6434,"d":"64.3%"},null,"Economic Optimism","A1",null,"OTHER"]
[42,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation","Doelman, J.C., Stehfest, E., Tabeau, A., van Meijl, H., Lassaletta, L., Gernaat, J.E.H.J., Hermans, K., Harmsen, M., Daioglou, V., Biemans, H., van der Sluis, S., van Vuuren, D.P.","Doelman et al. (2018)","Journal article","Global Environmental Change","SSP2","SSP2",2030,"AFOLU","Yes","IMAGE 3.0","GHGnonCO2AgLUC",{"v":124,"d":"124.0"},{"v":34,"d":"34.0"},{"v":13,"d":"13.0"},{"v":5.287000000000001,"d":"5.3"},171,1.431,{"$nulls":3},2.12,null,4.932,null,{"v":7.0520000000000005,"d":"7.052"},1.05,{"v":8.483,"d":"8.48"},"Mt",{"$f":"S1402*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD1402*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6967.058999999999,"d":"6967.06"}},{"$nulls":8},{"v":6280.9,"d":"6280.90"},{"v":13247.958999999999,"d":"13247.96"},null,null,"Mt CO2e/yr",0,2005,"tCO2",{"$f":"AT1402*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1402,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1402=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4985.7,"d":"4,985.70"},{"v":3290,"d":"3,290.00"},{"v":1662,"d":"1,662.00"},null,null,{"v":3552.6,"d":"3,552.60"},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"$f":"BY$1404/40*(J1402-J$1396)","v":{"v":0.018987341772151944,"d":"1.9%"}},{"$nulls":15},{"v":0,"d":"0%"},{"v":8328,"d":"8328.0"},"million",{"v":3047.99995,"d":"3,048.0"},"OMN/FLX",null,null,{"v":58.41192,"d":"58.4"},{"v":132.0063,"d":"132.0"},{"v":60.65836,"d":"60.7"},{"v":192.66466000000003,"d":"192.7"},{"v":251.07658000000004,"d":"251.1"},null,null,{"v":36,"d":"36.0"},{"v":287.07658000000004,"d":"287.1"},{"v":136.4831,"d":"136.5"},{"v":38.60077,"d":"38.6"},{"v":175.08387,"d":"175.1"},{"v":19.8395,"d":"19.8"},null,{"v":481.99995,"d":"482.0"},{"v":0.15813646912953527,"d":"15.8%"},{"$nulls":8},{"v":2566,"d":"2,566.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":100863,"d":"100,863.0"},"billion US$2005/yr",{"v":12111311.239193084,"d":"12,111,311.2"},{"v":0.28301886792452824,"d":"28.3%"},null,4.08,null,null,3.68,{"$nulls":4},"t DM/ha",null,{"v":7.463158357771262,"d":"7.46"},{"v":32.36534782608696,"d":"32.37"},{"v":15.207000000000003,"d":"15.21"},{"v":29.054087719298252,"d":"29.05"},{"v":5.920657534246575,"d":"5.92"},{"v":2.796792452830189,"d":"2.80"},null,{"v":4.0707709497206706,"d":"4.07"},{"v":1.5255809523809523,"d":"1.53"},{"v":2.796792452830189,"d":"2.80"},{"v":2.1641990521327013,"d":"2.16"},{"$f":"(EO1402*((CV1402/'T9 - Feed composition+factors'!$B$10)/((CV1402/'T9 - Feed composition+factors'!$B$10)+(DE1402/'T9 - Feed composition+factors'!$B$12))))+(ET1402*((DE1402/'T9 - Feed composition+factors'!$B$12)/((CV1402/'T9 - Feed composition+factors'!$B$10)+(DE1402/'T9 - Feed composition+factors'!$B$12))))","v":{"v":5.243158202444918,"d":"5.243"}},{"$f":"(EP1402*((CW1402/'T9 - Feed composition+factors'!$B$14)/((CW1402/'T9 - Feed composition+factors'!$B$14)+(CX1402/'T9 - Feed composition+factors'!$B$15)+(DA1402/'T9 - Feed composition+factors'!$B$16)+(DF1402/'T9 - Feed composition+factors'!$B$11))))+(EQ1402*((CX1402/'T9 - Feed composition+factors'!$B$15)/((CW1402/'T9 - Feed composition+factors'!$B$14)+(CX1402/'T9 - Feed composition+factors'!$B$15)+(DA1402/'T9 - Feed composition+factors'!$B$16)+(DF1402/'T9 - Feed composition+factors'!$B$11))))+(ER1402*((DA1402/'T9 - Feed composition+factors'!$B$16)/((CW1402/'T9 - Feed composition+factors'!$B$14)+(CX1402/'T9 - Feed composition+factors'!$B$15)+(DA1402/'T9 - Feed composition+factors'!$B$16)+(DF1402/'T9 - Feed composition+factors'!$B$11))))+(EU1402*((DF1402/'T9 - Feed composition+factors'!$B$11)/((CW1402/'T9 - Feed composition+factors'!$B$14)+(CX1402/'T9 - Feed composition+factors'!$B$15)+(DA1402/'T9 - Feed composition+factors'!$B$16)+(DF1402/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.049647885211568,"d":"4.05"}},"tDM/t product",{"$nulls":14},{"v":0.200055002003777,"d":"20.0%"},{"$nulls":3},{"v":0.542600896860987,"d":"54.3%"},{"v":0.251301807897722,"d":"25.1%"},{"v":0.542600896860987,"d":"54.3%"},{"v":0.231148,"d":"23.1%"},{"v":0.542600896860987,"d":"54.3%"},{"$f":"((FN1402*(((CV1402*'T9 - Feed composition+factors'!$B$10)*EO1402)/((((CV1402*'T9 - Feed composition+factors'!B$10)*EO1402)+((CY1402*'T9 - Feed composition+factors'!$B$17)*ES1402)+((DE1402*'T9 - Feed composition+factors'!$B$12)*ET1402)+((DF1402*'T9 - Feed composition+factors'!$B$11)*EU1402))))))+((FR1402*(((CY1402*'T9 - Feed composition+factors'!$B$17)*ES1402)/((((CV1402*'T9 - Feed composition+factors'!$B$10)*EO1402)+((CY1402*'T9 - Feed composition+factors'!$B$17)*ES1402)+((DE1402*'T9 - Feed composition+factors'!$B$12)*ET1402)+((DF1402*'T9 - Feed composition+factors'!$B$11)*EU1402))))))+((FS1402*(((DE1402*'T9 - Feed composition+factors'!$B$12)*ET1402)/((((CV1402*'T9 - Feed composition+factors'!$B$10)*EO1402)+((CY1402*'T9 - Feed composition+factors'!$B$17)*ES1402)+((DE1402*'T9 - Feed composition+factors'!$B$12)*ET1402)+((DF1402*'T9 - Feed composition+factors'!$B$11)*EU1402))))))+((FT1402*(((DF1402*'T9 - Feed composition+factors'!$B$11)*EU1402)/((((CV1402*'T9 - Feed composition+factors'!$B$10)*EO1402)+((CY1402*'T9 - Feed composition+factors'!$B$17)*ES1402)+((DE1402*'T9 - Feed composition+factors'!$B$12)*ET1402)+((DF1402*'T9 - Feed composition+factors'!$B$11)*EU1402))))))","v":{"v":0.3400579710991808,"d":"34.01%"}},"BAU","SSP2",null,"BAU"]
[42,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation","Doelman, J.C., Stehfest, E., Tabeau, A., van Meijl, H., Lassaletta, L., Gernaat, J.E.H.J., Hermans, K., Harmsen, M., Daioglou, V., Biemans, H., van der Sluis, S., van Vuuren, D.P.","Doelman et al. (2018)","Journal article","Global Environmental Change","SSP4","SSP4",2030,"AFOLU","Yes","IMAGE 3.0","GHGnonCO2AgLUC",{"v":126,"d":"126.0"},{"v":34,"d":"34.0"},{"v":13,"d":"13.0"},{"v":5.127000000000001,"d":"5.1"},173,1.468,{"$nulls":3},2.189,null,4.924,null,7.113,1.071,{"v":8.581,"d":"8.58"},"Mt",{"$f":"S1410*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD1410*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7048.213,"d":"7048.21"}},{"$nulls":8},{"v":6175.2,"d":"6175.20"},{"v":13223.413,"d":"13223.41"},null,null,"Mt CO2e/yr",0,2005,"tCO2",{"$f":"AT1410*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1410,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1410=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4995.5,"d":"4,995.50"},{"v":3289.1,"d":"3,289.10"},{"v":1662,"d":"1,662.00"},null,null,{"v":3577.2,"d":"3,577.20"},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"$f":"BY$1412/40*(J1410-J$1396)","v":{"v":0.018987341772151944,"d":"1.9%"}},{"$nulls":15},{"v":0,"d":"0%"},{"v":8301,"d":"8301.0"},"million",{"v":3015.0000099999997,"d":"3,015.0"},"OMN/FLX",null,null,{"v":57.20292,"d":"57.2"},{"v":130.3286,"d":"130.3"},{"v":60.14639,"d":"60.1"},{"v":190.47499,"d":"190.5"},{"v":247.67791,"d":"247.7"},null,null,{"v":35,"d":"35.0"},{"v":282.67791,"d":"282.7"},{"v":134.0178,"d":"134.0"},{"v":38.27497,"d":"38.3"},{"v":172.29277,"d":"172.3"},{"v":25.02933,"d":"25.0"},null,{"v":480.00001,"d":"480.0"},{"v":0.15920398288821233,"d":"15.9%"},{"$nulls":8},{"v":2535,"d":"2,535.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":103036,"d":"103,036.0"},"billion US$2005/yr",{"v":12412480.424045296,"d":"12,412,480.4"},{"v":0.25471698113207547,"d":"25.5%"},null,3.99,null,null,3.6,{"$nulls":4},"t DM/ha",null,{"v":7.612702380952382,"d":"7.61"},{"v":32.94045652173914,"d":"32.94"},{"v":16.768400000000003,"d":"16.77"},{"v":30.05258928571429,"d":"30.05"},{"v":5.851555555555556,"d":"5.85"},{"v":2.788714285714286,"d":"2.79"},null,{"v":4.03461581920904,"d":"4.03"},{"v":1.561126213592233,"d":"1.56"},{"v":2.788714285714286,"d":"2.79"},{"v":2.1808221153846157,"d":"2.18"},{"$f":"(EO1410*((CV1410/'T9 - Feed composition+factors'!$B$10)/((CV1410/'T9 - Feed composition+factors'!$B$10)+(DE1410/'T9 - Feed composition+factors'!$B$12))))+(ET1410*((DE1410/'T9 - Feed composition+factors'!$B$12)/((CV1410/'T9 - Feed composition+factors'!$B$10)+(DE1410/'T9 - Feed composition+factors'!$B$12))))","v":{"v":5.399812387099705,"d":"5.400"}},{"$f":"(EP1410*((CW1410/'T9 - Feed composition+factors'!$B$14)/((CW1410/'T9 - Feed composition+factors'!$B$14)+(CX1410/'T9 - Feed composition+factors'!$B$15)+(DA1410/'T9 - Feed composition+factors'!$B$16)+(DF1410/'T9 - Feed composition+factors'!$B$11))))+(EQ1410*((CX1410/'T9 - Feed composition+factors'!$B$15)/((CW1410/'T9 - Feed composition+factors'!$B$14)+(CX1410/'T9 - Feed composition+factors'!$B$15)+(DA1410/'T9 - Feed composition+factors'!$B$16)+(DF1410/'T9 - Feed composition+factors'!$B$11))))+(ER1410*((DA1410/'T9 - Feed composition+factors'!$B$16)/((CW1410/'T9 - Feed composition+factors'!$B$14)+(CX1410/'T9 - Feed composition+factors'!$B$15)+(DA1410/'T9 - Feed composition+factors'!$B$16)+(DF1410/'T9 - Feed composition+factors'!$B$11))))+(EU1410*((DF1410/'T9 - Feed composition+factors'!$B$11)/((CW1410/'T9 - Feed composition+factors'!$B$14)+(CX1410/'T9 - Feed composition+factors'!$B$15)+(DA1410/'T9 - Feed composition+factors'!$B$16)+(DF1410/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.013922503121342,"d":"4.01"}},"tDM/t product",{"$nulls":14},{"v":0.156982503467593,"d":"15.7%"},{"$nulls":3},{"v":0.456601788532351,"d":"45.7%"},{"v":0.196846569045253,"d":"19.7%"},{"v":0.456601788532351,"d":"45.7%"},{"v":0.180898,"d":"18.1%"},{"v":0.456601788532351,"d":"45.7%"},{"$f":"((FN1410*(((CV1410*'T9 - Feed composition+factors'!$B$10)*EO1410)/((((CV1410*'T9 - Feed composition+factors'!B$10)*EO1410)+((CY1410*'T9 - Feed composition+factors'!$B$17)*ES1410)+((DE1410*'T9 - Feed composition+factors'!$B$12)*ET1410)+((DF1410*'T9 - Feed composition+factors'!$B$11)*EU1410))))))+((FR1410*(((CY1410*'T9 - Feed composition+factors'!$B$17)*ES1410)/((((CV1410*'T9 - Feed composition+factors'!$B$10)*EO1410)+((CY1410*'T9 - Feed composition+factors'!$B$17)*ES1410)+((DE1410*'T9 - Feed composition+factors'!$B$12)*ET1410)+((DF1410*'T9 - Feed composition+factors'!$B$11)*EU1410))))))+((FS1410*(((DE1410*'T9 - Feed composition+factors'!$B$12)*ET1410)/((((CV1410*'T9 - Feed composition+factors'!$B$10)*EO1410)+((CY1410*'T9 - Feed composition+factors'!$B$17)*ES1410)+((DE1410*'T9 - Feed composition+factors'!$B$12)*ET1410)+((DF1410*'T9 - Feed composition+factors'!$B$11)*EU1410))))))+((FT1410*(((DF1410*'T9 - Feed composition+factors'!$B$11)*EU1410)/((((CV1410*'T9 - Feed composition+factors'!$B$10)*EO1410)+((CY1410*'T9 - Feed composition+factors'!$B$17)*ES1410)+((DE1410*'T9 - Feed composition+factors'!$B$12)*ET1410)+((DF1410*'T9 - Feed composition+factors'!$B$11)*EU1410))))))","v":{"v":0.2770074373067769,"d":"27.70%"}},"Regional Competition","SSP4",null,"OTHER"]
[42,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation","Doelman, J.C., Stehfest, E., Tabeau, A., van Meijl, H., Lassaletta, L., Gernaat, J.E.H.J., Hermans, K., Harmsen, M., Daioglou, V., Biemans, H., van der Sluis, S., van Vuuren, D.P.","Doelman et al. (2018)","Journal article","Global Environmental Change","SSP1 650 (RCP4.5) + Low REDD, half reforestation","SSP1 650 (RCP4.5) + Low REDD, half reforestation",2050,"AFOLU","Yes","IMAGE 3.0","GHGnonCO2AgLUC",{"v":76,"d":"76.00"},{"v":29,"d":"29.00"},9.07,5.8870000000000005,{"v":114.07,"d":"114"},0.947,{"$nulls":3},1.389,null,4.316,null,5.705,0.552,{"v":6.651999999999999,"d":"6.65"},"Mt",{"$f":"S1428*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD1428*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4918.7,"d":"4918.70"}},{"$nulls":8},{"v":-1111,"d":"-1111.00"},{"v":3807.7,"d":"3807.70"},null,null,"Mt CO2e/yr",3.04,2005,"tCO2",{"$f":"AT1428*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1428,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1428=\"tC\",3.67,1)","v":{"v":3.3949668874172185,"d":"3.39"}},{"$f":"1-S1428/S$1400","v":{"v":0.1631575086200573,"d":"16.3%"}},{"$f":"1-AD1428/AD$1400","v":{"v":0.0762394111928899,"d":"7.6%"}},null,{"$f":"1-AF1428/AF$1400","v":{"v":0.13304033397344328,"d":"13.3%"}},"FAO - Permanent meadows and pastures","Agriculture",{"v":4363,"d":"4,363.00"},{"v":2856,"d":"2,856.00"},{"v":1507,"d":"1,507.00"},null,null,{"v":3871,"d":"3,871.00"},"Mha",{"$nulls":6},{"$f":"BQ1452*2","v":{"v":0,"d":"0.0%"}},{"$nulls":7},{"$f":"BY$414*1.2","v":{"v":0.04556962025316467,"d":"4.6%"}},{"$nulls":15},{"v":0,"d":"0%"},{"v":8531,"d":"8531.0"},"million",{"v":2977.47998,"d":"2,977.5"},"OMN/FLX",null,null,{"v":49.40547,"d":"49.4"},{"v":114.4906,"d":"114.5"},{"v":51.68275,"d":"51.7"},{"v":166.17335,"d":"166.2"},{"v":215.57882,"d":"215.6"},null,null,{"v":34,"d":"34.0"},{"v":249.57882,"d":"249.6"},{"v":99.35044,"d":"99.4"},{"v":30.70311,"d":"30.7"},{"v":130.05355,"d":"130.1"},{"v":26.84761,"d":"26.8"},null,{"v":406.47998,"d":"406.5"},{"v":0.13651812362479765,"d":"13.7%"},{"$nulls":8},{"v":2571,"d":"2,571.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":209536.304,"d":"209,536.3"},"billion US$2005/yr",{"$f":"DW1428/CP1428*1000","v":{"v":24561.751728988394,"d":"24,561.8"}},{"v":0.46855345911949675,"d":"46.9%"},null,4.67,null,null,4.33,{"$nulls":4},"t DM/ha",null,{"v":6.363287390029327,"d":"6.36"},{"v":24.316254901960786,"d":"24.32"},{"v":13.159666666666668,"d":"13.16"},{"v":22.191190476190478,"d":"22.19"},{"v":5.4293424657534235,"d":"5.43"},2.52,null,{"v":3.4497348066298335,"d":"3.45"},{"v":1.0652989690721648,"d":"1.07"},2.52,{"v":1.8316780487804878,"d":"1.83"},{"$f":"(EO1428*((CV1428/'T9 - Feed composition+factors'!$B$10)/((CV1428/'T9 - Feed composition+factors'!$B$10)+(DE1428/'T9 - Feed composition+factors'!$B$12))))+(ET1428*((DE1428/'T9 - Feed composition+factors'!$B$12)/((CV1428/'T9 - Feed composition+factors'!$B$10)+(DE1428/'T9 - Feed composition+factors'!$B$12))))","v":{"v":4.3092920092528875,"d":"4.309"}},{"$f":"(EP1428*((CW1428/'T9 - Feed composition+factors'!$B$14)/((CW1428/'T9 - Feed composition+factors'!$B$14)+(CX1428/'T9 - Feed composition+factors'!$B$15)+(DA1428/'T9 - Feed composition+factors'!$B$16)+(DF1428/'T9 - Feed composition+factors'!$B$11))))+(EQ1428*((CX1428/'T9 - Feed composition+factors'!$B$15)/((CW1428/'T9 - Feed composition+factors'!$B$14)+(CX1428/'T9 - Feed composition+factors'!$B$15)+(DA1428/'T9 - Feed composition+factors'!$B$16)+(DF1428/'T9 - Feed composition+factors'!$B$11))))+(ER1428*((DA1428/'T9 - Feed composition+factors'!$B$16)/((CW1428/'T9 - Feed composition+factors'!$B$14)+(CX1428/'T9 - Feed composition+factors'!$B$15)+(DA1428/'T9 - Feed composition+factors'!$B$16)+(DF1428/'T9 - Feed composition+factors'!$B$11))))+(EU1428*((DF1428/'T9 - Feed composition+factors'!$B$11)/((CW1428/'T9 - Feed composition+factors'!$B$14)+(CX1428/'T9 - Feed composition+factors'!$B$15)+(DA1428/'T9 - Feed composition+factors'!$B$16)+(DF1428/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.717572648718496,"d":"3.72"}},"tDM/t product",{"$nulls":14},{"v":0.24948348126475,"d":"24.9%"},{"$nulls":3},{"v":0.579182821354011,"d":"57.9%"},{"v":0.295018722438991,"d":"29.5%"},{"v":0.579072532699168,"d":"57.9%"},{"v":0.280961,"d":"28.1%"},{"v":0.579072532699168,"d":"57.9%"},{"$f":"((FN1428*(((CV1428*'T9 - Feed composition+factors'!$B$10)*EO1428)/((((CV1428*'T9 - Feed composition+factors'!B$10)*EO1428)+((CY1428*'T9 - Feed composition+factors'!$B$17)*ES1428)+((DE1428*'T9 - Feed composition+factors'!$B$12)*ET1428)+((DF1428*'T9 - Feed composition+factors'!$B$11)*EU1428))))))+((FR1428*(((CY1428*'T9 - Feed composition+factors'!$B$17)*ES1428)/((((CV1428*'T9 - Feed composition+factors'!$B$10)*EO1428)+((CY1428*'T9 - Feed composition+factors'!$B$17)*ES1428)+((DE1428*'T9 - Feed composition+factors'!$B$12)*ET1428)+((DF1428*'T9 - Feed composition+factors'!$B$11)*EU1428))))))+((FS1428*(((DE1428*'T9 - Feed composition+factors'!$B$12)*ET1428)/((((CV1428*'T9 - Feed composition+factors'!$B$10)*EO1428)+((CY1428*'T9 - Feed composition+factors'!$B$17)*ES1428)+((DE1428*'T9 - Feed composition+factors'!$B$12)*ET1428)+((DF1428*'T9 - Feed composition+factors'!$B$11)*EU1428))))))+((FT1428*(((DF1428*'T9 - Feed composition+factors'!$B$11)*EU1428)/((((CV1428*'T9 - Feed composition+factors'!$B$10)*EO1428)+((CY1428*'T9 - Feed composition+factors'!$B$17)*ES1428)+((DE1428*'T9 - Feed composition+factors'!$B$12)*ET1428)+((DF1428*'T9 - Feed composition+factors'!$B$11)*EU1428))))))","v":{"v":0.39437084808210865,"d":"39.44%"}},"Global Sustainable Development","SSP1",null,"MIXED"]
[42,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation","Doelman, J.C., Stehfest, E., Tabeau, A., van Meijl, H., Lassaletta, L., Gernaat, J.E.H.J., Hermans, K., Harmsen, M., Daioglou, V., Biemans, H., van der Sluis, S., van Vuuren, D.P.","Doelman et al. (2018)","Journal article","Global Environmental Change","SSP2 650 (RCP4.5) +  No REDD, no reforestation","SSP2 650 (RCP4.5) +  No REDD, no reforestation",2020,"AFOLU","Yes","IMAGE 3.0","GHGnonCO2AgLUC",{"v":109,"d":"109.00"},{"v":32,"d":"32.00"},{"v":12,"d":"12.00"},6.03,153,1.284,{"$nulls":3},1.998,null,4.027,null,6.025,0.998,{"v":7.309,"d":"7.31"},"Mt",{"$f":"S1437*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD1437*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6156.956999999999,"d":"6156.96"}},{"$nulls":8},{"v":5207,"d":"5207.00"},{"v":11363.956999999999,"d":"11363.96"},null,null,"Mt CO2e/yr",0,2005,"tCO2",{"$f":"AT1437*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1437,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1437=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"$f":"1-S1437/S$1401","v":{"v":0.037735849056603765,"d":"3.8%"}},{"$f":"1-AD1437/AD$1401","v":{"v":0.027670613276573053,"d":"2.8%"}},null,{"$f":"1-AF1437/AF$1401","v":{"v":0.03449679085944202,"d":"3.4%"}},"FAO - Permanent meadows and pastures","Agriculture",{"v":4880,"d":"4,880.00"},{"v":3247,"d":"3,247.00"},{"v":1633,"d":"1,633.00"},null,null,{"v":3623,"d":"3,623.00"},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"$f":"BY$1404/40*(J1437-J$1396)","v":{"v":0.009493670886075972,"d":"0.9%"}},{"$nulls":15},{"v":0,"d":"0%"},{"v":7672,"d":"7672.0"},"million",{"v":3003.93149,"d":"3,003.9"},"OMN/FLX",null,null,{"v":55.20823,"d":"55.2"},{"v":131.877,"d":"131.9"},{"v":59.43822,"d":"59.4"},{"v":191.31522,"d":"191.3"},{"v":246.52345000000003,"d":"246.5"},null,null,{"v":36,"d":"36.0"},{"v":282.52345,"d":"282.5"},{"v":139.3203,"d":"139.3"},{"v":37.82432,"d":"37.8"},{"v":177.14462,"d":"177.1"},{"v":29.26342,"d":"29.3"},null,{"v":488.93149000000005,"d":"488.9"},{"v":0.16276386183494487,"d":"16.3%"},{"$nulls":8},{"v":2515,"d":"2,515.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":72013,"d":"72,013.0"},"billion US$2005/yr",{"v":9386470.281543273,"d":"9,386,470.3"},{"v":0.15723270440251572,"d":"15.7%"},null,3.68,null,null,3.23,{"$nulls":4},"t DM/ha",null,{"v":7.573790361995375,"d":"7.57"},{"v":33.3839268292683,"d":"33.38"},{"v":16.901234567901234,"d":"16.90"},{"v":30.441414546183136,"d":"30.44"},{"v":5.936393939393939,"d":"5.94"},{"v":2.8306914893617026,"d":"2.83"},null,{"v":4.11179375,"d":"4.11"},{"v":1.5180824742268042,"d":"1.52"},{"v":2.8306914893617026,"d":"2.83"},{"v":2.1640785340314137,"d":"2.16"},{"$f":"(EO1437*((CV1437/'T9 - Feed composition+factors'!$B$10)/((CV1437/'T9 - Feed composition+factors'!$B$10)+(DE1437/'T9 - Feed composition+factors'!$B$12))))+(ET1437*((DE1437/'T9 - Feed composition+factors'!$B$12)/((CV1437/'T9 - Feed composition+factors'!$B$10)+(DE1437/'T9 - Feed composition+factors'!$B$12))))","v":{"v":5.171168813244646,"d":"5.171"}},{"$f":"(EP1437*((CW1437/'T9 - Feed composition+factors'!$B$14)/((CW1437/'T9 - Feed composition+factors'!$B$14)+(CX1437/'T9 - Feed composition+factors'!$B$15)+(DA1437/'T9 - Feed composition+factors'!$B$16)+(DF1437/'T9 - Feed composition+factors'!$B$11))))+(EQ1437*((CX1437/'T9 - Feed composition+factors'!$B$15)/((CW1437/'T9 - Feed composition+factors'!$B$14)+(CX1437/'T9 - Feed composition+factors'!$B$15)+(DA1437/'T9 - Feed composition+factors'!$B$16)+(DF1437/'T9 - Feed composition+factors'!$B$11))))+(ER1437*((DA1437/'T9 - Feed composition+factors'!$B$16)/((CW1437/'T9 - Feed composition+factors'!$B$14)+(CX1437/'T9 - Feed composition+factors'!$B$15)+(DA1437/'T9 - Feed composition+factors'!$B$16)+(DF1437/'T9 - Feed composition+factors'!$B$11))))+(EU1437*((DF1437/'T9 - Feed composition+factors'!$B$11)/((CW1437/'T9 - Feed composition+factors'!$B$14)+(CX1437/'T9 - Feed composition+factors'!$B$15)+(DA1437/'T9 - Feed composition+factors'!$B$16)+(DF1437/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.0907179299057805,"d":"4.09"}},"tDM/t product",{"$nulls":14},{"v":0.176826125098733,"d":"17.7%"},{"$nulls":3},{"v":0.523552355235524,"d":"52.4%"},{"v":0.234395087572143,"d":"23.4%"},{"v":0.523552355235524,"d":"52.4%"},{"v":0.21118,"d":"21.1%"},{"v":0.523552355235524,"d":"52.4%"},{"$f":"((FN1437*(((CV1437*'T9 - Feed composition+factors'!$B$10)*EO1437)/((((CV1437*'T9 - Feed composition+factors'!B$10)*EO1437)+((CY1437*'T9 - Feed composition+factors'!$B$17)*ES1437)+((DE1437*'T9 - Feed composition+factors'!$B$12)*ET1437)+((DF1437*'T9 - Feed composition+factors'!$B$11)*EU1437))))))+((FR1437*(((CY1437*'T9 - Feed composition+factors'!$B$17)*ES1437)/((((CV1437*'T9 - Feed composition+factors'!$B$10)*EO1437)+((CY1437*'T9 - Feed composition+factors'!$B$17)*ES1437)+((DE1437*'T9 - Feed composition+factors'!$B$12)*ET1437)+((DF1437*'T9 - Feed composition+factors'!$B$11)*EU1437))))))+((FS1437*(((DE1437*'T9 - Feed composition+factors'!$B$12)*ET1437)/((((CV1437*'T9 - Feed composition+factors'!$B$10)*EO1437)+((CY1437*'T9 - Feed composition+factors'!$B$17)*ES1437)+((DE1437*'T9 - Feed composition+factors'!$B$12)*ET1437)+((DF1437*'T9 - Feed composition+factors'!$B$11)*EU1437))))))+((FT1437*(((DF1437*'T9 - Feed composition+factors'!$B$11)*EU1437)/((((CV1437*'T9 - Feed composition+factors'!$B$10)*EO1437)+((CY1437*'T9 - Feed composition+factors'!$B$17)*ES1437)+((DE1437*'T9 - Feed composition+factors'!$B$12)*ET1437)+((DF1437*'T9 - Feed composition+factors'!$B$11)*EU1437))))))","v":{"v":0.3196090991333592,"d":"31.96%"}},"BAU","SSP2",null,"EFF"]
[42,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation","Doelman, J.C., Stehfest, E., Tabeau, A., van Meijl, H., Lassaletta, L., Gernaat, J.E.H.J., Hermans, K., Harmsen, M., Daioglou, V., Biemans, H., van der Sluis, S., van Vuuren, D.P.","Doelman et al. (2018)","Journal article","Global Environmental Change","SSP2 650 (RCP4.5) +  No REDD, no reforestation","SSP2 650 (RCP4.5) +  No REDD, no reforestation",2040,"AFOLU","Yes","IMAGE 3.0","GHGnonCO2AgLUC",{"v":108,"d":"108.00"},{"v":29,"d":"29.00"},{"v":13,"d":"13.00"},4.354,150,1.391,{"$nulls":3},2.045,null,4.995,null,{"v":7.04,"d":"7.040"},0.981,{"v":8.431000000000001,"d":"8.43"},"Mt",{"$f":"S1439*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD1439*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6381.6630000000005,"d":"6381.66"}},{"$nulls":8},{"v":6144,"d":"6144.00"},{"v":12525.663,"d":"12525.66"},null,null,"Mt CO2e/yr",19,2005,"tCO2",{"$f":"AT1439*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU1439,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV1439=\"tC\",3.67,1)","v":{"v":21.218543046357617,"d":"21.22"}},{"$f":"1-S1439/S$1403","v":{"v":0.15254237288135597,"d":"15.3%"}},{"$f":"1-AD1439/AD$1403","v":{"v":0.08448257139754578,"d":"8.4%"}},null,{"$f":"1-AF1439/AF$1403","v":{"v":0.129194180985165,"d":"12.9%"}},"FAO - Permanent meadows and pastures","Agriculture",{"v":5006,"d":"5,006.00"},{"v":3317,"d":"3,317.00"},{"v":1689,"d":"1,689.00"},null,null,{"v":3496,"d":"3,496.00"},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"$f":"BY$1404/40*(J1439-J$1396)","v":{"v":0.028481012658227917,"d":"2.8%"}},{"$nulls":15},{"v":0,"d":"0%"},{"v":8857,"d":"8857.0"},"million",{"v":3051.43294,"d":"3,051.4"},"OMN/FLX",null,null,{"v":59.43603,"d":"59.4"},{"v":128.2813,"d":"128.3"},{"v":60.10219,"d":"60.1"},{"v":188.38349,"d":"188.4"},{"v":247.81952,"d":"247.8"},null,null,{"v":34,"d":"34.0"},{"v":281.81952,"d":"281.8"},{"v":133.2312,"d":"133.2"},{"v":38.33437,"d":"38.3"},{"v":171.56557,"d":"171.6"},{"v":18.04785,"d":"18.0"},null,{"v":471.43294000000003,"d":"471.4"},{"v":0.15449559248711525,"d":"15.4%"},{"$nulls":8},{"v":2580,"d":"2,580.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":131523,"d":"131,523.0"},"billion US$2005/yr",{"v":14849610.477588348,"d":"14,849,610.5"},{"v":0.3427672955974841,"d":"34.3%"},null,4.27,null,null,3.93,{"$nulls":4},"t DM/ha",null,{"v":7.3060109589041105,"d":"7.31"},{"v":30.54096078431373,"d":"30.54"},{"v":14.923333333333334,"d":"14.92"},{"v":27.566174603174606,"d":"27.57"},{"v":5.79587012987013,"d":"5.80"},{"v":2.746184210526316,"d":"2.75"},null,{"v":3.975638743455497,"d":"3.98"},{"v":1.5376396396396397,"d":"1.54"},{"v":2.746184210526316,"d":"2.75"},{"v":2.149968888888889,"d":"2.15"},{"$f":"(EO1439*((CV1439/'T9 - Feed composition+factors'!$B$10)/((CV1439/'T9 - Feed composition+factors'!$B$10)+(DE1439/'T9 - Feed composition+factors'!$B$12))))+(ET1439*((DE1439/'T9 - Feed composition+factors'!$B$12)/((CV1439/'T9 - Feed composition+factors'!$B$10)+(DE1439/'T9 - Feed composition+factors'!$B$12))))","v":{"v":5.18073493242405,"d":"5.181"}},{"$f":"(EP1439*((CW1439/'T9 - Feed composition+factors'!$B$14)/((CW1439/'T9 - Feed composition+factors'!$B$14)+(CX1439/'T9 - Feed composition+factors'!$B$15)+(DA1439/'T9 - Feed composition+factors'!$B$16)+(DF1439/'T9 - Feed composition+factors'!$B$11))))+(EQ1439*((CX1439/'T9 - Feed composition+factors'!$B$15)/((CW1439/'T9 - Feed composition+factors'!$B$14)+(CX1439/'T9 - Feed composition+factors'!$B$15)+(DA1439/'T9 - Feed composition+factors'!$B$16)+(DF1439/'T9 - Feed composition+factors'!$B$11))))+(ER1439*((DA1439/'T9 - Feed composition+factors'!$B$16)/((CW1439/'T9 - Feed composition+factors'!$B$14)+(CX1439/'T9 - Feed composition+factors'!$B$15)+(DA1439/'T9 - Feed composition+factors'!$B$16)+(DF1439/'T9 - Feed composition+factors'!$B$11))))+(EU1439*((DF1439/'T9 - Feed composition+factors'!$B$11)/((CW1439/'T9 - Feed composition+factors'!$B$14)+(CX1439/'T9 - Feed composition+factors'!$B$15)+(DA1439/'T9 - Feed composition+factors'!$B$16)+(DF1439/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.9544502147995972,"d":"3.95"}},"tDM/t product",{"$nulls":14},{"v":0.219977857219915,"d":"22.0%"},{"$nulls":3},{"v":0.562269712601326,"d":"56.2%"},{"v":0.26759932673768,"d":"26.8%"},{"v":0.562269712601326,"d":"56.2%"},{"v":0.249163,"d":"24.9%"},{"v":0.562269712601326,"d":"56.2%"},{"$f":"((FN1439*(((CV1439*'T9 - Feed composition+factors'!$B$10)*EO1439)/((((CV1439*'T9 - Feed composition+factors'!B$10)*EO1439)+((CY1439*'T9 - Feed composition+factors'!$B$17)*ES1439)+((DE1439*'T9 - Feed composition+factors'!$B$12)*ET1439)+((DF1439*'T9 - Feed composition+factors'!$B$11)*EU1439))))))+((FR1439*(((CY1439*'T9 - Feed composition+factors'!$B$17)*ES1439)/((((CV1439*'T9 - Feed composition+factors'!$B$10)*EO1439)+((CY1439*'T9 - Feed composition+factors'!$B$17)*ES1439)+((DE1439*'T9 - Feed composition+factors'!$B$12)*ET1439)+((DF1439*'T9 - Feed composition+factors'!$B$11)*EU1439))))))+((FS1439*(((DE1439*'T9 - Feed composition+factors'!$B$12)*ET1439)/((((CV1439*'T9 - Feed composition+factors'!$B$10)*EO1439)+((CY1439*'T9 - Feed composition+factors'!$B$17)*ES1439)+((DE1439*'T9 - Feed composition+factors'!$B$12)*ET1439)+((DF1439*'T9 - Feed composition+factors'!$B$11)*EU1439))))))+((FT1439*(((DF1439*'T9 - Feed composition+factors'!$B$11)*EU1439)/((((CV1439*'T9 - Feed composition+factors'!$B$10)*EO1439)+((CY1439*'T9 - Feed composition+factors'!$B$17)*ES1439)+((DE1439*'T9 - Feed composition+factors'!$B$12)*ET1439)+((DF1439*'T9 - Feed composition+factors'!$B$11)*EU1439))))))","v":{"v":0.358990375458402,"d":"35.90%"}},"BAU","SSP2",null,"EFF"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 1 NonCO2 constrained","SSP 1 NonCO2 constrained",2045,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1663.2401786819999,"d":"1,663.2"},{"v":3831.0592870409478,"d":"3,831.06"},null,"km3/yr",{"v":-0.02535272120343779,"d":"-2.54%"},{"v":0.43414629063771587,"d":"0.434"},{"v":-0.16625117,"d":"-16.6%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":8.442128,"d":"8.44"},"billion",{"v":2992.170178117559,"d":"2992.2"},"OMN/FLX",{"v":17.619106631012645,"d":"17.6"},{"v":5.203983552520641,"d":"5.2"},{"v":22.823090183533285,"d":"22.8"},{"v":134.66388602624352,"d":"134.7"},{"v":52.594709938614706,"d":"52.6"},{"v":187.25859596485822,"d":"187.3"},{"v":210.0816861483915,"d":"210.1"},null,null,{"v":40.87817084566017,"d":"40.9"},{"v":250.95985699405168,"d":"251.0"},{"v":161.11763640506769,"d":"161.1"},{"v":35.06313995907647,"d":"35.1"},{"v":196.18077636414415,"d":"196.2"},{"v":52.02676289447658,"d":"52.0"},null,{"v":499.1673962526724,"d":"499.2"},{"v":0.16682453421372903,"d":"16.7%"},{"v":1521.6804363667675,"d":"1,521.7"},{"v":156.13947326765032,"d":"156.1"},{"v":319.13124669806683,"d":"319.1"},{"v":81.22620949768192,"d":"81.2"},{"v":189.52782216125783,"d":"189.5"},{"v":211.7768028052084,"d":"211.8"},null,{"v":13.520791068253414,"d":"13.5"},{"v":2493.0027818648864,"d":"2,493.0"},"kcal/capita/day",{"$nulls":4},{"v":0.39131958223383867,"d":"39.1%"},null,{"v":6.73339803,"d":"6.73"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP1",null,"MIXED"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 3 NonCO2 constrained","SSP 3 NonCO2 constrained",2015,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1139.878763682,"d":"1,139.9"},{"v":2545.09005897602,"d":"2,545.09"},null,"km3/yr",{"v":0.005464838851313436,"d":"0.55%"},{"v":0.4478736458310688,"d":"0.448"},{"v":0.000865956,"d":"0.1%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":7.296714,"d":"7.30"},"billion",{"v":2840.7195247444547,"d":"2840.7"},"OMN/FLX",{"v":38.90860375726355,"d":"38.9"},{"v":14.307149674491233,"d":"14.3"},{"v":53.215753431754784,"d":"53.2"},{"v":136.07570331475756,"d":"136.1"},{"v":46.69872401941479,"d":"46.7"},{"v":182.77442733417234,"d":"182.8"},{"v":235.99018076592714,"d":"236.0"},null,null,{"v":33.79871310952146,"d":"33.8"},{"v":269.7888938754486,"d":"269.8"},{"v":116.50078452532934,"d":"116.5"},{"v":31.132482679609858,"d":"31.1"},{"v":147.6332672049392,"d":"147.6"},{"v":43.016543957572765,"d":"43.0"},null,{"v":460.4387050379606,"d":"460.4"},{"v":0.16208523968214733,"d":"16.2%"},{"v":1459.768198085811,"d":"1,459.8"},{"v":138.49600160310803,"d":"138.5"},{"v":306.38817324789494,"d":"306.4"},{"v":77.96753598426612,"d":"78.0"},{"v":181.92425062995426,"d":"181.9"},{"v":202.78321797793723,"d":"202.8"},null,{"v":12.953442177522728,"d":"13.0"},{"v":2380.280819706494,"d":"2,380.3"},"kcal/capita/day",{"$nulls":4},{"v":0.019766415354708577,"d":"2.0%"},null,{"v":4.935237928,"d":"4.94"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP3",null,"OTHER"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 3 NonCO2 constrained","SSP 3 NonCO2 constrained",2020,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1221.4782120870002,"d":"1,221.5"},{"v":2724.1760127787734,"d":"2,724.18"},null,"km3/yr",{"v":6.6116213924207745E-3,"d":"0.66%"},{"v":0.4483844679481783,"d":"0.448"},{"v":-0.001011368,"d":"-0.1%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":7.713446,"d":"7.71"},"billion",{"v":2897.562373725027,"d":"2897.6"},"OMN/FLX",{"v":39.61720517082058,"d":"39.6"},{"v":15.076772271089062,"d":"15.1"},{"v":54.693977441909645,"d":"54.7"},{"v":134.5870603393914,"d":"134.6"},{"v":47.02215076659741,"d":"47.0"},{"v":181.6092111059888,"d":"181.6"},{"v":236.30318854789846,"d":"236.3"},null,null,{"v":34.33439999637178,"d":"34.3"},{"v":270.6375885442702,"d":"270.6"},{"v":120.65050318893867,"d":"120.7"},{"v":31.348100511064953,"d":"31.3"},{"v":151.99860370000363,"d":"152.0"},{"v":43.698327268109544,"d":"43.7"},null,{"v":466.3345195123834,"d":"466.3"},{"v":0.16094028682215267,"d":"16.1%"},{"v":1492.4209136055701,"d":"1,492.4"},{"v":143.44030717568685,"d":"143.4"},{"v":310.715948033679,"d":"310.7"},{"v":79.53236702648248,"d":"79.5"},{"v":185.57552306179244,"d":"185.6"},{"v":206.26430434655768,"d":"206.3"},null,{"v":13.278490962874967,"d":"13.3"},{"v":2431.2278542126437,"d":"2,431.2"},"kcal/capita/day",{"$nulls":4},{"v":0.04090112203243734,"d":"4.1%"},null,{"v":5.037520965,"d":"5.04"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP3",null,"OTHER"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 5 NonCO2 constrained","SSP 5 NonCO2 constrained",2045,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1673.594782914,"d":"1,673.6"},{"v":3795.5145748074606,"d":"3,795.51"},null,"km3/yr",{"v":-0.010100671282028073,"d":"-1.01%"},{"v":0.44094015447138635,"d":"0.441"},{"v":-0.156973432,"d":"-15.7%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":8.518041,"d":"8.52"},"billion",{"v":3035.6907650975563,"d":"3035.7"},"OMN/FLX",{"v":44.78711515676019,"d":"44.8"},{"v":18.2764382019476,"d":"18.3"},{"v":63.063553358707786,"d":"63.1"},{"v":128.55584218336017,"d":"128.6"},{"v":48.35872194166509,"d":"48.4"},{"v":176.91456412502527,"d":"176.9"},{"v":239.97811748373306,"d":"240.0"},null,null,{"v":36.92186654801494,"d":"36.9"},{"v":276.899984031748,"d":"276.9"},{"v":144.8247603428379,"d":"144.8"},{"v":32.23914796111006,"d":"32.2"},{"v":177.06390830394795,"d":"177.1"},{"v":46.99146651565538,"d":"47.0"},null,{"v":500.9553588513513,"d":"501.0"},{"v":0.1650218673822175,"d":"16.5%"},{"v":1540.8708498972499,"d":"1,540.9"},{"v":158.0203088572695,"d":"158.0"},{"v":328.93894187660374,"d":"328.9"},{"v":82.78093955353826,"d":"82.8"},{"v":193.1555256249226,"d":"193.2"},{"v":217.2827994884053,"d":"217.3"},null,{"v":13.686040948216158,"d":"13.7"},{"v":2534.735406246205,"d":"2,534.7"},"kcal/capita/day",{"$nulls":4},{"v":0.4030291533079453,"d":"40.3%"},null,{"v":6.790067399,"d":"6.79"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP5",null,"OTHER"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 5 NonCO2 constrained","SSP 5 NonCO2 constrained",2050,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1734.908745493,"d":"1,734.9"},{"v":3942.7890116424005,"d":"3,942.79"},null,"km3/yr",{"v":-0.012164843104483736,"d":"-1.22%"},{"v":0.4400206910311718,"d":"0.440"},{"v":-0.180124676,"d":"-18.0%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":8.584224,"d":"8.58"},"billion",{"v":3067.473958938909,"d":"3067.5"},"OMN/FLX",{"v":45.96704806191478,"d":"46.0"},{"v":18.80358846009828,"d":"18.8"},{"v":64.77063652201306,"d":"64.8"},{"v":127.82764803620219,"d":"127.8"},{"v":48.60466084909496,"d":"48.6"},{"v":176.43230888529715,"d":"176.4"},{"v":241.2029454073102,"d":"241.2"},null,null,{"v":37.39293938715765,"d":"37.4"},{"v":278.59588479446785,"d":"278.6"},{"v":148.73256316675008,"d":"148.7"},{"v":32.40310723272997,"d":"32.4"},{"v":181.13567039948006,"d":"181.1"},{"v":47.59101376547337,"d":"47.6"},null,{"v":507.32256895942123,"d":"507.3"},{"v":0.165387734582403,"d":"16.5%"},{"v":1552.3251802077125,"d":"1,552.3"},{"v":161.44148245117992,"d":"161.4"},{"v":333.6801269848375,"d":"333.7"},{"v":83.58089064455827,"d":"83.6"},{"v":195.02207817063595,"d":"195.0"},{"v":220.31578281240238,"d":"220.3"},null,{"v":13.785848708162032,"d":"13.8"},{"v":2560.151389979488,"d":"2,560.2"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},{"v":0.4541685584832378,"d":"45.4%"},null,{"v":7.03756048,"d":"7.04"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP5",null,"OTHER"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 2 Water constrained","SSP 2 Water constrained",2040,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1557.895508502,"d":"1,557.9"},{"v":3278.567063083938,"d":"3,278.57"},null,"km3/yr",{"v":0.06675732451549599,"d":"6.68%"},{"v":0.47517573333899943,"d":"0.475"},{"v":-0.077786756,"d":"-7.8%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":8.81263,"d":"8.81"},"billion",{"v":3065.999527340741,"d":"3066.0"},"OMN/FLX",{"v":43.74536163089158,"d":"43.7"},{"v":18.389812932323892,"d":"18.4"},{"v":62.13517456321547,"d":"62.1"},{"v":127.57518540172735,"d":"127.6"},{"v":48.18914742441583,"d":"48.2"},{"v":175.76433282614317,"d":"175.8"},{"v":237.89950738935863,"d":"237.9"},null,null,{"v":36.72806281084313,"d":"36.7"},{"v":274.6275702002018,"d":"274.6"},{"v":142.32803584640266,"d":"142.3"},{"v":32.126098282943886,"d":"32.1"},{"v":174.45413412934653,"d":"174.5"},{"v":46.74480721380034,"d":"46.7"},null,{"v":495.82651154334866,"d":"495.8"},{"v":0.16171773906742837,"d":"16.2%"},{"v":1573.315099990169,"d":"1,573.3"},{"v":160.23161406847305,"d":"160.2"},{"v":326.0408759691593,"d":"326.0"},{"v":83.70974840721338,"d":"83.7"},{"v":195.3227462834979,"d":"195.3"},{"v":217.5267694628093,"d":"217.5"},null,{"v":14.026161616070464,"d":"14.0"},{"v":2570.1730157973925,"d":"2,570.2"},"kcal/capita/day",{"$nulls":4},{"v":0.2156055543833022,"d":"21.6%"},null,{"v":5.88301649,"d":"5.88"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP2",null,"BAU"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 4 Water constrained","SSP 4 Water constrained",2025,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1254.675424812,"d":"1,254.7"},{"v":2768.68125222524,"d":"2,768.68"},null,"km3/yr",{"v":0.017348646175113114,"d":"1.73%"},{"v":0.45316716173217647,"d":"0.453"},{"v":0.012145381,"d":"1.2%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":7.958907,"d":"7.96"},"billion",{"v":3294.929058714959,"d":"3294.9"},"OMN/FLX",{"v":45.5433080125862,"d":"45.5"},{"v":17.804916211105105,"d":"17.8"},{"v":63.348224223691304,"d":"63.3"},{"v":149.14813765581795,"d":"149.1"},{"v":53.033859453961796,"d":"53.0"},{"v":202.18199710977973,"d":"202.2"},{"v":265.53022133347105,"d":"265.5"},null,null,{"v":39.14642611956901,"d":"39.1"},{"v":304.67664745304006,"d":"304.7"},{"v":140.82289673584847,"d":"140.8"},{"v":35.3559063026412,"d":"35.4"},{"v":176.17880303848966,"d":"176.2"},{"v":49.82272415217874,"d":"49.8"},null,{"v":530.6781746437084,"d":"530.7"},{"v":0.16105905929600678,"d":"16.1%"},{"v":1693.9997208228715,"d":"1,694.0"},{"v":166.6215745478817,"d":"166.6"},{"v":353.1438459063026,"d":"353.1"},{"v":90.36915623112863,"d":"90.4"},{"v":210.86136453930013,"d":"210.9"},{"v":234.15526968184855,"d":"234.2"},null,{"v":15.099952341917485,"d":"15.1"},{"v":2764.2508840712503,"d":"2,764.3"},"kcal/capita/day",{"$nulls":4},{"v":0.12626006899964426,"d":"12.6%"},null,{"v":5.450622148,"d":"5.45"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP4",null,"OTHER"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research","SSP 5 Water constrained","SSP 5 Water constrained",2030,"Agriculture","Yes","GCAM 5.0",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"GCAM (WFN/AQUASTAT)",{"v":1430.510731467,"d":"1,430.5"},{"v":2885.5417528449916,"d":"2,885.54"},null,"km3/yr",{"v":0.11294867612569393,"d":"11.29%"},{"v":0.495751180885389,"d":"0.496"},{"v":-0.084897731,"d":"-8.5%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":8.056042,"d":"8.06"},"billion",{"v":3248.8828266301366,"d":"3248.9"},"OMN/FLX",{"v":45.85624034779858,"d":"45.9"},{"v":17.840521622544625,"d":"17.8"},{"v":63.6967619703432,"d":"63.7"},{"v":146.8047725652322,"d":"146.8"},{"v":52.62325089328123,"d":"52.6"},{"v":199.42802345851345,"d":"199.4"},{"v":263.1247854288566,"d":"263.1"},null,null,{"v":38.99292529991585,"d":"39.0"},{"v":302.11771072877247,"d":"302.1"},{"v":143.38784258226661,"d":"143.4"},{"v":35.08216726218748,"d":"35.1"},{"v":178.4700098444541,"d":"178.5"},{"v":49.62735947262017,"d":"49.6"},null,{"v":530.2150800458467,"d":"530.2"},{"v":0.16319920056821677,"d":"16.3%"},{"v":1662.1147214508535,"d":"1,662.1"},{"v":163.3809608990047,"d":"163.4"},{"v":350.3909888690793,"d":"350.4"},{"v":88.94520976619128,"d":"88.9"},{"v":207.53882278777965,"d":"207.5"},{"v":231.52799817500363,"d":"231.5"},null,{"v":14.769044636377437,"d":"14.8"},{"v":2718.66774658429,"d":"2,718.7"},"kcal/capita/day",{"$nulls":4},{"v":0.25844759094332415,"d":"25.8%"},null,{"v":6.090353818,"d":"6.09"},{"$nulls":7},"t DM/ha",null,1,null,null,1,{"$nulls":3},1,1,1,1,1,1,"Index relative to base year",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP5",null,"OTHER"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","BMK + FW + HGD + SSP1","BAU tech, waste, healthy diet, SSP1",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":6683.02068027617,"d":"6683.02"},{"$nulls":12},"Mt CO2e/yr",0,"US$/tCO2","tCO2",null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1879.9456884536662,"d":"1,879.95"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2671.97661946822,"d":"2671.98"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":137.90513774849148,"d":"137.9"},null,null,"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":24.347587827402048,"d":"24.35"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.461,"d":"8.46"},"billion",{"v":2743.7,"d":"2,743.7"},"OMN/FLX",{"v":29.252,"d":"29.3"},{"v":11.948,"d":"11.9"},41.2,40.6,72.1,{"v":112.69999999999999,"d":"112.7"},{"v":153.89999999999998,"d":"153.9"},{"v":35.7257780141844,"d":"35.7"},{"v":22.9742219858156,"d":"23.0"},58.7,{"v":212.59999999999997,"d":"212.6"},{"v":163.43249999999998,"d":"163.4"},{"v":34.66750000000002,"d":"34.7"},198.1,null,null,410.7,{"v":0.14968837700914825,"d":"15.0%"},{"v":1090.7,"d":"1,090.7"},138.7,319.9,158.6,313.8,115.8,null,null,{"v":2333,"d":"2,333.0"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":33000,"d":"33,000.0"},{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.7943542761134,"d":"1.79"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":2.12969650026318,"d":"2.13"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.636510230071463,"d":"0.64"},{"$f":"(EO1539*((CV1539/'T9 - Feed composition+factors'!$B$10)/((CV1539/'T9 - Feed composition+factors'!$B$10)+(DE1539/'T9 - Feed composition+factors'!$B$12))))+(ET1539*((DE1539/'T9 - Feed composition+factors'!$B$12)/((CV1539/'T9 - Feed composition+factors'!$B$10)+(DE1539/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.5585805336777458,"d":"0.559"}},{"$f":"(EP1539*((CW1539/'T9 - Feed composition+factors'!$B$14)/((CW1539/'T9 - Feed composition+factors'!$B$14)+(CX1539/'T9 - Feed composition+factors'!$B$15)+(DA1539/'T9 - Feed composition+factors'!$B$16)+(DF1539/'T9 - Feed composition+factors'!$B$11))))+(EQ1539*((CX1539/'T9 - Feed composition+factors'!$B$15)/((CW1539/'T9 - Feed composition+factors'!$B$14)+(CX1539/'T9 - Feed composition+factors'!$B$15)+(DA1539/'T9 - Feed composition+factors'!$B$16)+(DF1539/'T9 - Feed composition+factors'!$B$11))))+(ER1539*((DA1539/'T9 - Feed composition+factors'!$B$16)/((CW1539/'T9 - Feed composition+factors'!$B$14)+(CX1539/'T9 - Feed composition+factors'!$B$15)+(DA1539/'T9 - Feed composition+factors'!$B$16)+(DF1539/'T9 - Feed composition+factors'!$B$11))))+(EU1539*((DF1539/'T9 - Feed composition+factors'!$B$11)/((CW1539/'T9 - Feed composition+factors'!$B$14)+(CX1539/'T9 - Feed composition+factors'!$B$15)+(DA1539/'T9 - Feed composition+factors'!$B$16)+(DF1539/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.0192384503335665,"d":"2.02"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP1",null,"DIET"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","BMK + QW + BAU + SSP2","BAU tech, 1/4 waste, diet, SSP2",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":8857.00211388071,"d":"8857.00"},{"$nulls":12},"Mt CO2e/yr",0,"US$/tCO2","tCO2",null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1673.956440549668,"d":"1,673.96"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2401.82966072169,"d":"2401.83"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":119.47827431063241,"d":"119.5"},null,null,"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":21.133449066643507,"d":"21.13"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.166,"d":"9.17"},"billion",{"v":2856.3,"d":"2,856.3"},"OMN/FLX",{"v":58.158375,"d":"58.2"},{"v":18.466625,"d":"18.5"},{"v":76.625,"d":"76.6"},{"v":108.175,"d":"108.2"},{"v":68.125,"d":"68.1"},176.3,{"v":252.925,"d":"252.9"},{"v":13.879589094874603,"d":"13.9"},{"v":21.1954109051254,"d":"21.2"},{"v":35.075,"d":"35.1"},{"v":288,"d":"288.0"},{"v":158.68875,"d":"158.7"},{"v":33.661250000000024,"d":"33.7"},{"v":192.35000000000002,"d":"192.4"},null,null,{"v":480.35,"d":"480.4"},{"v":0.16817211077267794,"d":"16.8%"},{"v":1094.925,"d":"1,094.9"},{"v":143.775,"d":"143.8"},{"v":314.05,"d":"314.1"},163.6,{"v":212.75,"d":"212.8"},261.2,null,null,{"v":2375.9500000000003,"d":"2,376.0"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":25000,"d":"25,000.0"},{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.7601918719929,"d":"1.76"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":2.61369249986145,"d":"2.61"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.636510230071463,"d":"0.64"},{"$f":"(EO1553*((CV1553/'T9 - Feed composition+factors'!$B$10)/((CV1553/'T9 - Feed composition+factors'!$B$10)+(DE1553/'T9 - Feed composition+factors'!$B$12))))+(ET1553*((DE1553/'T9 - Feed composition+factors'!$B$12)/((CV1553/'T9 - Feed composition+factors'!$B$10)+(DE1553/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6419184308330702,"d":"0.642"}},{"$f":"(EP1553*((CW1553/'T9 - Feed composition+factors'!$B$14)/((CW1553/'T9 - Feed composition+factors'!$B$14)+(CX1553/'T9 - Feed composition+factors'!$B$15)+(DA1553/'T9 - Feed composition+factors'!$B$16)+(DF1553/'T9 - Feed composition+factors'!$B$11))))+(EQ1553*((CX1553/'T9 - Feed composition+factors'!$B$15)/((CW1553/'T9 - Feed composition+factors'!$B$14)+(CX1553/'T9 - Feed composition+factors'!$B$15)+(DA1553/'T9 - Feed composition+factors'!$B$16)+(DF1553/'T9 - Feed composition+factors'!$B$11))))+(ER1553*((DA1553/'T9 - Feed composition+factors'!$B$16)/((CW1553/'T9 - Feed composition+factors'!$B$14)+(CX1553/'T9 - Feed composition+factors'!$B$15)+(DA1553/'T9 - Feed composition+factors'!$B$16)+(DF1553/'T9 - Feed composition+factors'!$B$11))))+(EU1553*((DF1553/'T9 - Feed composition+factors'!$B$11)/((CW1553/'T9 - Feed composition+factors'!$B$14)+(CX1553/'T9 - Feed composition+factors'!$B$15)+(DA1553/'T9 - Feed composition+factors'!$B$16)+(DF1553/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.5287057204439907,"d":"2.53"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP2",null,"DIET"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","BMK + QW + FLX + SSP3","BAU tech, 1/4 waste, flexitarian, SSP3",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":4250.5069109733,"d":"4250.51"},{"$nulls":12},"Mt CO2e/yr",0,"US$/tCO2","tCO2",null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1549.050923556013,"d":"1,549.05"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2217.51389525531,"d":"2217.51"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":94.54700366888669,"d":"94.5"},null,null,"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":17.48585762886438,"d":"17.49"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.951,"d":"9.95"},"billion",{"v":2242.4500000000003,"d":"2,242.5"},"OMN/FLX",{"v":11.2012,"d":"11.2"},{"v":5.1988,"d":"5.2"},16.4,{"v":13.675,"d":"13.7"},{"v":34.175,"d":"34.2"},{"v":47.849999999999994,"d":"47.9"},{"v":64.25,"d":"64.3"},{"v":34.3411388944724,"d":"34.3"},{"v":19.5338611055276,"d":"19.5"},{"v":53.875,"d":"53.9"},{"v":118.125,"d":"118.1"},{"v":115.19200000000001,"d":"115.2"},{"v":15.707999999999998,"d":"15.7"},130.9,null,null,{"v":249.025,"d":"249.0"},{"v":0.11105041361011393,"d":"11.1%"},663.4,{"v":86.425,"d":"86.4"},{"v":413.825,"d":"413.8"},{"v":436.875,"d":"436.9"},{"v":235.05,"d":"235.1"},{"v":108.825,"d":"108.8"},null,null,{"v":1993.4250000000002,"d":"1,993.4"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":18000,"d":"18,000.0"},{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.81350543790997,"d":"1.81"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":1.6843639618791,"d":"1.68"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.571667660070219,"d":"0.57"},{"$f":"(EO1561*((CV1561/'T9 - Feed composition+factors'!$B$10)/((CV1561/'T9 - Feed composition+factors'!$B$10)+(DE1561/'T9 - Feed composition+factors'!$B$12))))+(ET1561*((DE1561/'T9 - Feed composition+factors'!$B$12)/((CV1561/'T9 - Feed composition+factors'!$B$10)+(DE1561/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.5125043026123383,"d":"0.513"}},{"$f":"(EP1561*((CW1561/'T9 - Feed composition+factors'!$B$14)/((CW1561/'T9 - Feed composition+factors'!$B$14)+(CX1561/'T9 - Feed composition+factors'!$B$15)+(DA1561/'T9 - Feed composition+factors'!$B$16)+(DF1561/'T9 - Feed composition+factors'!$B$11))))+(EQ1561*((CX1561/'T9 - Feed composition+factors'!$B$15)/((CW1561/'T9 - Feed composition+factors'!$B$14)+(CX1561/'T9 - Feed composition+factors'!$B$15)+(DA1561/'T9 - Feed composition+factors'!$B$16)+(DF1561/'T9 - Feed composition+factors'!$B$11))))+(ER1561*((DA1561/'T9 - Feed composition+factors'!$B$16)/((CW1561/'T9 - Feed composition+factors'!$B$14)+(CX1561/'T9 - Feed composition+factors'!$B$15)+(DA1561/'T9 - Feed composition+factors'!$B$16)+(DF1561/'T9 - Feed composition+factors'!$B$11))))+(EU1561*((DF1561/'T9 - Feed composition+factors'!$B$11)/((CW1561/'T9 - Feed composition+factors'!$B$14)+(CX1561/'T9 - Feed composition+factors'!$B$15)+(DA1561/'T9 - Feed composition+factors'!$B$16)+(DF1561/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.5733175361644582,"d":"1.57"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP3",null,"OTHER"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","TECH + HW + BAU + SSP2","High tech, 1/2 waste, diet, SSP2",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":8297.86255105526,"d":"8297.86"},{"$nulls":12},"Mt CO2e/yr",72,"US$/tCO2","tCO2",null,{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1272.7632304608583,"d":"1,272.76"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1883.90456997129,"d":"1883.90"},null,null,"km3/yr",{"v":0.233343326088586,"d":"23.3%"},null,{"v":0.233343326088586,"d":"23.3%"},null,{"v":128.4937524389069,"d":"128.5"},null,null,"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":21.533748772043676,"d":"21.53"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.166,"d":"9.17"},"billion",{"v":2989,"d":"2,989.0"},"OMN/FLX",{"v":59.23995,"d":"59.2"},{"v":18.81005,"d":"18.8"},{"v":78.05,"d":"78.1"},{"v":110.35,"d":"110.4"},{"v":69.44999999999999,"d":"69.5"},{"v":179.79999999999998,"d":"179.8"},{"v":257.84999999999997,"d":"257.9"},{"v":21.754589094874603,"d":"21.8"},{"v":21.1954109051254,"d":"21.2"},{"v":42.95,"d":"43.0"},{"v":300.79999999999995,"d":"300.8"},{"v":160.7925,"d":"160.8"},{"v":34.107500000000016,"d":"34.1"},194.9,null,null,495.7,{"v":0.16584141853462697,"d":"16.6%"},{"v":1169.05,"d":"1,169.1"},{"v":153.65,"d":"153.7"},{"v":316,"d":"316.0"},164.4,234.5,266.8,null,null,{"v":2493.3,"d":"2,493.3"},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25000,"d":"25,000.0"},{"v":0.4203514346603918,"d":"42.0%"},null,{"v":5.042247593044391,"d":"5.04"},{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.7601918719929,"d":"1.76"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":2.47645945163209,"d":"2.48"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.636510230071463,"d":"0.64"},{"$f":"(EO1571*((CV1571/'T9 - Feed composition+factors'!$B$10)/((CV1571/'T9 - Feed composition+factors'!$B$10)+(DE1571/'T9 - Feed composition+factors'!$B$12))))+(ET1571*((DE1571/'T9 - Feed composition+factors'!$B$12)/((CV1571/'T9 - Feed composition+factors'!$B$10)+(DE1571/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.642800388268804,"d":"0.643"}},{"$f":"(EP1571*((CW1571/'T9 - Feed composition+factors'!$B$14)/((CW1571/'T9 - Feed composition+factors'!$B$14)+(CX1571/'T9 - Feed composition+factors'!$B$15)+(DA1571/'T9 - Feed composition+factors'!$B$16)+(DF1571/'T9 - Feed composition+factors'!$B$11))))+(EQ1571*((CX1571/'T9 - Feed composition+factors'!$B$15)/((CW1571/'T9 - Feed composition+factors'!$B$14)+(CX1571/'T9 - Feed composition+factors'!$B$15)+(DA1571/'T9 - Feed composition+factors'!$B$16)+(DF1571/'T9 - Feed composition+factors'!$B$11))))+(ER1571*((DA1571/'T9 - Feed composition+factors'!$B$16)/((CW1571/'T9 - Feed composition+factors'!$B$14)+(CX1571/'T9 - Feed composition+factors'!$B$15)+(DA1571/'T9 - Feed composition+factors'!$B$16)+(DF1571/'T9 - Feed composition+factors'!$B$11))))+(EU1571*((DF1571/'T9 - Feed composition+factors'!$B$11)/((CW1571/'T9 - Feed composition+factors'!$B$14)+(CX1571/'T9 - Feed composition+factors'!$B$15)+(DA1571/'T9 - Feed composition+factors'!$B$16)+(DF1571/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.368420698471855,"d":"2.37"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP2",null,"MIXED"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","TECH + QW + FLX + SSP2","High tech, 1/4 waste, flexitarian, SSP2",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":3689.06953834822,"d":"3689.07"},{"$nulls":12},"Mt CO2e/yr",72,"US$/tCO2","tCO2",null,{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1040.7852059245024,"d":"1,040.79"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1485.04041061343,"d":"1485.04"},null,null,"km3/yr",{"v":0.233343326088586,"d":"23.3%"},null,{"v":0.233343326088586,"d":"23.3%"},null,{"v":90.78913026879933,"d":"90.8"},null,null,"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":16.173892730846887,"d":"16.17"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.166,"d":"9.17"},"billion",{"v":2242.4500000000003,"d":"2,242.5"},"OMN/FLX",{"v":11.2012,"d":"11.2"},{"v":5.1988,"d":"5.2"},16.4,{"v":13.675,"d":"13.7"},{"v":34.175,"d":"34.2"},{"v":47.849999999999994,"d":"47.9"},{"v":64.25,"d":"64.3"},{"v":32.6795890948746,"d":"32.7"},{"v":21.1954109051254,"d":"21.2"},{"v":53.875,"d":"53.9"},{"v":118.125,"d":"118.1"},{"v":115.19200000000001,"d":"115.2"},{"v":15.707999999999998,"d":"15.7"},130.9,null,null,{"v":249.025,"d":"249.0"},{"v":0.11105041361011393,"d":"11.1%"},663.4,{"v":86.425,"d":"86.4"},{"v":413.825,"d":"413.8"},{"v":436.875,"d":"436.9"},{"v":235.05,"d":"235.1"},{"v":108.825,"d":"108.8"},null,null,{"v":1993.4250000000002,"d":"1,993.4"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":25000,"d":"25,000.0"},{"v":0.4203514346603918,"d":"42.0%"},null,{"v":5.042247593044391,"d":"5.04"},{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.81350543790997,"d":"1.81"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":1.71393767046278,"d":"1.71"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.571667660070219,"d":"0.57"},{"$f":"(EO1586*((CV1586/'T9 - Feed composition+factors'!$B$10)/((CV1586/'T9 - Feed composition+factors'!$B$10)+(DE1586/'T9 - Feed composition+factors'!$B$12))))+(ET1586*((DE1586/'T9 - Feed composition+factors'!$B$12)/((CV1586/'T9 - Feed composition+factors'!$B$10)+(DE1586/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.5125043026123383,"d":"0.513"}},{"$f":"(EP1586*((CW1586/'T9 - Feed composition+factors'!$B$14)/((CW1586/'T9 - Feed composition+factors'!$B$14)+(CX1586/'T9 - Feed composition+factors'!$B$15)+(DA1586/'T9 - Feed composition+factors'!$B$16)+(DF1586/'T9 - Feed composition+factors'!$B$11))))+(EQ1586*((CX1586/'T9 - Feed composition+factors'!$B$15)/((CW1586/'T9 - Feed composition+factors'!$B$14)+(CX1586/'T9 - Feed composition+factors'!$B$15)+(DA1586/'T9 - Feed composition+factors'!$B$16)+(DF1586/'T9 - Feed composition+factors'!$B$11))))+(ER1586*((DA1586/'T9 - Feed composition+factors'!$B$16)/((CW1586/'T9 - Feed composition+factors'!$B$14)+(CX1586/'T9 - Feed composition+factors'!$B$15)+(DA1586/'T9 - Feed composition+factors'!$B$16)+(DF1586/'T9 - Feed composition+factors'!$B$11))))+(EU1586*((DF1586/'T9 - Feed composition+factors'!$B$11)/((CW1586/'T9 - Feed composition+factors'!$B$14)+(CX1586/'T9 - Feed composition+factors'!$B$15)+(DA1586/'T9 - Feed composition+factors'!$B$16)+(DF1586/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.6021447096155723,"d":"1.60"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP2",null,"MIXED"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","TECH_p + FW + FLX + SSP3","High tech+, waste, flexitarian, SSP3",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":4369.47815955481,"d":"4369.48"},{"$nulls":12},"Mt CO2e/yr",99,"US$/tCO2","tCO2",null,{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1169.259977935307,"d":"1,169.26"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2008.44441021721,"d":"2008.44"},null,null,"km3/yr",{"v":0.23234561193135,"d":"23.2%"},null,{"v":0.23234561193135,"d":"23.2%"},null,{"v":89.42935240061239,"d":"89.4"},null,null,"Tg N/yr",{"v":0.339,"d":"33.9%"},{"v":0.61594,"d":"0.62"},{"v":11.128770857965225,"d":"11.13"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.951,"d":"9.95"},"billion",{"v":2688.4,"d":"2,688.4"},"OMN/FLX",{"v":11.8159,"d":"11.8"},{"v":5.4841,"d":"5.5"},{"v":17.299999999999997,"d":"17.3"},14.5,36.2,50.7,{"v":68,"d":"68.0"},{"v":70.5661388944724,"d":"70.6"},{"v":19.5338611055276,"d":"19.5"},90.1,158.1,{"v":119.68,"d":"119.7"},{"v":16.319999999999993,"d":"16.3"},{"v":136,"d":"136.0"},null,null,294.1,{"v":0.10939592322571047,"d":"10.9%"},804.7,104.2,{"v":422,"d":"422.0"},443.7,308.4,115.8,null,null,{"v":2394.3,"d":"2,394.3"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":18000,"d":"18,000.0"},{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.81350543790997,"d":"1.81"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":1.31100805793703,"d":"1.31"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.571667660070219,"d":"0.57"},{"$f":"(EO1597*((CV1597/'T9 - Feed composition+factors'!$B$10)/((CV1597/'T9 - Feed composition+factors'!$B$10)+(DE1597/'T9 - Feed composition+factors'!$B$12))))+(ET1597*((DE1597/'T9 - Feed composition+factors'!$B$12)/((CV1597/'T9 - Feed composition+factors'!$B$10)+(DE1597/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.5134876434696418,"d":"0.513"}},{"$f":"(EP1597*((CW1597/'T9 - Feed composition+factors'!$B$14)/((CW1597/'T9 - Feed composition+factors'!$B$14)+(CX1597/'T9 - Feed composition+factors'!$B$15)+(DA1597/'T9 - Feed composition+factors'!$B$16)+(DF1597/'T9 - Feed composition+factors'!$B$11))))+(EQ1597*((CX1597/'T9 - Feed composition+factors'!$B$15)/((CW1597/'T9 - Feed composition+factors'!$B$14)+(CX1597/'T9 - Feed composition+factors'!$B$15)+(DA1597/'T9 - Feed composition+factors'!$B$16)+(DF1597/'T9 - Feed composition+factors'!$B$11))))+(ER1597*((DA1597/'T9 - Feed composition+factors'!$B$16)/((CW1597/'T9 - Feed composition+factors'!$B$14)+(CX1597/'T9 - Feed composition+factors'!$B$15)+(DA1597/'T9 - Feed composition+factors'!$B$16)+(DF1597/'T9 - Feed composition+factors'!$B$11))))+(EU1597*((DF1597/'T9 - Feed composition+factors'!$B$11)/((CW1597/'T9 - Feed composition+factors'!$B$14)+(CX1597/'T9 - Feed composition+factors'!$B$15)+(DA1597/'T9 - Feed composition+factors'!$B$16)+(DF1597/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.2170830465983666,"d":"1.22"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP3",null,"OTHER"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature","TECH_p + HW + HGD + SSP3","High tech+, 1/2 waste, healthy diet, SSP3",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":5823.97219860733,"d":"5823.97"},{"$nulls":12},"Mt CO2e/yr",99,"US$/tCO2","tCO2",null,{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1056.255508712047,"d":"1,056.26"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1866.68139626239,"d":"1866.68"},null,null,"km3/yr",{"v":0.23234561193135,"d":"23.2%"},null,{"v":0.23234561193135,"d":"23.2%"},null,{"v":83.22383804365785,"d":"83.2"},null,null,"Tg N/yr",{"v":0.339,"d":"33.9%"},{"v":0.61594,"d":"0.62"},{"v":9.917286944359255,"d":"9.92"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.951,"d":"9.95"},"billion",{"v":2418.75,"d":"2,418.8"},"OMN/FLX",{"v":28.2225,"d":"28.2"},{"v":11.5275,"d":"11.5"},{"v":39.75,"d":"39.8"},{"v":39.05,"d":"39.1"},{"v":69.44999999999999,"d":"69.5"},{"v":108.49999999999999,"d":"108.5"},{"v":148.25,"d":"148.3"},{"v":23.416138894472404,"d":"23.4"},{"v":19.5338611055276,"d":"19.5"},{"v":42.95,"d":"43.0"},191.2,{"v":159.26624999999999,"d":"159.3"},{"v":33.78375,"d":"33.8"},{"v":193.04999999999998,"d":"193.1"},null,null,{"v":384.24999999999994,"d":"384.3"},{"v":0.15886304909560722,"d":"15.9%"},965.5,122.9,{"v":316,"d":"316.0"},{"v":157.05,"d":"157.1"},{"v":264.15,"d":"264.2"},{"v":111.15,"d":"111.2"},null,null,{"v":2034.5,"d":"2,034.5"},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":18000,"d":"18,000.0"},{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.6025530070000003,"d":"1.60"},{"v":2.3911152649999994,"d":"2.39"},{"v":1.7943542761134,"d":"1.79"},{"v":2.8807717185000006,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.5624176025200001,"d":"0.56"},{"v":2.32268940054035,"d":"2.32"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.636510230071463,"d":"0.64"},{"$f":"(EO1603*((CV1603/'T9 - Feed composition+factors'!$B$10)/((CV1603/'T9 - Feed composition+factors'!$B$10)+(DE1603/'T9 - Feed composition+factors'!$B$12))))+(ET1603*((DE1603/'T9 - Feed composition+factors'!$B$12)/((CV1603/'T9 - Feed composition+factors'!$B$10)+(DE1603/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.557543505611745,"d":"0.558"}},{"$f":"(EP1603*((CW1603/'T9 - Feed composition+factors'!$B$14)/((CW1603/'T9 - Feed composition+factors'!$B$14)+(CX1603/'T9 - Feed composition+factors'!$B$15)+(DA1603/'T9 - Feed composition+factors'!$B$16)+(DF1603/'T9 - Feed composition+factors'!$B$11))))+(EQ1603*((CX1603/'T9 - Feed composition+factors'!$B$15)/((CW1603/'T9 - Feed composition+factors'!$B$14)+(CX1603/'T9 - Feed composition+factors'!$B$15)+(DA1603/'T9 - Feed composition+factors'!$B$16)+(DF1603/'T9 - Feed composition+factors'!$B$11))))+(ER1603*((DA1603/'T9 - Feed composition+factors'!$B$16)/((CW1603/'T9 - Feed composition+factors'!$B$14)+(CX1603/'T9 - Feed composition+factors'!$B$15)+(DA1603/'T9 - Feed composition+factors'!$B$16)+(DF1603/'T9 - Feed composition+factors'!$B$11))))+(EU1603*((DF1603/'T9 - Feed composition+factors'!$B$11)/((CW1603/'T9 - Feed composition+factors'!$B$14)+(CX1603/'T9 - Feed composition+factors'!$B$15)+(DA1603/'T9 - Feed composition+factors'!$B$16)+(DF1603/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.224275430514077,"d":"2.22"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,null,"SSP3",null,"OTHER"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_FLX_full_w_TECH_p, 2100kcal","SSP2_FLX_full_w_TECH_p, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":3696.602781,"d":"3696.60"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},null,"Food crops",null,null,{"v":1237.394067,"d":"1,237.39"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1837.220512,"d":"1,837.22"},null,null,"km3/yr",{"v":0.170392,"d":"17.0%"},null,{"v":0.170392,"d":"17.0%"},null,{"v":77.90554639,"d":"77.9"},null,{"v":105.477218,"d":"105.5"},"Tg N/yr",{"v":0.323215700833161,"d":"32.3%"},{"v":0.6086792223832541,"d":"0.61"},{"v":10.05916496,"d":"10.06"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2297.74696712118,"d":"2,297.7"},"OMN/FLX",{"v":11.3012560097723,"d":"11.3"},{"v":4.66687331428177,"d":"4.7"},{"v":15.968129324054072,"d":"16.0"},{"v":15.4814738785566,"d":"15.5"},{"v":32.3472910945808,"d":"32.3"},{"v":47.828764973137396,"d":"47.8"},{"v":63.79689429719147,"d":"63.8"},{"v":62.7069516298076,"d":"62.7"},{"v":23.2765846843468,"d":"23.3"},{"v":85.9835363141544,"d":"86.0"},{"v":149.78043061134588,"d":"149.8"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":136.1775133257162,"d":"136.2"},{"v":0.04558666117181916,"d":"4.6%"},{"v":837.684792112325,"d":"837.7"},{"v":104.087088926169,"d":"104.1"},{"v":419.720510707888,"d":"419.7"},{"v":441.294229038055,"d":"441.3"},{"v":287.888490537675,"d":"287.9"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2203.57996067892,"d":"2,203.6"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0.323943661971831,"d":"32.4%"},null,4.7,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.83570528572123,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.25746872085935,"d":"1.26"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1619*((CV1619/'T9 - Feed composition+factors'!$B$10)/((CV1619/'T9 - Feed composition+factors'!$B$10)+(DE1619/'T9 - Feed composition+factors'!$B$12))))+(ET1619*((DE1619/'T9 - Feed composition+factors'!$B$12)/((CV1619/'T9 - Feed composition+factors'!$B$10)+(DE1619/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.5180328614093659,"d":"0.518"}},{"$f":"(EP1619*((CW1619/'T9 - Feed composition+factors'!$B$14)/((CW1619/'T9 - Feed composition+factors'!$B$14)+(CX1619/'T9 - Feed composition+factors'!$B$15)+(DA1619/'T9 - Feed composition+factors'!$B$16)+(DF1619/'T9 - Feed composition+factors'!$B$11))))+(EQ1619*((CX1619/'T9 - Feed composition+factors'!$B$15)/((CW1619/'T9 - Feed composition+factors'!$B$14)+(CX1619/'T9 - Feed composition+factors'!$B$15)+(DA1619/'T9 - Feed composition+factors'!$B$16)+(DF1619/'T9 - Feed composition+factors'!$B$11))))+(ER1619*((DA1619/'T9 - Feed composition+factors'!$B$16)/((CW1619/'T9 - Feed composition+factors'!$B$14)+(CX1619/'T9 - Feed composition+factors'!$B$15)+(DA1619/'T9 - Feed composition+factors'!$B$16)+(DF1619/'T9 - Feed composition+factors'!$B$11))))+(EU1619*((DF1619/'T9 - Feed composition+factors'!$B$11)/((CW1619/'T9 - Feed composition+factors'!$B$14)+(CX1619/'T9 - Feed composition+factors'!$B$15)+(DA1619/'T9 - Feed composition+factors'!$B$16)+(DF1619/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.1811417296023754,"d":"1.18"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX","SSP2","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_PSC_half_w_BMK, 2100kcal","SSP2_PSC_half_w_BMK, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2151.555709,"d":"2151.56"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1357.479468,"d":"1,357.48"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2007.21693,"d":"2,007.22"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":90.70989725999999,"d":"90.7"},null,{"v":117.1225294,"d":"117.1"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":16.67917567,"d":"16.68"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2297.74696712118,"d":"2,297.7"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":101.870006531315,"d":"101.9"},{"v":23.2765846843468,"d":"23.3"},{"v":125.146591215662,"d":"125.1"},{"v":125.146591215662,"d":"125.1"},{"v":113.911061890753,"d":"113.9"},{"v":15.4262210024242,"d":"15.4"},{"v":129.3372828931772,"d":"129.3"},null,null,{"v":136.1775133257162,"d":"136.2"},{"v":0.04558666117181916,"d":"4.6%"},{"v":741.571573136163,"d":"741.6"},{"v":92.2317255680844,"d":"92.2"},{"v":414.290459628944,"d":"414.3"},{"v":436.774986149027,"d":"436.8"},{"v":266.981944537607,"d":"267.0"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2060.206853798229,"d":"2,060.2"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.568839453813622,"d":"0.57"},{"$f":"(EO1629*((CV1629/'T9 - Feed composition+factors'!$B$10)/((CV1629/'T9 - Feed composition+factors'!$B$10)+(DE1629/'T9 - Feed composition+factors'!$B$12))))+(ET1629*((DE1629/'T9 - Feed composition+factors'!$B$12)/((CV1629/'T9 - Feed composition+factors'!$B$10)+(DE1629/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.452323273,"d":"0.452"}},{"$f":"(EP1629*((CW1629/'T9 - Feed composition+factors'!$B$14)/((CW1629/'T9 - Feed composition+factors'!$B$14)+(CX1629/'T9 - Feed composition+factors'!$B$15)+(DA1629/'T9 - Feed composition+factors'!$B$16)+(DF1629/'T9 - Feed composition+factors'!$B$11))))+(EQ1629*((CX1629/'T9 - Feed composition+factors'!$B$15)/((CW1629/'T9 - Feed composition+factors'!$B$14)+(CX1629/'T9 - Feed composition+factors'!$B$15)+(DA1629/'T9 - Feed composition+factors'!$B$16)+(DF1629/'T9 - Feed composition+factors'!$B$11))))+(ER1629*((DA1629/'T9 - Feed composition+factors'!$B$16)/((CW1629/'T9 - Feed composition+factors'!$B$14)+(CX1629/'T9 - Feed composition+factors'!$B$15)+(DA1629/'T9 - Feed composition+factors'!$B$16)+(DF1629/'T9 - Feed composition+factors'!$B$11))))+(EU1629*((DF1629/'T9 - Feed composition+factors'!$B$11)/((CW1629/'T9 - Feed composition+factors'!$B$14)+(CX1629/'T9 - Feed composition+factors'!$B$15)+(DA1629/'T9 - Feed composition+factors'!$B$16)+(DF1629/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.6979362632327218,"d":"0.70"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP2","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_VEG_full_w_BMK, 2100kcal","SSP2_VEG_full_w_BMK, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2894.030751,"d":"2894.03"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1844.2613959999999,"d":"1,844.26"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2728.509567,"d":"2,728.51"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":123.2996389,"d":"123.3"},null,{"v":151.53600930000002,"d":"151.5"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":22.22035439,"d":"22.22"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.187131941,"d":"9.19"},"billion",{"v":2502.69178721131,"d":"2,502.7"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":526.3138948926014,"d":"526.3"},{"v":0.16241552667719034,"d":"16.2%"},{"v":804.708171129511,"d":"804.7"},{"v":104.287938884317,"d":"104.3"},{"v":422.08364909486,"d":"422.1"},{"v":514.902001524105,"d":"514.9"},{"v":357.862550665455,"d":"357.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2319.639249307638,"d":"2,319.6"},"kcal/capita/day",null,{"v":25.19125395,"d":"25.19"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO1636*((CV1636/'T9 - Feed composition+factors'!$B$10)/((CV1636/'T9 - Feed composition+factors'!$B$10)+(DE1636/'T9 - Feed composition+factors'!$B$12))))+(ET1636*((DE1636/'T9 - Feed composition+factors'!$B$12)/((CV1636/'T9 - Feed composition+factors'!$B$10)+(DE1636/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1636*((CW1636/'T9 - Feed composition+factors'!$B$14)/((CW1636/'T9 - Feed composition+factors'!$B$14)+(CX1636/'T9 - Feed composition+factors'!$B$15)+(DA1636/'T9 - Feed composition+factors'!$B$16)+(DF1636/'T9 - Feed composition+factors'!$B$11))))+(EQ1636*((CX1636/'T9 - Feed composition+factors'!$B$15)/((CW1636/'T9 - Feed composition+factors'!$B$14)+(CX1636/'T9 - Feed composition+factors'!$B$15)+(DA1636/'T9 - Feed composition+factors'!$B$16)+(DF1636/'T9 - Feed composition+factors'!$B$11))))+(ER1636*((DA1636/'T9 - Feed composition+factors'!$B$16)/((CW1636/'T9 - Feed composition+factors'!$B$14)+(CX1636/'T9 - Feed composition+factors'!$B$15)+(DA1636/'T9 - Feed composition+factors'!$B$16)+(DF1636/'T9 - Feed composition+factors'!$B$11))))+(EU1636*((DF1636/'T9 - Feed composition+factors'!$B$11)/((CW1636/'T9 - Feed composition+factors'!$B$14)+(CX1636/'T9 - Feed composition+factors'!$B$15)+(DA1636/'T9 - Feed composition+factors'!$B$16)+(DF1636/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.868576754,"d":"2.87"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VEG","SSP2","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_VEG_half_w_TECH, 2100kcal","SSP2_VEG_half_w_TECH, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2278.605296,"d":"2278.61"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1112.454844,"d":"1,112.45"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1647.671228,"d":"1,647.67"},null,null,"km3/yr",{"v":0.233343,"d":"23.3%"},null,{"v":0.233343,"d":"23.3%"},null,{"v":99.06147473,"d":"99.1"},null,{"v":120.47525759999999,"d":"120.5"},"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":17.58216825,"d":"17.58"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.187131941,"d":"9.19"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":132.70498673591044,"d":"132.7"},{"v":0.048368725576972325,"d":"4.8%"},{"v":710.494744244756,"d":"710.5"},{"v":92.4096990171583,"d":"92.4"},{"v":416.62535570243,"d":"416.6"},{"v":509.719835612053,"d":"509.7"},{"v":301.710888382727,"d":"301.7"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2142.090341163819,"d":"2,142.1"},"kcal/capita/day",null,{"v":25.19125395,"d":"25.19"},null,null,{"v":0.41971830985915504,"d":"42.0%"},null,5.04,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO1644*((CV1644/'T9 - Feed composition+factors'!$B$10)/((CV1644/'T9 - Feed composition+factors'!$B$10)+(DE1644/'T9 - Feed composition+factors'!$B$12))))+(ET1644*((DE1644/'T9 - Feed composition+factors'!$B$12)/((CV1644/'T9 - Feed composition+factors'!$B$10)+(DE1644/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1644*((CW1644/'T9 - Feed composition+factors'!$B$14)/((CW1644/'T9 - Feed composition+factors'!$B$14)+(CX1644/'T9 - Feed composition+factors'!$B$15)+(DA1644/'T9 - Feed composition+factors'!$B$16)+(DF1644/'T9 - Feed composition+factors'!$B$11))))+(EQ1644*((CX1644/'T9 - Feed composition+factors'!$B$15)/((CW1644/'T9 - Feed composition+factors'!$B$14)+(CX1644/'T9 - Feed composition+factors'!$B$15)+(DA1644/'T9 - Feed composition+factors'!$B$16)+(DF1644/'T9 - Feed composition+factors'!$B$11))))+(ER1644*((DA1644/'T9 - Feed composition+factors'!$B$16)/((CW1644/'T9 - Feed composition+factors'!$B$14)+(CX1644/'T9 - Feed composition+factors'!$B$15)+(DA1644/'T9 - Feed composition+factors'!$B$16)+(DF1644/'T9 - Feed composition+factors'!$B$11))))+(EU1644*((DF1644/'T9 - Feed composition+factors'!$B$11)/((CW1644/'T9 - Feed composition+factors'!$B$14)+(CX1644/'T9 - Feed composition+factors'!$B$15)+(DA1644/'T9 - Feed composition+factors'!$B$16)+(DF1644/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.868576754,"d":"2.87"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VEG","SSP2","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_VGN_half_w_BMK, 2100kcal","SSP2_VGN_half_w_BMK, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1324.993805,"d":"1324.99"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1375.8261790000001,"d":"1,375.83"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2179.349377,"d":"2,179.35"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":88.78120831,"d":"88.8"},null,{"v":123.64050710000001,"d":"123.6"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":16.17696672,"d":"16.18"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2297.74696712118,"d":"2,297.7"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":451.91102446981483,"d":"451.9"},{"v":0.16471393325473238,"d":"16.5%"},{"v":741.571573136163,"d":"741.6"},{"v":92.2317255680844,"d":"92.2"},{"v":414.290459628944,"d":"414.3"},{"v":588.145804711812,"d":"588.1"},{"v":334.930416482135,"d":"334.9"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2279.5261443055424,"d":"2,279.5"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP2","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_FLX_hmilk_half_w_BMK, 2100kcal","SSP2_FLX_hmilk_half_w_BMK, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":6414.478427,"d":"6414.48"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1678.4439399999999,"d":"1,678.44"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2280.893627,"d":"2,280.89"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":111.9668691,"d":"112.0"},null,{"v":141.8711177,"d":"141.9"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":20.52008672,"d":"20.52"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.187131941,"d":"9.19"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"OMN/FLX",{"v":11.4455024809545,"d":"11.4"},{"v":5.3404419238453,"d":"5.3"},{"v":16.7859444047998,"d":"16.8"},{"v":13.9840404549057,"d":"14.0"},{"v":34.8038627310853,"d":"34.8"},{"v":48.787903185991,"d":"48.8"},{"v":65.57384759079079,"d":"65.6"},{"v":44.8046263903999,"d":"44.8"},{"v":20.9775394799677,"d":"21.0"},{"v":65.7821658703676,"d":"65.8"},{"v":131.3560134611584,"d":"131.4"},{"v":304.418200086543,"d":"304.4"},{"v":15.9818211224242,"d":"16.0"},{"v":320.4000212089672,"d":"320.4"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":707.21648361816,"d":"707.2"},{"v":91.2060177576624,"d":"91.2"},{"v":416.62535570243,"d":"416.6"},{"v":258.549653615745,"d":"258.5"},{"v":258.787917969698,"d":"258.8"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":1843.5152468683907,"d":"1,843.5"},"kcal/capita/day",null,{"v":25.19125395,"d":"25.19"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81432611747704,"d":"1.81"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.53905783129993,"d":"1.54"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.495346880302166,"d":"0.50"},{"$f":"(EO1666*((CV1666/'T9 - Feed composition+factors'!$B$10)/((CV1666/'T9 - Feed composition+factors'!$B$10)+(DE1666/'T9 - Feed composition+factors'!$B$12))))+(ET1666*((DE1666/'T9 - Feed composition+factors'!$B$12)/((CV1666/'T9 - Feed composition+factors'!$B$10)+(DE1666/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.4719364902663445,"d":"0.472"}},{"$f":"(EP1666*((CW1666/'T9 - Feed composition+factors'!$B$14)/((CW1666/'T9 - Feed composition+factors'!$B$14)+(CX1666/'T9 - Feed composition+factors'!$B$15)+(DA1666/'T9 - Feed composition+factors'!$B$16)+(DF1666/'T9 - Feed composition+factors'!$B$11))))+(EQ1666*((CX1666/'T9 - Feed composition+factors'!$B$15)/((CW1666/'T9 - Feed composition+factors'!$B$14)+(CX1666/'T9 - Feed composition+factors'!$B$15)+(DA1666/'T9 - Feed composition+factors'!$B$16)+(DF1666/'T9 - Feed composition+factors'!$B$11))))+(ER1666*((DA1666/'T9 - Feed composition+factors'!$B$16)/((CW1666/'T9 - Feed composition+factors'!$B$14)+(CX1666/'T9 - Feed composition+factors'!$B$15)+(DA1666/'T9 - Feed composition+factors'!$B$16)+(DF1666/'T9 - Feed composition+factors'!$B$11))))+(EU1666*((DF1666/'T9 - Feed composition+factors'!$B$11)/((CW1666/'T9 - Feed composition+factors'!$B$14)+(CX1666/'T9 - Feed composition+factors'!$B$15)+(DA1666/'T9 - Feed composition+factors'!$B$16)+(DF1666/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.4331914548082691,"d":"1.43"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hmilk","SSP2","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_FLX_hredmeat_full_w_TECH_p, 2100kcal","SSP2_FLX_hredmeat_full_w_TECH_p, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":8331.899258,"d":"8331.90"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1143.457363,"d":"1,143.46"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1881.237608,"d":"1,881.24"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":90.87353725,"d":"90.9"},null,{"v":116.54223209999999,"d":"116.5"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":11.228529479999999,"d":"11.23"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.187131941,"d":"9.19"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"OMN/FLX",{"v":42.8670460437828,"d":"42.9"},{"v":20.2293700383978,"d":"20.2"},{"v":63.096416082180596,"d":"63.1"},{"v":52.1803481627924,"d":"52.2"},{"v":36.1318718921707,"d":"36.1"},{"v":88.31222005496309,"d":"88.3"},{"v":151.40863613714367,"d":"151.4"},{"v":68.9273065407676,"d":"68.9"},{"v":20.9775394799677,"d":"21.0"},{"v":89.9048460207353,"d":"89.9"},{"v":241.31348215787898,"d":"241.3"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":804.702017062296,"d":"804.7"},{"v":104.28642926832,"d":"104.3"},{"v":422.08364909486,"d":"422.1"},{"v":365.039082894151,"d":"365.0"},{"v":306.929911359396,"d":"306.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2118.836027688413,"d":"2,118.8"},"kcal/capita/day",null,{"v":25.19125395,"d":"25.19"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81608426611145,"d":"1.82"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.50931145348483,"d":"1.51"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO1676*((CV1676/'T9 - Feed composition+factors'!$B$10)/((CV1676/'T9 - Feed composition+factors'!$B$10)+(DE1676/'T9 - Feed composition+factors'!$B$12))))+(ET1676*((DE1676/'T9 - Feed composition+factors'!$B$12)/((CV1676/'T9 - Feed composition+factors'!$B$10)+(DE1676/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6661258639662755,"d":"0.666"}},{"$f":"(EP1676*((CW1676/'T9 - Feed composition+factors'!$B$14)/((CW1676/'T9 - Feed composition+factors'!$B$14)+(CX1676/'T9 - Feed composition+factors'!$B$15)+(DA1676/'T9 - Feed composition+factors'!$B$16)+(DF1676/'T9 - Feed composition+factors'!$B$11))))+(EQ1676*((CX1676/'T9 - Feed composition+factors'!$B$15)/((CW1676/'T9 - Feed composition+factors'!$B$14)+(CX1676/'T9 - Feed composition+factors'!$B$15)+(DA1676/'T9 - Feed composition+factors'!$B$16)+(DF1676/'T9 - Feed composition+factors'!$B$11))))+(ER1676*((DA1676/'T9 - Feed composition+factors'!$B$16)/((CW1676/'T9 - Feed composition+factors'!$B$14)+(CX1676/'T9 - Feed composition+factors'!$B$15)+(DA1676/'T9 - Feed composition+factors'!$B$16)+(DF1676/'T9 - Feed composition+factors'!$B$11))))+(EU1676*((DF1676/'T9 - Feed composition+factors'!$B$11)/((CW1676/'T9 - Feed composition+factors'!$B$14)+(CX1676/'T9 - Feed composition+factors'!$B$15)+(DA1676/'T9 - Feed composition+factors'!$B$16)+(DF1676/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.363878428569542,"d":"1.36"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP2","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_FLX_half_w_BMK, 2100kcal","SSP1_FLX_half_w_BMK, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":3535.282561,"d":"3535.28"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1374.03366,"d":"1,374.03"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1963.393929,"d":"1,963.39"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":91.01858435999999,"d":"91.0"},null,{"v":127.8973824,"d":"127.9"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":16.7020967,"d":"16.70"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.015848702,"d":"8.02"},"billion",{"v":2297.74696712118,"d":"2,297.7"},"OMN/FLX",{"v":10.9055279898862,"d":"10.9"},{"v":4.49934452864088,"d":"4.5"},{"v":15.404872518527082,"d":"15.4"},{"v":14.8943386442783,"d":"14.9"},{"v":31.1583823372904,"d":"31.2"},{"v":46.0527209815687,"d":"46.1"},{"v":61.45759350009578,"d":"61.5"},{"v":38.8701993476588,"d":"38.9"},{"v":24.0427969844184,"d":"24.0"},{"v":62.9129963320772,"d":"62.9"},{"v":124.37058983217298,"d":"124.4"},{"v":113.911061890753,"d":"113.9"},{"v":15.4262210024242,"d":"15.4"},{"v":129.3372828931772,"d":"129.3"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":741.571573136163,"d":"741.6"},{"v":92.2317255680844,"d":"92.2"},{"v":414.290459628944,"d":"414.3"},{"v":436.774986149027,"d":"436.8"},{"v":242.759855668838,"d":"242.8"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2035.9847649294602,"d":"2,036.0"},"kcal/capita/day",null,{"v":19.15294736,"d":"19.15"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.83556390305985,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.47926736084767,"d":"1.48"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.568839453813622,"d":"0.57"},{"$f":"(EO1686*((CV1686/'T9 - Feed composition+factors'!$B$10)/((CV1686/'T9 - Feed composition+factors'!$B$10)+(DE1686/'T9 - Feed composition+factors'!$B$12))))+(ET1686*((DE1686/'T9 - Feed composition+factors'!$B$12)/((CV1686/'T9 - Feed composition+factors'!$B$10)+(DE1686/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.517356742436137,"d":"0.517"}},{"$f":"(EP1686*((CW1686/'T9 - Feed composition+factors'!$B$14)/((CW1686/'T9 - Feed composition+factors'!$B$14)+(CX1686/'T9 - Feed composition+factors'!$B$15)+(DA1686/'T9 - Feed composition+factors'!$B$16)+(DF1686/'T9 - Feed composition+factors'!$B$11))))+(EQ1686*((CX1686/'T9 - Feed composition+factors'!$B$15)/((CW1686/'T9 - Feed composition+factors'!$B$14)+(CX1686/'T9 - Feed composition+factors'!$B$15)+(DA1686/'T9 - Feed composition+factors'!$B$16)+(DF1686/'T9 - Feed composition+factors'!$B$11))))+(ER1686*((DA1686/'T9 - Feed composition+factors'!$B$16)/((CW1686/'T9 - Feed composition+factors'!$B$14)+(CX1686/'T9 - Feed composition+factors'!$B$15)+(DA1686/'T9 - Feed composition+factors'!$B$16)+(DF1686/'T9 - Feed composition+factors'!$B$11))))+(EU1686*((DF1686/'T9 - Feed composition+factors'!$B$11)/((CW1686/'T9 - Feed composition+factors'!$B$14)+(CX1686/'T9 - Feed composition+factors'!$B$15)+(DA1686/'T9 - Feed composition+factors'!$B$16)+(DF1686/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3930897629227084,"d":"1.39"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX","SSP1","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_PSC_half_w_TECH, 2100kcal","SSP1_PSC_half_w_TECH, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2170.06077,"d":"2170.06"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1044.024409,"d":"1,044.02"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1500.874902,"d":"1,500.87"},null,null,"km3/yr",{"v":0.233343,"d":"23.3%"},null,{"v":0.233343,"d":"23.3%"},null,{"v":96.97641078000001,"d":"97.0"},null,{"v":114.41502559999999,"d":"114.4"},"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":17.30222194,"d":"17.30"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":109.45741467488,"d":"109.5"},{"v":22.729260797326,"d":"22.7"},{"v":132.186675472206,"d":"132.2"},{"v":132.186675472206,"d":"132.2"},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":451.91102446981483,"d":"451.9"},{"v":0.19667110879079036,"d":"19.7%"},{"v":710.494744244756,"d":"710.5"},{"v":92.4096990171583,"d":"92.4"},{"v":416.62535570243,"d":"416.6"},{"v":439.244528234876,"d":"439.2"},{"v":284.637768834164,"d":"284.6"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2054.5419142380792,"d":"2,054.5"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0.41971830985915504,"d":"42.0%"},null,5.04,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO1698*((CV1698/'T9 - Feed composition+factors'!$B$10)/((CV1698/'T9 - Feed composition+factors'!$B$10)+(DE1698/'T9 - Feed composition+factors'!$B$12))))+(ET1698*((DE1698/'T9 - Feed composition+factors'!$B$12)/((CV1698/'T9 - Feed composition+factors'!$B$10)+(DE1698/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1698*((CW1698/'T9 - Feed composition+factors'!$B$14)/((CW1698/'T9 - Feed composition+factors'!$B$14)+(CX1698/'T9 - Feed composition+factors'!$B$15)+(DA1698/'T9 - Feed composition+factors'!$B$16)+(DF1698/'T9 - Feed composition+factors'!$B$11))))+(EQ1698*((CX1698/'T9 - Feed composition+factors'!$B$15)/((CW1698/'T9 - Feed composition+factors'!$B$14)+(CX1698/'T9 - Feed composition+factors'!$B$15)+(DA1698/'T9 - Feed composition+factors'!$B$16)+(DF1698/'T9 - Feed composition+factors'!$B$11))))+(ER1698*((DA1698/'T9 - Feed composition+factors'!$B$16)/((CW1698/'T9 - Feed composition+factors'!$B$14)+(CX1698/'T9 - Feed composition+factors'!$B$15)+(DA1698/'T9 - Feed composition+factors'!$B$16)+(DF1698/'T9 - Feed composition+factors'!$B$11))))+(EU1698*((DF1698/'T9 - Feed composition+factors'!$B$11)/((CW1698/'T9 - Feed composition+factors'!$B$14)+(CX1698/'T9 - Feed composition+factors'!$B$15)+(DA1698/'T9 - Feed composition+factors'!$B$16)+(DF1698/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.704027934748012,"d":"0.70"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP1","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_VEG_half_w_BMK, 2100kcal","SSP1_VEG_half_w_BMK, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2382.010768,"d":"2382.01"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1498.789605,"d":"1,498.79"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2201.045511,"d":"2,201.05"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":96.60744951000001,"d":"96.6"},null,{"v":125.3660335,"d":"125.4"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":17.69358315,"d":"17.69"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":264.0561674105568,"d":"264.1"},{"v":0.09624401171755001,"d":"9.6%"},{"v":710.494744244756,"d":"710.5"},{"v":92.4096990171583,"d":"92.4"},{"v":416.62535570243,"d":"416.6"},{"v":509.719835612053,"d":"509.7"},{"v":301.710888382727,"d":"301.7"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2142.090341163819,"d":"2,142.1"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO1708*((CV1708/'T9 - Feed composition+factors'!$B$10)/((CV1708/'T9 - Feed composition+factors'!$B$10)+(DE1708/'T9 - Feed composition+factors'!$B$12))))+(ET1708*((DE1708/'T9 - Feed composition+factors'!$B$12)/((CV1708/'T9 - Feed composition+factors'!$B$10)+(DE1708/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1708*((CW1708/'T9 - Feed composition+factors'!$B$14)/((CW1708/'T9 - Feed composition+factors'!$B$14)+(CX1708/'T9 - Feed composition+factors'!$B$15)+(DA1708/'T9 - Feed composition+factors'!$B$16)+(DF1708/'T9 - Feed composition+factors'!$B$11))))+(EQ1708*((CX1708/'T9 - Feed composition+factors'!$B$15)/((CW1708/'T9 - Feed composition+factors'!$B$14)+(CX1708/'T9 - Feed composition+factors'!$B$15)+(DA1708/'T9 - Feed composition+factors'!$B$16)+(DF1708/'T9 - Feed composition+factors'!$B$11))))+(ER1708*((DA1708/'T9 - Feed composition+factors'!$B$16)/((CW1708/'T9 - Feed composition+factors'!$B$14)+(CX1708/'T9 - Feed composition+factors'!$B$15)+(DA1708/'T9 - Feed composition+factors'!$B$16)+(DF1708/'T9 - Feed composition+factors'!$B$11))))+(EU1708*((DF1708/'T9 - Feed composition+factors'!$B$11)/((CW1708/'T9 - Feed composition+factors'!$B$14)+(CX1708/'T9 - Feed composition+factors'!$B$15)+(DA1708/'T9 - Feed composition+factors'!$B$16)+(DF1708/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.868576754,"d":"2.87"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VEG","SSP1","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_VGN_half_w_BMK, 2100kcal","SSP1_VGN_half_w_BMK, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1300.518803,"d":"1300.52"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1350.527825,"d":"1,350.53"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2136.217593,"d":"2,136.22"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":87.75586573999999,"d":"87.8"},null,{"v":122.1918132,"d":"122.2"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":15.99928045,"d":"16.00"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.015848702,"d":"8.02"},"billion",{"v":2297.74696712118,"d":"2,297.7"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":264.8916622149811,"d":"264.9"},{"v":0.09654853545784177,"d":"9.7%"},{"v":741.571573136163,"d":"741.6"},{"v":92.2317255680844,"d":"92.2"},{"v":414.290459628944,"d":"414.3"},{"v":588.145804711812,"d":"588.1"},{"v":334.930416482135,"d":"334.9"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2279.5261443055424,"d":"2,279.5"},"kcal/capita/day",null,{"v":19.15294736,"d":"19.15"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP1","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_FLX_hmilk_half_w_TECH, 2100kcal","SSP1_FLX_hmilk_half_w_TECH, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":5300.201728,"d":"5300.20"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1123.960169,"d":"1,123.96"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1526.013261,"d":"1,526.01"},null,null,"km3/yr",{"v":0.233343,"d":"23.3%"},null,{"v":0.233343,"d":"23.3%"},null,{"v":106.6378484,"d":"106.6"},null,{"v":128.145388,"d":"128.1"},"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":18.74560727,"d":"18.75"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"OMN/FLX",{"v":11.4455024809545,"d":"11.4"},{"v":5.3404419238453,"d":"5.3"},{"v":16.7859444047998,"d":"16.8"},{"v":13.9840404549057,"d":"14.0"},{"v":34.8038627310853,"d":"34.8"},{"v":48.787903185991,"d":"48.8"},{"v":65.57384759079079,"d":"65.6"},{"v":43.0529050730416,"d":"43.1"},{"v":22.729260797326,"d":"22.7"},{"v":65.7821658703676,"d":"65.8"},{"v":131.3560134611584,"d":"131.4"},{"v":304.418200086543,"d":"304.4"},{"v":15.9818211224242,"d":"16.0"},{"v":320.4000212089672,"d":"320.4"},null,null,{"v":377.47677428919974,"d":"377.5"},{"v":0.12636378348747104,"d":"12.6%"},{"v":707.21648361816,"d":"707.2"},{"v":91.2060177576624,"d":"91.2"},{"v":416.62535570243,"d":"416.6"},{"v":258.549653615745,"d":"258.5"},{"v":258.787917969698,"d":"258.8"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":1843.5152468683907,"d":"1,843.5"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0.41971830985915504,"d":"42.0%"},null,5.04,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81432611747704,"d":"1.81"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.56218065438775,"d":"1.56"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.495346880302166,"d":"0.50"},{"$f":"(EO1734*((CV1734/'T9 - Feed composition+factors'!$B$10)/((CV1734/'T9 - Feed composition+factors'!$B$10)+(DE1734/'T9 - Feed composition+factors'!$B$12))))+(ET1734*((DE1734/'T9 - Feed composition+factors'!$B$12)/((CV1734/'T9 - Feed composition+factors'!$B$10)+(DE1734/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.4719364902663445,"d":"0.472"}},{"$f":"(EP1734*((CW1734/'T9 - Feed composition+factors'!$B$14)/((CW1734/'T9 - Feed composition+factors'!$B$14)+(CX1734/'T9 - Feed composition+factors'!$B$15)+(DA1734/'T9 - Feed composition+factors'!$B$16)+(DF1734/'T9 - Feed composition+factors'!$B$11))))+(EQ1734*((CX1734/'T9 - Feed composition+factors'!$B$15)/((CW1734/'T9 - Feed composition+factors'!$B$14)+(CX1734/'T9 - Feed composition+factors'!$B$15)+(DA1734/'T9 - Feed composition+factors'!$B$16)+(DF1734/'T9 - Feed composition+factors'!$B$11))))+(ER1734*((DA1734/'T9 - Feed composition+factors'!$B$16)/((CW1734/'T9 - Feed composition+factors'!$B$14)+(CX1734/'T9 - Feed composition+factors'!$B$15)+(DA1734/'T9 - Feed composition+factors'!$B$16)+(DF1734/'T9 - Feed composition+factors'!$B$11))))+(EU1734*((DF1734/'T9 - Feed composition+factors'!$B$11)/((CW1734/'T9 - Feed composition+factors'!$B$14)+(CX1734/'T9 - Feed composition+factors'!$B$15)+(DA1734/'T9 - Feed composition+factors'!$B$16)+(DF1734/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.455260626274371,"d":"1.46"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hmilk","SSP1","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_FLX_hredmeat_half_w_TECH, 2100kcal","SSP1_FLX_hredmeat_half_w_TECH, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":7247.020148,"d":"7247.02"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1089.9203929999999,"d":"1,089.92"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1503.495768,"d":"1,503.50"},null,null,"km3/yr",{"v":0.233343,"d":"23.3%"},null,{"v":0.233343,"d":"23.3%"},null,{"v":102.8270245,"d":"102.8"},null,{"v":134.7299212,"d":"134.7"},"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":17.998681339999997,"d":"18.00"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"$f":"CL1745","v":{"v":0.753495,"d":"75.3%"}},{"v":0,"d":"0.0%"},{"$f":"CN1745","v":{"v":0.771787177475109,"d":"77.2%"}},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"OMN/FLX",{"v":41.3660012718914,"d":"41.4"},{"v":19.5031875241989,"d":"19.5"},{"v":60.8691887960903,"d":"60.9"},{"v":50.2014073213962,"d":"50.2"},{"v":34.8038627310853,"d":"34.8"},{"v":85.0052700524815,"d":"85.0"},{"v":145.8744588485718,"d":"145.9"},{"v":43.0529050730416,"d":"43.1"},{"v":22.729260797326,"d":"22.7"},{"v":65.7821658703676,"d":"65.8"},{"v":211.6566247189394,"d":"211.7"},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":136.1775133257162,"d":"136.2"},{"v":0.0544312130830265,"d":"5.4%"},{"v":710.489335786148,"d":"710.5"},{"v":92.4083613441598,"d":"92.4"},{"v":416.62535570243,"d":"416.6"},{"v":361.248057732076,"d":"361.2"},{"v":258.787917969698,"d":"258.8"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":1950.6888467392066,"d":"1,950.7"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0.41971830985915504,"d":"42.0%"},null,5.04,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81594204842089,"d":"1.82"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.76233518208262,"d":"1.76"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO1746*((CV1746/'T9 - Feed composition+factors'!$B$10)/((CV1746/'T9 - Feed composition+factors'!$B$10)+(DE1746/'T9 - Feed composition+factors'!$B$12))))+(ET1746*((DE1746/'T9 - Feed composition+factors'!$B$12)/((CV1746/'T9 - Feed composition+factors'!$B$10)+(DE1746/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6641116489339078,"d":"0.664"}},{"$f":"(EP1746*((CW1746/'T9 - Feed composition+factors'!$B$14)/((CW1746/'T9 - Feed composition+factors'!$B$14)+(CX1746/'T9 - Feed composition+factors'!$B$15)+(DA1746/'T9 - Feed composition+factors'!$B$16)+(DF1746/'T9 - Feed composition+factors'!$B$11))))+(EQ1746*((CX1746/'T9 - Feed composition+factors'!$B$15)/((CW1746/'T9 - Feed composition+factors'!$B$14)+(CX1746/'T9 - Feed composition+factors'!$B$15)+(DA1746/'T9 - Feed composition+factors'!$B$16)+(DF1746/'T9 - Feed composition+factors'!$B$11))))+(ER1746*((DA1746/'T9 - Feed composition+factors'!$B$16)/((CW1746/'T9 - Feed composition+factors'!$B$14)+(CX1746/'T9 - Feed composition+factors'!$B$15)+(DA1746/'T9 - Feed composition+factors'!$B$16)+(DF1746/'T9 - Feed composition+factors'!$B$11))))+(EU1746*((DF1746/'T9 - Feed composition+factors'!$B$11)/((CW1746/'T9 - Feed composition+factors'!$B$14)+(CX1746/'T9 - Feed composition+factors'!$B$15)+(DA1746/'T9 - Feed composition+factors'!$B$16)+(DF1746/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.6066859064459384,"d":"1.61"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP1","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_PSC_full_w_BMK, 2100kcal","SSP3_PSC_full_w_BMK, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2955.624506,"d":"2955.62"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1905.609812,"d":"1,905.61"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2821.319129,"d":"2,821.32"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":127.8618487,"d":"127.9"},null,{"v":154.21182199999998,"d":"154.2"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":23.1812845,"d":"23.18"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2502.69178721131,"d":"2,502.7"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":161.339283248792,"d":"161.3"},{"v":19.3209693756196,"d":"19.3"},{"v":180.660252624412,"d":"180.7"},{"v":180.660252624412,"d":"180.7"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":136.1775133257162,"d":"136.2"},{"v":0.0544312130830265,"d":"5.4%"},{"v":804.708171129511,"d":"804.7"},{"v":104.287938884317,"d":"104.3"},{"v":422.08364909486,"d":"422.1"},{"v":443.777989849752,"d":"443.8"},{"v":337.602806768328,"d":"337.6"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2228.255493736158,"d":"2,228.3"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO1756*((CV1756/'T9 - Feed composition+factors'!$B$10)/((CV1756/'T9 - Feed composition+factors'!$B$10)+(DE1756/'T9 - Feed composition+factors'!$B$12))))+(ET1756*((DE1756/'T9 - Feed composition+factors'!$B$12)/((CV1756/'T9 - Feed composition+factors'!$B$10)+(DE1756/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1756*((CW1756/'T9 - Feed composition+factors'!$B$14)/((CW1756/'T9 - Feed composition+factors'!$B$14)+(CX1756/'T9 - Feed composition+factors'!$B$15)+(DA1756/'T9 - Feed composition+factors'!$B$16)+(DF1756/'T9 - Feed composition+factors'!$B$11))))+(EQ1756*((CX1756/'T9 - Feed composition+factors'!$B$15)/((CW1756/'T9 - Feed composition+factors'!$B$14)+(CX1756/'T9 - Feed composition+factors'!$B$15)+(DA1756/'T9 - Feed composition+factors'!$B$16)+(DF1756/'T9 - Feed composition+factors'!$B$11))))+(ER1756*((DA1756/'T9 - Feed composition+factors'!$B$16)/((CW1756/'T9 - Feed composition+factors'!$B$14)+(CX1756/'T9 - Feed composition+factors'!$B$15)+(DA1756/'T9 - Feed composition+factors'!$B$16)+(DF1756/'T9 - Feed composition+factors'!$B$11))))+(EU1756*((DF1756/'T9 - Feed composition+factors'!$B$11)/((CW1756/'T9 - Feed composition+factors'!$B$14)+(CX1756/'T9 - Feed composition+factors'!$B$15)+(DA1756/'T9 - Feed composition+factors'!$B$16)+(DF1756/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.6631822155161815,"d":"0.66"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP3","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_PSC_half_w_TECH_p, 2100kcal","SSP3_PSC_half_w_TECH_p, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2282.206744,"d":"2282.21"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":970.9443586,"d":"970.94"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1739.613292,"d":"1,739.61"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":71.88454741,"d":"71.9"},null,{"v":85.83178573000001,"d":"85.8"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":9.130834801999999,"d":"9.13"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2502.69178721131,"d":"2,502.7"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":112.865706096586,"d":"112.9"},{"v":19.3209693756196,"d":"19.3"},{"v":132.186675472206,"d":"132.2"},{"v":132.186675472206,"d":"132.2"},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":136.1775133257162,"d":"136.2"},{"v":0.0544312130830265,"d":"5.4%"},{"v":710.494744244756,"d":"710.5"},{"v":92.4096990171583,"d":"92.4"},{"v":416.62535570243,"d":"416.6"},{"v":439.244528234876,"d":"439.2"},{"v":284.637768834164,"d":"284.6"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2054.5419142380792,"d":"2,054.5"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO1766*((CV1766/'T9 - Feed composition+factors'!$B$10)/((CV1766/'T9 - Feed composition+factors'!$B$10)+(DE1766/'T9 - Feed composition+factors'!$B$12))))+(ET1766*((DE1766/'T9 - Feed composition+factors'!$B$12)/((CV1766/'T9 - Feed composition+factors'!$B$10)+(DE1766/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1766*((CW1766/'T9 - Feed composition+factors'!$B$14)/((CW1766/'T9 - Feed composition+factors'!$B$14)+(CX1766/'T9 - Feed composition+factors'!$B$15)+(DA1766/'T9 - Feed composition+factors'!$B$16)+(DF1766/'T9 - Feed composition+factors'!$B$11))))+(EQ1766*((CX1766/'T9 - Feed composition+factors'!$B$15)/((CW1766/'T9 - Feed composition+factors'!$B$14)+(CX1766/'T9 - Feed composition+factors'!$B$15)+(DA1766/'T9 - Feed composition+factors'!$B$16)+(DF1766/'T9 - Feed composition+factors'!$B$11))))+(ER1766*((DA1766/'T9 - Feed composition+factors'!$B$16)/((CW1766/'T9 - Feed composition+factors'!$B$14)+(CX1766/'T9 - Feed composition+factors'!$B$15)+(DA1766/'T9 - Feed composition+factors'!$B$16)+(DF1766/'T9 - Feed composition+factors'!$B$11))))+(EU1766*((DF1766/'T9 - Feed composition+factors'!$B$11)/((CW1766/'T9 - Feed composition+factors'!$B$14)+(CX1766/'T9 - Feed composition+factors'!$B$15)+(DA1766/'T9 - Feed composition+factors'!$B$16)+(DF1766/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.7000067518129695,"d":"0.70"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP3","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_VEG_full_w_TECH, 2100kcal","SSP3_VEG_full_w_TECH, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2371.260362,"d":"2371.26"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},null,"Food crops",null,null,{"v":1297.910026,"d":"1,297.91"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1912.692572,"d":"1,912.69"},null,null,"km3/yr",{"v":0.171599,"d":"17.2%"},null,{"v":0.171599,"d":"17.2%"},null,{"v":110.1981801,"d":"110.2"},null,{"v":132.22465979999998,"d":"132.2"},"Tg N/yr",{"v":0.0331622271880287,"d":"3.3%"},{"v":0.47525462450649325,"d":"0.48"},{"v":19.91620153,"d":"19.92"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.521255366,"d":"8.52"},"billion",{"v":2502.16268924236,"d":"2,502.2"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":264.0561674105568,"d":"264.1"},{"v":0.1149169115504717,"d":"11.5%"},{"v":837.684792112325,"d":"837.7"},{"v":104.087088926169,"d":"104.1"},{"v":419.720510707888,"d":"419.7"},{"v":508.528240284873,"d":"508.5"},{"v":335.999287411548,"d":"336.0"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2318.924768799611,"d":"2,318.9"},"kcal/capita/day",null,{"v":15.73808959,"d":"15.74"},null,null,{"v":0.22816901408450718,"d":"22.8%"},null,4.36,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1769*((CV1769/'T9 - Feed composition+factors'!$B$10)/((CV1769/'T9 - Feed composition+factors'!$B$10)+(DE1769/'T9 - Feed composition+factors'!$B$12))))+(ET1769*((DE1769/'T9 - Feed composition+factors'!$B$12)/((CV1769/'T9 - Feed composition+factors'!$B$10)+(DE1769/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.452323273,"d":"0.452"}},{"$f":"(EP1769*((CW1769/'T9 - Feed composition+factors'!$B$14)/((CW1769/'T9 - Feed composition+factors'!$B$14)+(CX1769/'T9 - Feed composition+factors'!$B$15)+(DA1769/'T9 - Feed composition+factors'!$B$16)+(DF1769/'T9 - Feed composition+factors'!$B$11))))+(EQ1769*((CX1769/'T9 - Feed composition+factors'!$B$15)/((CW1769/'T9 - Feed composition+factors'!$B$14)+(CX1769/'T9 - Feed composition+factors'!$B$15)+(DA1769/'T9 - Feed composition+factors'!$B$16)+(DF1769/'T9 - Feed composition+factors'!$B$11))))+(ER1769*((DA1769/'T9 - Feed composition+factors'!$B$16)/((CW1769/'T9 - Feed composition+factors'!$B$14)+(CX1769/'T9 - Feed composition+factors'!$B$15)+(DA1769/'T9 - Feed composition+factors'!$B$16)+(DF1769/'T9 - Feed composition+factors'!$B$11))))+(EU1769*((DF1769/'T9 - Feed composition+factors'!$B$11)/((CW1769/'T9 - Feed composition+factors'!$B$14)+(CX1769/'T9 - Feed composition+factors'!$B$15)+(DA1769/'T9 - Feed composition+factors'!$B$16)+(DF1769/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.69521836,"d":"2.70"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VEG","SSP3","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_VGN_full_w_TECH, 2100kcal","SSP3_VGN_full_w_TECH, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1583.563175,"d":"1583.56"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},null,"Food crops",null,null,{"v":1289.963978,"d":"1,289.96"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2010.353204,"d":"2,010.35"},null,null,"km3/yr",{"v":0.171599,"d":"17.2%"},null,{"v":0.171599,"d":"17.2%"},null,{"v":109.8364393,"d":"109.8"},null,{"v":137.4067812,"d":"137.4"},"Tg N/yr",{"v":0.0331622271880287,"d":"3.3%"},{"v":0.47525462450649325,"d":"0.48"},{"v":19.707212390000002,"d":"19.71"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.521255366,"d":"8.52"},"billion",{"v":2502.16268924236,"d":"2,502.2"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":486.9139204459045,"d":"486.9"},{"v":0.19462328771924983,"d":"19.5%"},{"v":837.684792112325,"d":"837.7"},{"v":104.087088926169,"d":"104.1"},{"v":419.720510707888,"d":"419.7"},{"v":594.074748823624,"d":"594.1"},{"v":397.24905346427,"d":"397.2"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2465.721043391084,"d":"2,465.7"},"kcal/capita/day",null,{"v":15.73808959,"d":"15.74"},null,null,{"v":0.22816901408450718,"d":"22.8%"},null,4.36,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP3","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_FLX_hmilk_full_w_TECH_p, 2100kcal","SSP3_FLX_hmilk_full_w_TECH_p, 2100kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":6453.456727,"d":"6453.46"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1225.844001,"d":"1,225.84"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2033.760114,"d":"2,033.76"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":96.4497978,"d":"96.4"},null,{"v":107.83410210000001,"d":"107.8"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":11.9561756,"d":"11.96"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2298.23284010565,"d":"2,298.2"},"OMN/FLX",{"v":11.8608245119089,"d":"11.9"},{"v":5.53928816569061,"d":"5.5"},{"v":17.40011267759951,"d":"17.4"},{"v":14.5352917098113,"d":"14.5"},{"v":36.1318718921707,"d":"36.1"},{"v":50.667163601982,"d":"50.7"},{"v":68.0672762795815,"d":"68.1"},{"v":70.5838766451157,"d":"70.6"},{"v":19.3209693756196,"d":"19.3"},{"v":89.9048460207353,"d":"89.9"},{"v":157.9721223003168,"d":"158.0"},{"v":312.175282873087,"d":"312.2"},{"v":16.4518746848485,"d":"16.5"},{"v":328.6271575579355,"d":"328.6"},null,null,{"v":316.8377659595101,"d":"316.8"},{"v":0.1060643239143709,"d":"10.6%"},{"v":801.06583663632,"d":"801.1"},{"v":102.929537775325,"d":"102.9"},{"v":422.08364909486,"d":"422.1"},{"v":261.365517161489,"d":"261.4"},{"v":306.929911359396,"d":"306.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2010.16939003678,"d":"2,010.2"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81446765499126,"d":"1.81"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.31026047983603,"d":"1.31"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.495536053433774,"d":"0.50"},{"$f":"(EO1796*((CV1796/'T9 - Feed composition+factors'!$B$10)/((CV1796/'T9 - Feed composition+factors'!$B$10)+(DE1796/'T9 - Feed composition+factors'!$B$12))))+(ET1796*((DE1796/'T9 - Feed composition+factors'!$B$12)/((CV1796/'T9 - Feed composition+factors'!$B$10)+(DE1796/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.4722259431596026,"d":"0.472"}},{"$f":"(EP1796*((CW1796/'T9 - Feed composition+factors'!$B$14)/((CW1796/'T9 - Feed composition+factors'!$B$14)+(CX1796/'T9 - Feed composition+factors'!$B$15)+(DA1796/'T9 - Feed composition+factors'!$B$16)+(DF1796/'T9 - Feed composition+factors'!$B$11))))+(EQ1796*((CX1796/'T9 - Feed composition+factors'!$B$15)/((CW1796/'T9 - Feed composition+factors'!$B$14)+(CX1796/'T9 - Feed composition+factors'!$B$15)+(DA1796/'T9 - Feed composition+factors'!$B$16)+(DF1796/'T9 - Feed composition+factors'!$B$11))))+(ER1796*((DA1796/'T9 - Feed composition+factors'!$B$16)/((CW1796/'T9 - Feed composition+factors'!$B$14)+(CX1796/'T9 - Feed composition+factors'!$B$15)+(DA1796/'T9 - Feed composition+factors'!$B$16)+(DF1796/'T9 - Feed composition+factors'!$B$11))))+(EU1796*((DF1796/'T9 - Feed composition+factors'!$B$11)/((CW1796/'T9 - Feed composition+factors'!$B$14)+(CX1796/'T9 - Feed composition+factors'!$B$15)+(DA1796/'T9 - Feed composition+factors'!$B$16)+(DF1796/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.2175480094334625,"d":"1.22"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hmilk","SSP3","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_FLX_hredmeat_full_w_BMK, 2100kcal","SSP3_FLX_hredmeat_full_w_BMK, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":8329.415214,"d":"8329.42"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1658.3384429999999,"d":"1,658.34"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2346.42991,"d":"2,346.43"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":117.26955469999999,"d":"117.3"},null,{"v":154.378352,"d":"154.4"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":21.09155569,"d":"21.09"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.521255366,"d":"8.52"},"billion",{"v":2502.16268924236,"d":"2,502.2"},"OMN/FLX",{"v":42.3766015863748,"d":"42.4"},{"v":18.1026368411602,"d":"18.1"},{"v":60.479238427534995,"d":"60.5"},{"v":56.5764844952453,"d":"56.6"},{"v":32.3472910945808,"d":"32.3"},{"v":88.9237755898261,"d":"88.9"},{"v":149.4030140173611,"d":"149.4"},{"v":63.366748678735,"d":"63.4"},{"v":22.6167876354194,"d":"22.6"},{"v":85.9835363141544,"d":"86.0"},{"v":235.3865503315155,"d":"235.4"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":837.678041884951,"d":"837.7"},{"v":104.085433118043,"d":"104.1"},{"v":419.720510707888,"d":"419.7"},{"v":360.427467857026,"d":"360.4"},{"v":287.888490537675,"d":"287.9"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2122.704793462391,"d":"2,122.7"},"kcal/capita/day",null,{"v":15.73808959,"d":"15.74"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.84099595294886,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.44833750188536,"d":"1.45"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1803*((CV1803/'T9 - Feed composition+factors'!$B$10)/((CV1803/'T9 - Feed composition+factors'!$B$10)+(DE1803/'T9 - Feed composition+factors'!$B$12))))+(ET1803*((DE1803/'T9 - Feed composition+factors'!$B$12)/((CV1803/'T9 - Feed composition+factors'!$B$10)+(DE1803/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6729394752733266,"d":"0.673"}},{"$f":"(EP1803*((CW1803/'T9 - Feed composition+factors'!$B$14)/((CW1803/'T9 - Feed composition+factors'!$B$14)+(CX1803/'T9 - Feed composition+factors'!$B$15)+(DA1803/'T9 - Feed composition+factors'!$B$16)+(DF1803/'T9 - Feed composition+factors'!$B$11))))+(EQ1803*((CX1803/'T9 - Feed composition+factors'!$B$15)/((CW1803/'T9 - Feed composition+factors'!$B$14)+(CX1803/'T9 - Feed composition+factors'!$B$15)+(DA1803/'T9 - Feed composition+factors'!$B$16)+(DF1803/'T9 - Feed composition+factors'!$B$11))))+(ER1803*((DA1803/'T9 - Feed composition+factors'!$B$16)/((CW1803/'T9 - Feed composition+factors'!$B$14)+(CX1803/'T9 - Feed composition+factors'!$B$15)+(DA1803/'T9 - Feed composition+factors'!$B$16)+(DF1803/'T9 - Feed composition+factors'!$B$11))))+(EU1803*((DF1803/'T9 - Feed composition+factors'!$B$11)/((CW1803/'T9 - Feed composition+factors'!$B$14)+(CX1803/'T9 - Feed composition+factors'!$B$15)+(DA1803/'T9 - Feed composition+factors'!$B$16)+(DF1803/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3177877549893497,"d":"1.32"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP3","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_FLX_hredmeat_half_w_TECH_p, 2100kcal","SSP3_FLX_hredmeat_half_w_TECH_p, 2100kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":7370.971993,"d":"7370.97"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},null,"Food crops",null,null,{"v":1093.024377,"d":"1,093.02"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1606.152968,"d":"1,606.15"},null,null,"km3/yr",{"v":0.170392,"d":"17.0%"},null,{"v":0.170392,"d":"17.0%"},null,{"v":66.66617196000001,"d":"66.7"},null,{"v":96.44555812,"d":"96.4"},"Tg N/yr",{"v":0.323215700833161,"d":"32.3%"},{"v":0.6086792223832541,"d":"0.61"},{"v":8.649050875999999,"d":"8.65"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.521255366,"d":"8.52"},"billion",{"v":3063.58372368127,"d":"3,063.6"},"OMN/FLX",{"v":40.8927303581874,"d":"40.9"},{"v":17.4527985955801,"d":"17.5"},{"v":58.3455289537675,"d":"58.3"},{"v":54.4308200876226,"d":"54.4"},{"v":31.1583823372904,"d":"31.2"},{"v":85.589202424913,"d":"85.6"},{"v":143.9347313786805,"d":"143.9"},{"v":40.2962086966578,"d":"40.3"},{"v":22.6167876354194,"d":"22.6"},{"v":62.9129963320772,"d":"62.9"},{"v":206.8477277107577,"d":"206.8"},{"v":113.911061890753,"d":"113.9"},{"v":15.4262210024242,"d":"15.4"},{"v":129.3372828931772,"d":"129.3"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":741.565640752476,"d":"741.6"},{"v":92.2302583540217,"d":"92.2"},{"v":414.290459628944,"d":"414.3"},{"v":356.670724103513,"d":"356.7"},{"v":242.759855668838,"d":"242.8"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":1955.873103286197,"d":"1,955.9"},"kcal/capita/day",null,{"v":15.73808959,"d":"15.74"},null,null,{"v":0.323943661971831,"d":"32.4%"},null,4.7,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.84085213808384,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.66854256153177,"d":"1.67"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.568839453813622,"d":"0.57"},{"$f":"(EO1813*((CV1813/'T9 - Feed composition+factors'!$B$10)/((CV1813/'T9 - Feed composition+factors'!$B$10)+(DE1813/'T9 - Feed composition+factors'!$B$12))))+(ET1813*((DE1813/'T9 - Feed composition+factors'!$B$12)/((CV1813/'T9 - Feed composition+factors'!$B$10)+(DE1813/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6709283743657173,"d":"0.671"}},{"$f":"(EP1813*((CW1813/'T9 - Feed composition+factors'!$B$14)/((CW1813/'T9 - Feed composition+factors'!$B$14)+(CX1813/'T9 - Feed composition+factors'!$B$15)+(DA1813/'T9 - Feed composition+factors'!$B$16)+(DF1813/'T9 - Feed composition+factors'!$B$11))))+(EQ1813*((CX1813/'T9 - Feed composition+factors'!$B$15)/((CW1813/'T9 - Feed composition+factors'!$B$14)+(CX1813/'T9 - Feed composition+factors'!$B$15)+(DA1813/'T9 - Feed composition+factors'!$B$16)+(DF1813/'T9 - Feed composition+factors'!$B$11))))+(ER1813*((DA1813/'T9 - Feed composition+factors'!$B$16)/((CW1813/'T9 - Feed composition+factors'!$B$14)+(CX1813/'T9 - Feed composition+factors'!$B$15)+(DA1813/'T9 - Feed composition+factors'!$B$16)+(DF1813/'T9 - Feed composition+factors'!$B$11))))+(EU1813*((DF1813/'T9 - Feed composition+factors'!$B$11)/((CW1813/'T9 - Feed composition+factors'!$B$14)+(CX1813/'T9 - Feed composition+factors'!$B$15)+(DA1813/'T9 - Feed composition+factors'!$B$16)+(DF1813/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.5313690061731404,"d":"1.53"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP3","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_PSC_full_w_TECH, 2500kcal","SSP2_PSC_full_w_TECH, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2574.241726,"d":"2574.24"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},null,"Food crops",null,null,{"v":1433.651025,"d":"1,433.65"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2114.752085,"d":"2,114.75"},null,null,"km3/yr",{"v":0.171599,"d":"17.2%"},null,{"v":0.171599,"d":"17.2%"},null,{"v":124.542006,"d":"124.5"},null,{"v":144.3412615,"d":"144.3"},"Tg N/yr",{"v":0.0331622271880287,"d":"3.3%"},{"v":0.47525462450649325,"d":"0.48"},{"v":22.22238754,"d":"22.22"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":147.761946266977,"d":"147.8"},{"v":23.2765846843468,"d":"23.3"},{"v":171.038530951324,"d":"171.0"},{"v":171.038530951324,"d":"171.0"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":1305.30909865908,"d":"1,305.3"},{"v":165.2309180236,"d":"165.2"},{"v":419.720510707888,"d":"419.7"},{"v":441.294229038055,"d":"441.3"},{"v":316.626570675213,"d":"316.6"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2761.086176460644,"d":"2,761.1"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0.22816901408450718,"d":"22.8%"},null,4.36,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1829*((CV1829/'T9 - Feed composition+factors'!$B$10)/((CV1829/'T9 - Feed composition+factors'!$B$10)+(DE1829/'T9 - Feed composition+factors'!$B$12))))+(ET1829*((DE1829/'T9 - Feed composition+factors'!$B$12)/((CV1829/'T9 - Feed composition+factors'!$B$10)+(DE1829/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.452323273,"d":"0.452"}},{"$f":"(EP1829*((CW1829/'T9 - Feed composition+factors'!$B$14)/((CW1829/'T9 - Feed composition+factors'!$B$14)+(CX1829/'T9 - Feed composition+factors'!$B$15)+(DA1829/'T9 - Feed composition+factors'!$B$16)+(DF1829/'T9 - Feed composition+factors'!$B$11))))+(EQ1829*((CX1829/'T9 - Feed composition+factors'!$B$15)/((CW1829/'T9 - Feed composition+factors'!$B$14)+(CX1829/'T9 - Feed composition+factors'!$B$15)+(DA1829/'T9 - Feed composition+factors'!$B$16)+(DF1829/'T9 - Feed composition+factors'!$B$11))))+(ER1829*((DA1829/'T9 - Feed composition+factors'!$B$16)/((CW1829/'T9 - Feed composition+factors'!$B$14)+(CX1829/'T9 - Feed composition+factors'!$B$15)+(DA1829/'T9 - Feed composition+factors'!$B$16)+(DF1829/'T9 - Feed composition+factors'!$B$11))))+(EU1829*((DF1829/'T9 - Feed composition+factors'!$B$11)/((CW1829/'T9 - Feed composition+factors'!$B$14)+(CX1829/'T9 - Feed composition+factors'!$B$15)+(DA1829/'T9 - Feed composition+factors'!$B$16)+(DF1829/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.6604021818191166,"d":"0.66"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP2","TECH"]
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[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_VEG_half_w_BMK, 2500kcal","SSP2_VEG_half_w_BMK, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2381.85243,"d":"2381.85"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1564.525252,"d":"1,564.53"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2359.155867,"d":"2,359.16"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":102.506856,"d":"102.5"},null,{"v":133.4857236,"d":"133.5"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":18.50241489,"d":"18.50"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2744.12730021758,"d":"2,744.1"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":113.911061890753,"d":"113.9"},{"v":15.4262210024242,"d":"15.4"},{"v":129.3372828931772,"d":"129.3"},null,null,{"v":294.143692050347,"d":"294.1"},{"v":0.11757152548912841,"d":"11.8%"},{"v":1155.11037976954,"d":"1,155.1"},{"v":146.4113642118,"d":"146.4"},{"v":414.290459628944,"d":"414.3"},{"v":503.378908142436,"d":"503.4"},{"v":283.308712305774,"d":"283.3"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2610.855988836898,"d":"2,610.9"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.568839453813622,"d":"0.57"},{"$f":"(EO1845*((CV1845/'T9 - Feed composition+factors'!$B$10)/((CV1845/'T9 - Feed composition+factors'!$B$10)+(DE1845/'T9 - Feed composition+factors'!$B$12))))+(ET1845*((DE1845/'T9 - Feed composition+factors'!$B$12)/((CV1845/'T9 - Feed composition+factors'!$B$10)+(DE1845/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.452323273,"d":"0.452"}},{"$f":"(EP1845*((CW1845/'T9 - Feed composition+factors'!$B$14)/((CW1845/'T9 - Feed composition+factors'!$B$14)+(CX1845/'T9 - Feed composition+factors'!$B$15)+(DA1845/'T9 - Feed composition+factors'!$B$16)+(DF1845/'T9 - Feed composition+factors'!$B$11))))+(EQ1845*((CX1845/'T9 - Feed composition+factors'!$B$15)/((CW1845/'T9 - Feed composition+factors'!$B$14)+(CX1845/'T9 - Feed composition+factors'!$B$15)+(DA1845/'T9 - Feed composition+factors'!$B$16)+(DF1845/'T9 - Feed composition+factors'!$B$11))))+(ER1845*((DA1845/'T9 - Feed composition+factors'!$B$16)/((CW1845/'T9 - Feed composition+factors'!$B$14)+(CX1845/'T9 - Feed composition+factors'!$B$15)+(DA1845/'T9 - Feed composition+factors'!$B$16)+(DF1845/'T9 - Feed composition+factors'!$B$11))))+(EU1845*((DF1845/'T9 - Feed composition+factors'!$B$11)/((CW1845/'T9 - Feed composition+factors'!$B$14)+(CX1845/'T9 - Feed composition+factors'!$B$15)+(DA1845/'T9 - Feed composition+factors'!$B$16)+(DF1845/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.69521836,"d":"2.70"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VEG","SSP2","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_VGN_half_w_TECH_p, 2500kcal","SSP2_VGN_half_w_TECH_p, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1535.666996,"d":"1535.67"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1051.917194,"d":"1,051.92"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1952.573729,"d":"1,952.57"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":77.66482323,"d":"77.7"},null,{"v":102.6421776,"d":"102.6"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":9.588362174,"d":"9.59"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.187131941,"d":"9.19"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":451.91102446981483,"d":"451.9"},{"v":0.19667110879079036,"d":"19.7%"},{"v":1124.03898678227,"d":"1,124.0"},{"v":147.021836431516,"d":"147.0"},{"v":416.62535570243,"d":"416.6"},{"v":596.663478903284,"d":"596.7"},{"v":354.673546760296,"d":"354.7"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2750.153022784491,"d":"2,750.2"},"kcal/capita/day",null,{"v":25.19125395,"d":"25.19"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP2","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_FLX_hmilk_half_w_TECH, 2500kcal","SSP2_FLX_hmilk_half_w_TECH, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":5349.178074,"d":"5349.18"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},null,"Food crops",null,null,{"v":1315.503459,"d":"1,315.50"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1839.070956,"d":"1,839.07"},null,null,"km3/yr",{"v":0.171599,"d":"17.2%"},null,{"v":0.171599,"d":"17.2%"},null,{"v":110.4774648,"d":"110.5"},null,{"v":132.9836617,"d":"133.0"},"Tg N/yr",{"v":0.0331622271880287,"d":"3.3%"},{"v":0.47525462450649325,"d":"0.48"},{"v":19.92882838,"d":"19.93"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2744.12730021758,"d":"2,744.1"},"OMN/FLX",{"v":10.9055279898862,"d":"10.9"},{"v":4.49934452864088,"d":"4.5"},{"v":15.404872518527082,"d":"15.4"},{"v":14.8943386442783,"d":"14.9"},{"v":31.1583823372904,"d":"31.2"},{"v":46.0527209815687,"d":"46.1"},{"v":61.45759350009578,"d":"61.5"},{"v":39.6364116477304,"d":"39.6"},{"v":23.2765846843468,"d":"23.3"},{"v":62.9129963320772,"d":"62.9"},{"v":124.37058983217298,"d":"124.4"},{"v":304.669343026977,"d":"304.7"},{"v":15.4262210024242,"d":"15.4"},{"v":320.0955640294012,"d":"320.1"},null,null,{"v":495.6419474463007,"d":"495.6"},{"v":0.1665312645956443,"d":"16.7%"},{"v":1151.2466541368,"d":"1,151.2"},{"v":145.080227133159,"d":"145.1"},{"v":414.290459628944,"d":"414.3"},{"v":253.744243233033,"d":"253.7"},{"v":242.759855668838,"d":"242.8"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2315.477604579178,"d":"2,315.5"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0.22816901408450718,"d":"22.8%"},null,4.36,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.83556390305985,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.46896662504542,"d":"1.47"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.497351425181798,"d":"0.50"},{"$f":"(EO1871*((CV1871/'T9 - Feed composition+factors'!$B$10)/((CV1871/'T9 - Feed composition+factors'!$B$10)+(DE1871/'T9 - Feed composition+factors'!$B$12))))+(ET1871*((DE1871/'T9 - Feed composition+factors'!$B$12)/((CV1871/'T9 - Feed composition+factors'!$B$10)+(DE1871/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.477375731158397,"d":"0.477"}},{"$f":"(EP1871*((CW1871/'T9 - Feed composition+factors'!$B$14)/((CW1871/'T9 - Feed composition+factors'!$B$14)+(CX1871/'T9 - Feed composition+factors'!$B$15)+(DA1871/'T9 - Feed composition+factors'!$B$16)+(DF1871/'T9 - Feed composition+factors'!$B$11))))+(EQ1871*((CX1871/'T9 - Feed composition+factors'!$B$15)/((CW1871/'T9 - Feed composition+factors'!$B$14)+(CX1871/'T9 - Feed composition+factors'!$B$15)+(DA1871/'T9 - Feed composition+factors'!$B$16)+(DF1871/'T9 - Feed composition+factors'!$B$11))))+(ER1871*((DA1871/'T9 - Feed composition+factors'!$B$16)/((CW1871/'T9 - Feed composition+factors'!$B$14)+(CX1871/'T9 - Feed composition+factors'!$B$15)+(DA1871/'T9 - Feed composition+factors'!$B$16)+(DF1871/'T9 - Feed composition+factors'!$B$11))))+(EU1871*((DF1871/'T9 - Feed composition+factors'!$B$11)/((CW1871/'T9 - Feed composition+factors'!$B$14)+(CX1871/'T9 - Feed composition+factors'!$B$15)+(DA1871/'T9 - Feed composition+factors'!$B$16)+(DF1871/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3831464838548493,"d":"1.38"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hmilk","SSP2","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP2_FLX_hredmeat_full_w_TECH_p, 2500kcal","SSP2_FLX_hredmeat_full_w_TECH_p, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":7784.115593,"d":"7784.12"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},null,"Food crops",null,null,{"v":1412.673745,"d":"1,412.67"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2099.806473,"d":"2,099.81"},null,null,"km3/yr",{"v":0.170392,"d":"17.0%"},null,{"v":0.170392,"d":"17.0%"},null,{"v":90.15617039,"d":"90.2"},null,{"v":119.6594017,"d":"119.7"},"Tg N/yr",{"v":0.323215700833161,"d":"32.3%"},{"v":0.6086792223832541,"d":"0.61"},{"v":11.39868,"d":"11.40"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.279712235000002,"d":"8.28"},"billion",{"v":2744.12730021758,"d":"2,744.1"},"OMN/FLX",{"v":42.3766015863748,"d":"42.4"},{"v":18.1026368411602,"d":"18.1"},{"v":60.479238427534995,"d":"60.5"},{"v":56.5764844952453,"d":"56.6"},{"v":32.3472910945808,"d":"32.3"},{"v":88.9237755898261,"d":"88.9"},{"v":149.4030140173611,"d":"149.4"},{"v":62.7069516298076,"d":"62.7"},{"v":23.2765846843468,"d":"23.3"},{"v":85.9835363141544,"d":"86.0"},{"v":235.3865503315155,"d":"235.4"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":136.1775133257162,"d":"136.2"},{"v":0.04558666117181916,"d":"4.6%"},{"v":1305.3023484986,"d":"1,305.3"},{"v":165.229262241374,"d":"165.2"},{"v":419.720510707888,"d":"419.7"},{"v":360.427467857026,"d":"360.4"},{"v":287.888490537675,"d":"287.9"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2651.472929199371,"d":"2,651.5"},"kcal/capita/day",null,{"v":17.28756674,"d":"17.29"},null,null,{"v":0.323943661971831,"d":"32.4%"},null,4.7,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.84099595294886,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.4537805132514,"d":"1.45"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1879*((CV1879/'T9 - Feed composition+factors'!$B$10)/((CV1879/'T9 - Feed composition+factors'!$B$10)+(DE1879/'T9 - Feed composition+factors'!$B$12))))+(ET1879*((DE1879/'T9 - Feed composition+factors'!$B$12)/((CV1879/'T9 - Feed composition+factors'!$B$10)+(DE1879/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6729394752733266,"d":"0.673"}},{"$f":"(EP1879*((CW1879/'T9 - Feed composition+factors'!$B$14)/((CW1879/'T9 - Feed composition+factors'!$B$14)+(CX1879/'T9 - Feed composition+factors'!$B$15)+(DA1879/'T9 - Feed composition+factors'!$B$16)+(DF1879/'T9 - Feed composition+factors'!$B$11))))+(EQ1879*((CX1879/'T9 - Feed composition+factors'!$B$15)/((CW1879/'T9 - Feed composition+factors'!$B$14)+(CX1879/'T9 - Feed composition+factors'!$B$15)+(DA1879/'T9 - Feed composition+factors'!$B$16)+(DF1879/'T9 - Feed composition+factors'!$B$11))))+(ER1879*((DA1879/'T9 - Feed composition+factors'!$B$16)/((CW1879/'T9 - Feed composition+factors'!$B$14)+(CX1879/'T9 - Feed composition+factors'!$B$15)+(DA1879/'T9 - Feed composition+factors'!$B$16)+(DF1879/'T9 - Feed composition+factors'!$B$11))))+(EU1879*((DF1879/'T9 - Feed composition+factors'!$B$11)/((CW1879/'T9 - Feed composition+factors'!$B$14)+(CX1879/'T9 - Feed composition+factors'!$B$15)+(DA1879/'T9 - Feed composition+factors'!$B$16)+(DF1879/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.3229112573357913,"d":"1.32"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP2","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_FLX_full_w_BMK, 2500kcal","SSP1_FLX_full_w_BMK, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":4119.725589,"d":"4119.73"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1784.253354,"d":"1,784.25"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2583.648694,"d":"2,583.65"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":124.8275431,"d":"124.8"},null,{"v":162.03773629999998,"d":"162.0"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":22.293705279999998,"d":"22.29"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.015848702,"d":"8.02"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"OMN/FLX",{"v":11.3012560097723,"d":"11.3"},{"v":4.66687331428177,"d":"4.7"},{"v":15.968129324054072,"d":"16.0"},{"v":15.4814738785566,"d":"15.5"},{"v":32.3472910945808,"d":"32.3"},{"v":47.828764973137396,"d":"47.8"},{"v":63.79689429719147,"d":"63.8"},{"v":61.940739329736,"d":"61.9"},{"v":24.0427969844184,"d":"24.0"},{"v":85.9835363141544,"d":"86.0"},{"v":149.78043061134588,"d":"149.8"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":264.8916622149811,"d":"264.9"},{"v":0.09654853545784177,"d":"9.7%"},{"v":1305.30909865908,"d":"1,305.3"},{"v":165.2309180236,"d":"165.2"},{"v":419.720510707888,"d":"419.7"},{"v":441.294229038055,"d":"441.3"},{"v":287.888490537675,"d":"287.9"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2732.348096323106,"d":"2,732.3"},"kcal/capita/day",null,{"v":19.15294736,"d":"19.15"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.83570528572123,"d":"1.84"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":1.26328264382357,"d":"1.26"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1893*((CV1893/'T9 - Feed composition+factors'!$B$10)/((CV1893/'T9 - Feed composition+factors'!$B$10)+(DE1893/'T9 - Feed composition+factors'!$B$12))))+(ET1893*((DE1893/'T9 - Feed composition+factors'!$B$12)/((CV1893/'T9 - Feed composition+factors'!$B$10)+(DE1893/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.5180328614093659,"d":"0.518"}},{"$f":"(EP1893*((CW1893/'T9 - Feed composition+factors'!$B$14)/((CW1893/'T9 - Feed composition+factors'!$B$14)+(CX1893/'T9 - Feed composition+factors'!$B$15)+(DA1893/'T9 - Feed composition+factors'!$B$16)+(DF1893/'T9 - Feed composition+factors'!$B$11))))+(EQ1893*((CX1893/'T9 - Feed composition+factors'!$B$15)/((CW1893/'T9 - Feed composition+factors'!$B$14)+(CX1893/'T9 - Feed composition+factors'!$B$15)+(DA1893/'T9 - Feed composition+factors'!$B$16)+(DF1893/'T9 - Feed composition+factors'!$B$11))))+(ER1893*((DA1893/'T9 - Feed composition+factors'!$B$16)/((CW1893/'T9 - Feed composition+factors'!$B$14)+(CX1893/'T9 - Feed composition+factors'!$B$15)+(DA1893/'T9 - Feed composition+factors'!$B$16)+(DF1893/'T9 - Feed composition+factors'!$B$11))))+(EU1893*((DF1893/'T9 - Feed composition+factors'!$B$11)/((CW1893/'T9 - Feed composition+factors'!$B$14)+(CX1893/'T9 - Feed composition+factors'!$B$15)+(DA1893/'T9 - Feed composition+factors'!$B$16)+(DF1893/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.1865790835734227,"d":"1.19"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX","SSP1","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_PSC_full_w_TECH_p, 2500kcal","SSP1_PSC_full_w_TECH_p, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2493.472581,"d":"2493.47"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},{"v":0.0673665270434073,"d":"6.7%"},null,"Food crops",null,null,{"v":1339.497441,"d":"1,339.50"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2061.22198,"d":"2,061.22"},null,null,"km3/yr",{"v":0.170392,"d":"17.0%"},null,{"v":0.170392,"d":"17.0%"},null,{"v":85.61967553,"d":"85.6"},null,{"v":102.6988395,"d":"102.7"},"Tg N/yr",{"v":0.323215700833161,"d":"32.3%"},{"v":0.6086792223832541,"d":"0.61"},{"v":10.92633946,"d":"10.93"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.015848702,"d":"8.02"},"billion",{"v":2744.12730021758,"d":"2,744.1"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":146.995733966905,"d":"147.0"},{"v":24.0427969844184,"d":"24.0"},{"v":171.038530951324,"d":"171.0"},{"v":171.038530951324,"d":"171.0"},{"v":116.813705481505,"d":"116.8"},{"v":15.8799333848485,"d":"15.9"},{"v":132.6936388663535,"d":"132.7"},null,null,{"v":451.91102446981483,"d":"451.9"},{"v":0.16471393325473238,"d":"16.5%"},{"v":1305.30909865908,"d":"1,305.3"},{"v":165.2309180236,"d":"165.2"},{"v":419.720510707888,"d":"419.7"},{"v":441.294229038055,"d":"441.3"},{"v":316.626570675213,"d":"316.6"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2761.086176460644,"d":"2,761.1"},"kcal/capita/day",null,{"v":19.15294736,"d":"19.15"},null,null,{"v":0.323943661971831,"d":"32.4%"},null,4.7,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.569262713669253,"d":"0.57"},{"$f":"(EO1903*((CV1903/'T9 - Feed composition+factors'!$B$10)/((CV1903/'T9 - Feed composition+factors'!$B$10)+(DE1903/'T9 - Feed composition+factors'!$B$12))))+(ET1903*((DE1903/'T9 - Feed composition+factors'!$B$12)/((CV1903/'T9 - Feed composition+factors'!$B$10)+(DE1903/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.452323273,"d":"0.452"}},{"$f":"(EP1903*((CW1903/'T9 - Feed composition+factors'!$B$14)/((CW1903/'T9 - Feed composition+factors'!$B$14)+(CX1903/'T9 - Feed composition+factors'!$B$15)+(DA1903/'T9 - Feed composition+factors'!$B$16)+(DF1903/'T9 - Feed composition+factors'!$B$11))))+(EQ1903*((CX1903/'T9 - Feed composition+factors'!$B$15)/((CW1903/'T9 - Feed composition+factors'!$B$14)+(CX1903/'T9 - Feed composition+factors'!$B$15)+(DA1903/'T9 - Feed composition+factors'!$B$16)+(DF1903/'T9 - Feed composition+factors'!$B$11))))+(ER1903*((DA1903/'T9 - Feed composition+factors'!$B$16)/((CW1903/'T9 - Feed composition+factors'!$B$14)+(CX1903/'T9 - Feed composition+factors'!$B$15)+(DA1903/'T9 - Feed composition+factors'!$B$16)+(DF1903/'T9 - Feed composition+factors'!$B$11))))+(EU1903*((DF1903/'T9 - Feed composition+factors'!$B$11)/((CW1903/'T9 - Feed composition+factors'!$B$14)+(CX1903/'T9 - Feed composition+factors'!$B$15)+(DA1903/'T9 - Feed composition+factors'!$B$16)+(DF1903/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.6608893433965873,"d":"0.66"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP1","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_VEG_full_w_BMK, 2500kcal","SSP1_VEG_full_w_BMK, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":3023.66386,"d":"3023.66"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1964.628357,"d":"1,964.63"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2908.322741,"d":"2,908.32"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":134.2366515,"d":"134.2"},null,{"v":162.0804414,"d":"162.1"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":23.9052196,"d":"23.91"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"VEG",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":526.3138948926014,"d":"526.3"},{"v":0.16241552667719034,"d":"16.2%"},{"v":1273.16290328454,"d":"1,273.2"},{"v":165.919859663032,"d":"165.9"},{"v":422.08364909486,"d":"422.1"},{"v":514.902001524105,"d":"514.9"},{"v":357.862550665455,"d":"357.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2849.725902241382,"d":"2,849.7"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO1912*((CV1912/'T9 - Feed composition+factors'!$B$10)/((CV1912/'T9 - Feed composition+factors'!$B$10)+(DE1912/'T9 - Feed composition+factors'!$B$12))))+(ET1912*((DE1912/'T9 - Feed composition+factors'!$B$12)/((CV1912/'T9 - Feed composition+factors'!$B$10)+(DE1912/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1912*((CW1912/'T9 - Feed composition+factors'!$B$14)/((CW1912/'T9 - Feed composition+factors'!$B$14)+(CX1912/'T9 - Feed composition+factors'!$B$15)+(DA1912/'T9 - Feed composition+factors'!$B$16)+(DF1912/'T9 - Feed composition+factors'!$B$11))))+(EQ1912*((CX1912/'T9 - Feed composition+factors'!$B$15)/((CW1912/'T9 - Feed composition+factors'!$B$14)+(CX1912/'T9 - Feed composition+factors'!$B$15)+(DA1912/'T9 - Feed composition+factors'!$B$16)+(DF1912/'T9 - Feed composition+factors'!$B$11))))+(ER1912*((DA1912/'T9 - Feed composition+factors'!$B$16)/((CW1912/'T9 - Feed composition+factors'!$B$14)+(CX1912/'T9 - Feed composition+factors'!$B$15)+(DA1912/'T9 - Feed composition+factors'!$B$16)+(DF1912/'T9 - Feed composition+factors'!$B$11))))+(EU1912*((DF1912/'T9 - Feed composition+factors'!$B$11)/((CW1912/'T9 - Feed composition+factors'!$B$14)+(CX1912/'T9 - Feed composition+factors'!$B$15)+(DA1912/'T9 - Feed composition+factors'!$B$16)+(DF1912/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.868576754,"d":"2.87"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VEG","SSP1","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_VGN_full_w_TECH, 2500kcal","SSP1_VGN_full_w_TECH, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1750.297855,"d":"1750.30"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},{"v":0.0547873530976307,"d":"5.5%"},null,"Food crops",null,null,{"v":1403.34452,"d":"1,403.34"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2187.717099,"d":"2,187.72"},null,null,"km3/yr",{"v":0.171599,"d":"17.2%"},null,{"v":0.171599,"d":"17.2%"},null,{"v":121.0459445,"d":"121.0"},null,{"v":148.985003,"d":"149.0"},"Tg N/yr",{"v":0.0331622271880287,"d":"3.3%"},{"v":0.47525462450649325,"d":"0.48"},{"v":21.43376827,"d":"21.43"},{"$nulls":6},"Tg P/yr",{"v":0.0284957994722105,"d":"2.8%"},{"v":0.5725466183989374,"d":"0.57"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.015848702,"d":"8.02"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":132.70498673591044,"d":"132.7"},{"v":0.05775304312179248,"d":"5.8%"},{"v":1305.30909865908,"d":"1,305.3"},{"v":165.2309180236,"d":"165.2"},{"v":419.720510707888,"d":"419.7"},{"v":594.074748823624,"d":"594.1"},{"v":397.24905346427,"d":"397.2"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2994.4891790352704,"d":"2,994.5"},"kcal/capita/day",null,{"v":19.15294736,"d":"19.15"},null,null,{"v":0.22816901408450718,"d":"22.8%"},null,4.36,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP1","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_VGN_half_w_BMK, 2500kcal","SSP1_VGN_half_w_BMK, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1505.370124,"d":"1505.37"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1515.268794,"d":"1,515.27"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2408.751287,"d":"2,408.75"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":99.45575522,"d":"99.5"},null,{"v":135.2705514,"d":"135.3"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":17.84410652,"d":"17.84"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.015848702,"d":"8.02"},"billion",{"v":2744.12730021758,"d":"2,744.1"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":316.8377659595101,"d":"316.8"},{"v":0.1266425236481052,"d":"12.7%"},{"v":1155.11037976954,"d":"1,155.1"},{"v":146.4113642118,"d":"146.4"},{"v":414.290459628944,"d":"414.3"},{"v":588.145804711812,"d":"588.1"},{"v":334.930416482135,"d":"334.9"},{"v":108.356164778404,"d":"108.4"},{"v":0,"d":"0.0"},null,{"v":2747.2445895826354,"d":"2,747.2"},"kcal/capita/day",null,{"v":19.15294736,"d":"19.15"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP1","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_FLX_hmilk_full_w_TECH_p, 2500kcal","SSP1_FLX_hmilk_full_w_TECH_p, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":5792.619778,"d":"5792.62"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1250.140965,"d":"1,250.14"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2013.452639,"d":"2,013.45"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":100.35424370000001,"d":"100.4"},null,{"v":114.0085732,"d":"114.0"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":12.28566187,"d":"12.29"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2744.12730021758,"d":"2,744.1"},"OMN/FLX",{"v":11.8608245119089,"d":"11.9"},{"v":5.53928816569061,"d":"5.5"},{"v":17.40011267759951,"d":"17.4"},{"v":14.5352917098113,"d":"14.5"},{"v":36.1318718921707,"d":"36.1"},{"v":50.667163601982,"d":"50.7"},{"v":68.0672762795815,"d":"68.1"},{"v":67.1755852234093,"d":"67.2"},{"v":22.729260797326,"d":"22.7"},{"v":89.9048460207353,"d":"89.9"},{"v":157.9721223003168,"d":"158.0"},{"v":312.175282873087,"d":"312.2"},{"v":16.4518746848485,"d":"16.5"},{"v":328.6271575579355,"d":"328.6"},null,null,{"v":344.35229003275924,"d":"344.4"},{"v":0.1498616830046247,"d":"15.0%"},{"v":1269.52056852053,"d":"1,269.5"},{"v":164.56145856699,"d":"164.6"},{"v":422.08364909486,"d":"422.1"},{"v":261.365517161489,"d":"261.4"},{"v":306.929911359396,"d":"306.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2540.2560427126555,"d":"2,540.3"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81446765499126,"d":"1.81"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.33592957751489,"d":"1.34"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.495536053433774,"d":"0.50"},{"$f":"(EO1940*((CV1940/'T9 - Feed composition+factors'!$B$10)/((CV1940/'T9 - Feed composition+factors'!$B$10)+(DE1940/'T9 - Feed composition+factors'!$B$12))))+(ET1940*((DE1940/'T9 - Feed composition+factors'!$B$12)/((CV1940/'T9 - Feed composition+factors'!$B$10)+(DE1940/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.4722259431596026,"d":"0.472"}},{"$f":"(EP1940*((CW1940/'T9 - Feed composition+factors'!$B$14)/((CW1940/'T9 - Feed composition+factors'!$B$14)+(CX1940/'T9 - Feed composition+factors'!$B$15)+(DA1940/'T9 - Feed composition+factors'!$B$16)+(DF1940/'T9 - Feed composition+factors'!$B$11))))+(EQ1940*((CX1940/'T9 - Feed composition+factors'!$B$15)/((CW1940/'T9 - Feed composition+factors'!$B$14)+(CX1940/'T9 - Feed composition+factors'!$B$15)+(DA1940/'T9 - Feed composition+factors'!$B$16)+(DF1940/'T9 - Feed composition+factors'!$B$11))))+(ER1940*((DA1940/'T9 - Feed composition+factors'!$B$16)/((CW1940/'T9 - Feed composition+factors'!$B$14)+(CX1940/'T9 - Feed composition+factors'!$B$15)+(DA1940/'T9 - Feed composition+factors'!$B$16)+(DF1940/'T9 - Feed composition+factors'!$B$11))))+(EU1940*((DF1940/'T9 - Feed composition+factors'!$B$11)/((CW1940/'T9 - Feed composition+factors'!$B$14)+(CX1940/'T9 - Feed composition+factors'!$B$15)+(DA1940/'T9 - Feed composition+factors'!$B$16)+(DF1940/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.2412577349996088,"d":"1.24"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hmilk","SSP1","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP1_FLX_hredmeat_full_w_TECH, 2500kcal","SSP1_FLX_hredmeat_full_w_TECH, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":7951.143491,"d":"7951.14"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1418.788728,"d":"1,418.79"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":1993.198295,"d":"1,993.20"},null,null,"km3/yr",{"v":0.233343,"d":"23.3%"},null,{"v":0.233343,"d":"23.3%"},null,{"v":139.5913265,"d":"139.6"},null,{"v":169.9689009,"d":"170.0"},"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":23.824313569999997,"d":"23.82"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.479088903,"d":"8.48"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"OMN/FLX",{"v":42.8670460437828,"d":"42.9"},{"v":20.2293700383978,"d":"20.2"},{"v":63.096416082180596,"d":"63.1"},{"v":52.1803481627924,"d":"52.2"},{"v":36.1318718921707,"d":"36.1"},{"v":88.31222005496309,"d":"88.3"},{"v":151.40863613714367,"d":"151.4"},{"v":67.1755852234093,"d":"67.2"},{"v":22.729260797326,"d":"22.7"},{"v":89.9048460207353,"d":"89.9"},{"v":241.31348215787898,"d":"241.3"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":316.8377659595101,"d":"316.8"},{"v":0.1060643239143709,"d":"10.6%"},{"v":1273.15674898735,"d":"1,273.2"},{"v":165.918349956385,"d":"165.9"},{"v":422.08364909486,"d":"422.1"},{"v":365.039082894151,"d":"365.0"},{"v":306.929911359396,"d":"306.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2648.922680301532,"d":"2,648.9"},"kcal/capita/day",null,{"v":33.76550105,"d":"33.77"},null,null,{"v":0.41971830985915504,"d":"42.0%"},null,5.04,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81608426611145,"d":"1.82"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.52398240016965,"d":"1.52"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO1950*((CV1950/'T9 - Feed composition+factors'!$B$10)/((CV1950/'T9 - Feed composition+factors'!$B$10)+(DE1950/'T9 - Feed composition+factors'!$B$12))))+(ET1950*((DE1950/'T9 - Feed composition+factors'!$B$12)/((CV1950/'T9 - Feed composition+factors'!$B$10)+(DE1950/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6661258639662755,"d":"0.666"}},{"$f":"(EP1950*((CW1950/'T9 - Feed composition+factors'!$B$14)/((CW1950/'T9 - Feed composition+factors'!$B$14)+(CX1950/'T9 - Feed composition+factors'!$B$15)+(DA1950/'T9 - Feed composition+factors'!$B$16)+(DF1950/'T9 - Feed composition+factors'!$B$11))))+(EQ1950*((CX1950/'T9 - Feed composition+factors'!$B$15)/((CW1950/'T9 - Feed composition+factors'!$B$14)+(CX1950/'T9 - Feed composition+factors'!$B$15)+(DA1950/'T9 - Feed composition+factors'!$B$16)+(DF1950/'T9 - Feed composition+factors'!$B$11))))+(ER1950*((DA1950/'T9 - Feed composition+factors'!$B$16)/((CW1950/'T9 - Feed composition+factors'!$B$14)+(CX1950/'T9 - Feed composition+factors'!$B$15)+(DA1950/'T9 - Feed composition+factors'!$B$16)+(DF1950/'T9 - Feed composition+factors'!$B$11))))+(EU1950*((DF1950/'T9 - Feed composition+factors'!$B$11)/((CW1950/'T9 - Feed composition+factors'!$B$14)+(CX1950/'T9 - Feed composition+factors'!$B$15)+(DA1950/'T9 - Feed composition+factors'!$B$16)+(DF1950/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.377546844681132,"d":"1.38"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP1","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_BMK_half_w_BMK, 2500kcal","SSP3_BMK_half_w_BMK, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":7091.30239,"d":"7091.30"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1493.169917,"d":"1,493.17"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2164.434143,"d":"2,164.43"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":113.1047681,"d":"113.1"},null,{"v":151.49138380000002,"d":"151.5"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":19.83301565,"d":"19.83"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.521255366,"d":"8.52"},"billion",{"v":2813.30236434064,"d":"2,813.3"},"OMN/FLX",{"v":52.0286487355954,"d":"52.0"},{"v":15.1994654534807,"d":"15.2"},{"v":67.2281141890761,"d":"67.2"},{"v":117.084294262925,"d":"117.1"},{"v":60.1409114161527,"d":"60.1"},{"v":177.2252056790777,"d":"177.2"},{"v":244.4533198681538,"d":"244.5"},{"v":17.9555233396725,"d":"18.0"},{"v":22.6167876354194,"d":"22.6"},{"v":40.5723109750919,"d":"40.6"},{"v":285.0256308432457,"d":"285.0"},{"v":152.602611418559,"d":"152.6"},{"v":34.12452126,"d":"34.1"},{"v":186.727132678559,"d":"186.7"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":1148.68703775892,"d":"1,148.7"},{"v":144.797991590627,"d":"144.8"},{"v":286.642759072975,"d":"286.6"},{"v":150.50447334372,"d":"150.5"},{"v":191.028716266758,"d":"191.0"},{"v":233.615034171205,"d":"233.6"},{"v":182.617052697015,"d":"182.6"},null,{"v":2337.89306490122,"d":"2,337.9"},"kcal/capita/day",null,{"v":15.73808959,"d":"15.74"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},{"v":1.78691560169708,"d":"1.79"},{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},{"v":2.33785425345365,"d":"2.34"},{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},{"v":0.638423741296106,"d":"0.64"},{"$f":"(EO1962*((CV1962/'T9 - Feed composition+factors'!$B$10)/((CV1962/'T9 - Feed composition+factors'!$B$10)+(DE1962/'T9 - Feed composition+factors'!$B$12))))+(ET1962*((DE1962/'T9 - Feed composition+factors'!$B$12)/((CV1962/'T9 - Feed composition+factors'!$B$10)+(DE1962/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6371113414123958,"d":"0.637"}},{"$f":"(EP1962*((CW1962/'T9 - Feed composition+factors'!$B$14)/((CW1962/'T9 - Feed composition+factors'!$B$14)+(CX1962/'T9 - Feed composition+factors'!$B$15)+(DA1962/'T9 - Feed composition+factors'!$B$16)+(DF1962/'T9 - Feed composition+factors'!$B$11))))+(EQ1962*((CX1962/'T9 - Feed composition+factors'!$B$15)/((CW1962/'T9 - Feed composition+factors'!$B$14)+(CX1962/'T9 - Feed composition+factors'!$B$15)+(DA1962/'T9 - Feed composition+factors'!$B$16)+(DF1962/'T9 - Feed composition+factors'!$B$11))))+(ER1962*((DA1962/'T9 - Feed composition+factors'!$B$16)/((CW1962/'T9 - Feed composition+factors'!$B$14)+(CX1962/'T9 - Feed composition+factors'!$B$15)+(DA1962/'T9 - Feed composition+factors'!$B$16)+(DF1962/'T9 - Feed composition+factors'!$B$11))))+(EU1962*((DF1962/'T9 - Feed composition+factors'!$B$11)/((CW1962/'T9 - Feed composition+factors'!$B$14)+(CX1962/'T9 - Feed composition+factors'!$B$15)+(DA1962/'T9 - Feed composition+factors'!$B$16)+(DF1962/'T9 - Feed composition+factors'!$B$11))))","v":{"v":2.259231017325029,"d":"2.26"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"BMK","SSP3","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_PSC_full_w_BMK, 2500kcal","SSP3_PSC_full_w_BMK, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":3254.89696,"d":"3254.90"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":2171.889013,"d":"2,171.89"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":3238.445764,"d":"3,238.45"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":145.3097985,"d":"145.3"},null,{"v":173.5835256,"d":"173.6"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":25.94495418,"d":"25.94"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":161.339283248792,"d":"161.3"},{"v":19.3209693756196,"d":"19.3"},{"v":180.660252624412,"d":"180.7"},{"v":180.660252624412,"d":"180.7"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":1273.16290328454,"d":"1,273.2"},{"v":165.919859663032,"d":"165.9"},{"v":422.08364909486,"d":"422.1"},{"v":443.777989849752,"d":"443.8"},{"v":337.602806768328,"d":"337.6"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2758.342146669902,"d":"2,758.3"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO1972*((CV1972/'T9 - Feed composition+factors'!$B$10)/((CV1972/'T9 - Feed composition+factors'!$B$10)+(DE1972/'T9 - Feed composition+factors'!$B$12))))+(ET1972*((DE1972/'T9 - Feed composition+factors'!$B$12)/((CV1972/'T9 - Feed composition+factors'!$B$10)+(DE1972/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1972*((CW1972/'T9 - Feed composition+factors'!$B$14)/((CW1972/'T9 - Feed composition+factors'!$B$14)+(CX1972/'T9 - Feed composition+factors'!$B$15)+(DA1972/'T9 - Feed composition+factors'!$B$16)+(DF1972/'T9 - Feed composition+factors'!$B$11))))+(EQ1972*((CX1972/'T9 - Feed composition+factors'!$B$15)/((CW1972/'T9 - Feed composition+factors'!$B$14)+(CX1972/'T9 - Feed composition+factors'!$B$15)+(DA1972/'T9 - Feed composition+factors'!$B$16)+(DF1972/'T9 - Feed composition+factors'!$B$11))))+(ER1972*((DA1972/'T9 - Feed composition+factors'!$B$16)/((CW1972/'T9 - Feed composition+factors'!$B$14)+(CX1972/'T9 - Feed composition+factors'!$B$15)+(DA1972/'T9 - Feed composition+factors'!$B$16)+(DF1972/'T9 - Feed composition+factors'!$B$11))))+(EU1972*((DF1972/'T9 - Feed composition+factors'!$B$11)/((CW1972/'T9 - Feed composition+factors'!$B$14)+(CX1972/'T9 - Feed composition+factors'!$B$15)+(DA1972/'T9 - Feed composition+factors'!$B$16)+(DF1972/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.6631822155161815,"d":"0.66"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP3","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_PSC_half_w_TECH_p, 2500kcal","SSP3_PSC_half_w_TECH_p, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":2495.122314,"d":"2495.12"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"$f":"BA1982","v":{"v":0.114317877587824,"d":"11.4%"}},{"$f":"BA1982","v":{"v":0.114317877587824,"d":"11.4%"}},{"$f":"BA1982","v":{"v":0.114317877587824,"d":"11.4%"}},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1117.877984,"d":"1,117.88"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2015.614462,"d":"2,015.61"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":82.30172186,"d":"82.3"},null,{"v":97.60296764,"d":"97.6"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":10.20101952,"d":"10.20"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"PSC",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"$f":"SUM(CT1982:CU1982)","v":{"v":0,"d":"0.0"}},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"$f":"CV1982+CY1982","v":{"v":0,"d":"0.0"}},{"v":112.865706096586,"d":"112.9"},{"v":19.3209693756196,"d":"19.3"},{"v":132.186675472206,"d":"132.2"},{"$f":"CZ1982+DC1982","v":{"v":132.186675472206,"d":"132.2"}},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":377.47677428919974,"d":"377.5"},{"v":0.12636378348747104,"d":"12.6%"},{"v":1124.03898678227,"d":"1,124.0"},{"v":147.021836431516,"d":"147.0"},{"v":416.62535570243,"d":"416.6"},{"v":439.244528234876,"d":"439.2"},{"v":284.637768834164,"d":"284.6"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2522.698294189951,"d":"2,522.7"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},null,{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO1982*((CV1982/'T9 - Feed composition+factors'!$B$10)/((CV1982/'T9 - Feed composition+factors'!$B$10)+(DE1982/'T9 - Feed composition+factors'!$B$12))))+(ET1982*((DE1982/'T9 - Feed composition+factors'!$B$12)/((CV1982/'T9 - Feed composition+factors'!$B$10)+(DE1982/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.444933317,"d":"0.445"}},{"$f":"(EP1982*((CW1982/'T9 - Feed composition+factors'!$B$14)/((CW1982/'T9 - Feed composition+factors'!$B$14)+(CX1982/'T9 - Feed composition+factors'!$B$15)+(DA1982/'T9 - Feed composition+factors'!$B$16)+(DF1982/'T9 - Feed composition+factors'!$B$11))))+(EQ1982*((CX1982/'T9 - Feed composition+factors'!$B$15)/((CW1982/'T9 - Feed composition+factors'!$B$14)+(CX1982/'T9 - Feed composition+factors'!$B$15)+(DA1982/'T9 - Feed composition+factors'!$B$16)+(DF1982/'T9 - Feed composition+factors'!$B$11))))+(ER1982*((DA1982/'T9 - Feed composition+factors'!$B$16)/((CW1982/'T9 - Feed composition+factors'!$B$14)+(CX1982/'T9 - Feed composition+factors'!$B$15)+(DA1982/'T9 - Feed composition+factors'!$B$16)+(DF1982/'T9 - Feed composition+factors'!$B$11))))+(EU1982*((DF1982/'T9 - Feed composition+factors'!$B$11)/((CW1982/'T9 - Feed composition+factors'!$B$14)+(CX1982/'T9 - Feed composition+factors'!$B$15)+(DA1982/'T9 - Feed composition+factors'!$B$16)+(DF1982/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.7000067518129695,"d":"0.70"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"PSC","SSP3","TECH_p"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_VGN_full_w_BMK, 2500kcal","SSP3_VGN_full_w_BMK, 2500kcal",2030,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":1917.219808,"d":"1917.22"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":1843.972799,"d":"1,843.97"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2927.96212,"d":"2,927.96"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":126.169044,"d":"126.2"},null,{"v":162.0355872,"d":"162.0"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":22.32630893,"d":"22.33"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":8.521255366,"d":"8.52"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"VGN",{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":264.0561674105568,"d":"264.1"},{"v":0.1149169115504717,"d":"11.5%"},{"v":1305.30909865908,"d":"1,305.3"},{"v":165.2309180236,"d":"165.2"},{"v":419.720510707888,"d":"419.7"},{"v":594.074748823624,"d":"594.1"},{"v":397.24905346427,"d":"397.2"},{"v":112.904849356808,"d":"112.9"},{"v":0,"d":"0.0"},null,{"v":2994.4891790352704,"d":"2,994.5"},"kcal/capita/day",null,{"v":15.73808959,"d":"15.74"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.630604442,"d":"1.63"},{"v":2.466890397,"d":"2.47"},null,{"v":2.6606924081,"d":"2.66"},{"v":2.742594949,"d":"2.74"},{"v":0.56241760252,"d":"0.56"},"NA",{"v":0.452323273,"d":"0.45"},{"v":2.69521836,"d":"2.70"},"NA","NA","NA","kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"VGN","SSP3","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_FLX_hmilk_full_w_BMK, 2500kcal","SSP3_FLX_hmilk_full_w_BMK, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":7641.94538,"d":"7641.95"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Food crops",null,null,{"v":2299.077968,"d":"2,299.08"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":3218.191076,"d":"3,218.19"},null,null,"km3/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":156.4760478,"d":"156.5"},null,{"v":185.7727849,"d":"185.8"},"Tg N/yr",{"v":0,"d":"0.0%"},0.46,{"v":27.921680369999997,"d":"27.92"},{"$nulls":6},"Tg P/yr",{"v":0,"d":"0.0%"},{"v":0.5566834776503211,"d":"0.56"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"OMN/FLX",{"v":11.8608245119089,"d":"11.9"},{"v":5.53928816569061,"d":"5.5"},{"v":17.40011267759951,"d":"17.4"},{"v":14.5352917098113,"d":"14.5"},{"v":36.1318718921707,"d":"36.1"},{"v":50.667163601982,"d":"50.7"},{"v":68.0672762795815,"d":"68.1"},{"v":70.5838766451157,"d":"70.6"},{"v":19.3209693756196,"d":"19.3"},{"v":89.9048460207353,"d":"89.9"},{"v":157.9721223003168,"d":"158.0"},{"v":312.175282873087,"d":"312.2"},{"v":16.4518746848485,"d":"16.5"},{"v":328.6271575579355,"d":"328.6"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0%"},{"v":1269.52056852053,"d":"1,269.5"},{"v":164.56145856699,"d":"164.6"},{"v":422.08364909486,"d":"422.1"},{"v":261.365517161489,"d":"261.4"},{"v":306.929911359396,"d":"306.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2540.2560427126555,"d":"2,540.3"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0,"d":"0.0%"},null,3.55,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81446765499126,"d":"1.81"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.31026047983603,"d":"1.31"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.495536053433774,"d":"0.50"},{"$f":"(EO2008*((CV2008/'T9 - Feed composition+factors'!$B$10)/((CV2008/'T9 - Feed composition+factors'!$B$10)+(DE2008/'T9 - Feed composition+factors'!$B$12))))+(ET2008*((DE2008/'T9 - Feed composition+factors'!$B$12)/((CV2008/'T9 - Feed composition+factors'!$B$10)+(DE2008/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.4722259431596026,"d":"0.472"}},{"$f":"(EP2008*((CW2008/'T9 - Feed composition+factors'!$B$14)/((CW2008/'T9 - Feed composition+factors'!$B$14)+(CX2008/'T9 - Feed composition+factors'!$B$15)+(DA2008/'T9 - Feed composition+factors'!$B$16)+(DF2008/'T9 - Feed composition+factors'!$B$11))))+(EQ2008*((CX2008/'T9 - Feed composition+factors'!$B$15)/((CW2008/'T9 - Feed composition+factors'!$B$14)+(CX2008/'T9 - Feed composition+factors'!$B$15)+(DA2008/'T9 - Feed composition+factors'!$B$16)+(DF2008/'T9 - Feed composition+factors'!$B$11))))+(ER2008*((DA2008/'T9 - Feed composition+factors'!$B$16)/((CW2008/'T9 - Feed composition+factors'!$B$14)+(CX2008/'T9 - Feed composition+factors'!$B$15)+(DA2008/'T9 - Feed composition+factors'!$B$16)+(DF2008/'T9 - Feed composition+factors'!$B$11))))+(EU2008*((DF2008/'T9 - Feed composition+factors'!$B$11)/((CW2008/'T9 - Feed composition+factors'!$B$14)+(CX2008/'T9 - Feed composition+factors'!$B$15)+(DA2008/'T9 - Feed composition+factors'!$B$16)+(DF2008/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.2175480094334625,"d":"1.22"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hmilk","SSP3","BMK"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_FLX_hredmeat_full_w_TECH, 2500kcal","SSP3_FLX_hredmeat_full_w_TECH, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":9530.221474,"d":"9530.22"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},{"v":0.0939102822777025,"d":"9.4%"},null,"Food crops",null,null,{"v":1576.4458140000002,"d":"1,576.45"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2315.274935,"d":"2,315.27"},null,null,"km3/yr",{"v":0.233343,"d":"23.3%"},null,{"v":0.233343,"d":"23.3%"},null,{"v":149.3129602,"d":"149.3"},null,{"v":182.78958780000002,"d":"182.8"},"Tg N/yr",{"v":0.0557428749981833,"d":"5.6%"},{"v":0.4856417224991643,"d":"0.49"},{"v":25.285224930000002,"d":"25.29"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0,"d":"0.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2988.25460043515,"d":"2,988.3"},"OMN/FLX",{"v":42.8670460437828,"d":"42.9"},{"v":20.2293700383978,"d":"20.2"},{"v":63.096416082180596,"d":"63.1"},{"v":52.1803481627924,"d":"52.2"},{"v":36.1318718921707,"d":"36.1"},{"v":88.31222005496309,"d":"88.3"},{"v":151.40863613714367,"d":"151.4"},{"v":70.5838766451157,"d":"70.6"},{"v":19.3209693756196,"d":"19.3"},{"v":89.9048460207353,"d":"89.9"},{"v":241.31348215787898,"d":"241.3"},{"v":119.667820656888,"d":"119.7"},{"v":16.4518746848485,"d":"16.5"},{"v":136.1196953417365,"d":"136.1"},null,null,{"v":344.35229003275924,"d":"344.4"},{"v":0.1498616830046247,"d":"15.0%"},{"v":1273.15674898735,"d":"1,273.2"},{"v":165.918349956385,"d":"165.9"},{"v":422.08364909486,"d":"422.1"},{"v":365.039082894151,"d":"365.0"},{"v":306.929911359396,"d":"306.9"},{"v":115.79493800939,"d":"115.8"},{"v":0,"d":"0.0"},null,{"v":2648.922680301532,"d":"2,648.9"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0.41971830985915504,"d":"42.0%"},null,5.04,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81608426611145,"d":"1.82"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.49584341972801,"d":"1.50"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.572650096360414,"d":"0.57"},{"$f":"(EO2022*((CV2022/'T9 - Feed composition+factors'!$B$10)/((CV2022/'T9 - Feed composition+factors'!$B$10)+(DE2022/'T9 - Feed composition+factors'!$B$12))))+(ET2022*((DE2022/'T9 - Feed composition+factors'!$B$12)/((CV2022/'T9 - Feed composition+factors'!$B$10)+(DE2022/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6661258639662755,"d":"0.666"}},{"$f":"(EP2022*((CW2022/'T9 - Feed composition+factors'!$B$14)/((CW2022/'T9 - Feed composition+factors'!$B$14)+(CX2022/'T9 - Feed composition+factors'!$B$15)+(DA2022/'T9 - Feed composition+factors'!$B$16)+(DF2022/'T9 - Feed composition+factors'!$B$11))))+(EQ2022*((CX2022/'T9 - Feed composition+factors'!$B$15)/((CW2022/'T9 - Feed composition+factors'!$B$14)+(CX2022/'T9 - Feed composition+factors'!$B$15)+(DA2022/'T9 - Feed composition+factors'!$B$16)+(DF2022/'T9 - Feed composition+factors'!$B$11))))+(ER2022*((DA2022/'T9 - Feed composition+factors'!$B$16)/((CW2022/'T9 - Feed composition+factors'!$B$14)+(CX2022/'T9 - Feed composition+factors'!$B$15)+(DA2022/'T9 - Feed composition+factors'!$B$16)+(DF2022/'T9 - Feed composition+factors'!$B$11))))+(EU2022*((DF2022/'T9 - Feed composition+factors'!$B$11)/((CW2022/'T9 - Feed composition+factors'!$B$14)+(CX2022/'T9 - Feed composition+factors'!$B$15)+(DA2022/'T9 - Feed composition+factors'!$B$16)+(DF2022/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.351367602024341,"d":"1.35"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP3","TECH"]
[47,2019,"Food in the Anthropocene: the EAT Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","Lancet","SSP3_FLX_hredmeat_half_w_TECH_p, 2500kcal","SSP3_FLX_hredmeat_half_w_TECH_p, 2500kcal",2050,"Food production","Yes","EAT-Lancet","GHGnonCO2Ag",{"$nulls":17},{"v":8832.103738,"d":"8832.10"},{"$nulls":12},"Mt CO2e/yr",{"$nulls":4},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},{"v":0.114317877587824,"d":"11.4%"},null,"Food crops",null,null,{"v":1171.016167,"d":"1,171.02"},{"$nulls":3},"Mha",null,"IMPACT 3",{"v":2014.912992,"d":"2,014.91"},null,null,"km3/yr",{"v":0.232346,"d":"23.2%"},null,{"v":0.232346,"d":"23.2%"},null,{"v":86.99518855999999,"d":"87.0"},null,{"v":116.5072745,"d":"116.5"},"Tg N/yr",{"v":0.339017832487974,"d":"33.9%"},{"v":0.6159482029444681,"d":"0.62"},{"v":10.603525600000001,"d":"10.60"},{"$nulls":6},"Tg P/yr",{"v":0.0970744462842434,"d":"9.7%"},{"v":0.610723217998813,"d":"0.61"},{"v":0,"d":"0.0%"},{"v":0.753495,"d":"75.3%"},{"v":0.5,"d":"50.0%"},{"v":0.771787177475109,"d":"77.2%"},{"v":0,"d":"0%"},{"v":9.974831969,"d":"9.97"},"billion",{"v":2297.800766204745,"d":"2,297.8"},"OMN/FLX",{"v":41.3660012718914,"d":"41.4"},{"v":19.5031875241989,"d":"19.5"},{"v":60.8691887960903,"d":"60.9"},{"v":50.2014073213962,"d":"50.2"},{"v":34.8038627310853,"d":"34.8"},{"v":85.0052700524815,"d":"85.0"},{"v":145.8744588485718,"d":"145.9"},{"v":46.4611964947481,"d":"46.5"},{"v":19.3209693756196,"d":"19.3"},{"v":65.7821658703676,"d":"65.8"},{"v":211.6566247189394,"d":"211.7"},{"v":116.694256628444,"d":"116.7"},{"v":15.9818211224242,"d":"16.0"},{"v":132.6760777508682,"d":"132.7"},null,null,{"v":451.91102446981483,"d":"451.9"},{"v":0.19667110879079036,"d":"19.7%"},{"v":1124.03357811868,"d":"1,124.0"},{"v":147.020498678193,"d":"147.0"},{"v":416.62535570243,"d":"416.6"},{"v":361.248057732076,"d":"361.2"},{"v":258.787917969698,"d":"258.8"},{"v":111.129818204695,"d":"111.1"},{"v":0,"d":"0.0"},null,{"v":2418.845226405772,"d":"2,418.8"},"kcal/capita/day",null,{"v":17.90221283,"d":"17.90"},null,null,{"v":0.5295774647887324,"d":"53.0%"},null,5.43,{"$nulls":10},{"v":1.602553007,"d":"1.60"},{"v":2.391115265,"d":"2.39"},{"v":1.81594204842089,"d":"1.82"},{"v":2.8807717185,"d":"2.88"},{"v":2.968003956,"d":"2.97"},{"v":0.56241760252,"d":"0.56"},{"v":1.71721358777164,"d":"1.72"},{"v":0.444933317,"d":"0.44"},{"v":2.868576754,"d":"2.87"},{"v":0.57218809953113,"d":"0.57"},{"$f":"(EO2030*((CV2030/'T9 - Feed composition+factors'!$B$10)/((CV2030/'T9 - Feed composition+factors'!$B$10)+(DE2030/'T9 - Feed composition+factors'!$B$12))))+(ET2030*((DE2030/'T9 - Feed composition+factors'!$B$12)/((CV2030/'T9 - Feed composition+factors'!$B$10)+(DE2030/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.6641116489339078,"d":"0.664"}},{"$f":"(EP2030*((CW2030/'T9 - Feed composition+factors'!$B$14)/((CW2030/'T9 - Feed composition+factors'!$B$14)+(CX2030/'T9 - Feed composition+factors'!$B$15)+(DA2030/'T9 - Feed composition+factors'!$B$16)+(DF2030/'T9 - Feed composition+factors'!$B$11))))+(EQ2030*((CX2030/'T9 - Feed composition+factors'!$B$15)/((CW2030/'T9 - Feed composition+factors'!$B$14)+(CX2030/'T9 - Feed composition+factors'!$B$15)+(DA2030/'T9 - Feed composition+factors'!$B$16)+(DF2030/'T9 - Feed composition+factors'!$B$11))))+(ER2030*((DA2030/'T9 - Feed composition+factors'!$B$16)/((CW2030/'T9 - Feed composition+factors'!$B$14)+(CX2030/'T9 - Feed composition+factors'!$B$15)+(DA2030/'T9 - Feed composition+factors'!$B$16)+(DF2030/'T9 - Feed composition+factors'!$B$11))))+(EU2030*((DF2030/'T9 - Feed composition+factors'!$B$11)/((CW2030/'T9 - Feed composition+factors'!$B$14)+(CX2030/'T9 - Feed composition+factors'!$B$15)+(DA2030/'T9 - Feed composition+factors'!$B$16)+(DF2030/'T9 - Feed composition+factors'!$B$11))))","v":{"v":1.5626039018441178,"d":"1.56"}},"kg DM/kg product (crop feed portion only)",{"$nulls":12},1,1,1,1,1,1,1,1,1,1,1,null,"FLX_hredmeat","SSP3","TECH_p"]
[49,2017,"Livestock and human use of land: Productivity trends and dietary choices as drivers of future land and carbon dynamics","Weindl, I., Popp, A., Bodirsky, B.L.. Rolinski, S., Lotze-Campen, H., Biewald, A., Humpenöder, F., Dietrich, J.P., Stevanović, M.","Weindl et al. (2017a)","Journal article","Global Environmental Change/Global Planetary Change","SSP2-Divergence","Affluent diets, divergence in productivity increase",2030,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4874,"d":"4,874.00"},{"v":3320,"d":"3,320.00"},{"v":1554,"d":"1,554.00"},{"v":336,"d":"336.00"},{"v":1218,"d":"1,218.00"},{"v":3892,"d":"3,892.00"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8.2196134,"d":"8.22"},"billion",{"v":2926,"d":"2,926.0"},"OMN/FLX",null,null,{"v":91,"d":"91.0"},{"v":255,"d":"255.0"},{"v":66,"d":"66.0"},{"v":321,"d":"321.0"},{"v":412,"d":"412.0"},null,null,{"v":27,"d":"27.0"},{"v":439,"d":"439.0"},{"v":202,"d":"202.0"},{"v":55,"d":"55.0"},{"v":257,"d":"257.0"},{"v":0,"d":"0.0"},null,{"v":696,"d":"696.0"},{"v":0.23786739576213262,"d":"23.8%"},{"v":1355,"d":"1,355.0"},{"v":139,"d":"139.0"},{"v":216,"d":"216.0"},{"v":58,"d":"58.0"},null,{"v":239,"d":"239.0"},{"v":223,"d":"223.0"},null,{"v":2230,"d":"2,230.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":149173.748,"d":"149173.7"},"US$2005/yr",null,{"v":0.059336000000000055,"d":"5.9%"},null,{"v":1.059336,"d":"1.06"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.91378241072009,"d":"7.91"},null,null,{"v":50.3459,"d":"50.35"},{"v":5.175599999999999,"d":"5.18"},{"v":3.5235,"d":"3.52"},null,{"v":4.613426684022581,"d":"4.61"},{"v":3.1597999999999997,"d":"3.16"},{"v":2.7132,"d":"2.71"},{"v":3.116905560179593,"d":"3.12"},{"$f":"(EO2040*((CV2040/'T9 - Feed composition+factors'!$B$10)/((CV2040/'T9 - Feed composition+factors'!$B$10)+(DE2040/'T9 - Feed composition+factors'!$B$12))))+(ET2040*((DE2040/'T9 - Feed composition+factors'!$B$12)/((CV2040/'T9 - Feed composition+factors'!$B$10)+(DE2040/'T9 - Feed composition+factors'!$B$12))))","v":{"v":9.8199534971816,"d":"9.820"}},{"$f":"(EP2040*((CW2040/'T9 - Feed composition+factors'!$B$14)/((CW2040/'T9 - Feed composition+factors'!$B$14)+(CX2040/'T9 - Feed composition+factors'!$B$15)+(DA2040/'T9 - Feed composition+factors'!$B$16)+(DF2040/'T9 - Feed composition+factors'!$B$11))))+(EQ2040*((CX2040/'T9 - Feed composition+factors'!$B$15)/((CW2040/'T9 - Feed composition+factors'!$B$14)+(CX2040/'T9 - Feed composition+factors'!$B$15)+(DA2040/'T9 - Feed composition+factors'!$B$16)+(DF2040/'T9 - Feed composition+factors'!$B$11))))+(ER2040*((DA2040/'T9 - Feed composition+factors'!$B$16)/((CW2040/'T9 - Feed composition+factors'!$B$14)+(CX2040/'T9 - Feed composition+factors'!$B$15)+(DA2040/'T9 - Feed composition+factors'!$B$16)+(DF2040/'T9 - Feed composition+factors'!$B$11))))+(EU2040*((DF2040/'T9 - Feed composition+factors'!$B$11)/((CW2040/'T9 - Feed composition+factors'!$B$14)+(CX2040/'T9 - Feed composition+factors'!$B$15)+(DA2040/'T9 - Feed composition+factors'!$B$16)+(DF2040/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.196475985388258,"d":"4.20"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.65,"d":"65.0%"},{"v":1,"d":"100.0%"},null,{"v":0.769,"d":"76.9%"},{"v":0.09,"d":"9.0%"},{"v":1,"d":"100.0%"},{"v":0.08464825451715421,"d":"8.5%"},{"v":0.8197623353888295,"d":"82.0%"},{"v":0.30187512012875334,"d":"30.2%"},null,"SSP2",null,"EFF"]
[49,2017,"Livestock and human use of land: Productivity trends and dietary choices as drivers of future land and carbon dynamics","Weindl, I., Popp, A., Bodirsky, B.L.. Rolinski, S., Lotze-Campen, H., Biewald, A., Humpenöder, F., Dietrich, J.P., Stevanović, M.","Weindl et al. (2017a)","Journal article","Global Environmental Change/Global Planetary Change","SSP2-Catch up","Affluent diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2040,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4783,"d":"4,783.00"},{"v":2945,"d":"2,945.00"},{"v":1838,"d":"1,838.00"},{"v":389,"d":"389.00"},{"v":1449,"d":"1,449.00"},{"v":3967,"d":"3,967.00"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":8.7457165,"d":"8.75"},"billion",{"v":2991,"d":"2,991.0"},"OMN/FLX",null,null,{"v":96,"d":"96.0"},{"v":261,"d":"261.0"},{"v":70,"d":"70.0"},{"v":331,"d":"331.0"},{"v":427,"d":"427.0"},null,null,{"v":27,"d":"27.0"},{"v":454,"d":"454.0"},{"v":220,"d":"220.0"},{"v":57,"d":"57.0"},{"v":277,"d":"277.0"},{"v":0,"d":"0.0"},null,{"v":731,"d":"731.0"},{"v":0.24439986626546306,"d":"24.4%"},{"v":1373,"d":"1,373.0"},{"v":141,"d":"141.0"},{"v":220,"d":"220.0"},{"v":59,"d":"59.0"},null,{"v":242,"d":"242.0"},{"v":225,"d":"225.0"},null,{"v":2260,"d":"2,260.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":190177.37,"d":"190177.4"},"US$2005/yr",null,{"v":0.16422500000000007,"d":"16.4%"},null,{"v":1.164225,"d":"1.16"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":6.000146882305619,"d":"6.00"},null,null,{"v":36.0195,"d":"36.02"},{"v":4.812399999999999,"d":"4.81"},{"v":2.9160000000000004,"d":"2.92"},null,{"v":4.151863098610472,"d":"4.15"},{"v":2.5253999999999994,"d":"2.53"},{"v":2.5193999999999996,"d":"2.52"},{"v":2.524849066440546,"d":"2.52"},{"$f":"(EO2045*((CV2045/'T9 - Feed composition+factors'!$B$10)/((CV2045/'T9 - Feed composition+factors'!$B$10)+(DE2045/'T9 - Feed composition+factors'!$B$12))))+(ET2045*((DE2045/'T9 - Feed composition+factors'!$B$12)/((CV2045/'T9 - Feed composition+factors'!$B$10)+(DE2045/'T9 - Feed composition+factors'!$B$12))))","v":{"v":7.125043119700893,"d":"7.125"}},{"$f":"(EP2045*((CW2045/'T9 - Feed composition+factors'!$B$14)/((CW2045/'T9 - Feed composition+factors'!$B$14)+(CX2045/'T9 - Feed composition+factors'!$B$15)+(DA2045/'T9 - Feed composition+factors'!$B$16)+(DF2045/'T9 - Feed composition+factors'!$B$11))))+(EQ2045*((CX2045/'T9 - Feed composition+factors'!$B$15)/((CW2045/'T9 - Feed composition+factors'!$B$14)+(CX2045/'T9 - Feed composition+factors'!$B$15)+(DA2045/'T9 - Feed composition+factors'!$B$16)+(DF2045/'T9 - Feed composition+factors'!$B$11))))+(ER2045*((DA2045/'T9 - Feed composition+factors'!$B$16)/((CW2045/'T9 - Feed composition+factors'!$B$14)+(CX2045/'T9 - Feed composition+factors'!$B$15)+(DA2045/'T9 - Feed composition+factors'!$B$16)+(DF2045/'T9 - Feed composition+factors'!$B$11))))+(EU2045*((DF2045/'T9 - Feed composition+factors'!$B$11)/((CW2045/'T9 - Feed composition+factors'!$B$14)+(CX2045/'T9 - Feed composition+factors'!$B$15)+(DA2045/'T9 - Feed composition+factors'!$B$16)+(DF2045/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.793606717763244,"d":"3.79"}},"t DM feed per t product",{"$nulls":14},{"v":0.1,"d":"10.0%"},{"v":0.67,"d":"67.0%"},{"v":1,"d":"100.0%"},null,{"v":0.785,"d":"78.5%"},{"v":0.16,"d":"16.0%"},{"v":1,"d":"100.0%"},{"v":0.1521914251831381,"d":"15.2%"},{"v":0.8321385865869112,"d":"83.2%"},{"v":0.3467223871926707,"d":"34.7%"},null,"SSP2",null,"EFF"]
[49,2017,"Livestock and human use of land: Productivity trends and dietary choices as drivers of future land and carbon dynamics","Weindl, I., Popp, A., Bodirsky, B.L.. Rolinski, S., Lotze-Campen, H., Biewald, A., Humpenöder, F., Dietrich, J.P., Stevanović, M.","Weindl et al. (2017a)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Catch up","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4697,"d":"4,697.00"},{"v":2937,"d":"2,937.00"},{"v":1760,"d":"1,760.00"},{"v":382,"d":"382.00"},{"v":1378,"d":"1,378.00"},{"v":4015,"d":"4,015.00"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":63,"d":"63.0"},{"v":126,"d":"126.0"},{"v":46,"d":"46.0"},{"v":172,"d":"172.0"},{"v":235,"d":"235.0"},null,null,{"v":27,"d":"27.0"},{"v":262,"d":"262.0"},{"v":167,"d":"167.0"},{"v":31,"d":"31.0"},{"v":198,"d":"198.0"},{"v":0,"d":"0.0"},null,{"v":460,"d":"460.0"},{"v":0.15077023926581448,"d":"15.1%"},{"v":1585,"d":"1,585.0"},{"v":163,"d":"163.0"},{"v":250,"d":"250.0"},{"v":64,"d":"64.0"},null,{"v":270,"d":"270.0"},{"v":259,"d":"259.0"},null,{"v":2591,"d":"2,591.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.25221399999999994,"d":"25.2%"},null,{"v":1.252214,"d":"1.25"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":5.633525948986768,"d":"5.63"},null,null,{"v":34.432199999999995,"d":"34.43"},{"v":4.994,"d":"4.99"},{"v":2.835,"d":"2.84"},null,{"v":4.08475447256306,"d":"4.08"},{"v":2.5376,"d":"2.54"},{"v":2.4547999999999996,"d":"2.45"},{"v":2.5320072157819205,"d":"2.53"},{"$f":"(EO2062*((CV2062/'T9 - Feed composition+factors'!$B$10)/((CV2062/'T9 - Feed composition+factors'!$B$10)+(DE2062/'T9 - Feed composition+factors'!$B$12))))+(ET2062*((DE2062/'T9 - Feed composition+factors'!$B$12)/((CV2062/'T9 - Feed composition+factors'!$B$10)+(DE2062/'T9 - Feed composition+factors'!$B$12))))","v":{"v":6.395976787446636,"d":"6.396"}},{"$f":"(EP2062*((CW2062/'T9 - Feed composition+factors'!$B$14)/((CW2062/'T9 - Feed composition+factors'!$B$14)+(CX2062/'T9 - Feed composition+factors'!$B$15)+(DA2062/'T9 - Feed composition+factors'!$B$16)+(DF2062/'T9 - Feed composition+factors'!$B$11))))+(EQ2062*((CX2062/'T9 - Feed composition+factors'!$B$15)/((CW2062/'T9 - Feed composition+factors'!$B$14)+(CX2062/'T9 - Feed composition+factors'!$B$15)+(DA2062/'T9 - Feed composition+factors'!$B$16)+(DF2062/'T9 - Feed composition+factors'!$B$11))))+(ER2062*((DA2062/'T9 - Feed composition+factors'!$B$16)/((CW2062/'T9 - Feed composition+factors'!$B$14)+(CX2062/'T9 - Feed composition+factors'!$B$15)+(DA2062/'T9 - Feed composition+factors'!$B$16)+(DF2062/'T9 - Feed composition+factors'!$B$11))))+(EU2062*((DF2062/'T9 - Feed composition+factors'!$B$11)/((CW2062/'T9 - Feed composition+factors'!$B$14)+(CX2062/'T9 - Feed composition+factors'!$B$15)+(DA2062/'T9 - Feed composition+factors'!$B$16)+(DF2062/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.726863158635253,"d":"3.73"}},"t DM feed per t product",{"$nulls":14},{"v":0.11,"d":"11.0%"},{"v":0.75,"d":"75.0%"},{"v":1,"d":"100.0%"},null,{"v":0.855,"d":"85.5%"},{"v":0.17,"d":"17.0%"},{"v":1,"d":"100.0%"},{"v":0.163128161657165,"d":"16.3%"},{"v":0.8870606544435103,"d":"88.7%"},{"v":0.32679538892502386,"d":"32.7%"},null,"SSP2",null,"MIXED"]
[49,2017,"Livestock and human use of land: Productivity trends and dietary choices as drivers of future land and carbon dynamics","Weindl, I., Popp, A., Bodirsky, B.L.. Rolinski, S., Lotze-Campen, H., Biewald, A., Humpenöder, F., Dietrich, J.P., Stevanović, M.","Weindl et al. (2017a)","Journal article","Global Environmental Change/Global Planetary Change",{"$f":"CONCATENATE(H2058,\"+Static WP\")","v":"DEMI-Divergence+Static WP"},{"$f":"CONCATENATE(I2058,\"+Static WP\")","v":"Demitarian Western diets, divergence in productivity increase+Static WP"},2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4840,"d":"4,840.00"},{"v":3214,"d":"3,214.00"},{"v":1626,"d":"1,626.00"},{"v":290,"d":"290.00"},{"v":1336,"d":"1,336.00"},{"v":3902,"d":"3,902.00"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":63,"d":"63.0"},{"v":126,"d":"126.0"},{"v":46,"d":"46.0"},{"v":172,"d":"172.0"},{"v":235,"d":"235.0"},null,null,{"v":27,"d":"27.0"},{"v":262,"d":"262.0"},{"v":167,"d":"167.0"},{"v":31,"d":"31.0"},{"v":198,"d":"198.0"},{"v":0,"d":"0.0"},null,{"v":460,"d":"460.0"},{"v":0.15077023926581448,"d":"15.1%"},{"v":1585,"d":"1,585.0"},{"v":163,"d":"163.0"},{"v":250,"d":"250.0"},{"v":64,"d":"64.0"},null,{"v":270,"d":"270.0"},{"v":259,"d":"259.0"},null,{"v":2591,"d":"2,591.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.3026328300000001,"d":"30.3%"},null,{"v":1.30263283,"d":"1.30"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.461743499703021,"d":"7.46"},null,null,{"v":49.0435,"d":"49.04"},{"v":5.5388,"d":"5.54"},{"v":3.2805,"d":"3.28"},null,{"v":4.587735074288633,"d":"4.59"},{"v":3.1719999999999997,"d":"3.17"},{"v":2.6485999999999996,"d":"2.65"},{"v":3.136646578988613,"d":"3.14"},{"$f":"(EO2072*((CV2072/'T9 - Feed composition+factors'!$B$10)/((CV2072/'T9 - Feed composition+factors'!$B$10)+(DE2072/'T9 - Feed composition+factors'!$B$12))))+(ET2072*((DE2072/'T9 - Feed composition+factors'!$B$12)/((CV2072/'T9 - Feed composition+factors'!$B$10)+(DE2072/'T9 - Feed composition+factors'!$B$12))))","v":{"v":8.721200516869889,"d":"8.721"}},{"$f":"(EP2072*((CW2072/'T9 - Feed composition+factors'!$B$14)/((CW2072/'T9 - Feed composition+factors'!$B$14)+(CX2072/'T9 - Feed composition+factors'!$B$15)+(DA2072/'T9 - Feed composition+factors'!$B$16)+(DF2072/'T9 - Feed composition+factors'!$B$11))))+(EQ2072*((CX2072/'T9 - Feed composition+factors'!$B$15)/((CW2072/'T9 - Feed composition+factors'!$B$14)+(CX2072/'T9 - Feed composition+factors'!$B$15)+(DA2072/'T9 - Feed composition+factors'!$B$16)+(DF2072/'T9 - Feed composition+factors'!$B$11))))+(ER2072*((DA2072/'T9 - Feed composition+factors'!$B$16)/((CW2072/'T9 - Feed composition+factors'!$B$14)+(CX2072/'T9 - Feed composition+factors'!$B$15)+(DA2072/'T9 - Feed composition+factors'!$B$16)+(DF2072/'T9 - Feed composition+factors'!$B$11))))+(EU2072*((DF2072/'T9 - Feed composition+factors'!$B$11)/((CW2072/'T9 - Feed composition+factors'!$B$14)+(CX2072/'T9 - Feed composition+factors'!$B$15)+(DA2072/'T9 - Feed composition+factors'!$B$16)+(DF2072/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.161956556359013,"d":"4.16"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.69,"d":"69.0%"},{"v":1,"d":"100.0%"},null,{"v":0.821,"d":"82.1%"},{"v":0.1,"d":"10.0%"},{"v":1,"d":"100.0%"},{"v":0.09427346804763752,"d":"9.4%"},{"v":0.8599552115099529,"d":"86.0%"},{"v":0.26737939873982713,"d":"26.7%"},null,"SSP2",null,"DIET"]
[49,2017,"Livestock and human use of land: Productivity trends and dietary choices as drivers of future land and carbon dynamics","Weindl, I., Popp, A., Bodirsky, B.L.. Rolinski, S., Lotze-Campen, H., Biewald, A., Humpenöder, F., Dietrich, J.P., Stevanović, M.","Weindl et al. (2017a)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Catch up + YIELD","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4588,"d":"4,588.00"},{"v":2999,"d":"2,999.00"},{"v":1589,"d":"1,589.00"},{"v":356,"d":"356.00"},{"v":1233,"d":"1,233.00"},{"v":4050,"d":"4,050.00"},"Mha",{"$nulls":30},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":63,"d":"63.0"},{"v":126,"d":"126.0"},{"v":46,"d":"46.0"},{"v":172,"d":"172.0"},{"v":235,"d":"235.0"},null,null,{"v":27,"d":"27.0"},{"v":262,"d":"262.0"},{"v":167,"d":"167.0"},{"v":31,"d":"31.0"},{"v":198,"d":"198.0"},{"v":0,"d":"0.0"},null,{"v":460,"d":"460.0"},{"v":0.15077023926581448,"d":"15.1%"},{"v":1585,"d":"1,585.0"},{"v":163,"d":"163.0"},{"v":250,"d":"250.0"},{"v":64,"d":"64.0"},null,{"v":270,"d":"270.0"},{"v":259,"d":"259.0"},null,{"v":2591,"d":"2,591.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.36877165999999995,"d":"36.9%"},null,{"v":1.36877166,"d":"1.37"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":5.633525948986768,"d":"5.63"},null,null,{"v":34.432199999999995,"d":"34.43"},{"v":4.994,"d":"4.99"},{"v":2.835,"d":"2.84"},null,{"v":4.08475447256306,"d":"4.08"},{"v":2.5376,"d":"2.54"},{"v":2.4547999999999996,"d":"2.45"},{"v":2.5320072157819205,"d":"2.53"},{"$f":"(EO2077*((CV2077/'T9 - Feed composition+factors'!$B$10)/((CV2077/'T9 - Feed composition+factors'!$B$10)+(DE2077/'T9 - Feed composition+factors'!$B$12))))+(ET2077*((DE2077/'T9 - Feed composition+factors'!$B$12)/((CV2077/'T9 - Feed composition+factors'!$B$10)+(DE2077/'T9 - Feed composition+factors'!$B$12))))","v":{"v":6.395976787446636,"d":"6.396"}},{"$f":"(EP2077*((CW2077/'T9 - Feed composition+factors'!$B$14)/((CW2077/'T9 - Feed composition+factors'!$B$14)+(CX2077/'T9 - Feed composition+factors'!$B$15)+(DA2077/'T9 - Feed composition+factors'!$B$16)+(DF2077/'T9 - Feed composition+factors'!$B$11))))+(EQ2077*((CX2077/'T9 - Feed composition+factors'!$B$15)/((CW2077/'T9 - Feed composition+factors'!$B$14)+(CX2077/'T9 - Feed composition+factors'!$B$15)+(DA2077/'T9 - Feed composition+factors'!$B$16)+(DF2077/'T9 - Feed composition+factors'!$B$11))))+(ER2077*((DA2077/'T9 - Feed composition+factors'!$B$16)/((CW2077/'T9 - Feed composition+factors'!$B$14)+(CX2077/'T9 - Feed composition+factors'!$B$15)+(DA2077/'T9 - Feed composition+factors'!$B$16)+(DF2077/'T9 - Feed composition+factors'!$B$11))))+(EU2077*((DF2077/'T9 - Feed composition+factors'!$B$11)/((CW2077/'T9 - Feed composition+factors'!$B$14)+(CX2077/'T9 - Feed composition+factors'!$B$15)+(DA2077/'T9 - Feed composition+factors'!$B$16)+(DF2077/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.726863158635253,"d":"3.73"}},"t DM feed per t product",{"$nulls":14},{"v":0.11,"d":"11.0%"},{"v":0.75,"d":"75.0%"},{"v":1,"d":"100.0%"},null,{"v":0.855,"d":"85.5%"},{"v":0.17,"d":"17.0%"},{"v":1,"d":"100.0%"},{"v":0.163128161657165,"d":"16.3%"},{"v":0.8870606544435103,"d":"88.7%"},{"v":0.32679538892502386,"d":"32.7%"},null,"SSP2",null,"MIXED"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","SSP2-Divergence","Affluent diets, divergence in productivity increase",2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1262.44657683471,"d":"1,262.45"},{"v":3134,"d":"3,134.00"},{"v":8540.82752984234,"d":"8,540.83"},"km3/yr",{"v":0.02695213996131307,"d":"2.7%"},{"v":0.40282277499512126,"d":"0.40282"},{"v":0.1972336065573771,"d":"19.7%"},{"v":0.1972336065573771,"d":"19.7%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":99,"d":"99.0"},{"v":257,"d":"257.0"},{"v":72,"d":"72.0"},{"v":329,"d":"329.0"},{"v":428,"d":"428.0"},null,null,{"v":27,"d":"27.0"},{"v":455,"d":"455.0"},{"v":234,"d":"234.0"},{"v":57,"d":"57.0"},{"v":291,"d":"291.0"},{"v":0,"d":"0.0"},null,{"v":746,"d":"746.0"},{"v":0.2445099967223861,"d":"24.5%"},{"v":1399,"d":"1,399.0"},{"v":144,"d":"144.0"},{"v":224,"d":"224.0"},{"v":59,"d":"59.0"},null,{"v":247,"d":"247.0"},{"v":232,"d":"232.0"},null,{"v":2305,"d":"2,305.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.37233000000000005,"d":"37.2%"},null,{"v":1.37233,"d":"1.37"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.572484431065429,"d":"7.57"},null,null,{"v":48.71790000000001,"d":"48.72"},{"v":5.0394,"d":"5.04"},{"v":3.2805,"d":"3.28"},null,{"v":4.409229158035468,"d":"4.41"},{"v":3.1475999999999997,"d":"3.15"},{"v":2.5839999999999996,"d":"2.58"},{"v":3.0986764210221542,"d":"3.10"},{"$f":"(EO2087*((CV2087/'T9 - Feed composition+factors'!$B$10)/((CV2087/'T9 - Feed composition+factors'!$B$10)+(DE2087/'T9 - Feed composition+factors'!$B$12))))+(ET2087*((DE2087/'T9 - Feed composition+factors'!$B$12)/((CV2087/'T9 - Feed composition+factors'!$B$10)+(DE2087/'T9 - Feed composition+factors'!$B$12))))","v":{"v":9.24055928360659,"d":"9.241"}},{"$f":"(EP2087*((CW2087/'T9 - Feed composition+factors'!$B$14)/((CW2087/'T9 - Feed composition+factors'!$B$14)+(CX2087/'T9 - Feed composition+factors'!$B$15)+(DA2087/'T9 - Feed composition+factors'!$B$16)+(DF2087/'T9 - Feed composition+factors'!$B$11))))+(EQ2087*((CX2087/'T9 - Feed composition+factors'!$B$15)/((CW2087/'T9 - Feed composition+factors'!$B$14)+(CX2087/'T9 - Feed composition+factors'!$B$15)+(DA2087/'T9 - Feed composition+factors'!$B$16)+(DF2087/'T9 - Feed composition+factors'!$B$11))))+(ER2087*((DA2087/'T9 - Feed composition+factors'!$B$16)/((CW2087/'T9 - Feed composition+factors'!$B$14)+(CX2087/'T9 - Feed composition+factors'!$B$15)+(DA2087/'T9 - Feed composition+factors'!$B$16)+(DF2087/'T9 - Feed composition+factors'!$B$11))))+(EU2087*((DF2087/'T9 - Feed composition+factors'!$B$11)/((CW2087/'T9 - Feed composition+factors'!$B$14)+(CX2087/'T9 - Feed composition+factors'!$B$15)+(DA2087/'T9 - Feed composition+factors'!$B$16)+(DF2087/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.008657603994786,"d":"4.01"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.67,"d":"67.0%"},{"v":1,"d":"100.0%"},null,{"v":0.788,"d":"78.8%"},{"v":0.1,"d":"10.0%"},{"v":1,"d":"100.0%"},{"v":0.09366588847486174,"d":"9.4%"},{"v":0.8347065525825617,"d":"83.5%"},{"v":0.29704369984426154,"d":"29.7%"},null,"SSP2",null,"EFF"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Catch up","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2030,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1228.27105159102,"d":"1,228.27"},{"v":3093,"d":"3,093.00"},{"v":8263.79268953928,"d":"8,263.79"},"km3/yr",{"v":0.012396146953139953,"d":"1.2%"},{"v":0.39711317542548336,"d":"0.39711"},{"v":0.12230419977298523,"d":"12.2%"},{"v":0.12230419977298523,"d":"12.2%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":8.2196134,"d":"8.22"},"billion",{"v":2926,"d":"2,926.0"},"OMN/FLX",null,null,{"v":74,"d":"74.0"},{"v":186,"d":"186.0"},{"v":52,"d":"52.0"},{"v":238,"d":"238.0"},{"v":312,"d":"312.0"},null,null,{"v":27,"d":"27.0"},{"v":339,"d":"339.0"},{"v":175,"d":"175.0"},{"v":42,"d":"42.0"},{"v":217,"d":"217.0"},{"v":0,"d":"0.0"},null,{"v":556,"d":"556.0"},{"v":0.1900205058099795,"d":"19.0%"},{"v":1443,"d":"1,443.0"},{"v":149,"d":"149.0"},{"v":230,"d":"230.0"},{"v":60,"d":"60.0"},null,{"v":250,"d":"250.0"},{"v":238,"d":"238.0"},null,{"v":2370,"d":"2,370.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":149173.748,"d":"149173.7"},"US$2005/yr",null,{"v":0.2561899999999999,"d":"25.6%"},null,{"v":1.25619,"d":"1.26"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":6.3741667353981715,"d":"6.37"},null,null,{"v":37.8917,"d":"37.89"},{"v":5.175599999999999,"d":"5.18"},{"v":3.0780000000000003,"d":"3.08"},null,{"v":4.425090315668217,"d":"4.43"},{"v":2.793799999999999,"d":"2.79"},{"v":2.6162999999999994,"d":"2.62"},{"v":2.778599644031228,"d":"2.78"},{"$f":"(EO2105*((CV2105/'T9 - Feed composition+factors'!$B$10)/((CV2105/'T9 - Feed composition+factors'!$B$10)+(DE2105/'T9 - Feed composition+factors'!$B$12))))+(ET2105*((DE2105/'T9 - Feed composition+factors'!$B$12)/((CV2105/'T9 - Feed composition+factors'!$B$10)+(DE2105/'T9 - Feed composition+factors'!$B$12))))","v":{"v":7.4844391087844055,"d":"7.484"}},{"$f":"(EP2105*((CW2105/'T9 - Feed composition+factors'!$B$14)/((CW2105/'T9 - Feed composition+factors'!$B$14)+(CX2105/'T9 - Feed composition+factors'!$B$15)+(DA2105/'T9 - Feed composition+factors'!$B$16)+(DF2105/'T9 - Feed composition+factors'!$B$11))))+(EQ2105*((CX2105/'T9 - Feed composition+factors'!$B$15)/((CW2105/'T9 - Feed composition+factors'!$B$14)+(CX2105/'T9 - Feed composition+factors'!$B$15)+(DA2105/'T9 - Feed composition+factors'!$B$16)+(DF2105/'T9 - Feed composition+factors'!$B$11))))+(ER2105*((DA2105/'T9 - Feed composition+factors'!$B$16)/((CW2105/'T9 - Feed composition+factors'!$B$14)+(CX2105/'T9 - Feed composition+factors'!$B$15)+(DA2105/'T9 - Feed composition+factors'!$B$16)+(DF2105/'T9 - Feed composition+factors'!$B$11))))+(EU2105*((DF2105/'T9 - Feed composition+factors'!$B$11)/((CW2105/'T9 - Feed composition+factors'!$B$14)+(CX2105/'T9 - Feed composition+factors'!$B$15)+(DA2105/'T9 - Feed composition+factors'!$B$16)+(DF2105/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.022302909979952,"d":"4.02"}},"t DM feed per t product",{"$nulls":14},{"v":0.09,"d":"9.0%"},{"v":0.66,"d":"66.0%"},{"v":1,"d":"100.0%"},null,{"v":0.782,"d":"78.2%"},{"v":0.14,"d":"14.0%"},{"v":1,"d":"100.0%"},{"v":0.13366876227029428,"d":"13.4%"},{"v":0.830272993298099,"d":"83.0%"},{"v":0.32080765420729357,"d":"32.1%"},null,"SSP2",null,"MIXED"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Moderation","Demitarian Western diets, highly intensive production systems and 75% reduction in productivity gap",2030,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1144.44484886818,"d":"1,144.44"},{"v":2880,"d":"2,880.00"},{"v":7718.30536000153,"d":"7,718.31"},"km3/yr",{"v":0.013067932006610938,"d":"1.3%"},{"v":0.39737668363478473,"d":"0.39738"},{"v":0.14463914463914462,"d":"14.5%"},{"v":0.14463914463914462,"d":"14.5%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":8.2196134,"d":"8.22"},"billion",{"v":2926,"d":"2,926.0"},"OMN/FLX",null,null,{"v":74,"d":"74.0"},{"v":186,"d":"186.0"},{"v":52,"d":"52.0"},{"v":238,"d":"238.0"},{"v":312,"d":"312.0"},null,null,{"v":27,"d":"27.0"},{"v":339,"d":"339.0"},{"v":175,"d":"175.0"},{"v":42,"d":"42.0"},{"v":217,"d":"217.0"},{"v":0,"d":"0.0"},null,{"v":556,"d":"556.0"},{"v":0.1900205058099795,"d":"19.0%"},{"v":1443,"d":"1,443.0"},{"v":149,"d":"149.0"},{"v":230,"d":"230.0"},{"v":60,"d":"60.0"},null,{"v":250,"d":"250.0"},{"v":238,"d":"238.0"},null,{"v":2370,"d":"2,370.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":149173.748,"d":"149173.7"},"US$2005/yr",null,{"v":0.25675500000000007,"d":"25.7%"},null,{"v":1.256755,"d":"1.26"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.229921963865803,"d":"7.23"},null,null,{"v":45.299099999999996,"d":"45.30"},{"v":5.4479999999999995,"d":"5.45"},{"v":3.4019999999999997,"d":"3.40"},null,{"v":4.7159525104200855,"d":"4.72"},{"v":2.9523999999999995,"d":"2.95"},{"v":2.7454999999999994,"d":"2.75"},{"v":2.93468195126795,"d":"2.93"},{"$f":"(EO2109*((CV2109/'T9 - Feed composition+factors'!$B$10)/((CV2109/'T9 - Feed composition+factors'!$B$10)+(DE2109/'T9 - Feed composition+factors'!$B$12))))+(ET2109*((DE2109/'T9 - Feed composition+factors'!$B$12)/((CV2109/'T9 - Feed composition+factors'!$B$10)+(DE2109/'T9 - Feed composition+factors'!$B$12))))","v":{"v":8.611800908543263,"d":"8.612"}},{"$f":"(EP2109*((CW2109/'T9 - Feed composition+factors'!$B$14)/((CW2109/'T9 - Feed composition+factors'!$B$14)+(CX2109/'T9 - Feed composition+factors'!$B$15)+(DA2109/'T9 - Feed composition+factors'!$B$16)+(DF2109/'T9 - Feed composition+factors'!$B$11))))+(EQ2109*((CX2109/'T9 - Feed composition+factors'!$B$15)/((CW2109/'T9 - Feed composition+factors'!$B$14)+(CX2109/'T9 - Feed composition+factors'!$B$15)+(DA2109/'T9 - Feed composition+factors'!$B$16)+(DF2109/'T9 - Feed composition+factors'!$B$11))))+(ER2109*((DA2109/'T9 - Feed composition+factors'!$B$16)/((CW2109/'T9 - Feed composition+factors'!$B$14)+(CX2109/'T9 - Feed composition+factors'!$B$15)+(DA2109/'T9 - Feed composition+factors'!$B$16)+(DF2109/'T9 - Feed composition+factors'!$B$11))))+(EU2109*((DF2109/'T9 - Feed composition+factors'!$B$11)/((CW2109/'T9 - Feed composition+factors'!$B$14)+(CX2109/'T9 - Feed composition+factors'!$B$15)+(DA2109/'T9 - Feed composition+factors'!$B$16)+(DF2109/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.277165632898115,"d":"4.28"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.65,"d":"65.0%"},{"v":1,"d":"100.0%"},null,{"v":0.775,"d":"77.5%"},{"v":0.11,"d":"11.0%"},{"v":1,"d":"100.0%"},{"v":0.10240251472435313,"d":"10.2%"},{"v":0.8252810225127488,"d":"82.5%"},{"v":0.29659984647612125,"d":"29.7%"},null,"SSP2",null,"MIXED"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","SSP2-Divergence+Static WP","Affluent diets, divergence in productivity increase+Static WP",2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1513.89392040888,"d":"1,513.89"},{"v":3904,"d":"3,904.00"},{"v":9315.52058370022,"d":"9,315.52"},"km3/yr",{"v":-0.011397229494807481,"d":"-1.1%"},{"v":0.3877802050227664,"d":"0.38778"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":99,"d":"99.0"},{"v":257,"d":"257.0"},{"v":72,"d":"72.0"},{"v":329,"d":"329.0"},{"v":428,"d":"428.0"},null,null,{"v":27,"d":"27.0"},{"v":455,"d":"455.0"},{"v":234,"d":"234.0"},{"v":57,"d":"57.0"},{"v":291,"d":"291.0"},{"v":0,"d":"0.0"},null,{"v":746,"d":"746.0"},{"v":0.2445099967223861,"d":"24.5%"},{"v":1399,"d":"1,399.0"},{"v":144,"d":"144.0"},{"v":224,"d":"224.0"},{"v":59,"d":"59.0"},null,{"v":247,"d":"247.0"},{"v":232,"d":"232.0"},null,{"v":2305,"d":"2,305.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.4264761330342901,"d":"42.6%"},null,{"v":1.42647613303429,"d":"1.43"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.572484431065429,"d":"7.57"},null,null,{"v":48.71790000000001,"d":"48.72"},{"v":5.0394,"d":"5.04"},{"v":3.2805,"d":"3.28"},null,{"v":4.409229158035468,"d":"4.41"},{"v":3.1475999999999997,"d":"3.15"},{"v":2.5839999999999996,"d":"2.58"},{"v":3.0986764210221542,"d":"3.10"},{"$f":"(EO2119*((CV2119/'T9 - Feed composition+factors'!$B$10)/((CV2119/'T9 - Feed composition+factors'!$B$10)+(DE2119/'T9 - Feed composition+factors'!$B$12))))+(ET2119*((DE2119/'T9 - Feed composition+factors'!$B$12)/((CV2119/'T9 - Feed composition+factors'!$B$10)+(DE2119/'T9 - Feed composition+factors'!$B$12))))","v":{"v":9.24055928360659,"d":"9.241"}},{"$f":"(EP2119*((CW2119/'T9 - Feed composition+factors'!$B$14)/((CW2119/'T9 - Feed composition+factors'!$B$14)+(CX2119/'T9 - Feed composition+factors'!$B$15)+(DA2119/'T9 - Feed composition+factors'!$B$16)+(DF2119/'T9 - Feed composition+factors'!$B$11))))+(EQ2119*((CX2119/'T9 - Feed composition+factors'!$B$15)/((CW2119/'T9 - Feed composition+factors'!$B$14)+(CX2119/'T9 - Feed composition+factors'!$B$15)+(DA2119/'T9 - Feed composition+factors'!$B$16)+(DF2119/'T9 - Feed composition+factors'!$B$11))))+(ER2119*((DA2119/'T9 - Feed composition+factors'!$B$16)/((CW2119/'T9 - Feed composition+factors'!$B$14)+(CX2119/'T9 - Feed composition+factors'!$B$15)+(DA2119/'T9 - Feed composition+factors'!$B$16)+(DF2119/'T9 - Feed composition+factors'!$B$11))))+(EU2119*((DF2119/'T9 - Feed composition+factors'!$B$11)/((CW2119/'T9 - Feed composition+factors'!$B$14)+(CX2119/'T9 - Feed composition+factors'!$B$15)+(DA2119/'T9 - Feed composition+factors'!$B$16)+(DF2119/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.008657603994786,"d":"4.01"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.67,"d":"67.0%"},{"v":1,"d":"100.0%"},null,{"v":0.788,"d":"78.8%"},{"v":0.1,"d":"10.0%"},{"v":1,"d":"100.0%"},{"v":0.09366588847486174,"d":"9.4%"},{"v":0.8347065525825617,"d":"83.5%"},{"v":0.29704369984426154,"d":"29.7%"},null,"SSP2",null,"EFF"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Catch up+Static WP","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics +Static WP",2040,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1445.30294710511,"d":"1,445.30"},{"v":3855,"d":"3,855.00"},{"v":9599.67850802055,"d":"9,599.68"},"km3/yr",{"v":-0.04419192966908003,"d":"-4.4%"},{"v":0.3749164583930246,"d":"0.37492"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":8.7457165,"d":"8.75"},"billion",{"v":2991,"d":"2,991.0"},"OMN/FLX",null,null,{"v":70,"d":"70.0"},{"v":158,"d":"158.0"},{"v":49,"d":"49.0"},{"v":207,"d":"207.0"},{"v":277,"d":"277.0"},null,null,{"v":27,"d":"27.0"},{"v":304,"d":"304.0"},{"v":174,"d":"174.0"},{"v":37,"d":"37.0"},{"v":211,"d":"211.0"},{"v":0,"d":"0.0"},null,{"v":515,"d":"515.0"},{"v":0.1721832163156135,"d":"17.2%"},{"v":1512,"d":"1,512.0"},{"v":156,"d":"156.0"},{"v":240,"d":"240.0"},{"v":62,"d":"62.0"},null,{"v":260,"d":"260.0"},{"v":246,"d":"246.0"},null,{"v":2476,"d":"2,476.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":190177.37,"d":"190177.4"},"US$2005/yr",null,{"v":0.2139232009769001,"d":"21.4%"},null,{"v":1.2139232009769,"d":"1.21"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":5.9417540686143555,"d":"5.94"},null,null,{"v":35.368300000000005,"d":"35.37"},{"v":5.0394,"d":"5.04"},{"v":2.9564999999999997,"d":"2.96"},null,{"v":4.243807727119643,"d":"4.24"},{"v":2.6595999999999997,"d":"2.66"},{"v":2.5193999999999996,"d":"2.52"},{"v":2.648857516469294,"d":"2.65"},{"$f":"(EO2138*((CV2138/'T9 - Feed composition+factors'!$B$10)/((CV2138/'T9 - Feed composition+factors'!$B$10)+(DE2138/'T9 - Feed composition+factors'!$B$12))))+(ET2138*((DE2138/'T9 - Feed composition+factors'!$B$12)/((CV2138/'T9 - Feed composition+factors'!$B$10)+(DE2138/'T9 - Feed composition+factors'!$B$12))))","v":{"v":6.845610511758286,"d":"6.846"}},{"$f":"(EP2138*((CW2138/'T9 - Feed composition+factors'!$B$14)/((CW2138/'T9 - Feed composition+factors'!$B$14)+(CX2138/'T9 - Feed composition+factors'!$B$15)+(DA2138/'T9 - Feed composition+factors'!$B$16)+(DF2138/'T9 - Feed composition+factors'!$B$11))))+(EQ2138*((CX2138/'T9 - Feed composition+factors'!$B$15)/((CW2138/'T9 - Feed composition+factors'!$B$14)+(CX2138/'T9 - Feed composition+factors'!$B$15)+(DA2138/'T9 - Feed composition+factors'!$B$16)+(DF2138/'T9 - Feed composition+factors'!$B$11))))+(ER2138*((DA2138/'T9 - Feed composition+factors'!$B$16)/((CW2138/'T9 - Feed composition+factors'!$B$14)+(CX2138/'T9 - Feed composition+factors'!$B$15)+(DA2138/'T9 - Feed composition+factors'!$B$16)+(DF2138/'T9 - Feed composition+factors'!$B$11))))+(EU2138*((DF2138/'T9 - Feed composition+factors'!$B$11)/((CW2138/'T9 - Feed composition+factors'!$B$14)+(CX2138/'T9 - Feed composition+factors'!$B$15)+(DA2138/'T9 - Feed composition+factors'!$B$16)+(DF2138/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.860396026922132,"d":"3.86"}},"t DM feed per t product",{"$nulls":14},{"v":0.1,"d":"10.0%"},{"v":0.71,"d":"71.0%"},{"v":1,"d":"100.0%"},null,{"v":0.821,"d":"82.1%"},{"v":0.16,"d":"16.0%"},{"v":1,"d":"100.0%"},{"v":0.15272711282421808,"d":"15.3%"},{"v":0.8606203129965665,"d":"86.1%"},{"v":0.32755635786165294,"d":"32.8%"},null,"SSP2",null,"MIXED"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Moderation+Static WP","Demitarian Western diets, highly intensive production systems and 75% reduction in productivity gap+Static WP",2030,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1263.8931356817,"d":"1,263.89"},{"v":3367,"d":"3,367.00"},{"v":8197.8145524835,"d":"8,197.81"},"km3/yr",{"v":-0.043018756005993586,"d":"-4.3%"},{"v":0.37537663667410154,"d":"0.37538"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":8.2196134,"d":"8.22"},"billion",{"v":2926,"d":"2,926.0"},"OMN/FLX",null,null,{"v":74,"d":"74.0"},{"v":186,"d":"186.0"},{"v":52,"d":"52.0"},{"v":238,"d":"238.0"},{"v":312,"d":"312.0"},null,null,{"v":27,"d":"27.0"},{"v":339,"d":"339.0"},{"v":175,"d":"175.0"},{"v":42,"d":"42.0"},{"v":217,"d":"217.0"},{"v":0,"d":"0.0"},null,{"v":556,"d":"556.0"},{"v":0.1900205058099795,"d":"19.0%"},{"v":1443,"d":"1,443.0"},{"v":149,"d":"149.0"},{"v":230,"d":"230.0"},{"v":60,"d":"60.0"},null,{"v":250,"d":"250.0"},{"v":238,"d":"238.0"},null,{"v":2370,"d":"2,370.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":149173.748,"d":"149173.7"},"US$2005/yr",null,{"v":0.12560658251259005,"d":"12.6%"},null,{"v":1.12560658251259,"d":"1.13"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.229921963865803,"d":"7.23"},null,null,{"v":45.299099999999996,"d":"45.30"},{"v":5.4479999999999995,"d":"5.45"},{"v":3.4019999999999997,"d":"3.40"},null,{"v":4.7159525104200855,"d":"4.72"},{"v":2.9523999999999995,"d":"2.95"},{"v":2.7454999999999994,"d":"2.75"},{"v":2.93468195126795,"d":"2.93"},{"$f":"(EO2141*((CV2141/'T9 - Feed composition+factors'!$B$10)/((CV2141/'T9 - Feed composition+factors'!$B$10)+(DE2141/'T9 - Feed composition+factors'!$B$12))))+(ET2141*((DE2141/'T9 - Feed composition+factors'!$B$12)/((CV2141/'T9 - Feed composition+factors'!$B$10)+(DE2141/'T9 - Feed composition+factors'!$B$12))))","v":{"v":8.611800908543263,"d":"8.612"}},{"$f":"(EP2141*((CW2141/'T9 - Feed composition+factors'!$B$14)/((CW2141/'T9 - Feed composition+factors'!$B$14)+(CX2141/'T9 - Feed composition+factors'!$B$15)+(DA2141/'T9 - Feed composition+factors'!$B$16)+(DF2141/'T9 - Feed composition+factors'!$B$11))))+(EQ2141*((CX2141/'T9 - Feed composition+factors'!$B$15)/((CW2141/'T9 - Feed composition+factors'!$B$14)+(CX2141/'T9 - Feed composition+factors'!$B$15)+(DA2141/'T9 - Feed composition+factors'!$B$16)+(DF2141/'T9 - Feed composition+factors'!$B$11))))+(ER2141*((DA2141/'T9 - Feed composition+factors'!$B$16)/((CW2141/'T9 - Feed composition+factors'!$B$14)+(CX2141/'T9 - Feed composition+factors'!$B$15)+(DA2141/'T9 - Feed composition+factors'!$B$16)+(DF2141/'T9 - Feed composition+factors'!$B$11))))+(EU2141*((DF2141/'T9 - Feed composition+factors'!$B$11)/((CW2141/'T9 - Feed composition+factors'!$B$14)+(CX2141/'T9 - Feed composition+factors'!$B$15)+(DA2141/'T9 - Feed composition+factors'!$B$16)+(DF2141/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.277165632898115,"d":"4.28"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.65,"d":"65.0%"},{"v":1,"d":"100.0%"},null,{"v":0.775,"d":"77.5%"},{"v":0.11,"d":"11.0%"},{"v":1,"d":"100.0%"},{"v":0.10240251472435313,"d":"10.2%"},{"v":0.8252810225127488,"d":"82.5%"},{"v":0.29659984647612125,"d":"29.7%"},null,"SSP2",null,"MIXED"]
[{"$f":"IF(C2155=C2154,A2154,A2154+1)","v":50},2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","SSP2-Catch up+Exogenous Yield","Affluent diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics +Exogenous Yield",2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1398.62216973225,"d":"1,398.62"},{"v":3482,"d":"3,482.00"},{"v":10215.7577956526,"d":"10,215.76"},"km3/yr",{"v":0.024018560868108052,"d":"2.4%"},{"v":0.40167207631598223,"d":"0.40167"},{"v":0.22207327971403035,"d":"22.2%"},{"v":0.22207327971403035,"d":"22.2%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":99,"d":"99.0"},{"v":257,"d":"257.0"},{"v":72,"d":"72.0"},{"v":329,"d":"329.0"},{"v":428,"d":"428.0"},null,null,{"v":27,"d":"27.0"},{"v":455,"d":"455.0"},{"v":234,"d":"234.0"},{"v":57,"d":"57.0"},{"v":291,"d":"291.0"},{"v":0,"d":"0.0"},null,{"v":746,"d":"746.0"},{"v":0.2445099967223861,"d":"24.5%"},{"v":1399,"d":"1,399.0"},{"v":144,"d":"144.0"},{"v":224,"d":"224.0"},{"v":59,"d":"59.0"},null,{"v":247,"d":"247.0"},{"v":232,"d":"232.0"},null,{"v":2305,"d":"2,305.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.36450195042884004,"d":"36.5%"},null,{"v":1.36450195042884,"d":"1.36"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":5.806576477890912,"d":"5.81"},null,null,{"v":35.6532,"d":"35.65"},{"v":4.630799999999999,"d":"4.63"},{"v":2.7944999999999998,"d":"2.79"},null,{"v":3.9728986314745174,"d":"3.97"},{"v":2.4156,"d":"2.42"},{"v":2.4547999999999996,"d":"2.45"},{"v":2.419002775542817,"d":"2.42"},{"$f":"(EO2155*((CV2155/'T9 - Feed composition+factors'!$B$10)/((CV2155/'T9 - Feed composition+factors'!$B$10)+(DE2155/'T9 - Feed composition+factors'!$B$12))))+(ET2155*((DE2155/'T9 - Feed composition+factors'!$B$12)/((CV2155/'T9 - Feed composition+factors'!$B$10)+(DE2155/'T9 - Feed composition+factors'!$B$12))))","v":{"v":6.85962041427865,"d":"6.860"}},{"$f":"(EP2155*((CW2155/'T9 - Feed composition+factors'!$B$14)/((CW2155/'T9 - Feed composition+factors'!$B$14)+(CX2155/'T9 - Feed composition+factors'!$B$15)+(DA2155/'T9 - Feed composition+factors'!$B$16)+(DF2155/'T9 - Feed composition+factors'!$B$11))))+(EQ2155*((CX2155/'T9 - Feed composition+factors'!$B$15)/((CW2155/'T9 - Feed composition+factors'!$B$14)+(CX2155/'T9 - Feed composition+factors'!$B$15)+(DA2155/'T9 - Feed composition+factors'!$B$16)+(DF2155/'T9 - Feed composition+factors'!$B$11))))+(ER2155*((DA2155/'T9 - Feed composition+factors'!$B$16)/((CW2155/'T9 - Feed composition+factors'!$B$14)+(CX2155/'T9 - Feed composition+factors'!$B$15)+(DA2155/'T9 - Feed composition+factors'!$B$16)+(DF2155/'T9 - Feed composition+factors'!$B$11))))+(EU2155*((DF2155/'T9 - Feed composition+factors'!$B$11)/((CW2155/'T9 - Feed composition+factors'!$B$14)+(CX2155/'T9 - Feed composition+factors'!$B$15)+(DA2155/'T9 - Feed composition+factors'!$B$16)+(DF2155/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.6397310808030725,"d":"3.64"}},"t DM feed per t product",{"$nulls":14},{"v":0.1,"d":"10.0%"},{"v":0.71,"d":"71.0%"},{"v":1,"d":"100.0%"},null,{"v":0.814,"d":"81.4%"},{"v":0.18,"d":"18.0%"},{"v":1,"d":"100.0%"},{"v":0.16986542155977877,"d":"17.0%"},{"v":0.8547421219664936,"d":"85.5%"},{"v":0.35782909364022225,"d":"35.8%"},null,"SSP2",null,"EFF"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change/Global Planetary Change","DEMI-Divergence+Exogenous Yield","Demitarian Western diets, divergence in productivity increase+Exogenous Yield",2050,"Agriculture","Yes","MAgPIE 3",{"$nulls":39},{"v":0,"d":"0.0%"},{"$nulls":10},"LPJmL",{"v":1148.00493248576,"d":"1,148.00"},{"v":2868,"d":"2,868.00"},{"v":7216.36141953634,"d":"7,216.36"},"km3/yr",{"v":0.020471298416378847,"d":"2.0%"},{"v":0.40028065986253836,"d":"0.40028"},{"v":0.23417890520694262,"d":"23.4%"},{"v":0.23417890520694262,"d":"23.4%"},{"$nulls":20},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":3051,"d":"3,051.0"},"OMN/FLX",null,null,{"v":63,"d":"63.0"},{"v":126,"d":"126.0"},{"v":46,"d":"46.0"},{"v":172,"d":"172.0"},{"v":235,"d":"235.0"},null,null,{"v":27,"d":"27.0"},{"v":262,"d":"262.0"},{"v":167,"d":"167.0"},{"v":31,"d":"31.0"},{"v":198,"d":"198.0"},{"v":0,"d":"0.0"},null,{"v":460,"d":"460.0"},{"v":0.15077023926581448,"d":"15.1%"},{"v":1585,"d":"1,585.0"},{"v":163,"d":"163.0"},{"v":250,"d":"250.0"},{"v":64,"d":"64.0"},null,{"v":270,"d":"270.0"},{"v":259,"d":"259.0"},null,{"v":2591,"d":"2,591.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"v":0.34535061946975,"d":"34.5%"},null,{"v":1.34535061946975,"d":"1.35"},{"$nulls":7},"Index of technological change (TC) ",null,{"v":7.461743499703021,"d":"7.46"},null,null,{"v":49.0435,"d":"49.04"},{"v":5.5388,"d":"5.54"},{"v":3.2805,"d":"3.28"},null,{"v":4.587735074288633,"d":"4.59"},{"v":3.1719999999999997,"d":"3.17"},{"v":2.6485999999999996,"d":"2.65"},{"v":3.136646578988613,"d":"3.14"},{"$f":"(EO2167*((CV2167/'T9 - Feed composition+factors'!$B$10)/((CV2167/'T9 - Feed composition+factors'!$B$10)+(DE2167/'T9 - Feed composition+factors'!$B$12))))+(ET2167*((DE2167/'T9 - Feed composition+factors'!$B$12)/((CV2167/'T9 - Feed composition+factors'!$B$10)+(DE2167/'T9 - Feed composition+factors'!$B$12))))","v":{"v":8.721200516869889,"d":"8.721"}},{"$f":"(EP2167*((CW2167/'T9 - Feed composition+factors'!$B$14)/((CW2167/'T9 - Feed composition+factors'!$B$14)+(CX2167/'T9 - Feed composition+factors'!$B$15)+(DA2167/'T9 - Feed composition+factors'!$B$16)+(DF2167/'T9 - Feed composition+factors'!$B$11))))+(EQ2167*((CX2167/'T9 - Feed composition+factors'!$B$15)/((CW2167/'T9 - Feed composition+factors'!$B$14)+(CX2167/'T9 - Feed composition+factors'!$B$15)+(DA2167/'T9 - Feed composition+factors'!$B$16)+(DF2167/'T9 - Feed composition+factors'!$B$11))))+(ER2167*((DA2167/'T9 - Feed composition+factors'!$B$16)/((CW2167/'T9 - Feed composition+factors'!$B$14)+(CX2167/'T9 - Feed composition+factors'!$B$15)+(DA2167/'T9 - Feed composition+factors'!$B$16)+(DF2167/'T9 - Feed composition+factors'!$B$11))))+(EU2167*((DF2167/'T9 - Feed composition+factors'!$B$11)/((CW2167/'T9 - Feed composition+factors'!$B$14)+(CX2167/'T9 - Feed composition+factors'!$B$15)+(DA2167/'T9 - Feed composition+factors'!$B$16)+(DF2167/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.161956556359013,"d":"4.16"}},"t DM feed per t product",{"$nulls":14},{"v":0.05,"d":"5.0%"},{"v":0.69,"d":"69.0%"},{"v":1,"d":"100.0%"},null,{"v":0.821,"d":"82.1%"},{"v":0.1,"d":"10.0%"},{"v":1,"d":"100.0%"},{"v":0.09427346804763752,"d":"9.4%"},{"v":0.8599552115099529,"d":"86.0%"},{"v":0.26737939873982713,"d":"26.7%"},null,"SSP2",null,"MIXED"]
[51,2018,"When too much isn't enough: Does current food production meet global nutritional needs?","Bahadur K.C., Dias, G.M., Veeramani, A., Swanton, C.J., Fraser, D., Steinke, D., Lee, E., Wittman, H., Farber, J.M., Dunfield, K., McCann, K., Anand, M., Campbell, M., Rooney,N., Raine, N.E., Van Acker, R., Hanner, R., Pascoal, S., Sharif, S., Benton, T.G., Fraser., E.D.G.,","Bahadur et al. (2018)","Journal article","PLOS ONE","Without adoption of HHEP","Without adoption of HHEP",2050,"Food system","No",null,"LCA",{"$nulls":29},7.89,"Gt CO2e/yr",{"$nulls":7},{"v":0,"d":"0.0%"},null,"Food crops",{"$f":"+BF2177+BE2177","v":{"v":5856,"d":"5,856.00"}},{"v":4806,"d":"4,806.00"},{"v":1050,"d":"1,050.00"},{"$nulls":3},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":23},{"v":0,"d":"0%"},{"v":9.8,"d":"9.80"},"billion",{"v":2750,"d":"2,750.0"},{"$nulls":17},{"$f":"(280+77+840+399+49+91+42+56+14+7+7+203+14+210+973)/7","v":{"v":466,"d":"466.0"}},{"v":0.16945454545454544,"d":"16.9%"},{"$nulls":8},{"v":2284,"d":"2,284.0"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":13},"1% yield increase annually",{"$nulls":42},"BAU"]
[52,2018,"Creating a Sustainable Future: A menu of solutions to feed nearly 10 billion people by 2051","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J.","Searchinger et al. (2018)","Report","World Resources Institute","Breakthrough technologies","Breakthrough technologies",2050,"Agriculture","Yes","GlobAgri-WRR","GHGnonCO2AgLUC",49.262,18.062,4.902,null,72.226,0.698,1.564,null,0.323,1.301,null,null,0.664,3.852,null,{"v":4.55,"d":"4.550"},"Mt",{"$f":"S2188*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2188*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3206.6971999999996,"d":"3206.70"}},null,{"v":261.636715644,"d":"261.637"},{"$nulls":6},{"v":3000,"d":"3000.00"},{"v":6206.6972,"d":"6206.70"},null,null,"Mt CO2e/yr",0,null,"tCO2",null,{"v":0.4034,"d":"40.34%"},{"v":0.4283,"d":"42.83%"},null,{"v":0.413,"d":"41.3%"},"FAO - Permanent meadows and pastures","Agriculture",{"v":4068,"d":"4,068.00"},{"$f":"3322-446","v":{"v":2876,"d":"2,876.00"}},{"$f":"1547-355","v":{"v":1192,"d":"1,192.00"}},{"$nulls":3},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"$f":"(BZ2188-BZ$2184)/BZ$2184","v":{"v":0.4565217391304348,"d":"45.7%"}},0.67,{"$nulls":8},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9.3,"d":"9.30"},"billion",{"v":2974.439027452179,"d":"2974.4"},"OMN/FLX",{"v":31.50491107808219,"d":"31.5"},{"v":12.582266396547945,"d":"12.6"},{"v":44.08717747463014,"d":"44.1"},{"v":109.00774002931507,"d":"109.0"},{"v":86.8027926189041,"d":"86.8"},{"v":195.81053264821918,"d":"195.8"},{"v":239.89771012284933,"d":"239.9"},{"$f":"DC2188*0.63898","v":{"v":27.653453196648986,"d":"27.7"}},{"v":15.624040929378413,"d":"15.6"},{"v":43.2774941260274,"d":"43.3"},{"v":283.17520424887675,"d":"283.2"},{"v":187.57892125726028,"d":"187.6"},{"v":37.369281427671226,"d":"37.4"},{"v":224.94820268493152,"d":"224.9"},null,null,{"v":508.12340693380827,"d":"508.1"},{"v":0.17082999592331619,"d":"17.1%"},{"v":1259.6116574006576,"d":"1,259.6"},{"v":151.08183356246573,"d":"151.1"},{"v":406.722890951726,"d":"406.7"},{"v":94.84138471528767,"d":"94.8"},{"v":184.6171470419178,"d":"184.6"},{"v":252.9133462257534,"d":"252.9"},{"v":116.52736062056246,"d":"116.5"},null,{"v":2466.3156205183705,"d":"2,466.3"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":3},{"v":0.4699227373068433,"d":"47.0%"},null,{"v":5.327,"d":"5.33"},null,null,{"v":5.643,"d":"5.64"},{"$nulls":7},{"v":36.9114609099,"d":"36.91"},{"v":35.4632592526,"d":"35.46"},{"v":36.6224500008895,"d":"36.62"},{"v":3.12411828407,"d":"3.12"},{"v":2.62354023341,"d":"2.62"},null,{"v":2.81667083431547,"d":"2.82"},{"v":1.48372672009,"d":"1.48"},{"v":2.07743857479,"d":"2.08"},{"v":1.536616577297514,"d":"1.537"},{"v":4.381812611695535,"d":"4.38"},{"v":2.6481184427631685,"d":"2.65"},"t DM feed per t product",{"$nulls":3},{"v":0.9937708262299999,"d":"99.4%"},{"v":0.9833547039700001,"d":"98.3%"},{"v":0.9995746394480001,"d":"100.0%"},{"v":0.987812053892986,"d":"98.8%"},null,{"v":0.9861800138510001,"d":"98.62%"},null,{"v":0.98752,"d":"98.8%"},null,{"v":0.0452096942363,"d":"4.5%"},{"v":0.0808357269144,"d":"8.1%"},{"v":0.0520943766282447,"d":"5.2%"},{"$f":"FC2188*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9317004082405663,"d":"93.2%"}},{"$f":"FD2188*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9219348716542877,"d":"92.2%"}},{"$f":"FE2188*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9371417182507188,"d":"93.7%"}},{"$f":"FF2188*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9261138177787896,"d":"92.6%"}},{"v":0.188997740734,"d":"18.9%"},{"$f":"FH2188*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9245837141238537,"d":"92.5%"}},{"v":0.094628,"d":"9.5%"},{"$f":"FJ2188*VLOOKUP($J$553,'T9 - Feed composition+factors'!$G$1:$J$54,4)","v":{"v":0.9258400054227199,"d":"92.6%"}},{"$f":"((FN2188*(((CV2188*'T9 - Feed composition+factors'!$B$10)*EO2188)/((((CV2188*'T9 - Feed composition+factors'!B$10)*EO2188)+((CY2188*'T9 - Feed composition+factors'!$B$17)*ES2188)+((DE2188*'T9 - Feed composition+factors'!$B$12)*ET2188)+((DF2188*'T9 - Feed composition+factors'!$B$11)*EU2188))))))+((FR2188*(((CY2188*'T9 - Feed composition+factors'!$B$17)*ES2188)/((((CV2188*'T9 - Feed composition+factors'!$B$10)*EO2188)+((CY2188*'T9 - Feed composition+factors'!$B$17)*ES2188)+((DE2188*'T9 - Feed composition+factors'!$B$12)*ET2188)+((DF2188*'T9 - Feed composition+factors'!$B$11)*EU2188))))))+((FS2188*(((DE2188*'T9 - Feed composition+factors'!$B$12)*ET2188)/((((CV2188*'T9 - Feed composition+factors'!$B$10)*EO2188)+((CY2188*'T9 - Feed composition+factors'!$B$17)*ES2188)+((DE2188*'T9 - Feed composition+factors'!$B$12)*ET2188)+((DF2188*'T9 - Feed composition+factors'!$B$11)*EU2188))))))+((FT2188*(((DF2188*'T9 - Feed composition+factors'!$B$11)*EU2188)/((((CV2188*'T9 - Feed composition+factors'!$B$10)*EO2188)+((CY2188*'T9 - Feed composition+factors'!$B$17)*ES2188)+((DE2188*'T9 - Feed composition+factors'!$B$12)*ET2188)+((DF2188*'T9 - Feed composition+factors'!$B$11)*EU2188))))))","v":{"v":0.346966944053628,"d":"34.70%"}},{"$nulls":3},"MIXED"]
[53,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal article","Environmental Science & Technology","Preference-based mitigation","Preference-based mitigation",2030,"AFOLU","Yes","MAgPIE 3","GHGnonCO2AgLUC",135.15,38.1,15.38,null,188.63,2.058,{"$nulls":7},5.748,null,{"v":7.806,"d":"7.81"},"Mt",{"$f":"S2199*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2199*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7261.773999999999,"d":"7261.77"}},{"$nulls":8},{"v":843.430689350782,"d":"843.43"},{"v":8105.204689350781,"d":"8,105.20"},null,null,"Mt CO2e/yr",0,2005,"tCO2",{"$f":"AT2199*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU2199,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV2199=\"tC\",3.67,1)","v":{"v":0,"d":"0.00"}},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"HYDE 3.1","Agriculture",{"v":4692.2,"d":"4,692.20"},{"v":3000.1,"d":"3,000.10"},{"v":1692.1,"d":"1,692.10"},null,null,{"v":4046.29,"d":"4,046.29"},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"v":0,"d":"0.0%"},{"$nulls":15},{"v":0,"d":"0%"},{"v":8.2196134,"d":"8.22"},"billion",{"v":2719.4763185306,"d":"2,719.5"},"OMN/FLX",null,null,{"v":66.91,"d":"66.9"},{"v":141.13,"d":"141.1"},{"v":45.95,"d":"46.0"},{"v":187.08,"d":"187.1"},{"v":253.99,"d":"254.0"},{"$nulls":3},{"v":253.99,"d":"254.0"},{"v":166.08,"d":"166.1"},{"v":33.29,"d":"33.3"},{"v":199.37,"d":"199.4"},null,null,{"v":453.36,"d":"453.4"},{"v":0.16679275862138,"d":"16.7%"},{"$nulls":8},{"v":2266.1163185306,"d":"2,266.1"},"kcal/capita/day",{"v":0.25,"d":"25%"},{"v":11342.3644101563,"d":"11,342.4"},"US$2005/yr per capita",null,{"v":0.1344643032665455,"d":"13.4%"},null,{"v":3.0336318717169,"d":"3.03"},{"$nulls":7},"tDM/ha",null,{"v":7.189465378648027,"d":"7.19"},null,null,{"v":45.0142,"d":"45.01"},{"v":5.4026,"d":"5.40"},{"v":3.3209999999999997,"d":"3.32"},null,{"v":4.6578150272191845,"d":"4.66"},{"v":2.9523999999999995,"d":"2.95"},{"v":2.7132,"d":"2.71"},{"v":2.9319159146606752,"d":"2.93"},{"$f":"(EO2199*((CV2199/'T9 - Feed composition+factors'!$B$10)/((CV2199/'T9 - Feed composition+factors'!$B$10)+(DE2199/'T9 - Feed composition+factors'!$B$12))))+(ET2199*((DE2199/'T9 - Feed composition+factors'!$B$12)/((CV2199/'T9 - Feed composition+factors'!$B$10)+(DE2199/'T9 - Feed composition+factors'!$B$12))))","v":{"v":8.3421641683836,"d":"8.342"}},{"$f":"(EP2199*((CW2199/'T9 - Feed composition+factors'!$B$14)/((CW2199/'T9 - Feed composition+factors'!$B$14)+(CX2199/'T9 - Feed composition+factors'!$B$15)+(DA2199/'T9 - Feed composition+factors'!$B$16)+(DF2199/'T9 - Feed composition+factors'!$B$11))))+(EQ2199*((CX2199/'T9 - Feed composition+factors'!$B$15)/((CW2199/'T9 - Feed composition+factors'!$B$14)+(CX2199/'T9 - Feed composition+factors'!$B$15)+(DA2199/'T9 - Feed composition+factors'!$B$16)+(DF2199/'T9 - Feed composition+factors'!$B$11))))+(ER2199*((DA2199/'T9 - Feed composition+factors'!$B$16)/((CW2199/'T9 - Feed composition+factors'!$B$14)+(CX2199/'T9 - Feed composition+factors'!$B$15)+(DA2199/'T9 - Feed composition+factors'!$B$16)+(DF2199/'T9 - Feed composition+factors'!$B$11))))+(EU2199*((DF2199/'T9 - Feed composition+factors'!$B$11)/((CW2199/'T9 - Feed composition+factors'!$B$14)+(CX2199/'T9 - Feed composition+factors'!$B$15)+(DA2199/'T9 - Feed composition+factors'!$B$16)+(DF2199/'T9 - Feed composition+factors'!$B$11))))","v":{"v":4.171365573616191,"d":"4.17"}},"t DM feed per t product",{"$nulls":14},{"v":0.10366876227029428,"d":"10.4%"},{"$nulls":3},{"v":0.8252810225127488,"d":"82.5%"},null,null,{"v":0.10366876227029428,"d":"10.4%"},{"v":0.8252810225127488,"d":"82.5%"},{"v":0.29752592358939683,"d":"29.8%"},{"$nulls":3},"DIET"]
[53,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal article","Environmental Science & Technology","Combined mitigation","Combined mitigation",2050,"AFOLU","Yes","MAgPIE 3","GHGnonCO2AgLUC",116.3,20.82,14.4,null,151.52,1.687,{"$nulls":7},4.638,null,{"v":6.325,"d":"6.33"},"Mt",{"$f":"S2205*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2205*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5848.069,"d":"5848.07"}},{"$nulls":8},{"v":-649.176441379665,"d":"-649.18"},{"v":5198.892558620335,"d":"5,198.89"},null,null,"Mt CO2e/yr",129.6582713,2005,"tCO2",{"$f":"AT2205*VLOOKUP(2010,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/VLOOKUP(AU2205,'T7 - US Consumer Price Index'!$A$8:$N$51,14,FALSE)/IF(AV2205=\"tC\",3.67,1)","v":{"v":144.79787425765076,"d":"144.80"}},{"v":0.09330887630592555,"d":"9.3%"},{"v":0.06046710035192471,"d":"6.0%"},null,{"$f":"BA2197","v":{"v":0.0843470253126033,"d":"8.4%"}},"HYDE 3.1","Agriculture",{"v":4600.16,"d":"4,600.16"},{"v":3081.07,"d":"3,081.07"},{"v":1519.09,"d":"1,519.09"},null,null,{"v":4109.31,"d":"4,109.31"},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":7},{"v":0,"d":"0.0%"},{"$nulls":15},{"v":0,"d":"0%"},{"v":9.1282892,"d":"9.13"},"billion",{"v":2596.59466111449,"d":"2,596.6"},"OMN/FLX",null,null,{"v":54.82,"d":"54.8"},{"v":79.45,"d":"79.5"},{"v":41.33,"d":"41.3"},{"v":120.78,"d":"120.8"},175.6,{"$nulls":3},175.6,{"v":159,"d":"159.0"},{"v":22.07,"d":"22.1"},{"v":181.07,"d":"181.1"},null,null,{"v":356.66999999999996,"d":"356.7"},{"v":0.13742614989139,"d":"13.7%"},{"$nulls":8},{"v":2239.92466111449,"d":"2,239.9"},"kcal/capita/day",{"v":0.5,"d":"50%"},{"v":15370.3175701017,"d":"15,370.3"},"US$2005/yr per capita",{"v":25000,"d":"25,000.0"},{"v":0.3030797424282499,"d":"30.3%"},null,{"v":3.48452060292831,"d":"3.48"},{"$nulls":7},"tDM/ha",null,{"v":6.292163450138116,"d":"6.29"},null,null,{"v":39.438300000000005,"d":"39.44"},{"v":5.175599999999999,"d":"5.18"},{"v":2.9160000000000004,"d":"2.92"},null,{"v":4.223987589719079,"d":"4.22"},{"v":2.8059999999999996,"d":"2.81"},{"v":2.5839999999999996,"d":"2.58"},{"v":2.791004853908047,"d":"2.79"},{"$f":"(EO2205*((CV2205/'T9 - Feed composition+factors'!$B$10)/((CV2205/'T9 - Feed composition+factors'!$B$10)+(DE2205/'T9 - Feed composition+factors'!$B$12))))+(ET2205*((DE2205/'T9 - Feed composition+factors'!$B$12)/((CV2205/'T9 - Feed composition+factors'!$B$10)+(DE2205/'T9 - Feed composition+factors'!$B$12))))","v":{"v":6.898743982866973,"d":"6.899"}},{"$f":"(EP2205*((CW2205/'T9 - Feed composition+factors'!$B$14)/((CW2205/'T9 - Feed composition+factors'!$B$14)+(CX2205/'T9 - Feed composition+factors'!$B$15)+(DA2205/'T9 - Feed composition+factors'!$B$16)+(DF2205/'T9 - Feed composition+factors'!$B$11))))+(EQ2205*((CX2205/'T9 - Feed composition+factors'!$B$15)/((CW2205/'T9 - Feed composition+factors'!$B$14)+(CX2205/'T9 - Feed composition+factors'!$B$15)+(DA2205/'T9 - Feed composition+factors'!$B$16)+(DF2205/'T9 - Feed composition+factors'!$B$11))))+(ER2205*((DA2205/'T9 - Feed composition+factors'!$B$16)/((CW2205/'T9 - Feed composition+factors'!$B$14)+(CX2205/'T9 - Feed composition+factors'!$B$15)+(DA2205/'T9 - Feed composition+factors'!$B$16)+(DF2205/'T9 - Feed composition+factors'!$B$11))))+(EU2205*((DF2205/'T9 - Feed composition+factors'!$B$11)/((CW2205/'T9 - Feed composition+factors'!$B$14)+(CX2205/'T9 - Feed composition+factors'!$B$15)+(DA2205/'T9 - Feed composition+factors'!$B$16)+(DF2205/'T9 - Feed composition+factors'!$B$11))))","v":{"v":3.719504184448227,"d":"3.72"}},"t DM feed per t product",{"$nulls":14},{"v":0.12427346804763749,"d":"12.4%"},{"$nulls":3},{"v":0.8780255067989912,"d":"87.8%"},null,null,{"v":0.12427346804763749,"d":"12.4%"},{"v":0.8780255067989912,"d":"87.8%"},{"v":0.2946823217172826,"d":"29.5%"},{"$nulls":3},"MIXED"]
[55,2018,"The future of food and agriculture – Alternative pathways to 2050","Food & Agriculture Organisation of the United Nations (FAO)","FAO (2018)","Report","Food and Agriculture Organization of the United Nations (FAO)","SSS","Stratified Societies",2035,"Agriculture","Yes","FAO GAPS - ENVISAGE","GHGnonCO2Ag",141.19,27.95,17.77,null,{"v":186.91,"d":"186.9"},1.97,{"$nulls":5},{"v":3.024409238255036,"d":"3.02"},{"v":0.8625864273825503,"d":"0.86"},{"v":3.8869956656375866,"d":"3.89"},null,{"v":5.856995665637586,"d":"5.857"},"Mt",{"$f":"S2214*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2214*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6682.911816719061,"d":"6682.91"}},{"$nulls":12},"Mt CO2e/yr",0,null,"tCO2",null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,"Agriculture",null,null,{"v":1841.697796,"d":"1841.70"},{"$nulls":3},"Mha",{"$nulls":6},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":144.5276,"d":"144.53"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},null,{"v":59.12124,"d":"59.12"},{"$nulls":6},"Mt P2O5/yr",{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"v":8.839,"d":"8.84"},"billion",{"v":3267.430279,"d":"3,267.4"},"OMN/FLX",null,null,{"v":61.23217297,"d":"61.2"},{"v":170.2260133,"d":"170.2"},{"v":70.50707089,"d":"70.5"},{"v":240.73308419,"d":"240.7"},{"v":301.96525716,"d":"302.0"},null,null,{"v":31.41424132,"d":"31.4"},{"v":333.37949848,"d":"333.4"},{"v":178.4265,"d":"178.4"},{"v":39.26495,"d":"39.3"},{"v":217.69,"d":"217.7"},null,null,{"v":551.06949848,"d":"551.1"},{"v":0.16865531975441425,"d":"16.9%"},{"$nulls":8},{"v":2716.36078052,"d":"2,716.4"},"kcal/capita/day",null,{"v":0.8634621592793289,"d":"0.86"},{"v":2821.302404,"d":"2821.30"},null,{"v":0.17199692180856008,"d":"17.2%"},null,{"v":1.1542912068125653,"d":"1.15"},{"$nulls":7},"t/ha",null,{"v":0.9484500271738995,"d":"0.95"},{"v":0.8686044653218352,"d":"0.87"},{"v":0.8646711785208762,"d":"0.86"},{"v":0.8678869783038834,"d":"0.87"},{"v":0.8449706921915413,"d":"0.84"},{"v":0.8653378538582819,"d":"0.87"},null,{"v":0.8552896565689071,"d":"0.86"},{"v":0.9935408360325819,"d":"0.99"},{"v":0.8653378538582819,"d":"0.87"},{"v":0.9935408360325819,"d":"0.99"},{"$f":"(EO2214*((CV2214/'T9 - Feed composition+factors'!$B$10)/((CV2214/'T9 - Feed composition+factors'!$B$10)+(DE2214/'T9 - Feed composition+factors'!$B$12))))+(ET2214*((DE2214/'T9 - Feed composition+factors'!$B$12)/((CV2214/'T9 - Feed composition+factors'!$B$10)+(DE2214/'T9 - Feed composition+factors'!$B$12))))","v":{"v":0.9795601004404724,"d":"0.980"}},{"$f":"(EP2214*((CW2214/'T9 - Feed composition+factors'!$B$14)/((CW2214/'T9 - Feed composition+factors'!$B$14)+(CX2214/'T9 - Feed composition+factors'!$B$15)+(DA2214/'T9 - Feed composition+factors'!$B$16)+(DF2214/'T9 - Feed composition+factors'!$B$11))))+(EQ2214*((CX2214/'T9 - Feed composition+factors'!$B$15)/((CW2214/'T9 - Feed composition+factors'!$B$14)+(CX2214/'T9 - Feed composition+factors'!$B$15)+(DA2214/'T9 - Feed composition+factors'!$B$16)+(DF2214/'T9 - Feed composition+factors'!$B$11))))+(ER2214*((DA2214/'T9 - Feed composition+factors'!$B$16)/((CW2214/'T9 - Feed composition+factors'!$B$14)+(CX2214/'T9 - Feed composition+factors'!$B$15)+(DA2214/'T9 - Feed composition+factors'!$B$16)+(DF2214/'T9 - Feed composition+factors'!$B$11))))+(EU2214*((DF2214/'T9 - Feed composition+factors'!$B$11)/((CW2214/'T9 - Feed composition+factors'!$B$14)+(CX2214/'T9 - Feed composition+factors'!$B$15)+(DA2214/'T9 - Feed composition+factors'!$B$16)+(DF2214/'T9 - Feed composition+factors'!$B$11))))","v":{"v":0.8564091964802788,"d":"0.86"}},"index: inverse of lifestock productivity increase (kg/animal/year)",{"$nulls":12},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},null,{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},{"v":0.814526,"d":"81.5%"},"RCP 8.5",null,"CONV","OTHER"]
[57,2020,"Food Systems in a Zero-Deforestation World: Dietary Change Is More Important than Intensification for Climate Targets in 2050",null,"Theurl et al. (2020)","Journal article","Science of The Total Environment","Feed-grain_Crop-high yield_Diet-RICH+bau (0.7+G+HY+RICH+bau)","Feed-grain_Crop-high yield_Diet-RICH+bau",2050,"Agriculture","No","BioBaM","GHGdirectAgLUC",{"v":140.43064699192084,"d":"140.43"},{"v":31.698013905584652,"d":"31.70"},{"v":28.112380337340856,"d":"28.11"},null,{"v":200.24104123484634,"d":"200.24"},{"v":3.2074527901664065,"d":"3.21"},{"$nulls":7},{"v":5.257278838741675,"d":"5.26"},null,{"v":8.464731628908082,"d":"8.46"},"Mt",{"$f":"S2235*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2235*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7757.428056279727,"d":"7757.43"}},null,null,{"v":1157.9936463269855,"d":"1158.0"},{"$nulls":5},{"v":227.24851284473078,"d":"227.2"},{"v":7984.676569124457,"d":"7,984.68"},{"$f":"AF2235+AI2235+AO2235","v":{"v":9142.670215451444,"d":"9142.7"}},null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"$f":"BY2235*AB2235/AD2235","v":{"v":-0.024843215682290205,"d":"-2.5%"}},{"v":0,"d":"0.0%"},{"$f":"AY2235*AD2235*'T5 - GHG categories & GWPs'!C$5/'T1 - Main scenario database'!AF2235","v":{"v":-0.007400582319624029,"d":"-0.7%"}},"‘Grassland’ category by IPCC","Agriculture",{"v":6162.65,"d":"6162.7"},{"v":4353.88,"d":"4353.9"},{"v":1808.77,"d":"1808.8"},{"$nulls":3},"Mha",{"$nulls":14},{"$f":"1-BZ2235/BZ$2234","v":{"v":-0.040000000000000036,"d":"-4.0%"}},2.6,{"$nulls":14},{"v":0,"d":"0%"},{"v":9286.437,"d":"9,286"},"million",{"v":3539.76,"d":"3539.8"},{"$f":"IF(AND(CZ2235=0,DG2235=0),\"VGN\",IF(AND(CZ2235=0,DG2235>0,DC2235=0),\"VEG\",IF(AND(CZ2235=0,DG2235>0,DC2235>0),\"PSC\",IF(AND(CZ2235>0,CV2235=0),\"NRUM\",\"OMN/FLX\"))))","v":"OMN/FLX"},null,null,{"v":120.55,"d":"120.6"},{"v":213.50116487054544,"d":"213.5"},{"v":87.20470114430731,"d":"87.2"},{"v":300.70586601485275,"d":"300.7"},{"v":421.25586601485276,"d":"421.3"},null,null,{"v":31.21,"d":"31.2"},{"v":452.46586601485274,"d":"452.5"},{"v":366.45,"d":"366.5"},{"v":63.725746440233685,"d":"63.7"},{"v":430.1757464402337,"d":"430.2"},null,null,{"v":882.6416124550865,"d":"882.6"},{"v":0.24935069396091442,"d":"24.9%"},{"v":1011.7,"d":"1,011.7"},{"v":108.85,"d":"108.9"},{"v":625.27,"d":"625.3"},{"v":41.79,"d":"41.8"},{"v":213.19,"d":"213.2"},{"v":611.66,"d":"611.7"},{"v":44.65,"d":"44.7"},null,{"v":2657.11,"d":"2,657.1"},"kcal/capita/day",{"$nulls":4},{"v":0.5393258426966294,"d":"53.9%"},null,4.11,null,null,4.06,{"$nulls":4},"tDM/ha",{"$nulls":4},17.05,3.91,3.91,null,3.91,1.29,3.91,{"$f":"(ET2235*DE2235/'T9 - Feed composition+factors'!B$12)/(DE2235/'T9 - Feed composition+factors'!B$12+DF2235/'T9 - Feed composition+factors'!B$11)+('T1 - Main scenario database'!EU2235*DF2235/'T9 - Feed composition+factors'!B$11)/(DE2235/'T9 - Feed composition+factors'!B$12+DF2235/'T9 - Feed composition+factors'!B$11)","v":{"v":1.456498915487828,"d":"1.46"}},{"$f":"IFERROR((EO2235*((CV2235/'T9 - Feed composition+factors'!$B$10)/((CV2235/'T9 - Feed composition+factors'!$B$10)+(DE2235/'T9 - Feed composition+factors'!$B$12))))+(ET2235*((DE2235/'T9 - Feed composition+factors'!$B$12)/((CV2235/'T9 - Feed composition+factors'!$B$10)+(DE2235/'T9 - Feed composition+factors'!$B$12)))),\"NA\")","v":{"v":2.978683531700277,"d":"2.98"}},3.91,"kg dm/kg output",{"$nulls":14},{"v":0.240035920956904,"d":"24.00%"},{"v":0.7406269858029643,"d":"74.06%"},{"v":0.7406269858029643,"d":"74.06%"},null,{"v":0.7406269858029643,"d":"74.06%"},{"v":0.220423599332509,"d":"22.04%"},{"v":0.7406269858029643,"d":"74.06%"},{"v":0.2328562,"d":"23.29%"},{"v":0.7406269858029643,"d":"74.06%"},{"$f":"((FN2235*(((CV2235*'T9 - Feed composition+factors'!$B$10)*EO2235)/((((CV2235*'T9 - Feed composition+factors'!B$10)*EO2235)+((CY2235*'T9 - Feed composition+factors'!$B$17)*ES2235)+((DE2235*'T9 - Feed composition+factors'!$B$12)*ET2235)+((DF2235*'T9 - Feed composition+factors'!$B$11)*EU2235))))))+((FR2235*(((CY2235*'T9 - Feed composition+factors'!$B$17)*ES2235)/((((CV2235*'T9 - Feed composition+factors'!$B$10)*EO2235)+((CY2235*'T9 - Feed composition+factors'!$B$17)*ES2235)+((DE2235*'T9 - Feed composition+factors'!$B$12)*ET2235)+((DF2235*'T9 - Feed composition+factors'!$B$11)*EU2235))))))+((FS2235*(((DE2235*'T9 - Feed composition+factors'!$B$12)*ET2235)/((((CV2235*'T9 - Feed composition+factors'!$B$10)*EO2235)+((CY2235*'T9 - Feed composition+factors'!$B$17)*ES2235)+((DE2235*'T9 - Feed composition+factors'!$B$12)*ET2235)+((DF2235*'T9 - Feed composition+factors'!$B$11)*EU2235))))))+((FT2235*(((DF2235*'T9 - Feed composition+factors'!$B$11)*EU2235)/((((CV2235*'T9 - Feed composition+factors'!$B$10)*EO2235)+((CY2235*'T9 - Feed composition+factors'!$B$17)*ES2235)+((DE2235*'T9 - Feed composition+factors'!$B$12)*ET2235)+((DF2235*'T9 - Feed composition+factors'!$B$11)*EU2235))))))","v":{"v":0.46898500570960444,"d":"46.90%"}}]
[57,2020,"Food Systems in a Zero-Deforestation World: Dietary Change Is More Important than Intensification for Climate Targets in 2050",null,"Theurl et al. (2020)","Journal article","Science of The Total Environment","Feed-grain_Crop-high yield_Diet-RICH+mono (0.7+G+HY+RICH+mono)","Feed-grain_Crop-high yield_Diet-RICH+mono",2050,"Agriculture","No","BioBaM","GHGdirectAgLUC",{"v":1.6571867929733672,"d":"1.66"},{"v":34.901841664997086,"d":"34.90"},{"v":14.192097960660682,"d":"14.19"},null,{"v":50.75112641863114,"d":"50.75"},{"v":1.619232653229742,"d":"1.62"},{"$nulls":7},{"v":6.155929254976119,"d":"6.16"},null,{"v":7.775161908205861,"d":"7.78"},"Mt",{"$f":"S2238*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2238*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3503.049839526967,"d":"3503.05"}},null,null,{"v":1314.6816926813965,"d":"1314.7"},{"$nulls":5},{"v":-5755.428799138073,"d":"-5755.4"},{"v":-2252.3789596111064,"d":"-2,252.38"},{"v":-937.6972669297102,"d":"-937.7"},null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":-0.031669716091592595,"d":"-3.2%"},{"v":0,"d":"0.0%"},{"$f":"AY2238*AD2238*'T5 - GHG categories & GWPs'!C$5/'T1 - Main scenario database'!AF2238","v":{"v":-0.019189777634855656,"d":"-1.9%"}},"‘Grassland’ category by IPCC","Agriculture",{"v":2320.78,"d":"2320.8"},{"v":318.15,"d":"318.2"},{"v":2002.63,"d":"2002.6"},{"$nulls":3},"Mha",{"$nulls":14},{"v":-0.040000000000000036,"d":"-4.0%"},2.6,{"$nulls":14},{"v":0,"d":"0%"},{"v":9286.437,"d":"9,286"},"million",{"v":3539.76,"d":"3539.8"},{"$f":"IF(AND(CZ2238=0,DG2238=0),\"VGN\",IF(AND(CZ2238=0,DG2238>0,DC2238=0),\"VEG\",IF(AND(CZ2238=0,DG2238>0,DC2238>0),\"PSC\",IF(AND(CZ2238>0,CV2238=0,DE2238>0),\"NRUM\",IF(AND(CZ2238>0,CV2238=0,DE2238=0),\"MON\",\"OMN/FLX\")))))","v":"MON"},null,null,{"v":0,"d":"0.0"},{"v":498.80731243301653,"d":"498.8"},{"v":203.73819803602083,"d":"203.7"},{"v":702.5455104690374,"d":"702.5"},{"v":702.5455104690374,"d":"702.5"},null,null,{"v":31.21,"d":"31.2"},{"v":733.7555104690374,"d":"733.8"},{"v":0,"d":"0.0"},{"v":148.88381678814036,"d":"148.9"},{"v":148.88381678814036,"d":"148.9"},null,null,{"v":882.6393272571778,"d":"882.6"},{"v":0.2493500483810139,"d":"24.9%"},{"v":1011.7,"d":"1,011.7"},{"v":108.85,"d":"108.9"},{"v":625.27,"d":"625.3"},{"v":41.79,"d":"41.8"},{"v":213.19,"d":"213.2"},{"v":611.66,"d":"611.7"},{"v":44.65,"d":"44.7"},null,{"v":2657.11,"d":"2,657.1"},"kcal/capita/day",{"$nulls":4},{"v":0.5393258426966294,"d":"53.9%"},null,4.11,null,null,4.06,{"$nulls":4},"tDM/ha",{"$nulls":4},{"$f":"IFERROR((EG2238*((CN2238/'T9 - Feed composition+factors'!$B$10)/((CN2238/'T9 - Feed composition+factors'!$B$10)+(CW2238/'T9 - Feed composition+factors'!$B$12))))+(EL2238*((CW2238/'T9 - Feed composition+factors'!$B$12)/((CN2238/'T9 - Feed composition+factors'!$B$10)+(CW2238/'T9 - Feed composition+factors'!$B$12)))),\"NA\")","v":{"v":0,"d":"0.00"}},3.91,3.91,null,3.91,1.29,3.91,{"$f":"(ET2238*DE2238/'T9 - Feed composition+factors'!B$12)/(DE2238/'T9 - Feed composition+factors'!B$12+DF2238/'T9 - Feed composition+factors'!B$11)+('T1 - Main scenario database'!EU2238*DF2238/'T9 - Feed composition+factors'!B$11)/(DE2238/'T9 - Feed composition+factors'!B$12+DF2238/'T9 - Feed composition+factors'!B$11)","v":{"v":3.9099999999999997,"d":"3.91"}},{"$f":"IFERROR((EO2238*((CV2238/'T9 - Feed composition+factors'!$B$10)/((CV2238/'T9 - Feed composition+factors'!$B$10)+(DE2238/'T9 - Feed composition+factors'!$B$12))))+(ET2238*((DE2238/'T9 - Feed composition+factors'!$B$12)/((CV2238/'T9 - Feed composition+factors'!$B$10)+(DE2238/'T9 - Feed composition+factors'!$B$12)))),\"NA\")","v":"NA"},3.91,"kg dm/kg output",{"$nulls":14},"NA",{"v":0.740626985802964,"d":"74.06%"},{"v":0.740626985802964,"d":"74.06%"},null,{"v":0.740626985802964,"d":"74.06%"},"NA",{"v":0.740626985802964,"d":"74.06%"},"NA",{"v":0.740626985802964,"d":"74.06%"},{"$f":"FV2238","v":{"v":0.740626985802964,"d":"74.06%"}}]
[57,2020,"Food Systems in a Zero-Deforestation World: Dietary Change Is More Important than Intensification for Climate Targets in 2050",null,"Theurl et al. (2020)","Journal article","Science of The Total Environment","Feed-grain_Crop-FAO yield_Diet-BAU+bau (0.7+G+FAO+BAU+bau)","Feed-grain_Crop-FAO yield_Diet-BAU+bau",2050,"Agriculture","No","BioBaM","GHGdirectAgLUC",{"v":77.52318785613039,"d":"77.52"},{"v":29.55216480893525,"d":"29.55"},{"v":16.890223113341236,"d":"16.89"},null,{"v":123.96557577840687,"d":"123.97"},{"v":1.9270724357503424,"d":"1.93"},{"$nulls":7},{"v":4.399191444978766,"d":"4.40"},null,{"v":6.326263880729108,"d":"6.33"},"Mt",{"$f":"S2246*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2246*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5098.933700611713,"d":"5098.93"}},null,null,{"v":986.2833767337988,"d":"986.3"},{"$nulls":5},{"v":-5244.337895755815,"d":"-5244.3"},{"v":-145.40419514410223,"d":"-145.40"},{"v":840.8791815896966,"d":"840.9"},null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":0.03894158156589865,"d":"3.9%"},{"v":0,"d":"0.0%"},{"$f":"AY2246*AD2246*'T5 - GHG categories & GWPs'!C$5/'T1 - Main scenario database'!AF2246","v":{"v":0.013189981035204862,"d":"1.3%"}},"‘Grassland’ category by IPCC","Agriculture",2608.5,{"v":1029.41,"d":"1029.4"},1579.1,{"$nulls":3},"Mha",{"$nulls":14},{"v":0.05600000000000005,"d":"5.6%"},2.36,{"$nulls":14},{"v":0,"d":"0%"},{"v":9286.437,"d":"9,286"},"million",{"v":3023.44,"d":"3023.4"},"OMN/FLX",null,null,{"v":69.36,"d":"69.4"},{"v":112.33036080649046,"d":"112.3"},{"v":45.88141497729893,"d":"45.9"},{"v":158.2117757837894,"d":"158.2"},{"v":227.5717757837894,"d":"227.6"},null,null,{"v":59.06,"d":"59.1"},{"v":286.6317757837894,"d":"286.6"},{"v":164.21,"d":"164.2"},{"v":33.52832334490901,"d":"33.5"},{"v":197.73832334490902,"d":"197.7"},null,null,{"v":484.3700991286984,"d":"484.4"},{"v":0.16020496491701453,"d":"16.0%"},{"v":1383.8,"d":"1,383.8"},{"v":178.15,"d":"178.2"},{"v":427.35,"d":"427.4"},{"v":68.21,"d":"68.2"},{"v":190.39,"d":"190.4"},{"v":269.03,"d":"269.0"},{"v":22.15,"d":"22.2"},null,{"v":2539.0800000000004,"d":"2,539.1"},"kcal/capita/day",{"$nulls":4},{"v":0.4119850187265919,"d":"41.2%"},null,3.77,null,null,3.72,{"$nulls":4},"tDM/ha",{"$nulls":4},17.05,3.91,3.91,null,3.91,1.29,3.91,{"$f":"(ET2246*DE2246/'T9 - Feed composition+factors'!B$12)/(DE2246/'T9 - Feed composition+factors'!B$12+DF2246/'T9 - Feed composition+factors'!B$11)+('T1 - Main scenario database'!EU2246*DF2246/'T9 - Feed composition+factors'!B$11)/(DE2246/'T9 - Feed composition+factors'!B$12+DF2246/'T9 - Feed composition+factors'!B$11)","v":{"v":1.4833500618523574,"d":"1.48"}},{"$f":"IFERROR((EO2246*((CV2246/'T9 - Feed composition+factors'!$B$10)/((CV2246/'T9 - Feed composition+factors'!$B$10)+(DE2246/'T9 - Feed composition+factors'!$B$12))))+(ET2246*((DE2246/'T9 - Feed composition+factors'!$B$12)/((CV2246/'T9 - Feed composition+factors'!$B$10)+(DE2246/'T9 - Feed composition+factors'!$B$12)))),\"NA\")","v":{"v":3.394202785589706,"d":"3.39"}},3.91,"kg dm/kg output",{"$nulls":14},{"v":0.240035920956904,"d":"24.00%"},{"v":0.740626985802964,"d":"74.06%"},{"v":0.740626985802964,"d":"74.06%"},null,{"v":0.740626985802964,"d":"74.06%"},{"v":0.220423599332509,"d":"22.04%"},{"v":0.740626985802964,"d":"74.06%"},{"v":0.2339511,"d":"23.40%"},{"v":0.740626985802964,"d":"74.06%"},{"$f":"((FN2246*(((CV2246*'T9 - Feed composition+factors'!$B$10)*EO2246)/((((CV2246*'T9 - Feed composition+factors'!B$10)*EO2246)+((CY2246*'T9 - Feed composition+factors'!$B$17)*ES2246)+((DE2246*'T9 - Feed composition+factors'!$B$12)*ET2246)+((DF2246*'T9 - Feed composition+factors'!$B$11)*EU2246))))))+((FR2246*(((CY2246*'T9 - Feed composition+factors'!$B$17)*ES2246)/((((CV2246*'T9 - Feed composition+factors'!$B$10)*EO2246)+((CY2246*'T9 - Feed composition+factors'!$B$17)*ES2246)+((DE2246*'T9 - Feed composition+factors'!$B$12)*ET2246)+((DF2246*'T9 - Feed composition+factors'!$B$11)*EU2246))))))+((FS2246*(((DE2246*'T9 - Feed composition+factors'!$B$12)*ET2246)/((((CV2246*'T9 - Feed composition+factors'!$B$10)*EO2246)+((CY2246*'T9 - Feed composition+factors'!$B$17)*ES2246)+((DE2246*'T9 - Feed composition+factors'!$B$12)*ET2246)+((DF2246*'T9 - Feed composition+factors'!$B$11)*EU2246))))))+((FT2246*(((DF2246*'T9 - Feed composition+factors'!$B$11)*EU2246)/((((CV2246*'T9 - Feed composition+factors'!$B$10)*EO2246)+((CY2246*'T9 - Feed composition+factors'!$B$17)*ES2246)+((DE2246*'T9 - Feed composition+factors'!$B$12)*ET2246)+((DF2246*'T9 - Feed composition+factors'!$B$11)*EU2246))))))","v":{"v":0.46019251999478883,"d":"46.02%"}}]
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[57,2020,"Food Systems in a Zero-Deforestation World: Dietary Change Is More Important than Intensification for Climate Targets in 2050",null,"Theurl et al. (2020)","Journal article","Science of The Total Environment","Feed-rough_Crop-high yield_Diet-VEGET+mono (0.7+R+HY+VEGET+mono)","Feed-rough_Crop-high yield_Diet-VEGET+mono",2050,"Agriculture","No","BioBaM","GHGdirectAgLUC",{"v":0.8650109130306075,"d":"0.87"},{"v":25.548495249899105,"d":"25.55"},{"v":8.886971003753615,"d":"8.89"},null,{"v":35.30047716668333,"d":"35.30"},{"v":1.0139497118376608,"d":"1.01"},{"$nulls":7},{"v":3.7951491751783317,"d":"3.80"},null,{"$f":"T2298+AB2298","v":{"v":4.809098887015993,"d":"4.81"}},"Mt",{"$f":"S2298*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2298*'T5 - GHG categories & GWPs'!$C$5","v":{"v":2273.0569750891527,"d":"2273.06"}},null,null,{"v":790.8631862726996,"d":"790.9"},{"$nulls":5},{"v":-9328.654653355661,"d":"-9328.7"},{"$f":"AO2298+AF2298","v":{"v":-7055.597678266508,"d":"-7,055.60"}},{"v":-6264.734491993809,"d":"-6264.7"},null,"Mt CO2e/yr",{"$nulls":4},{"v":0,"d":"0.0%"},{"v":-0.03156640580150927,"d":"-3.2%"},{"v":0,"d":"0.0%"},{"$f":"AY2298*AD2298*'T5 - GHG categories & GWPs'!C$5/'T1 - Main scenario database'!AF2298","v":{"v":-0.01823228781642042,"d":"-1.8%"}},"‘Grassland’ category by IPCC","Agriculture",1628.1,{"v":359.73,"d":"359.7"},{"v":1268.38,"d":"1268.4"},{"$nulls":3},"Mha",{"$nulls":14},{"v":-0.040000000000000036,"d":"-4.0%"},2.6,{"$nulls":14},{"v":0,"d":"0%"},{"v":9286.437,"d":"9,286"},"million",{"v":2630.91,"d":"2630.9"},"VEGE",null,null,{"v":0,"d":"0.0"},{"$f":"0.71*CY2298","v":{"v":0,"d":"0.0"}},{"$f":"CY2298-CW2298","v":{"v":0,"d":"0.0"}},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},null,null,{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":0,"d":"0.0"},{"v":350.5856291010078,"d":"350.6"},{"v":350.5856291010078,"d":"350.6"},null,null,{"v":350.59,"d":"350.6"},{"v":0.13325807420246227,"d":"13.3%"},{"v":834.69,"d":"834.7"},{"v":187.18,"d":"187.2"},363.8,{"v":168.79,"d":"168.8"},351.5,167.5,{"v":206.86,"d":"206.9"},null,{"v":2280.32,"d":"2,280.3"},"kcal/capita/day",{"$nulls":4},{"$f":"EB2298/EB$2234-1","v":{"v":0.5393258426966294,"d":"53.9%"}},null,4.11,null,null,4.06,{"$nulls":4},"tDM/ha",{"$nulls":4},{"$f":"IFERROR((EG2298*((CN2298/'T9 - Feed composition+factors'!$B$10)/((CN2298/'T9 - Feed composition+factors'!$B$10)+(CW2298/'T9 - Feed composition+factors'!$B$12))))+(EL2298*((CW2298/'T9 - Feed composition+factors'!$B$12)/((CN2298/'T9 - Feed composition+factors'!$B$10)+(CW2298/'T9 - Feed composition+factors'!$B$12)))),\"NA\")","v":"NA"},{"$f":"ES2298","v":4.44},{"$f":"ES2298","v":4.44},null,4.44,1.89,4.11,{"$f":"(ET2298*DE2298/'T9 - Feed composition+factors'!B$12)/(DE2298/'T9 - Feed composition+factors'!B$12+DF2298/'T9 - Feed composition+factors'!B$11)+('T1 - Main scenario database'!EU2298*DF2298/'T9 - Feed composition+factors'!B$11)/(DE2298/'T9 - Feed composition+factors'!B$12+DF2298/'T9 - Feed composition+factors'!B$11)","v":4.11},{"$f":"IFERROR((EO2298*((CV2298/'T9 - Feed composition+factors'!$B$10)/((CV2298/'T9 - Feed composition+factors'!$B$10)+(DE2298/'T9 - Feed composition+factors'!$B$12))))+(ET2298*((DE2298/'T9 - Feed composition+factors'!$B$12)/((CV2298/'T9 - Feed composition+factors'!$B$10)+(DE2298/'T9 - Feed composition+factors'!$B$12)))),\"NA\")","v":"NA"},4.11,"kg dm/kg output",{"$nulls":14},"NA",{"$f":"FR2298","v":"NA"},{"$f":"FR2298","v":"NA"},null,"NA","NA",{"v":0.523761959159845,"d":"52.38%"},"NA",{"v":0.523761959159845,"d":"52.38%"},{"v":0.523761959159845,"d":"52.38%"}]
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[59,2021,"Reconciling regional nitrogen boundaries with\rglobal food security",null,"Chang et al. 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[59,2021,"Reconciling regional nitrogen boundaries with\rglobal food security",null,"Chang et al. (2021)","Journal article","Nature Food","Scenario:Manure_CC:None_Nboundary:No_constrain","Scenario:Manure_CC:None_Nboundary:No_constrain",2050,"Agriculture","Yes","GLOBIOM","GHGnonCO2Ag",110.45,19.3,12.1," ",141.85,{"v":0.36329291615094345,"d":"0.363"},{"v":2.5072032128301887,"d":"2.507"},null,{"v":4.242739494339623,"d":"4.243"},{"v":1.8591329630188678,"d":"1.859"},{"$nulls":3},{"v":8.609075670188679,"d":"8.609"},null,{"v":8.972368586339622,"d":"8.972"},"Mt",{"$f":"S2481*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2481*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6307.776624070717,"d":"6307.78"}},{"$nulls":17},{"$f":"(S2476-S2481)/S2476","v":{"v":-7.0501974055209424E-5,"d":"-0.01%"}},{"$f":"(AD2476-AD2481)/AD2476","v":{"v":-0.029449661348276982,"d":"-2.94%"}},{"$nulls":4},{"v":5422.4818589999995,"d":"5,422.5"},{"v":3680.3312969999997,"d":"3,680.3"},{"v":1742.1505619999998,"d":"1,742.2"},null,null,{"v":3665.1749219999997,"d":"3,665.2"},"Mha",{"$nulls":10},{"v":119.7244462,"d":"119.72"},null,{"v":168.2772605,"d":"168.28"},"TgN/yr",{"v":0.029926666666666657,"d":"3.0%"},{"v":0.463467,"d":"0.46"},{"$nulls":10},{"v":0.062311,"d":"6.2%"},{"v":0.837771,"d":"83.8%"},null,null,{"v":0,"d":"0%"},{"v":9.117329999999999,"d":"9.12"},"billion",{"v":3202.49,"d":"3202.5"},"OMN/FLX",52.3,{"v":16.093,"d":"16.1"},{"v":68.39,"d":"68.4"},{"v":144.881,"d":"144.9"},{"v":59.577,"d":"59.6"},{"v":204.458,"d":"204.5"},{"v":272.848,"d":"272.8"},null,null,{"v":35.34,"d":"35.3"},{"v":239.798,"d":"239.8"},{"v":214,"d":"214.0"},{"v":43.33,"d":"43.3"},{"v":257.33,"d":"257.3"},{"v":128.610355,"d":"128.6"},null,{"v":625.738355,"d":"625.7"},{"v":0.19539119716220815,"d":"19.5%"},{"v":1361.58,"d":"1,361.6"},{"v":275.028299,"d":"275.0"},{"v":515.61,"d":"515.6"},47.1,{"v":210.29984,"d":"210.3"},{"v":200.11,"d":"200.1"},{"v":146.417943,"d":"146.4"},null,{"v":2756.146082,"d":"2,756.1"},"kcal/capita/day",{"$nulls":4},{"v":0.48355993788819873,"d":"48.4%"},null,{"v":4.777063,"d":"4.78"},null,null,{"v":3.783312,"d":"3.78"},{"$nulls":6},4.06,21.9,34.6,{"$f":"(EM2481*(CT2481*'T9 - 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[62,2023,"Agricultural market integration preserves future global water resources","Neal T. Graham, Gokul Iyer, Thomas B. Wild, Flannery Dolan, Jonathan Lamontagne, Katherine Calvin","Graham et al. (2023)","Journal article","One Earth","SS_2p6",null,2095,"Agriculture","Yes","GCAM 6.0",{"$nulls":50},"GCAM",null,{"v":3040.25614501229,"d":"3,040.26"},null,"km3/yr",null,null,{"v":0.0975343409811938,"d":"9.8%"},{"$nulls":21},{"v":0,"d":"0%"},{"v":9251.425,"d":"9251.4"},"million",{"v":3465.259735365298,"d":"3,465.3"},"OMN/FLX",{"v":55.0820565554488,"d":"55.1"},{"v":27.0611328865627,"d":"27.1"},{"v":82.1431894420115,"d":"82.1"},{"v":141.679847258777,"d":"141.7"},{"v":64.27432078539837,"d":"64.3"},{"v":205.95416804417536,"d":"206.0"},{"v":288.09735748618687,"d":"288.1"},null,null,{"v":108.933950012366,"d":"108.9"},{"v":397.03130749855285,"d":"397.0"},{"v":252.949946541001,"d":"252.9"},{"v":40.92096691574463,"d":"40.9"},{"v":293.8709134567456,"d":"293.9"},null,null,{"v":690.9022209552984,"d":"690.9"},{"v":0.19937963492438335,"d":"19.9%"},{"v":1041.71922,"d":"1,041.7"},{"v":137.5179225,"d":"137.5"},{"v":552.2727533999999,"d":"552.3"},{"v":101.6886929,"d":"101.7"},{"v":539.5135566,"d":"539.5"},{"v":375.1593455,"d":"375.2"},null,{"v":26.48602351,"d":"26.5"},{"v":2774.35751441,"d":"2,774.4"},"kcal/capita/day",{"$nulls":4},{"v":0.5781307273170698,"d":"57.8%"},null,{"v":5.96840638622415,"d":"5.97"},{"$nulls":7},"t/ha",null,null,{"v":41.5343171482836,"d":"41.53"},{"v":15.9112258144707,"d":"15.91"},{"v":35.9864255233501,"d":"35.99"},{"v":6.56334066059344,"d":"6.56"},{"v":3.65194055288272,"d":"3.65"},null,{"v":4.62910606545749,"d":"4.63"},{"v":1.50397209702056,"d":"1.50"},{"v":3.65194055288272,"d":"3.65"},null,{"v":4.83994532987857,"d":"4.84"},{"v":4.62910606545749,"d":"4.63"},"FCR (kg feed per kg animal)",{"$nulls":12},{"v":0.110800045968831,"d":"11.1%"},{"v":0.0340143450433437,"d":"3.4%"},{"v":0.0941744662708416,"d":"9.4%"},{"v":0.508318143290928,"d":"50.8%"},{"v":0.582066369877761,"d":"58.2%"},null,{"v":0.55731394116027,"d":"55.7%"},{"v":0.123837613608022,"d":"12.4%"},{"v":0.582066369877761,"d":"58.2%"},{"v":0.120967879708995,"d":"12.1%"},{"v":0.55731394116027,"d":"55.7%"},{"$f":"((FN2927*(((CV2927*'T9 - Feed composition+factors'!$B$10)*EO2927)/((((CV2927*'T9 - Feed composition+factors'!B$10)*EO2927)+((CY2927*'T9 - Feed composition+factors'!$B$17)*ES2927)+((DE2927*'T9 - Feed composition+factors'!$B$12)*ET2927)+((DF2927*'T9 - Feed composition+factors'!$B$11)*EU2927))))))+((FR2927*(((CY2927*'T9 - Feed composition+factors'!$B$17)*ES2927)/((((CV2927*'T9 - Feed composition+factors'!$B$10)*EO2927)+((CY2927*'T9 - Feed composition+factors'!$B$17)*ES2927)+((DE2927*'T9 - Feed composition+factors'!$B$12)*ET2927)+((DF2927*'T9 - Feed composition+factors'!$B$11)*EU2927))))))+((FS2927*(((DE2927*'T9 - Feed composition+factors'!$B$12)*ET2927)/((((CV2927*'T9 - Feed composition+factors'!$B$10)*EO2927)+((CY2927*'T9 - Feed composition+factors'!$B$17)*ES2927)+((DE2927*'T9 - Feed composition+factors'!$B$12)*ET2927)+((DF2927*'T9 - Feed composition+factors'!$B$11)*EU2927))))))+((FT2927*(((DF2927*'T9 - Feed composition+factors'!$B$11)*EU2927)/((((CV2927*'T9 - Feed composition+factors'!$B$10)*EO2927)+((CY2927*'T9 - Feed composition+factors'!$B$17)*ES2927)+((DE2927*'T9 - Feed composition+factors'!$B$12)*ET2927)+((DF2927*'T9 - Feed composition+factors'!$B$11)*EU2927))))))","v":{"v":0.24589708158487905,"d":"24.59%"}}]
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[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","Base year","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2010,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":97.9655303955078,"d":"97.97"},{"v":32.3979606628418,"d":"32.40"},{"v":11.1016530990601,"d":"11.10"},null,{"$f":"O2929+P2929+Q2929","v":{"v":141.4651441574097,"d":"141.47"}},{"v":0.354669447456087,"d":"0.35"},{"v":2.6051112243107397,"d":"2.61"},{"v":0.300393526043211,"d":"0.30"},{"v":0.665313001189913,"d":"0.67"},{"v":1.72865332875933,"d":"1.73"},{"$f":"SUM(W2929:X2929)","v":{"v":2.393966329949243,"d":"2.39"}},{"$f":"SUM(U2929:V2929,Y2929)","v":{"v":5.299471080303194,"d":"5.30"}},{"v":0.614481121301651,"d":"0.61"},{"$f":"SUM(Z2929:AA2929)","v":{"v":5.913952201604845,"d":"5.91"}},null,{"$f":"AB2929+T2929","v":{"v":6.268621649060932,"d":"6.27"}},"Mt",{"$f":"S2929*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2929*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5559.185631275178,"d":"5559.19"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"$f":"SUM(BE2929:BF2929)","v":{"v":4815.92329960938,"d":"4,815.92"}},{"v":3258.7934,"d":"3,258.79"},{"v":1557.12989960938,"d":"1,557.13"},null,null,{"v":3956.812,"d":"3,956.81"},"Mha",{"$nulls":10},{"v":100.773734375,"d":"100.77"},null,null,"TgN/yr",{"v":0,"d":"0.0%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":6957.706,"d":"6957.7"},"million",{"v":2845.254985835495,"d":"2,845.3"},"OMN/FLX",{"v":39.73600006,"d":"39.7"},{"v":10.62100029,"d":"10.6"},{"$f":"SUM(CT2929:CU2929)","v":{"v":50.35700035,"d":"50.4"}},{"v":158.0899963,"d":"158.1"},{"v":54.866776359999996,"d":"54.9"},{"v":212.95677265999998,"d":"213.0"},{"v":263.31377301,"d":"263.3"},null,null,{"v":35.28301436999999,"d":"35.3"},{"v":298.59678737999997,"d":"298.6"},{"v":166.5099945,"d":"166.5"},{"v":34.91522132000001,"d":"34.9"},{"v":201.42521582,"d":"201.4"},null,null,{"v":500.0220032,"d":"500.0"},{"v":0.17573890765124905,"d":"17.6%"},{"v":1329.77397918701,"d":"1,329.8"},{"v":138.26000213623,"d":"138.3"},{"v":229.628997802734,"d":"229.6"},{"v":159.421001434326,"d":"159.4"},{"v":204.949996948242,"d":"204.9"},{"v":209.350006103516,"d":"209.4"},null,{"v":73.8489990234375,"d":"73.8"},{"$f":"SUM(DL2929:DS2929)","v":{"v":2345.2329826354953,"d":"2,345.2"}},"kcal/capita/day",{"$nulls":4},{"$f":"(EB2929-EB$2929)/EB$2929","v":{"v":0,"d":"0.0%"}},null,{"v":3.14733318909907,"d":"3.15"},{"$nulls":7},"t DM/ha",null,null,{"v":43.5368766784668,"d":"43.54"},{"v":22.2705154418945,"d":"22.27"},{"v":39.9386255856193,"d":"39.94"},{"v":4.74530458450317,"d":"4.75"},{"v":3.09406495094299,"d":"3.09"},null,{"v":3.73903734564496,"d":"3.74"},{"v":1.55933117866516,"d":"1.56"},{"v":3.09406495094299,"d":"3.09"},null,{"v":5.36496661085969,"d":"5.36"},{"v":3.73903734564496,"d":"3.74"},"tDM/t product",{"$nulls":12},{"v":0.0873185891593096,"d":"8.7%"},{"v":0.0314455960596009,"d":"3.1%"},{"v":0.0778649239908677,"d":"7.8%"},{"v":0.468358401019735,"d":"46.8%"},{"v":0.726752903062429,"d":"72.7%"},null,{"v":0.625824293202833,"d":"62.6%"},{"v":0.130373452689654,"d":"13.0%"},{"v":0.726752903062429,"d":"72.7%"},{"v":0.125166782780884,"d":"12.5%"},{"v":0.625824293202833,"d":"62.6%"},{"v":0.191983304459624,"d":"19.2%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_CLIMATE","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2025,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":108.323265075684,"d":"108.32"},{"v":30.4814376831055,"d":"30.48"},{"v":11.4484777450562,"d":"11.45"},null,{"v":150.25318050384573,"d":"150.25"},{"v":0.43427729180881,"d":"0.43"},{"v":2.89772868156433,"d":"2.90"},{"v":0.437328691993441,"d":"0.44"},{"v":0.841317151274,"d":"0.84"},{"v":1.86558999334063,"d":"1.87"},{"v":2.70690714461463,"d":"2.71"},{"v":6.041964518172401,"d":"6.04"},{"v":0.796686981405531,"d":"0.80"},{"v":6.838651499577932,"d":"6.84"},null,{"v":7.272928791386742,"d":"7.27"},"Mt",{"$f":"S2930*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2930*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6072.396069753184,"d":"6072.40"}},{"$nulls":13},0,{"$nulls":3},{"v":0.0424739743974755,"d":"4.2%"},{"v":0.0582543544615584,"d":"5.8%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4927.67548125,"d":"4,927.68"},{"v":3266.508,"d":"3,266.51"},{"v":1661.16748125,"d":"1,661.17"},null,null,{"v":3897.1844,"d":"3,897.18"},"Mha",{"$nulls":10},{"v":114.4577421875,"d":"114.46"},null,null,"TgN/yr",{"v":0.173807149950738,"d":"17.4%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8105.074,"d":"8105.1"},"million",{"v":3028.25226586042,"d":"3,028.3"},"OMN/FLX",{"v":42.5034075377958,"d":"42.5"},{"v":12.395607141764,"d":"12.4"},{"v":54.8990146795598,"d":"54.9"},{"v":179.291619186031,"d":"179.3"},{"v":64.15208076975132,"d":"64.2"},{"v":243.44369995578234,"d":"243.4"},{"v":298.34271463534213,"d":"298.3"},null,null,{"v":32.276778465941106,"d":"32.3"},{"v":330.61949310128324,"d":"330.6"},{"v":180.575536982546,"d":"180.6"},{"v":40.82405139893268,"d":"40.8"},{"v":221.39958838147868,"d":"221.4"},null,null,{"$f":"SUM(DH2930,DG2930,DD2930)","v":{"v":552.019081482762,"d":"552.0"}},{"$f":"DJ2930/CR2930","v":{"v":0.18228966183103518,"d":"18.2%"}},{"v":1368.78721264463,"d":"1,368.8"},{"v":152.028727734884,"d":"152.0"},{"v":251.397844378253,"d":"251.4"},{"v":177.331037744621,"d":"177.3"},{"v":218.829149663931,"d":"218.8"},{"v":223.887809140893,"d":"223.9"},null,{"v":83.9714030704462,"d":"84.0"},{"$f":"SUM(DL2930:DS2930)","v":{"v":2476.233184377658,"d":"2,476.2"}},"kcal/capita/day",{"$nulls":4},{"v":0.213225324056339,"d":"21.3%"},null,{"v":3.81842432825799,"d":"3.82"},{"$nulls":7},"t DM/ha",null,null,{"v":40.775218963623,"d":"40.78"},{"v":19.2385578155518,"d":"19.24"},{"v":36.7893920054471,"d":"36.79"},{"v":4.46128368377685,"d":"4.46"},{"v":3.00087594985962,"d":"3.00"},null,{"v":3.54880378350691,"d":"3.55"},{"v":1.52518725395203,"d":"1.53"},{"v":3.00087594985962,"d":"3.00"},null,{"v":5.02455255725588,"d":"5.02"},{"v":3.54880378350691,"d":"3.55"},"tDM/t product",{"$nulls":12},{"v":0.113054384788544,"d":"11.3%"},{"v":0.0443916285886542,"d":"4.4%"},{"v":0.100346850282496,"d":"10.0%"},{"v":0.495737499527854,"d":"49.6%"},{"v":0.725184035962393,"d":"72.5%"},null,{"v":0.639098389655088,"d":"63.9%"},{"v":0.152344017642394,"d":"15.2%"},{"v":0.725184035962393,"d":"72.5%"},{"v":0.147184193832058,"d":"14.7%"},{"v":0.639098389655088,"d":"63.9%"},{"v":0.221649032762341,"d":"22.2%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_CLIMATE","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2030,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":110.054931640625,"d":"110.05"},{"v":29.9872303009033,"d":"29.99"},{"v":10.9983367919922,"d":"11.00"},null,{"v":151.04049873352048,"d":"151.04"},{"v":0.455155423709324,"d":"0.46"},{"v":3.0298855560166498,"d":"3.03"},{"v":0.460890872137887,"d":"0.46"},{"v":0.888687193393707,"d":"0.89"},{"v":1.88768655913217,"d":"1.89"},{"v":2.776373752525877,"d":"2.78"},{"v":6.267150180680414,"d":"6.27"},{"v":0.852643804890769,"d":"0.85"},{"v":7.1197939855711825,"d":"7.12"},null,{"v":7.5749494092805065,"d":"7.57"},"Mt",{"$f":"S2931*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2931*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6176.262754285335,"d":"6176.26"}},{"$nulls":13},0,{"$nulls":3},{"v":0.0723710183197852,"d":"7.2%"},{"v":0.0782596389494987,"d":"7.8%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4964.5437843750005,"d":"4,964.54"},{"v":3266.0954,"d":"3,266.10"},{"v":1698.448384375,"d":"1,698.45"},null,null,{"v":3885.5848,"d":"3,885.58"},"Mha",{"$nulls":10},{"v":119.1599296875,"d":"119.16"},null,null,"TgN/yr",{"v":0.207583937096543,"d":"20.8%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8421.491,"d":"8421.5"},"million",{"v":3101.898465743032,"d":"3,101.9"},"OMN/FLX",{"v":43.6847565308268,"d":"43.7"},{"v":13.0488095740751,"d":"13.0"},{"v":56.733566104901904,"d":"56.7"},{"v":183.583156108928,"d":"183.6"},{"v":66.22644362545871,"d":"66.2"},{"v":249.80959973438672,"d":"249.8"},{"v":306.54316583928863,"d":"306.5"},null,null,{"v":30.687387252127223,"d":"30.7"},{"v":337.23055309141586,"d":"337.2"},{"v":182.618279020035,"d":"182.6"},{"v":42.14410048892829,"d":"42.1"},{"v":224.7623795089633,"d":"224.8"},null,null,{"v":561.9929326003792,"d":"562.0"},{"v":0.18117708842083546,"d":"18.1%"},{"v":1397.73164549552,"d":"1,397.7"},{"v":158.502118326285,"d":"158.5"},{"v":260.902226822951,"d":"260.9"},{"v":183.708071402268,"d":"183.7"},{"v":222.001546637243,"d":"222.0"},{"v":229.974544820431,"d":"230.0"},null,{"v":87.0853796379549,"d":"87.1"},{"v":2539.905533142653,"d":"2,539.9"},"kcal/capita/day",{"$nulls":4},{"v":0.25827471135609814,"d":"25.8%"},null,{"v":3.9602097600551,"d":"3.96"},{"$nulls":7},"t DM/ha",null,null,{"v":39.831485748291,"d":"39.83"},{"v":18.6073722839356,"d":"18.61"},{"v":35.8272220619727,"d":"35.83"},{"v":4.40621757507324,"d":"4.41"},{"v":2.9689028263092,"d":"2.97"},null,{"v":3.50581362416552,"d":"3.51"},{"v":1.52818369865418,"d":"1.53"},{"v":2.9689028263092,"d":"2.97"},null,{"v":5.00669269814511,"d":"5.01"},{"v":3.50581362416552,"d":"3.51"},"tDM/t product",{"$nulls":12},{"v":0.120634715095365,"d":"12.1%"},{"v":0.0480097905690886,"d":"4.8%"},{"v":0.106932877867131,"d":"10.7%"},{"v":0.504161199325617,"d":"50.4%"},{"v":0.725877781984715,"d":"72.6%"},null,{"v":0.643055263537841,"d":"64.3%"},{"v":0.159605099870056,"d":"16.0%"},{"v":0.725877781984715,"d":"72.6%"},{"v":0.154263235870268,"d":"15.4%"},{"v":0.643055263537841,"d":"64.3%"},{"v":0.228690463103439,"d":"22.9%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_CLIMATE","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2035,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":106.519004821777,"d":"106.52"},{"v":28.4208984375,"d":"28.42"},{"v":10.3056335449219,"d":"10.31"},null,{"v":145.2455368041989,"d":"145.25"},{"v":0.462554539952959,"d":"0.46"},{"v":3.12198982919966,"d":"3.12"},{"v":0.478936638150896,"d":"0.48"},{"v":0.895899074418204,"d":"0.90"},{"v":1.76424375602177,"d":"1.76"},{"v":2.660142830439974,"d":"2.66"},{"v":6.261069297790531,"d":"6.26"},{"v":0.901207974978856,"d":"0.90"},{"v":7.162277272769387,"d":"7.16"},null,{"v":7.624831812722346,"d":"7.62"},"Mt",{"$f":"S2932*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2932*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6032.25768594741,"d":"6032.26"}},{"$nulls":13},0,{"$nulls":3},{"v":0.139355484609069,"d":"13.9%"},{"v":0.122682452595484,"d":"12.3%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4988.696437500001,"d":"4,988.70"},{"v":3260.4376,"d":"3,260.44"},{"v":1728.2588375,"d":"1,728.26"},null,null,{"v":3874.6128,"d":"3,874.61"},"Mha",{"$nulls":10},{"v":125.6958125,"d":"125.70"},null,null,"TgN/yr",{"v":0.237276805258498,"d":"23.7%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8706.372,"d":"8706.4"},"million",{"v":3132.3528049941124,"d":"3,132.4"},"OMN/FLX",{"v":45.0563798422328,"d":"45.1"},{"v":13.6629470013589,"d":"13.7"},{"v":58.7193268435917,"d":"58.7"},{"v":184.050503419203,"d":"184.1"},{"v":67.36672250696482,"d":"67.4"},{"v":251.41722592616782,"d":"251.4"},{"v":310.13655276975953,"d":"310.1"},null,null,{"v":30.06602996857032,"d":"30.1"},{"v":340.20258273832985,"d":"340.2"},{"v":182.912800372906,"d":"182.9"},{"v":42.86973250443218,"d":"42.9"},{"v":225.78253287733816,"d":"225.8"},null,null,{"v":565.9851156156681,"d":"566.0"},{"v":0.18069009171421604,"d":"18.1%"},{"v":1405.0203148712,"d":"1,405.0"},{"v":163.523164182754,"d":"163.5"},{"v":265.312878337631,"d":"265.3"},{"v":187.905876944243,"d":"187.9"},{"v":222.209247173091,"d":"222.2"},{"v":232.715061990998,"d":"232.7"},null,{"v":89.6811458785274,"d":"89.7"},{"v":2566.3676893784445,"d":"2,566.4"},"kcal/capita/day",{"$nulls":4},{"v":0.28277608822214073,"d":"28.3%"},null,{"v":4.03732375664422,"d":"4.04"},{"$nulls":7},"t DM/ha",null,null,{"v":39.080867767334,"d":"39.08"},{"v":18.1569175720215,"d":"18.16"},{"v":35.0925888417396,"d":"35.09"},{"v":4.38224411010742,"d":"4.38"},{"v":2.95847821235657,"d":"2.96"},null,{"v":3.48579287264059,"d":"3.49"},{"v":1.53208124637604,"d":"1.53"},{"v":2.95847821235657,"d":"2.96"},null,{"v":5.0524982210738,"d":"5.05"},{"v":3.48579287264059,"d":"3.49"},"tDM/t product",{"$nulls":12},{"v":0.126920611526299,"d":"12.7%"},{"v":0.051274987829783,"d":"5.1%"},{"v":0.112501926527238,"d":"11.3%"},{"v":0.507172014520406,"d":"50.7%"},{"v":0.722115800930894,"d":"72.2%"},null,{"v":0.64250790338941,"d":"64.3%"},{"v":0.166682509462214,"d":"16.7%"},{"v":0.722115800930894,"d":"72.2%"},{"v":0.160999095904737,"d":"16.1%"},{"v":0.64250790338941,"d":"64.3%"},{"v":0.232768022084289,"d":"23.3%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_CLIMATE","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2040,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":105.350540161133,"d":"105.35"},{"v":27.0076179504394,"d":"27.01"},{"v":9.96852874755859,"d":"9.97"},null,{"v":142.326686859131,"d":"142.33"},{"v":0.470526507922581,"d":"0.47"},{"v":3.16129217829023,"d":"3.16"},{"v":0.496896701199668,"d":"0.50"},{"v":0.899216481617519,"d":"0.90"},{"v":1.67032997948783,"d":"1.67"},{"v":2.569546461105349,"d":"2.57"},{"v":6.227735340595247,"d":"6.23"},{"v":0.946509531566075,"d":"0.95"},{"v":7.174244872161323,"d":"7.17"},null,{"v":7.6447713800839034,"d":"7.64"},"Mt",{"$f":"S2933*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2933*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5958.3084693312685,"d":"5958.31"}},{"$nulls":13},275.6102,{"$nulls":3},{"v":0.18282935520891,"d":"18.3%"},{"v":0.166350246901385,"d":"16.6%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4999.6824375,"d":"4,999.68"},{"v":3250.7202,"d":"3,250.72"},{"v":1748.9622375,"d":"1,748.96"},null,null,{"v":3871.1076,"d":"3,871.11"},"Mha",{"$nulls":10},{"v":135.01778125,"d":"135.02"},null,null,"TgN/yr",{"v":0.250552593618915,"d":"25.1%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8958.11,"d":"8958.1"},"million",{"v":3171.7370987839104,"d":"3,171.7"},"OMN/FLX",{"v":46.5089960374699,"d":"46.5"},{"v":14.2890811410402,"d":"14.3"},{"v":60.7980771785101,"d":"60.8"},{"v":185.174422166748,"d":"185.2"},{"v":68.68584612369638,"d":"68.7"},{"v":253.86026829044437,"d":"253.9"},{"v":314.65834546895445,"d":"314.7"},null,null,{"v":29.596160376459807,"d":"29.6"},{"v":344.25450584541426,"d":"344.3"},{"v":183.870541306995,"d":"183.9"},{"v":43.709174805988624,"d":"43.7"},{"v":227.57971611298362,"d":"227.6"},null,null,{"v":571.8342219583978,"d":"571.8"},{"v":0.1802905487272723,"d":"18.0%"},{"v":1416.65558483569,"d":"1,416.7"},{"v":168.775130905165,"d":"168.8"},{"v":270.344382903069,"d":"270.3"},{"v":192.47261100118,"d":"192.5"},{"v":223.166650819556,"d":"223.2"},{"v":236.074527385588,"d":"236.1"},null,{"v":92.4139889752644,"d":"92.4"},{"v":2599.9028768255125,"d":"2,599.9"},"kcal/capita/day",{"$nulls":4},{"v":0.31376099090209975,"d":"31.4%"},null,{"v":4.13484356920986,"d":"4.13"},{"$nulls":7},"t DM/ha",null,null,{"v":38.2855453491211,"d":"38.29"},{"v":17.7289600372314,"d":"17.73"},{"v":34.3326670764775,"d":"34.33"},{"v":4.35537338256836,"d":"4.36"},{"v":2.9453444480896,"d":"2.95"},null,{"v":3.46345603610519,"d":"3.46"},{"v":1.53430366516113,"d":"1.53"},{"v":2.9453444480896,"d":"2.95"},null,{"v":5.08028686638057,"d":"5.08"},{"v":3.46345603610519,"d":"3.46"},"tDM/t product",{"$nulls":12},{"v":0.133026257224852,"d":"13.3%"},{"v":0.0544094205590445,"d":"5.4%"},{"v":0.117908824985729,"d":"11.8%"},{"v":0.510839312635143,"d":"51.1%"},{"v":0.71892403400154,"d":"71.9%"},null,{"v":0.642463826134402,"d":"64.2%"},{"v":0.173777219170522,"d":"17.4%"},{"v":0.71892403400154,"d":"71.9%"},{"v":0.167737027933723,"d":"16.8%"},{"v":0.642463826134402,"d":"64.2%"},{"v":0.237093413129657,"d":"23.7%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_CLIMATE","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2045,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":104.647743225098,"d":"104.65"},{"v":26.4481163024902,"d":"26.45"},{"v":9.96083068847656,"d":"9.96"},null,{"v":141.05669021606477,"d":"141.06"},{"v":0.47675627044269,"d":"0.48"},{"v":3.0641958713531396,"d":"3.06"},{"v":0.509808906487056,"d":"0.51"},{"v":0.908720893519265,"d":"0.91"},{"v":1.59905508586339,"d":"1.60"},{"v":2.507775979382655,"d":"2.51"},{"v":6.081780757222851,"d":"6.08"},{"v":0.982062867709569,"d":"0.98"},{"v":7.06384362493242,"d":"7.06"},null,{"v":7.540599895375109,"d":"7.54"},"Mt",{"$f":"S2934*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2934*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5895.325745314366,"d":"5895.33"}},{"$nulls":13},298.2242,{"$nulls":3},{"v":0.212775805864401,"d":"21.3%"},{"v":0.213445531574193,"d":"21.3%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4992.310125,"d":"4,992.31"},{"v":3233.4332,"d":"3,233.43"},{"v":1758.876925,"d":"1,758.88"},null,null,{"v":3866.182,"d":"3,866.18"},"Mha",{"$nulls":10},{"v":142.40715625,"d":"142.41"},null,null,"TgN/yr",{"v":0.27214329966087,"d":"27.2%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9173.706,"d":"9173.7"},"million",{"v":3189.3799250477455,"d":"3,189.4"},"OMN/FLX",{"v":48.2890464347325,"d":"48.3"},{"v":14.9077769904719,"d":"14.9"},{"v":63.1968234252044,"d":"63.2"},{"v":184.332410688539,"d":"184.3"},{"v":69.42131466677672,"d":"69.4"},{"v":253.75372535531574,"d":"253.8"},{"v":316.95054878052014,"d":"317.0"},null,null,{"v":30.220990646490577,"d":"30.2"},{"v":347.1715394270107,"d":"347.2"},{"v":184.594594474523,"d":"184.6"},{"v":44.17720024249428,"d":"44.2"},{"v":228.7717947170173,"d":"228.8"},null,null,{"v":575.943334144028,"d":"575.9"},{"v":0.18058160133913992,"d":"18.1%"},{"v":1417.16581025714,"d":"1,417.2"},{"v":172.349999258752,"d":"172.3"},{"v":273.205532359844,"d":"273.2"},{"v":195.179153180361,"d":"195.2"},{"v":222.039318196861,"d":"222.0"},{"v":238.238755090023,"d":"238.2"},null,{"v":95.2580225607363,"d":"95.3"},{"v":2613.4365909037174,"d":"2,613.4"},"kcal/capita/day",{"$nulls":4},{"v":0.34075671575779637,"d":"34.1%"},null,{"v":4.21980811001198,"d":"4.22"},{"$nulls":7},"t DM/ha",null,null,{"v":37.4250144958496,"d":"37.43"},{"v":17.312292098999,"d":"17.31"},{"v":33.5582024863996,"d":"33.56"},{"v":4.32517957687378,"d":"4.33"},{"v":2.92793941497803,"d":"2.93"},null,{"v":3.43654214036394,"d":"3.44"},{"v":1.53451371192932,"d":"1.53"},{"v":2.92793941497803,"d":"2.93"},null,{"v":5.12126110206682,"d":"5.12"},{"v":3.43654214036394,"d":"3.44"},"tDM/t product",{"$nulls":12},{"v":0.139341162772436,"d":"13.9%"},{"v":0.0580929240125944,"d":"5.8%"},{"v":0.123720618761327,"d":"12.4%"},{"v":0.515957183205803,"d":"51.6%"},{"v":0.716817633910598,"d":"71.7%"},null,{"v":0.64370337951349,"d":"64.4%"},{"v":0.180637340406391,"d":"18.1%"},{"v":0.716817633910598,"d":"71.7%"},{"v":0.174262500073245,"d":"17.4%"},{"v":0.64370337951349,"d":"64.4%"},{"v":0.240838948834186,"d":"24.1%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_CLIMATE","In the CLIMATE scenario, global warming is limited to 2 ◦C above preindustrial temperatures by 2100 to reduce the risks and impacts ofclimate change",2050,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":105.452430725098,"d":"105.45"},{"v":25.8321495056152,"d":"25.83"},{"v":10.0322952270508,"d":"10.03"},null,{"v":141.316875457764,"d":"141.32"},{"v":0.483941176107952,"d":"0.48"},{"v":3.1141769034521998,"d":"3.11"},{"v":0.522723359721048,"d":"0.52"},{"v":0.917041199547904,"d":"0.92"},{"v":1.56459256580898,"d":"1.56"},{"v":2.481633765356884,"d":"2.48"},{"v":6.1185340285301315,"d":"6.12"},{"v":1.01917637245996,"d":"1.02"},{"v":7.137710400990091,"d":"7.14"},null,{"v":7.621651577098043,"d":"7.62"},"Mt",{"$f":"S2935*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2935*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5924.529892998947,"d":"5924.53"}},{"$nulls":13},321.8501,{"$nulls":3},{"v":0.231871133796357,"d":"23.2%"},{"v":0.237883987332083,"d":"23.8%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4982.219300000001,"d":"4,982.22"},{"v":3216.6424,"d":"3,216.64"},{"v":1765.5769,"d":"1,765.58"},null,null,{"v":3865.2472,"d":"3,865.25"},"Mha",{"$nulls":10},{"v":150.86034375,"d":"150.86"},null,null,"TgN/yr",{"v":0.299229010664274,"d":"29.9%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9348.68,"d":"9348.7"},"million",{"v":3219.975431059218,"d":"3,220.0"},"OMN/FLX",{"v":50.1986483380082,"d":"50.2"},{"v":15.563277229289,"d":"15.6"},{"v":65.7619255672972,"d":"65.8"},{"v":184.336673717422,"d":"184.3"},{"v":70.42703353640715,"d":"70.4"},{"v":254.76370725382915,"d":"254.8"},{"v":320.52563282112635,"d":"320.5"},null,null,{"v":30.949366230286728,"d":"30.9"},{"v":351.4749990514131,"d":"351.5"},{"v":186.093960183306,"d":"186.1"},{"v":44.81720315953184,"d":"44.8"},{"v":230.91116334283782,"d":"230.9"},null,null,{"v":582.386162394251,"d":"582.4"},{"v":0.18086664785596632,"d":"18.1%"},{"v":1423.76715190398,"d":"1,423.8"},{"v":176.494381111195,"d":"176.5"},{"v":277.106254961023,"d":"277.1"},{"v":198.596093617164,"d":"198.6"},{"v":221.925210882901,"d":"221.9"},{"v":241.325635146944,"d":"241.3"},null,{"v":98.3745410417594,"d":"98.4"},{"v":2637.5892686649668,"d":"2,637.6"},"kcal/capita/day",{"$nulls":4},{"v":0.37035457777814534,"d":"37.0%"},null,{"v":4.312962443475,"d":"4.31"},{"$nulls":7},"t DM/ha",null,null,{"v":36.5781364440918,"d":"36.58"},{"v":16.9219818115234,"d":"16.92"},{"v":32.7997137440507,"d":"32.80"},{"v":4.29245328903198,"d":"4.29"},{"v":2.90839695930481,"d":"2.91"},null,{"v":3.40770241492408,"d":"3.41"},{"v":1.53442454338074,"d":"1.53"},{"v":2.90839695930481,"d":"2.91"},null,{"v":5.1501270878332,"d":"5.15"},{"v":3.40770241492408,"d":"3.41"},"tDM/t product",{"$nulls":12},{"v":0.145411342178493,"d":"14.5%"},{"v":0.0616716241509046,"d":"6.2%"},{"v":0.129314396595544,"d":"12.9%"},{"v":0.521556689514852,"d":"52.2%"},{"v":0.715180255056702,"d":"71.5%"},null,{"v":0.645329555677611,"d":"64.5%"},{"v":0.187501359291282,"d":"18.8%"},{"v":0.715180255056702,"d":"71.5%"},{"v":0.180772275554918,"d":"18.1%"},{"v":0.645329555677611,"d":"64.5%"},{"v":0.244738425785939,"d":"24.5%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_FOOD","In the FOOD scenario, ambitious changes in the food system are assumed towards the year 2050 by implementing a transition towards healthy diets proposed byWillett et al (2019), which includes a strong reduction in meat consumption in regions that currently have intake above healthy levels (SI section 1.5.2). Additionally, a reduction in food waste is assumed in line with SDG target 12.3which aims to halve per capita global food waste and losses at consumer level and along the production and supply chains ",2025,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":102.433654785156,"d":"102.43"},{"v":30.0863285064697,"d":"30.09"},{"v":11.0715675354004,"d":"11.07"},null,{"v":143.59155082702608,"d":"143.59"},{"v":0.397093304565975,"d":"0.40"},{"v":3.05276281493051,"d":"3.05"},{"v":0.433886195932116,"d":"0.43"},{"v":0.780716725758144,"d":"0.78"},{"v":1.77115263257708,"d":"1.77"},{"v":2.551869358335224,"d":"2.55"},{"v":6.038518369197851,"d":"6.04"},{"v":0.767681398562023,"d":"0.77"},{"v":6.806199767759874,"d":"6.81"},null,{"v":7.203293072325849,"d":"7.20"},"Mt",{"$f":"S2936*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2936*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5872.189191240066,"d":"5872.19"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4857.9568484375,"d":"4,857.96"},{"v":3218.34,"d":"3,218.34"},{"v":1639.6168484375,"d":"1,639.62"},null,null,{"v":3903.1048,"d":"3,903.10"},"Mha",{"$nulls":10},{"v":119.4668125,"d":"119.47"},null,null,"TgN/yr",{"v":0.0884494294953591,"d":"8.8%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8105.074,"d":"8105.1"},"million",{"$f":"SUM(DJ2936,DT2936)","v":{"v":2907.0528698414673,"d":"2,907.1"}},{"$f":"IF(AND(CZ2936=0,DE2936=0),\"VGN\",IF(AND(CZ2936=0,DE2936>0,DC2936=0),\"VEG\",IF(AND(CZ2936=0,DE2936>0,DC2936>0),\"PSC\",IF(AND(CZ2936>0,CV2936=0),\"NRUM\",\"OMN/FLX\"))))","v":"OMN/FLX"},{"v":37.0515985514653,"d":"37.1"},{"v":11.2096412075755,"d":"11.2"},{"v":48.2612397590408,"d":"48.3"},{"v":156.804757494778,"d":"156.8"},{"v":58.19131681250078,"d":"58.2"},{"$f":"SUM(CW2936:CX2936)","v":{"v":214.99607430727877,"d":"215.0"}},{"$f":"SUM(CV2936,CY2936)","v":{"v":263.25731406631957,"d":"263.3"}},null,null,{"v":38.97235396197402,"d":"39.0"},{"$f":"SUM(DC2936,CZ2936)","v":{"v":302.2296680282936,"d":"302.2"}},{"v":169.860449084138,"d":"169.9"},{"v":37.03083797159142,"d":"37.0"},{"$f":"SUM(DE2936:DF2936)","v":{"v":206.8912870557294,"d":"206.9"}},null,null,{"v":509.12095508402297,"d":"509.1"},{"v":0.1751330223009626,"d":"17.5%"},{"v":1265.97087264077,"d":"1,266.0"},{"v":161.954477470078,"d":"162.0"},{"v":259.131752599342,"d":"259.1"},{"v":186.65784016275,"d":"186.7"},{"v":234.59376361631,"d":"234.6"},{"v":205.96028945155,"d":"206.0"},null,{"v":83.6629188166439,"d":"83.7"},{"v":2397.9319147574442,"d":"2,397.9"},"kcal/capita/day",{"$nulls":4},{"v":0.1815422215406711,"d":"18.2%"},null,{"v":3.7187070481768,"d":"3.72"},{"$nulls":7},"t DM/ha",null,null,{"v":41.3326683044434,"d":"41.33"},{"v":19.0927486419678,"d":"19.09"},{"v":37.1126265400546,"d":"37.11"},{"v":4.47107791900635,"d":"4.47"},{"v":3.01992249488831,"d":"3.02"},null,{"v":3.55231974841402,"d":"3.55"},{"v":1.54330015182495,"d":"1.54"},{"v":3.01992249488831,"d":"3.02"},null,{"v":4.87063665808765,"d":"4.87"},{"v":3.55231974841402,"d":"3.55"},"tDM/t product",{"$nulls":12},{"v":0.112786011980639,"d":"11.3%"},{"v":0.043498223954427,"d":"4.3%"},{"v":0.0996386012134105,"d":"10.0%"},{"v":0.492150529905353,"d":"49.2%"},{"v":0.722058253989061,"d":"72.2%"},null,{"v":0.637710127777215,"d":"63.8%"},{"v":0.150784861274411,"d":"15.1%"},{"v":0.722058253989061,"d":"72.2%"},{"v":0.146000378813251,"d":"14.6%"},{"v":0.637710127777215,"d":"63.8%"},{"v":0.220562734699512,"d":"22.1%"}]
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[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_FOOD","In the FOOD scenario, ambitious changes in the food system are assumed towards the year 2050 by implementing a transition towards healthy diets proposed byWillett et al (2019), which includes a strong reduction in meat consumption in regions that currently have intake above healthy levels (SI section 1.5.2). Additionally, a reduction in food waste is assumed in line with SDG target 12.3which aims to halve per capita global food waste and losses at consumer level and along the production and supply chains ",2035,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":92.021369934082,"d":"92.02"},{"v":27.1038684844971,"d":"27.10"},{"v":9.19476699829102,"d":"9.19"},null,{"v":128.32000541687012,"d":"128.32"},{"v":0.354415663651058,"d":"0.35"},{"v":3.16045538016728,"d":"3.16"},{"v":0.465380817651749,"d":"0.47"},{"v":0.736701416117804,"d":"0.74"},{"v":1.56049334151404,"d":"1.56"},{"v":2.297194757631844,"d":"2.30"},{"v":5.923030955450873,"d":"5.92"},{"v":0.807844289711544,"d":"0.81"},{"v":6.730875245162417,"d":"6.73"},null,{"v":7.085290908813475,"d":"7.09"},"Mt",{"$f":"S2938*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2938*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5424.588565444946,"d":"5424.59"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4790.7923875,"d":"4,790.79"},{"v":3118.2646,"d":"3,118.26"},{"v":1672.5277875,"d":"1,672.53"},null,null,{"v":3889.0032,"d":"3,889.00"},"Mha",{"$nulls":10},{"v":127.5474375,"d":"127.55"},null,null,"TgN/yr",{"v":0.0941778153479671,"d":"9.4%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8706.372,"d":"8706.4"},"million",{"v":2806.8834937026986,"d":"2,806.9"},"OMN/FLX",{"v":29.0035060608454,"d":"29.0"},{"v":10.0316366547524,"d":"10.0"},{"v":39.0351427155978,"d":"39.0"},{"v":121.21974136432,"d":"121.2"},{"v":50.35487327042846,"d":"50.4"},{"v":171.57461463474846,"d":"171.6"},{"v":210.60975735034626,"d":"210.6"},null,null,{"v":49.26237079029477,"d":"49.3"},{"v":259.87212814064105,"d":"259.9"},{"v":153.185083070203,"d":"153.2"},{"v":32.04401026299994,"d":"32.0"},{"v":185.22909333320294,"d":"185.2"},null,null,{"v":445.101221473844,"d":"445.1"},{"v":0.15857488295201344,"d":"15.9%"},{"v":1123.57384767123,"d":"1,123.6"},{"v":192.70794488389,"d":"192.7"},{"v":290.174544514405,"d":"290.2"},{"v":215.226130796532,"d":"215.2"},{"v":266.782037659916,"d":"266.8"},{"v":183.783794424488,"d":"183.8"},null,{"v":89.5339722783938,"d":"89.5"},{"v":2361.7822722288547,"d":"2,361.8"},"kcal/capita/day",{"$nulls":4},{"v":0.179408307031676,"d":"17.9%"},null,{"v":3.71199090821994,"d":"3.71"},{"$nulls":7},"t DM/ha",null,null,{"v":40.8640823364258,"d":"40.86"},{"v":17.5944671630859,"d":"17.59"},{"v":36.0052185210505,"d":"36.01"},{"v":4.42053699493408,"d":"4.42"},{"v":3.01754903793335,"d":"3.02"},null,{"v":3.49752419824502,"d":"3.50"},{"v":1.5908944606781,"d":"1.59"},{"v":3.01754903793335,"d":"3.02"},null,{"v":4.53352693750622,"d":"4.53"},{"v":3.49752419824502,"d":"3.50"},"tDM/t product",{"$nulls":12},{"v":0.125758572476139,"d":"12.6%"},{"v":0.0478202123005486,"d":"4.8%"},{"v":0.10948447961874,"d":"10.9%"},{"v":0.49352033779312,"d":"49.4%"},{"v":0.713126907535308,"d":"71.3%"},null,{"v":0.637997468261406,"d":"63.8%"},{"v":0.161738770614721,"d":"16.2%"},{"v":0.713126907535308,"d":"71.3%"},{"v":0.157270713259631,"d":"15.7%"},{"v":0.637997468261406,"d":"63.8%"},{"v":0.230021303992302,"d":"23.0%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_FOOD","In the FOOD scenario, ambitious changes in the food system are assumed towards the year 2050 by implementing a transition towards healthy diets proposed byWillett et al (2019), which includes a strong reduction in meat consumption in regions that currently have intake above healthy levels (SI section 1.5.2). Additionally, a reduction in food waste is assumed in line with SDG target 12.3which aims to halve per capita global food waste and losses at consumer level and along the production and supply chains ",2040,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":86.1095428466797,"d":"86.11"},{"v":25.8294067382812,"d":"25.83"},{"v":8.21862316131592,"d":"8.22"},null,{"v":120.15757274627683,"d":"120.16"},{"v":0.328740460532052,"d":"0.33"},{"v":3.2132769737924898,"d":"3.21"},{"v":0.476724237203598,"d":"0.48"},{"v":0.704042498554502,"d":"0.70"},{"v":1.44404839617865,"d":"1.44"},{"v":2.1480908947331523,"d":"2.15"},{"v":5.83809210572924,"d":"5.84"},{"v":0.821935449327741,"d":"0.82"},{"v":6.660027555056981,"d":"6.66"},null,{"v":6.9887680155890335,"d":"6.99"},"Mt",{"$f":"S2939*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2939*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5176.219646954536,"d":"5176.22"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4748.493575,"d":"4,748.49"},{"v":3066.1104,"d":"3,066.11"},{"v":1682.383175,"d":"1,682.38"},null,null,{"v":3890.2208,"d":"3,890.22"},"Mha",{"$nulls":10},{"v":131.972359375,"d":"131.97"},null,null,"TgN/yr",{"v":0.0929631986819324,"d":"9.3%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8958.11,"d":"8958.1"},"million",{"v":2757.555185116772,"d":"2,757.6"},"OMN/FLX",{"v":25.1787962664607,"d":"25.2"},{"v":9.37854139894867,"d":"9.4"},{"v":34.55733766540937,"d":"34.6"},{"v":103.769047756945,"d":"103.8"},{"v":46.40966310967762,"d":"46.4"},{"v":150.17871086662262,"d":"150.2"},{"v":184.736048532032,"d":"184.7"},null,null,{"v":54.75996590965326,"d":"54.8"},{"v":239.49601444168525,"d":"239.5"},{"v":145.465286252924,"d":"145.5"},{"v":29.53342197888577,"d":"29.5"},{"v":174.99870823180976,"d":"175.0"},null,null,{"v":414.494722673495,"d":"414.5"},{"v":0.15031239443933114,"d":"15.0%"},{"v":1055.74520908793,"d":"1,055.7"},{"v":207.335780338898,"d":"207.3"},{"v":304.413869095686,"d":"304.4"},{"v":228.490762617369,"d":"228.5"},{"v":281.029696895608,"d":"281.0"},{"v":173.418461466742,"d":"173.4"},null,{"v":92.626682941044,"d":"92.6"},{"v":2343.060462443277,"d":"2,343.1"},"kcal/capita/day",{"$nulls":4},{"v":0.16631421021796475,"d":"16.6%"},null,{"v":3.67077942273687,"d":"3.67"},{"$nulls":7},"t DM/ha",null,null,{"v":40.8425750732422,"d":"40.84"},{"v":16.8963165283203,"d":"16.90"},{"v":35.5791290172658,"d":"35.58"},{"v":4.41429758071899,"d":"4.41"},{"v":3.02654910087585,"d":"3.03"},null,{"v":3.47923090623299,"d":"3.48"},{"v":1.61578392982483,"d":"1.62"},{"v":3.02654910087585,"d":"3.03"},null,{"v":4.3511126544019,"d":"4.35"},{"v":3.47923090623299,"d":"3.48"},"tDM/t product",{"$nulls":12},{"v":0.130997690577397,"d":"13.1%"},{"v":0.0491274405129236,"d":"4.9%"},{"v":0.113002409853468,"d":"11.3%"},{"v":0.490652824123893,"d":"49.1%"},{"v":0.707193069653701,"d":"70.7%"},null,{"v":0.636557914434513,"d":"63.7%"},{"v":0.166945259842989,"d":"16.7%"},{"v":0.707193069653701,"d":"70.7%"},{"v":0.162600828318885,"d":"16.3%"},{"v":0.636557914434513,"d":"63.7%"},{"v":0.233437873017351,"d":"23.3%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_FOOD","In the FOOD scenario, ambitious changes in the food system are assumed towards the year 2050 by implementing a transition towards healthy diets proposed byWillett et al (2019), which includes a strong reduction in meat consumption in regions that currently have intake above healthy levels (SI section 1.5.2). Additionally, a reduction in food waste is assumed in line with SDG target 12.3which aims to halve per capita global food waste and losses at consumer level and along the production and supply chains ",2045,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":78.3835067749023,"d":"78.38"},{"v":24.5868911743164,"d":"24.59"},{"v":7.16096258163452,"d":"7.16"},null,{"v":110.13136053085321,"d":"110.13"},{"v":0.297775792224067,"d":"0.30"},{"v":3.22315473215921,"d":"3.22"},{"v":0.480650369610105,"d":"0.48"},{"v":0.656497257096427,"d":"0.66"},{"v":1.28276412827628,"d":"1.28"},{"v":1.9392613853727072,"d":"1.94"},{"v":5.643066487142022,"d":"5.64"},{"v":0.825219324656895,"d":"0.83"},{"v":6.468285811798917,"d":"6.47"},null,{"v":6.766061604022984,"d":"6.77"},"Mt",{"$f":"S2940*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2940*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4842.707824337482,"d":"4842.71"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4690.7642375,"d":"4,690.76"},{"v":2994.5678,"d":"2,994.57"},{"v":1696.1964375,"d":"1,696.20"},null,null,{"v":3902.6756,"d":"3,902.68"},"Mha",{"$nulls":10},{"v":134.815375,"d":"134.82"},null,null,"TgN/yr",{"v":0.0929094026191311,"d":"9.3%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9173.706,"d":"9173.7"},"million",{"v":2704.1364060654787,"d":"2,704.1"},"OMN/FLX",{"v":21.1413993543257,"d":"21.1"},{"v":8.38531087357729,"d":"8.4"},{"v":29.52671022790299,"d":"29.5"},{"v":86.1016494514206,"d":"86.1"},{"v":42.12983813970635,"d":"42.1"},{"v":128.23148759112695,"d":"128.2"},{"v":157.75819781902993,"d":"157.8"},null,null,{"v":60.85373346948512,"d":"60.9"},{"v":218.61193128851505,"d":"218.6"},{"v":138.014156500183,"d":"138.0"},{"v":26.809896997994954,"d":"26.8"},{"v":164.82405349817793,"d":"164.8"},null,null,{"v":383.435984786693,"d":"383.4"},{"v":0.14179609576152732,"d":"14.2%"},{"v":989.109326388997,"d":"989.1"},{"v":220.326518338688,"d":"220.3"},{"v":319.034381136791,"d":"319.0"},{"v":240.389056843219,"d":"240.4"},{"v":292.321895590485,"d":"292.3"},{"v":162.346909558415,"d":"162.3"},null,{"v":97.1723334221905,"d":"97.2"},{"v":2320.7004212787856,"d":"2,320.7"},"kcal/capita/day",{"$nulls":4},{"v":0.1448308309190081,"d":"14.5%"},null,{"v":3.60316407005526,"d":"3.60"},{"$nulls":7},"t DM/ha",null,null,{"v":40.914623260498,"d":"40.91"},{"v":16.1647338867188,"d":"16.16"},{"v":35.2328364718858,"d":"35.23"},{"v":4.40772724151611,"d":"4.41"},{"v":3.03202247619629,"d":"3.03"},null,{"v":3.45458877196465,"d":"3.45"},{"v":1.63579833507538,"d":"1.64"},{"v":3.03202247619629,"d":"3.03"},null,{"v":4.10064767275768,"d":"4.10"},{"v":3.45458877196465,"d":"3.45"},"tDM/t product",{"$nulls":12},{"v":0.135864196146509,"d":"13.6%"},{"v":0.0502622630755599,"d":"5.0%"},{"v":0.116212717101214,"d":"11.6%"},{"v":0.487695752749561,"d":"48.8%"},{"v":0.702550624519206,"d":"70.3%"},null,{"v":0.636555049320062,"d":"63.7%"},{"v":0.17283338008201,"d":"17.3%"},{"v":0.702550624519206,"d":"70.3%"},{"v":0.16867940070207,"d":"16.9%"},{"v":0.636555049320062,"d":"63.7%"},{"v":0.237694512213298,"d":"23.8%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_FOOD","In the FOOD scenario, ambitious changes in the food system are assumed towards the year 2050 by implementing a transition towards healthy diets proposed byWillett et al (2019), which includes a strong reduction in meat consumption in regions that currently have intake above healthy levels (SI section 1.5.2). Additionally, a reduction in food waste is assumed in line with SDG target 12.3which aims to halve per capita global food waste and losses at consumer level and along the production and supply chains ",2050,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":71.1018676757812,"d":"71.10"},{"v":23.2725067138672,"d":"23.27"},{"v":6.1347451210022,"d":"6.13"},null,{"v":100.50911951065059,"d":"100.51"},{"v":0.266825922897884,"d":"0.27"},{"v":3.2366029790469604,"d":"3.24"},{"v":0.484524752412524,"d":"0.48"},{"v":0.608564479010446,"d":"0.61"},{"v":1.13055369683674,"d":"1.13"},{"v":1.739118175847186,"d":"1.74"},{"v":5.46024590730667,"d":"5.46"},{"v":0.828221457345145,"d":"0.83"},{"v":6.288467364651815,"d":"6.29"},null,{"v":6.555293287549699,"d":"6.56"},"Mt",{"$f":"S2941*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2941*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4523.443118190764,"d":"4523.44"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4630.4329625,"d":"4,630.43"},{"v":2933.7538,"d":"2,933.75"},{"v":1696.6791625,"d":"1,696.68"},null,null,{"v":3923.0456,"d":"3,923.05"},"Mha",{"$nulls":10},{"v":137.7646875,"d":"137.76"},null,null,"TgN/yr",{"v":0.0966346295456255,"d":"9.7%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9348.68,"d":"9348.7"},"million",{"v":2664.2355479733906,"d":"2,664.2"},"OMN/FLX",{"v":17.4027613301253,"d":"17.4"},{"v":7.47583685576956,"d":"7.5"},{"v":24.878598185894862,"d":"24.9"},{"v":69.7209648517394,"d":"69.7"},{"v":38.230272477569514,"d":"38.2"},{"v":107.95123732930891,"d":"108.0"},{"v":132.82983551520377,"d":"132.8"},null,null,{"v":66.79547999525045,"d":"66.8"},{"v":199.62531551045421,"d":"199.6"},{"v":131.433310331523,"d":"131.4"},{"v":24.328355212998787,"d":"24.3"},{"v":155.76166554452178,"d":"155.8"},null,null,{"v":355.386981054976,"d":"355.4"},{"v":0.1333917270660655,"d":"13.3%"},{"v":929.978939328335,"d":"930.0"},{"v":233.513805289748,"d":"233.5"},{"v":334.161646550818,"d":"334.2"},{"v":252.622417272025,"d":"252.6"},{"v":304.189952718059,"d":"304.2"},{"v":152.51437083694,"d":"152.5"},null,{"v":101.86743492249,"d":"101.9"},{"v":2308.8485669184147,"d":"2,308.8"},"kcal/capita/day",{"$nulls":4},{"v":0.12675160927596119,"d":"12.7%"},null,{"v":3.54626273574502,"d":"3.55"},{"$nulls":7},"t DM/ha",null,null,{"v":41.3859939575195,"d":"41.39"},{"v":15.4004983901978,"d":"15.40"},{"v":35.0885272564008,"d":"35.09"},{"v":4.41110229492188,"d":"4.41"},{"v":3.03667783737183,"d":"3.04"},null,{"v":3.42684642843761,"d":"3.43"},{"v":1.6574981212616,"d":"1.66"},{"v":3.03667783737183,"d":"3.04"},null,{"v":3.85420132506434,"d":"3.85"},{"v":3.42684642843761,"d":"3.43"},"tDM/t product",{"$nulls":12},{"v":0.139318706888441,"d":"13.9%"},{"v":0.0508524653426084,"d":"5.1%"},{"v":0.117879315483929,"d":"11.8%"},{"v":0.48279640438802,"d":"48.3%"},{"v":0.698894480630715,"d":"69.9%"},null,{"v":0.637549034195679,"d":"63.8%"},{"v":0.178294172305458,"d":"17.8%"},{"v":0.698894480630715,"d":"69.9%"},{"v":0.174324401916379,"d":"17.4%"},{"v":0.637549034195679,"d":"63.8%"},{"v":0.241030704213374,"d":"24.1%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_LANDBIODIV","In the LAND scenario, the aim is to stop the conversion of natural ecosystems and terrestrial biodiversity loss by an ambitious area-based conservation effort preserving half of the Earth’s land to protect nature as proposed in the literature ",2025,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":112.515892028809,"d":"112.52"},{"v":31.4368553161621,"d":"31.44"},{"v":12.3572521209717,"d":"12.36"},null,{"v":156.3099994659428,"d":"156.31"},{"v":0.441288356270109,"d":"0.44"},{"v":3.00934831585203,"d":"3.01"},{"v":0.437197187117168,"d":"0.44"},{"v":0.856963421617235,"d":"0.86"},{"v":1.96670094558171,"d":"1.97"},{"v":2.823664367198945,"d":"2.82"},{"v":6.270209870168143,"d":"6.27"},{"v":0.796940718378339,"d":"0.80"},{"v":7.0671505885464825,"d":"7.07"},null,{"v":7.508438944816591,"d":"7.51"},"Mt",{"$f":"S2942*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2942*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6301.435817408574,"d":"6301.44"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4901.7382125,"d":"4,901.74"},{"v":3256.5524,"d":"3,256.55"},{"v":1645.1858125,"d":"1,645.19"},null,null,{"v":3894.286,"d":"3,894.29"},"Mha",{"$nulls":10},{"v":114.1855703125,"d":"114.19"},null,null,"TgN/yr",{"v":0.177254444771892,"d":"17.7%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8105.074,"d":"8105.1"},"million",{"v":3022.9916568181475,"d":"3,023.0"},"OMN/FLX",{"v":42.4700484478303,"d":"42.5"},{"v":12.3730421753624,"d":"12.4"},{"v":54.8430906231927,"d":"54.8"},{"v":179.209567403078,"d":"179.2"},{"v":64.12667199133006,"d":"64.1"},{"v":243.33623939440807,"d":"243.3"},{"v":298.17933001760076,"d":"298.2"},null,null,{"v":31.988785461304246,"d":"32.0"},{"v":330.168115478905,"d":"330.2"},{"v":180.192125683604,"d":"180.2"},{"v":40.80788217630095,"d":"40.8"},{"v":221.00000785990494,"d":"221.0"},null,null,{"v":551.1681233388099,"d":"551.2"},{"v":0.18232538687154115,"d":"18.2%"},{"v":1367.2691469755,"d":"1,367.3"},{"v":152.149423935794,"d":"152.1"},{"v":251.067647500823,"d":"251.1"},{"v":177.245189025346,"d":"177.2"},{"v":218.81934314543,"d":"218.8"},{"v":221.272050859668,"d":"221.3"},null,{"v":84.0007320367763,"d":"84.0"},{"v":2471.8235334793376,"d":"2,471.8"},"kcal/capita/day",{"$nulls":4},{"v":0.22321495977832942,"d":"22.3%"},null,{"v":3.84986504031282,"d":"3.85"},{"$nulls":7},"t DM/ha",null,null,{"v":40.7149810791016,"d":"40.71"},{"v":19.2456741333008,"d":"19.25"},{"v":36.7448151354862,"d":"36.74"},{"v":4.46117687225342,"d":"4.46"},{"v":3.00088262557983,"d":"3.00"},null,{"v":3.54876101770205,"d":"3.55"},{"v":1.52536869049072,"d":"1.53"},{"v":3.00088262557983,"d":"3.00"},null,{"v":5.02278218988248,"d":"5.02"},{"v":3.54876101770205,"d":"3.55"},"tDM/t product",{"$nulls":12},{"v":0.113127142274183,"d":"11.3%"},{"v":0.0444160348526074,"d":"4.4%"},{"v":0.100420886812751,"d":"10.0%"},{"v":0.495749926130178,"d":"49.6%"},{"v":0.725187698012026,"d":"72.5%"},null,{"v":0.639106418271951,"d":"63.9%"},{"v":0.152485743806149,"d":"15.2%"},{"v":0.725187698012026,"d":"72.5%"},{"v":0.147315522463318,"d":"14.7%"},{"v":0.639106418271951,"d":"63.9%"},{"v":0.221893724076797,"d":"22.2%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_LANDBIODIV","In the LAND scenario, the aim is to stop the conversion of natural ecosystems and terrestrial biodiversity loss by an ambitious area-based conservation effort preserving half of the Earth’s land to protect nature as proposed in the literature ",2030,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":117.816413879395,"d":"117.82"},{"v":31.1564559936523,"d":"31.16"},{"v":12.7153205871582,"d":"12.72"},null,{"v":161.6881904602055,"d":"161.69"},{"v":0.467745048659188,"d":"0.47"},{"v":3.13960164785385,"d":"3.14"},{"v":0.460649452039174,"d":"0.46"},{"v":0.920789744172777,"d":"0.92"},{"v":2.06215531485421,"d":"2.06"},{"v":2.982945059026987,"d":"2.98"},{"v":6.5831961589200105,"d":"6.58"},{"v":0.851999018873487,"d":"0.85"},{"v":7.4351951777934975,"d":"7.44"},null,{"v":7.902940226452685,"d":"7.90"},"Mt",{"$f":"S2943*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2943*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6555.421462339173,"d":"6555.42"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4912.465015625,"d":"4,912.47"},{"v":3243.1406,"d":"3,243.14"},{"v":1669.324415625,"d":"1,669.32"},null,null,{"v":3879.7996,"d":"3,879.80"},"Mha",{"$nulls":10},{"v":118.5495859375,"d":"118.55"},null,null,"TgN/yr",{"v":0.213704021788577,"d":"21.4%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8421.491,"d":"8421.5"},"million",{"v":3091.2612585671723,"d":"3,091.3"},"OMN/FLX",{"v":43.6203635448906,"d":"43.6"},{"v":13.0053412424299,"d":"13.0"},{"v":56.6257047873205,"d":"56.6"},{"v":183.424214319136,"d":"183.4"},{"v":66.17711362667961,"d":"66.2"},{"v":249.60132794581563,"d":"249.6"},{"v":306.2270327331361,"d":"306.2"},null,null,{"v":30.13398924981948,"d":"30.1"},{"v":336.3610219829556,"d":"336.4"},{"v":181.880772038617,"d":"181.9"},{"v":42.11270867152339,"d":"42.1"},{"v":223.9934807101404,"d":"224.0"},null,null,{"v":560.354502693096,"d":"560.4"},{"v":0.18127050929135166,"d":"18.1%"},{"v":1394.52240423908,"d":"1,394.5"},{"v":158.700722439565,"d":"158.7"},{"v":260.213865333345,"d":"260.2"},{"v":183.504864695344,"d":"183.5"},{"v":221.935495300868,"d":"221.9"},{"v":224.90598749955,"d":"224.9"},null,{"v":87.1234163663245,"d":"87.1"},{"v":2530.906755874076,"d":"2,530.9"},"kcal/capita/day",{"$nulls":4},{"v":0.2774890451093544,"d":"27.7%"},null,{"v":4.02068367038315,"d":"4.02"},{"$nulls":7},"t DM/ha",null,null,{"v":39.7306518554688,"d":"39.73"},{"v":18.6199436187744,"d":"18.62"},{"v":35.753413092504,"d":"35.75"},{"v":4.40605020523071,"d":"4.41"},{"v":2.96892070770264,"d":"2.97"},null,{"v":3.50574807068135,"d":"3.51"},{"v":1.52855551242828,"d":"1.53"},{"v":2.96892070770264,"d":"2.97"},null,{"v":5.00444094992402,"d":"5.00"},{"v":3.50574807068135,"d":"3.51"},"tDM/t product",{"$nulls":12},{"v":0.120764221430328,"d":"12.1%"},{"v":0.0480576305903996,"d":"4.8%"},{"v":0.107066364012691,"d":"10.7%"},{"v":0.504178972584963,"d":"50.4%"},{"v":0.725884067265586,"d":"72.6%"},null,{"v":0.64306803604428,"d":"64.3%"},{"v":0.159852887334637,"d":"16.0%"},{"v":0.725884067265586,"d":"72.6%"},{"v":0.154491874296628,"d":"15.4%"},{"v":0.64306803604428,"d":"64.3%"},{"v":0.229125729523586,"d":"22.9%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_LANDBIODIV","In the LAND scenario, the aim is to stop the conversion of natural ecosystems and terrestrial biodiversity loss by an ambitious area-based conservation effort preserving half of the Earth’s land to protect nature as proposed in the literature ",2035,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":122.731430053711,"d":"122.73"},{"v":31.0695133209229,"d":"31.07"},{"v":12.9927911758423,"d":"12.99"},null,{"v":166.7937345504762,"d":"166.79"},{"v":0.487951138189861,"d":"0.49"},{"v":3.27815833262035,"d":"3.28"},{"v":0.478457872356687,"d":"0.48"},{"v":0.978105826037271,"d":"0.98"},{"v":2.15989622047969,"d":"2.16"},{"v":3.138002046516961,"d":"3.14"},{"v":6.894618251493998,"d":"6.89"},{"v":0.899001240730286,"d":"0.90"},{"v":7.793619492224284,"d":"7.79"},null,{"v":8.281570630414144,"d":"8.28"},"Mt",{"$f":"S2944*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2944*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6797.658361876014,"d":"6797.66"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4914.374228125,"d":"4,914.37"},{"v":3222.438,"d":"3,222.44"},{"v":1691.936228125,"d":"1,691.94"},null,null,{"v":3862.3804,"d":"3,862.38"},"Mha",{"$nulls":10},{"v":123.6726875,"d":"123.67"},null,null,"TgN/yr",{"v":0.245480685570138,"d":"24.5%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8706.372,"d":"8706.4"},"million",{"v":3120.2489228530685,"d":"3,120.2"},"OMN/FLX",{"v":44.860507188212,"d":"44.9"},{"v":13.5598984746256,"d":"13.6"},{"v":58.420405662837595,"d":"58.4"},{"v":183.787496605441,"d":"183.8"},{"v":67.27071587090371,"d":"67.3"},{"v":251.0582124763447,"d":"251.1"},{"v":309.4786181391823,"d":"309.5"},null,null,{"v":29.123934884894425,"d":"29.1"},{"v":338.6025530240767,"d":"338.6"},{"v":181.635423065929,"d":"181.6"},{"v":42.80863737239329,"d":"42.8"},{"v":224.44406043832228,"d":"224.4"},null,null,{"v":563.046613462399,"d":"563.0"},{"v":0.18044926138378886,"d":"18.0%"},{"v":1400.54519168242,"d":"1,400.5"},{"v":164.474527184607,"d":"164.5"},{"v":264.803958338753,"d":"264.8"},{"v":188.141204826613,"d":"188.1"},{"v":222.499659247515,"d":"222.5"},{"v":226.824303049296,"d":"226.8"},null,{"v":89.9134650614662,"d":"89.9"},{"v":2557.2023093906696,"d":"2,557.2"},"kcal/capita/day",{"$nulls":4},{"v":0.3095497566796329,"d":"31.0%"},null,{"v":4.12158941197442,"d":"4.12"},{"$nulls":7},"t DM/ha",null,null,{"v":38.8721237182617,"d":"38.87"},{"v":18.1930198669434,"d":"18.19"},{"v":34.9415482584263,"d":"34.94"},{"v":4.3820219039917,"d":"4.38"},{"v":2.95861887931824,"d":"2.96"},null,{"v":3.48586670710202,"d":"3.49"},{"v":1.53279268741608,"d":"1.53"},{"v":2.95861887931824,"d":"2.96"},null,{"v":5.03773105924718,"d":"5.04"},{"v":3.48586670710202,"d":"3.49"},"tDM/t product",{"$nulls":12},{"v":0.127199799713626,"d":"12.7%"},{"v":0.05115730189556,"d":"5.1%"},{"v":0.112746041079921,"d":"11.3%"},{"v":0.50719321634695,"d":"50.7%"},{"v":0.722101608165572,"d":"72.2%"},null,{"v":0.642496618717929,"d":"64.2%"},{"v":0.167053814781507,"d":"16.7%"},{"v":0.722101608165572,"d":"72.2%"},{"v":0.161356344262714,"d":"16.1%"},{"v":0.642496618717929,"d":"64.2%"},{"v":0.233725942188866,"d":"23.4%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_LANDBIODIV","In the LAND scenario, the aim is to stop the conversion of natural ecosystems and terrestrial biodiversity loss by an ambitious area-based conservation effort preserving half of the Earth’s land to protect nature as proposed in the literature ",2040,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":127.333541870117,"d":"127.33"},{"v":31.0045623779297,"d":"31.00"},{"v":13.2542266845703,"d":"13.25"},null,{"v":171.59233093261702,"d":"171.59"},{"v":0.507918617555073,"d":"0.51"},{"v":3.44516624723162,"d":"3.45"},{"v":0.496278234890529,"d":"0.50"},{"v":1.03432565927505,"d":"1.03"},{"v":2.2529969896589,"d":"2.25"},{"v":3.28732264893395,"d":"3.29"},{"v":7.228767131056099,"d":"7.23"},{"v":0.945747290338789,"d":"0.95"},{"v":8.174514421394887,"d":"8.17"},null,{"v":8.68243303894996,"d":"8.68"},"Mt",{"$f":"S2945*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2945*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7037.615621000522,"d":"7037.62"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4915.3729625,"d":"4,915.37"},{"v":3202.27,"d":"3,202.27"},{"v":1713.1029625,"d":"1,713.10"},null,null,{"v":3854.8776,"d":"3,854.88"},"Mha",{"$nulls":10},{"v":130.37721875,"d":"130.38"},null,null,"TgN/yr",{"v":0.259311122909609,"d":"25.9%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8958.11,"d":"8958.1"},"million",{"v":3158.291475330492,"d":"3,158.3"},"OMN/FLX",{"v":46.1886442237978,"d":"46.2"},{"v":14.1296215335501,"d":"14.1"},{"v":60.3182657573479,"d":"60.3"},{"v":184.811359010626,"d":"184.8"},{"v":68.54500443689922,"d":"68.5"},{"v":253.3563634475252,"d":"253.4"},{"v":313.6746292048731,"d":"313.7"},null,null,{"v":28.286783680266012,"d":"28.3"},{"v":341.9614128851391,"d":"342.0"},{"v":182.081423341862,"d":"182.1"},{"v":43.619548278026784,"d":"43.6"},{"v":225.70097161988878,"d":"225.7"},null,null,{"v":567.6623845050278,"d":"567.7"},{"v":0.17973717401926181,"d":"18.0%"},{"v":1411.02626204609,"d":"1,411.0"},{"v":170.437736732624,"d":"170.4"},{"v":270.009396377867,"d":"270.0"},{"v":193.124034896491,"d":"193.1"},{"v":223.797932265303,"d":"223.8"},{"v":229.402520586522,"d":"229.4"},null,{"v":92.8312079205671,"d":"92.8"},{"v":2590.629090825464,"d":"2,590.6"},"kcal/capita/day",{"$nulls":4},{"v":0.34224538172112295,"d":"34.2%"},null,{"v":4.22449343780584,"d":"4.22"},{"$nulls":7},"t DM/ha",null,null,{"v":38.0050315856934,"d":"38.01"},{"v":17.7843990325928,"d":"17.78"},{"v":34.1319714425572,"d":"34.13"},{"v":4.35510110855103,"d":"4.36"},{"v":2.94558453559875,"d":"2.95"},null,{"v":3.46364467007818,"d":"3.46"},{"v":1.53533983230591,"d":"1.54"},{"v":2.94558453559875,"d":"2.95"},null,{"v":5.05665762279616,"d":"5.06"},{"v":3.46364467007818,"d":"3.46"},"tDM/t product",{"$nulls":12},{"v":0.133443683252298,"d":"13.3%"},{"v":0.054144079785387,"d":"5.4%"},{"v":0.118254636482982,"d":"11.8%"},{"v":0.510863376277877,"d":"51.1%"},{"v":0.718892955618369,"d":"71.9%"},null,{"v":0.642432817499452,"d":"64.2%"},{"v":0.174235351573729,"d":"17.4%"},{"v":0.718892955618369,"d":"71.9%"},{"v":0.168187920344319,"d":"16.8%"},{"v":0.642432817499452,"d":"64.2%"},{"v":0.238471556971929,"d":"23.8%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_LANDBIODIV","In the LAND scenario, the aim is to stop the conversion of natural ecosystems and terrestrial biodiversity loss by an ambitious area-based conservation effort preserving half of the Earth’s land to protect nature as proposed in the literature ",2045,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":131.273208618164,"d":"131.27"},{"v":30.7038593292236,"d":"30.70"},{"v":13.4341821670532,"d":"13.43"},null,{"v":175.4112501144408,"d":"175.41"},{"v":0.52232369354793,"d":"0.52"},{"v":3.55155715772084,"d":"3.55"},{"v":0.508567290646689,"d":"0.51"},{"v":1.08267543145588,"d":"1.08"},{"v":2.32926494734628,"d":"2.33"},{"v":3.41194037880216,"d":"3.41"},{"v":7.472064827169689,"d":"7.47"},{"v":0.981172118868147,"d":"0.98"},{"v":8.453236946037835,"d":"8.45"},null,{"v":8.975560639585765,"d":"8.98"},"Mt",{"$f":"S2946*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2946*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7221.5140577197035,"d":"7221.51"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4897.1874,"d":"4,897.19"},{"v":3180.2532,"d":"3,180.25"},{"v":1716.9342,"d":"1,716.93"},null,null,{"v":3854.5592,"d":"3,854.56"},"Mha",{"$nulls":10},{"v":134.30753125,"d":"134.31"},null,null,"TgN/yr",{"v":0.280587600205735,"d":"28.1%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9173.706,"d":"9173.7"},"million",{"v":3171.066463252501,"d":"3,171.1"},"OMN/FLX",{"v":47.7766836863264,"d":"47.8"},{"v":14.6370773541428,"d":"14.6"},{"v":62.4137610404692,"d":"62.4"},{"v":183.81506082578,"d":"183.8"},{"v":69.19451959316966,"d":"69.2"},{"v":253.00958041894967,"d":"253.0"},{"v":315.42334145941885,"d":"315.4"},null,null,{"v":28.37859205504185,"d":"28.4"},{"v":343.8019335144607,"d":"343.8"},{"v":182.040364260418,"d":"182.0"},{"v":44.032876104744346,"d":"44.0"},{"v":226.07324036516235,"d":"226.1"},null,null,{"v":569.875173879623,"d":"569.9"},{"v":0.1797108892177281,"d":"18.0%"},{"v":1409.91585484203,"d":"1,409.9"},{"v":174.378082725562,"d":"174.4"},{"v":272.295280188741,"d":"272.3"},{"v":195.755668602598,"d":"195.8"},{"v":222.73688793806,"d":"222.7"},{"v":230.197461257409,"d":"230.2"},null,{"v":95.9120538184776,"d":"95.9"},{"v":2601.1912893728777,"d":"2,601.2"},"kcal/capita/day",{"$nulls":4},{"v":0.3725153571251381,"d":"37.3%"},null,{"v":4.31976313602811,"d":"4.32"},{"$nulls":7},"t DM/ha",null,null,{"v":37.032657623291,"d":"37.03"},{"v":17.4168434143066,"d":"17.42"},{"v":33.2903307376867,"d":"33.29"},{"v":4.32486391067505,"d":"4.32"},{"v":2.92839193344116,"d":"2.93"},null,{"v":3.43702884994841,"d":"3.44"},{"v":1.53472661972046,"d":"1.53"},{"v":2.92839193344116,"d":"2.93"},null,{"v":5.08209659875099,"d":"5.08"},{"v":3.43702884994841,"d":"3.44"},"tDM/t product",{"$nulls":12},{"v":0.13992285161538,"d":"14.0%"},{"v":0.0575148353920039,"d":"5.8%"},{"v":0.124200958482807,"d":"12.4%"},{"v":0.515982656696356,"d":"51.6%"},{"v":0.716727910525023,"d":"71.7%"},null,{"v":0.643610477038724,"d":"64.4%"},{"v":0.181299960046982,"d":"18.1%"},{"v":0.716727910525023,"d":"71.7%"},{"v":0.17492151789142,"d":"17.5%"},{"v":0.643610477038724,"d":"64.4%"},{"v":0.242824926165882,"d":"24.3%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_LANDBIODIV","In the LAND scenario, the aim is to stop the conversion of natural ecosystems and terrestrial biodiversity loss by an ambitious area-based conservation effort preserving half of the Earth’s land to protect nature as proposed in the literature ",2050,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":135.039779663086,"d":"135.04"},{"v":30.4967823028564,"d":"30.50"},{"v":13.6039342880249,"d":"13.60"},null,{"v":179.14049625396729,"d":"179.14"},{"v":0.536656039101737,"d":"0.54"},{"v":3.6579453519412404,"d":"3.66"},{"v":0.520408255713326,"d":"0.52"},{"v":1.13028534821102,"d":"1.13"},{"v":2.40342451844897,"d":"2.40"},{"v":3.53370986665999,"d":"3.53"},{"v":7.712063474314556,"d":"7.71"},{"v":1.0172164440155,"d":"1.02"},{"v":8.729279918330056,"d":"8.73"},null,{"v":9.265935957431793,"d":"9.27"},"Mt",{"$f":"S2947*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2947*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7402.22201448679,"d":"7402.22"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4871.761399999999,"d":"4,871.76"},{"v":3153.4422,"d":"3,153.44"},{"v":1718.3192,"d":"1,718.32"},null,null,{"v":3860.3592,"d":"3,860.36"},"Mha",{"$nulls":10},{"v":138.171671875,"d":"138.17"},null,null,"TgN/yr",{"v":0.307357054210341,"d":"30.7%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9348.68,"d":"9348.7"},"million",{"v":3196.66060399632,"d":"3,196.7"},"OMN/FLX",{"v":49.5000245326266,"d":"49.5"},{"v":15.1850144535196,"d":"15.2"},{"v":64.6850389861462,"d":"64.7"},{"v":183.667038463301,"d":"183.7"},{"v":70.11611338998199,"d":"70.1"},{"v":253.783151853283,"d":"253.8"},{"v":318.4681908394292,"d":"318.5"},null,null,{"v":28.59011103827379,"d":"28.6"},{"v":347.058301877703,"d":"347.1"},{"v":182.795804537065,"d":"182.8"},{"v":44.619344884534016,"d":"44.6"},{"v":227.41514942159904,"d":"227.4"},null,null,{"v":574.473451299302,"d":"574.5"},{"v":0.17971049243736462,"d":"18.0%"},{"v":1414.78165941484,"d":"1,414.8"},{"v":178.866178134562,"d":"178.9"},{"v":275.617925190194,"d":"275.6"},{"v":199.086315055065,"d":"199.1"},{"v":222.661444021469,"d":"222.7"},{"v":231.922334247574,"d":"231.9"},null,{"v":99.2512966333142,"d":"99.3"},{"v":2622.187152697018,"d":"2,622.2"},"kcal/capita/day",{"$nulls":4},{"v":0.4074228043461073,"d":"40.7%"},null,{"v":4.42962850321339,"d":"4.43"},{"$nulls":7},"t DM/ha",null,null,{"v":36.1104011535645,"d":"36.11"},{"v":17.069055557251,"d":"17.07"},{"v":32.4904814824432,"d":"32.49"},{"v":4.29207229614258,"d":"4.29"},{"v":2.90902638435364,"d":"2.91"},null,{"v":3.40843555034782,"d":"3.41"},{"v":1.5339093208313,"d":"1.53"},{"v":2.90902638435364,"d":"2.91"},null,{"v":5.09973479918603,"d":"5.10"},{"v":3.40843555034782,"d":"3.41"},"tDM/t product",{"$nulls":12},{"v":0.146186529010713,"d":"14.6%"},{"v":0.0608229193912581,"d":"6.1%"},{"v":0.129958190099665,"d":"13.0%"},{"v":0.521588542543687,"d":"52.2%"},{"v":0.71503717605316,"d":"71.5%"},null,{"v":0.645184093158236,"d":"64.5%"},{"v":0.188333154936661,"d":"18.8%"},{"v":0.71503717605316,"d":"71.5%"},{"v":0.181609059780804,"d":"18.2%"},{"v":0.645184093158236,"d":"64.5%"},{"v":0.247243005938272,"d":"24.7%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_REF","Business-as-usual scenario where trends follow SSP2 patterns. ",2025,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":112.839668273926,"d":"112.84"},{"v":31.7027568817139,"d":"31.70"},{"v":12.3756914138794,"d":"12.38"},null,{"v":156.9181165695193,"d":"156.92"},{"v":0.441743752786091,"d":"0.44"},{"v":3.2161493812288597,"d":"3.22"},{"v":0.436900224004473,"d":"0.44"},{"v":0.858968589987074,"d":"0.86"},{"v":1.97072851657867,"d":"1.97"},{"v":2.829697106565744,"d":"2.83"},{"v":6.482746711799077,"d":"6.48"},{"v":0.798326015472412,"d":"0.80"},{"v":7.281072727271489,"d":"7.28"},null,{"v":7.72281648005758,"d":"7.72"},"Mt",{"$f":"S2948*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2948*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6376.501669746644,"d":"6376.50"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4948.4976171875,"d":"4,948.50"},{"v":3285.778,"d":"3,285.78"},{"v":1662.7196171875,"d":"1,662.72"},null,null,{"v":3879.2232,"d":"3,879.22"},"Mha",{"$nulls":10},{"v":124.33646875,"d":"124.34"},null,null,"TgN/yr",{"v":0.093442258830793,"d":"9.3%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8105.074,"d":"8105.1"},"million",{"v":3030.4530583841206,"d":"3,030.5"},"OMN/FLX",{"v":42.5139948696499,"d":"42.5"},{"v":12.3990267460525,"d":"12.4"},{"v":54.9130216157024,"d":"54.9"},{"v":179.303286123514,"d":"179.3"},{"v":64.15993946288117,"d":"64.2"},{"v":243.46322558639517,"d":"243.5"},{"v":298.37624720209755,"d":"298.4"},null,null,{"v":32.35572602320656,"d":"32.4"},{"v":330.7319732253041,"d":"330.7"},{"v":180.672240993615,"d":"180.7"},{"v":40.829052385469836,"d":"40.8"},{"v":221.5012933790848,"d":"221.5"},null,null,{"v":552.233266604389,"d":"552.2"},{"v":0.18222795600696332,"d":"18.2%"},{"v":1370.62719560503,"d":"1,370.6"},{"v":152.542798505916,"d":"152.5"},{"v":251.983252285495,"d":"252.0"},{"v":177.659980995866,"d":"177.7"},{"v":219.23129537461,"d":"219.2"},{"v":222.025358984718,"d":"222.0"},null,{"v":84.1499100280965,"d":"84.1"},{"v":2478.2197917797316,"d":"2,478.2"},"kcal/capita/day",{"$nulls":4},{"v":0.21403980474687045,"d":"21.4%"},null,{"v":3.82098777036718,"d":"3.82"},{"$nulls":7},"t DM/ha",null,null,{"v":40.7741165161133,"d":"40.77"},{"v":19.2327251434326,"d":"19.23"},{"v":36.7883948529626,"d":"36.79"},{"v":4.46120548248291,"d":"4.46"},{"v":3.00067377090454,"d":"3.00"},null,{"v":3.54860987551666,"d":"3.55"},{"v":1.52599406242371,"d":"1.53"},{"v":3.00067377090454,"d":"3.00"},null,{"v":5.02339030788838,"d":"5.02"},{"v":3.54860987551666,"d":"3.55"},"tDM/t product",{"$nulls":12},{"v":0.113131028586603,"d":"11.3%"},{"v":0.0443753942125253,"d":"4.4%"},{"v":0.100409435229547,"d":"10.0%"},{"v":0.495757092812787,"d":"49.6%"},{"v":0.725226007025807,"d":"72.5%"},null,{"v":0.639137973478369,"d":"63.9%"},{"v":0.152407639866427,"d":"15.2%"},{"v":0.725226007025807,"d":"72.5%"},{"v":0.14725035273932,"d":"14.7%"},{"v":0.639137973478369,"d":"63.9%"},{"v":0.221710979042853,"d":"22.2%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_REF","Business-as-usual scenario where trends follow SSP2 patterns. ",2030,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":118.433082580566,"d":"118.43"},{"v":31.6411285400391,"d":"31.64"},{"v":12.7500448226929,"d":"12.75"},null,{"v":162.824255943298,"d":"162.82"},{"v":0.468652282442365,"d":"0.47"},{"v":3.43981875692095,"d":"3.44"},{"v":0.460066625050136,"d":"0.46"},{"v":0.924758962222508,"d":"0.92"},{"v":2.06985677991595,"d":"2.07"},{"v":2.9946157421384583,"d":"2.99"},{"v":6.894501124109544,"d":"6.89"},{"v":0.85494111265455,"d":"0.85"},{"v":7.749442236764094,"d":"7.75"},null,{"v":8.218094519206458,"d":"8.22"},"Mt",{"$f":"S2949*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2949*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6672.359565401068,"d":"6672.36"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5010.634646875,"d":"5,010.63"},{"v":3310.3834,"d":"3,310.38"},{"v":1700.251246875,"d":"1,700.25"},null,null,{"v":3848.2512,"d":"3,848.25"},"Mha",{"$nulls":10},{"v":133.2444375,"d":"133.24"},null,null,"TgN/yr",{"v":0.100976652377366,"d":"10.1%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8421.491,"d":"8421.5"},"million",{"v":3105.791288492009,"d":"3,105.8"},"OMN/FLX",{"v":43.7050131478861,"d":"43.7"},{"v":13.0552627246741,"d":"13.1"},{"v":56.7602758725602,"d":"56.8"},{"v":183.60563376052,"d":"183.6"},{"v":66.24137395447121,"d":"66.2"},{"v":249.8470077149912,"d":"249.8"},{"v":306.6072835875514,"d":"306.6"},null,null,{"v":30.839589164674862,"d":"30.8"},{"v":337.4468727522263,"d":"337.4"},{"v":182.804790888134,"d":"182.8"},{"v":42.15360160739078,"d":"42.2"},{"v":224.95839249552478,"d":"225.0"},null,null,{"v":562.405265247751,"d":"562.4"},{"v":0.1810827621713184,"d":"18.1%"},{"v":1401.07929938984,"d":"1,401.1"},{"v":159.468420966525,"d":"159.5"},{"v":261.992087977138,"d":"262.0"},{"v":184.315656273824,"d":"184.3"},{"v":222.74392197962,"d":"222.7"},{"v":226.369924706905,"d":"226.4"},null,{"v":87.4167119504057,"d":"87.4"},{"v":2543.3860232442576,"d":"2,543.4"},"kcal/capita/day",{"$nulls":4},{"v":0.261263599549392,"d":"26.1%"},null,{"v":3.96961678706436,"d":"3.97"},{"$nulls":7},"t DM/ha",null,null,{"v":39.8317108154297,"d":"39.83"},{"v":18.595588684082,"d":"18.60"},{"v":35.8269728616238,"d":"35.83"},{"v":4.40609502792358,"d":"4.41"},{"v":2.96854186058044,"d":"2.97"},null,{"v":3.50547238843761,"d":"3.51"},{"v":1.52959656715393,"d":"1.53"},{"v":2.96854186058044,"d":"2.97"},null,{"v":5.00456625254429,"d":"5.00"},{"v":3.50547238843761,"d":"3.51"},"tDM/t product",{"$nulls":12},{"v":0.120771703315733,"d":"12.1%"},{"v":0.0479794367410705,"d":"4.8%"},{"v":0.107044434707459,"d":"10.7%"},{"v":0.504194623562849,"d":"50.4%"},{"v":0.725954571812826,"d":"72.6%"},null,{"v":0.643126549325491,"d":"64.3%"},{"v":0.159729560847008,"d":"16.0%"},{"v":0.725954571812826,"d":"72.6%"},{"v":0.154391566050146,"d":"15.4%"},{"v":0.643126549325491,"d":"64.3%"},{"v":0.228802319458188,"d":"22.9%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_REF","Business-as-usual scenario where trends follow SSP2 patterns. ",2035,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":123.711074829102,"d":"123.71"},{"v":32.0038566589355,"d":"32.00"},{"v":13.048749923706,"d":"13.05"},null,{"v":168.7636814117435,"d":"168.76"},{"v":0.489437546048846,"d":"0.49"},{"v":3.66235095262527,"d":"3.66"},{"v":0.477095944540841,"d":"0.48"},{"v":0.984881230763027,"d":"0.98"},{"v":2.17228446687971,"d":"2.17"},{"v":3.157165697642737,"d":"3.16"},{"v":7.296612594808849,"d":"7.30"},{"v":0.905023958001818,"d":"0.91"},{"v":8.201636552810667,"d":"8.20"},null,{"v":8.691074098859513,"d":"8.69"},"Mt",{"$f":"S2950*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2950*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6963.0353633880695,"d":"6963.04"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5071.44830625,"d":"5,071.45"},{"v":3329.7688,"d":"3,329.77"},{"v":1741.67950625,"d":"1,741.68"},null,null,{"v":3814.3768,"d":"3,814.38"},"Mha",{"$nulls":10},{"v":142.422390625,"d":"142.42"},null,null,"TgN/yr",{"v":0.106477762758606,"d":"10.6%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8706.372,"d":"8706.4"},"million",{"v":3148.5487743682656,"d":"3,148.5"},"OMN/FLX",{"v":44.8532080174914,"d":"44.9"},{"v":13.6391137963784,"d":"13.6"},{"v":58.49232181386979,"d":"58.5"},{"v":184.161691680333,"d":"184.2"},{"v":67.42587127376343,"d":"67.4"},{"v":251.58756295409643,"d":"251.6"},{"v":310.07988476796623,"d":"310.1"},null,null,{"v":30.4609239519192,"d":"30.5"},{"v":340.54080871988543,"d":"340.5"},{"v":183.379233481058,"d":"183.4"},{"v":42.907372628758566,"d":"42.9"},{"v":226.28660610981657,"d":"226.3"},null,null,{"v":566.827414829702,"d":"566.8"},{"v":0.18002815120544924,"d":"18.0%"},{"v":1413.19605535906,"d":"1,413.2"},{"v":166.281217070735,"d":"166.3"},{"v":268.194303800777,"d":"268.2"},{"v":189.888080543981,"d":"189.9"},{"v":224.157266280493,"d":"224.2"},{"v":229.532242541908,"d":"229.5"},null,{"v":90.4721939416093,"d":"90.5"},{"v":2581.721359538564,"d":"2,581.7"},"kcal/capita/day",{"$nulls":4},{"v":0.28267337343705545,"d":"28.3%"},null,{"v":4.03700047899211,"d":"4.04"},{"$nulls":7},"t DM/ha",null,null,{"v":39.0846328735352,"d":"39.08"},{"v":18.1461582183838,"d":"18.15"},{"v":35.0856952344025,"d":"35.09"},{"v":4.38225126266479,"d":"4.38"},{"v":2.95802497863769,"d":"2.96"},null,{"v":3.4853747186635,"d":"3.49"},{"v":1.53513729572296,"d":"1.54"},{"v":2.95802497863769,"d":"2.96"},null,{"v":5.0291756176084,"d":"5.03"},{"v":3.4853747186635,"d":"3.49"},"tDM/t product",{"$nulls":12},{"v":0.127144241036479,"d":"12.7%"},{"v":0.050891479963731,"d":"5.1%"},{"v":0.112581096329728,"d":"11.3%"},{"v":0.507199970653148,"d":"50.7%"},{"v":0.72221782721974,"d":"72.2%"},null,{"v":0.642602942960842,"d":"64.3%"},{"v":0.166896342005129,"d":"16.7%"},{"v":0.72221782721974,"d":"72.2%"},{"v":0.161239817598014,"d":"16.1%"},{"v":0.642602942960842,"d":"64.3%"},{"v":0.233314348990974,"d":"23.3%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_REF","Business-as-usual scenario where trends follow SSP2 patterns. ",2040,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":128.634582519531,"d":"128.63"},{"v":32.2069244384766,"d":"32.21"},{"v":13.3285856246948,"d":"13.33"},null,{"v":174.17009258270238,"d":"174.17"},{"v":0.509970571313585,"d":"0.51"},{"v":3.89761448757989,"d":"3.90"},{"v":0.494111401694162,"d":"0.49"},{"v":1.04386444602694,"d":"1.04"},{"v":2.26971365724291,"d":"2.27"},{"v":3.31357810326985,"d":"3.31"},{"v":7.705303992543902,"d":"7.71"},{"v":0.954969116619655,"d":"0.95"},{"v":8.660273109163557,"d":"8.66"},null,{"v":9.170243680477142,"d":"9.17"},"Mt",{"$f":"S2951*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2951*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7240.9030430197645,"d":"7240.90"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5126.71901875,"d":"5,126.72"},{"v":3349.3404,"d":"3,349.34"},{"v":1777.37861875,"d":"1,777.38"},null,null,{"v":3788.4512,"d":"3,788.45"},"Mha",{"$nulls":10},{"v":152.3430625,"d":"152.34"},null,null,"TgN/yr",{"v":0.106239381841598,"d":"10.6%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8958.11,"d":"8958.1"},"million",{"v":3199.7166015885546,"d":"3,199.7"},"OMN/FLX",{"v":46.0955561328056,"d":"46.1"},{"v":14.2366103017268,"d":"14.2"},{"v":60.3321664345324,"d":"60.3"},{"v":185.370054032918,"d":"185.4"},{"v":68.78649946853666,"d":"68.8"},{"v":254.15655350145465,"d":"254.2"},{"v":314.48871993598704,"d":"314.5"},null,null,{"v":30.220329440533646,"d":"30.2"},{"v":344.7090493765207,"d":"344.7"},{"v":184.601895006516,"d":"184.6"},{"v":43.773226934523336,"d":"43.8"},{"v":228.37512194103934,"d":"228.4"},null,null,{"v":573.08417131756,"d":"573.1"},{"v":0.1791046654047557,"d":"17.9%"},{"v":1429.50883563588,"d":"1,429.5"},{"v":173.22529418188,"d":"173.2"},{"v":274.930238836477,"d":"274.9"},{"v":195.758916571721,"d":"195.8"},{"v":226.27044652904,"d":"226.3"},{"v":233.295794277399,"d":"233.3"},null,{"v":93.6429042385976,"d":"93.6"},{"v":2626.6324302709945,"d":"2,626.6"},"kcal/capita/day",{"$nulls":4},{"v":0.30771195879466684,"d":"30.8%"},null,{"v":4.11580524969621,"d":"4.12"},{"$nulls":7},"t DM/ha",null,null,{"v":38.3015441894531,"d":"38.30"},{"v":17.7150192260742,"d":"17.72"},{"v":34.3264834728963,"d":"34.33"},{"v":4.35546445846558,"d":"4.36"},{"v":2.94477725028992,"d":"2.94"},null,{"v":3.46294278724616,"d":"3.46"},{"v":1.53866481781006,"d":"1.54"},{"v":2.94477725028992,"d":"2.94"},null,{"v":5.03870303653752,"d":"5.04"},{"v":3.46294278724616,"d":"3.46"},"tDM/t product",{"$nulls":12},{"v":0.133315022520475,"d":"13.3%"},{"v":0.053699319405652,"d":"5.4%"},{"v":0.117941993102651,"d":"11.8%"},{"v":0.510865808193509,"d":"51.1%"},{"v":0.719056179877242,"d":"71.9%"},null,{"v":0.642584886235804,"d":"64.3%"},{"v":0.174081121286869,"d":"17.4%"},{"v":0.719056179877242,"d":"71.9%"},{"v":0.168088374520828,"d":"16.8%"},{"v":0.642584886235804,"d":"64.3%"},{"v":0.238001894337758,"d":"23.8%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_REF","Business-as-usual scenario where trends follow SSP2 patterns. ",2045,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":133.361724853516,"d":"133.36"},{"v":32.286060333252,"d":"32.29"},{"v":13.5345764160156,"d":"13.53"},null,{"v":179.1823616027836,"d":"179.18"},{"v":0.52482767190252,"d":"0.52"},{"v":4.10234425749098,"d":"4.10"},{"v":0.505684626953942,"d":"0.51"},{"v":1.0985392842974,"d":"1.10"},{"v":2.35966673919133,"d":"2.36"},{"v":3.45820602348873,"d":"3.46"},{"v":8.066234907933651,"d":"8.07"},{"v":0.995813088757651,"d":"1.00"},{"v":9.062047996691302,"d":"9.06"},null,{"v":9.586875668593821,"d":"9.59"},"Mt",{"$f":"S2952*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2952*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7490.977293121828,"d":"7490.98"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5173.96785625,"d":"5,173.97"},{"v":3366.2984,"d":"3,366.30"},{"v":1807.66945625,"d":"1,807.67"},null,null,{"v":3764.9052,"d":"3,764.91"},"Mha",{"$nulls":10},{"v":160.940609375,"d":"160.94"},null,null,"TgN/yr",{"v":0.102541546683094,"d":"10.3%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9173.706,"d":"9173.7"},"million",{"v":3230.462223070906,"d":"3,230.5"},"OMN/FLX",{"v":47.4838479328151,"d":"47.5"},{"v":14.7956049203368,"d":"14.8"},{"v":62.2794528531519,"d":"62.3"},{"v":184.765266092909,"d":"184.8"},{"v":69.61690033759938,"d":"69.6"},{"v":254.3821664305084,"d":"254.4"},{"v":316.6616192836603,"d":"316.7"},null,null,{"v":31.007151772675,"d":"31.0"},{"v":347.6687710563353,"d":"347.7"},{"v":185.591851277594,"d":"185.6"},{"v":44.30166385119962,"d":"44.3"},{"v":229.89351512879364,"d":"229.9"},null,null,{"v":577.5622861851289,"d":"577.6"},{"v":0.17878626843563367,"d":"17.9%"},{"v":1436.05726293215,"d":"1,436.1"},{"v":178.784182858276,"d":"178.8"},{"v":279.028016601163,"d":"279.0"},{"v":199.761973045562,"d":"199.8"},{"v":226.446969166331,"d":"226.4"},{"v":235.610675020998,"d":"235.6"},null,{"v":97.210857261297,"d":"97.2"},{"v":2652.899936885777,"d":"2,652.9"},"kcal/capita/day",{"$nulls":4},{"v":0.3256643125116,"d":"32.6%"},null,{"v":4.17230728837196,"d":"4.17"},{"$nulls":7},"t DM/ha",null,null,{"v":37.5926132202148,"d":"37.59"},{"v":17.3263549804688,"d":"17.33"},{"v":33.6656059602686,"d":"33.67"},{"v":4.32580709457397,"d":"4.33"},{"v":2.92741656303406,"d":"2.93"},null,{"v":3.43617306931108,"d":"3.44"},{"v":1.5407897233963,"d":"1.54"},{"v":2.92741656303406,"d":"2.93"},null,{"v":5.06464423893245,"d":"5.06"},{"v":3.43617306931108,"d":"3.44"},"tDM/t product",{"$nulls":12},{"v":0.139247319941606,"d":"13.9%"},{"v":0.0567301096851574,"d":"5.7%"},{"v":0.123257901475001,"d":"12.3%"},{"v":0.515948842154861,"d":"51.6%"},{"v":0.716954484121769,"d":"71.7%"},null,{"v":0.64382546483669,"d":"64.4%"},{"v":0.181006901177213,"d":"18.1%"},{"v":0.716954484121769,"d":"71.7%"},{"v":0.174672263435854,"d":"17.5%"},{"v":0.64382546483669,"d":"64.4%"},{"v":0.241829156824587,"d":"24.2%"}]
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[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_TOTAL","In the TOTAL scenario, all measures are combined to investigate how they might reinforce or counteract one another",2025,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":98.298698425293,"d":"98.30"},{"v":29.1686420440674,"d":"29.17"},{"v":10.2803220748901,"d":"10.28"},null,{"v":137.7476625442505,"d":"137.75"},{"v":0.392381374325071,"d":"0.39"},{"v":2.74690682547433,"d":"2.75"},{"v":0.434339812823704,"d":"0.43"},{"v":0.763719626835415,"d":"0.76"},{"v":1.68250036239624,"d":"1.68"},{"v":2.446219989231655,"d":"2.45"},{"v":5.627466627529689,"d":"5.63"},{"v":0.774379670619965,"d":"0.77"},{"v":6.401846298149653,"d":"6.40"},null,{"v":6.794227672474724,"d":"6.79"},"Mt",{"$f":"S2954*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2954*'T5 - GHG categories & GWPs'!$C$5","v":{"v":5601.560575789213,"d":"5601.56"}},{"$nulls":13},0,{"$nulls":3},{"v":0.0424739743974755,"d":"4.2%"},{"v":0.0582543544615584,"d":"5.8%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4837.945556250001,"d":"4,837.95"},{"v":3189.6624,"d":"3,189.66"},{"v":1648.28315625,"d":"1,648.28"},null,null,{"v":3912.2144,"d":"3,912.21"},"Mha",{"$nulls":10},{"v":109.9173359375,"d":"109.92"},null,null,"TgN/yr",{"v":0.176890101731073,"d":"17.7%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8105.074,"d":"8105.1"},"million",{"v":2920.005356256085,"d":"2,920.0"},"OMN/FLX",{"v":37.3177560888059,"d":"37.3"},{"v":11.2864444881168,"d":"11.3"},{"v":48.6042005769227,"d":"48.6"},{"v":157.970812542095,"d":"158.0"},{"v":58.42553873682997,"d":"58.4"},{"v":216.39635127892495,"d":"216.4"},{"v":265.0005518558477,"d":"265.0"},null,null,{"v":37.71177532369177,"d":"37.7"},{"v":302.71232717953944,"d":"302.7"},{"v":169.430942771475,"d":"169.4"},{"v":37.17988828707363,"d":"37.2"},{"v":206.61083105854863,"d":"206.6"},null,null,{"v":509.32315823808807,"d":"509.3"},{"v":0.17442541916810797,"d":"17.4%"},{"v":1293.37915147209,"d":"1,293.4"},{"v":159.477927768837,"d":"159.5"},{"v":256.014731458714,"d":"256.0"},{"v":184.392578807162,"d":"184.4"},{"v":230.526600288088,"d":"230.5"},{"v":203.056601234216,"d":"203.1"},null,{"v":83.8346069888904,"d":"83.8"},{"v":2410.682198017997,"d":"2,410.7"},"kcal/capita/day",{"$nulls":4},{"v":0.1837249101727686,"d":"18.4%"},null,{"v":3.72557669655007,"d":"3.73"},{"$nulls":7},"t DM/ha",null,null,{"v":41.1459693908691,"d":"41.15"},{"v":19.1387577056885,"d":"19.14"},{"v":36.9665530657822,"d":"36.97"},{"v":4.46808099746704,"d":"4.47"},{"v":3.0185880661010698,"d":"3.02"},null,{"v":3.55157823414087,"d":"3.55"},{"v":1.54089486598969,"d":"1.54"},{"v":3.0185880661010698,"d":"3.02"},null,{"v":4.88010635095119,"d":"4.88"},{"v":3.55157823414087,"d":"3.55"},"tDM/t product",{"$nulls":12},{"v":0.112862392896243,"d":"11.3%"},{"v":0.0433288628563863,"d":"4.3%"},{"v":0.0996571956751341,"d":"10.0%"},{"v":0.492946615101987,"d":"49.3%"},{"v":0.722355844658218,"d":"72.2%"},null,{"v":0.638000232316026,"d":"63.8%"},{"v":0.151024539660203,"d":"15.1%"},{"v":0.722355844658218,"d":"72.2%"},{"v":0.146182669848793,"d":"14.6%"},{"v":0.638000232316026,"d":"63.8%"},{"v":0.22104717892732,"d":"22.1%"}]
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[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_TOTAL","In the TOTAL scenario, all measures are combined to investigate how they might reinforce or counteract one another",2040,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":69.9217910766602,"d":"69.92"},{"v":21.8930835723877,"d":"21.89"},{"v":6.43752098083496,"d":"6.44"},null,{"v":98.25239562988286,"d":"98.25"},{"v":0.310315751603671,"d":"0.31"},{"v":2.61745469910758,"d":"2.62"},{"v":0.48094260266849,"d":"0.48"},{"v":0.604922946010317,"d":"0.60"},{"v":1.08532126460757,"d":"1.09"},{"v":1.690244210617887,"d":"1.69"},{"v":4.788641512393957,"d":"4.79"},{"v":0.855504785265241,"d":"0.86"},{"v":5.644146297659198,"d":"5.64"},null,{"v":5.954462049262869,"d":"5.95"},"Mt",{"$f":"S2957*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2957*'T5 - GHG categories & GWPs'!$C$5","v":{"v":4298.033300581576,"d":"4298.03"}},{"$nulls":13},275.6102,{"$nulls":3},{"v":0.18282935520891,"d":"18.3%"},{"v":0.166350246901385,"d":"16.6%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4637.8582875,"d":"4,637.86"},{"v":2961.773,"d":"2,961.77"},{"v":1676.0852875,"d":"1,676.09"},null,null,{"v":3935.2952,"d":"3,935.30"},"Mha",{"$nulls":10},{"v":119.1324375,"d":"119.13"},null,null,"TgN/yr",{"v":0.251559006179099,"d":"25.2%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8958.11,"d":"8958.1"},"million",{"v":2796.9499865020316,"d":"2,796.9"},"OMN/FLX",{"v":26.2598551149828,"d":"26.3"},{"v":9.70506685187577,"d":"9.7"},{"v":35.96492196685857,"d":"36.0"},{"v":108.427815694778,"d":"108.4"},{"v":47.372975728833204,"d":"47.4"},{"v":155.8007914236112,"d":"155.8"},{"v":191.76571339046978,"d":"191.8"},null,null,{"v":49.971452966485685,"d":"50.0"},{"v":241.73716635695547,"d":"241.7"},{"v":144.029425450384,"d":"144.0"},{"v":30.146439100166596,"d":"30.1"},{"v":174.17586455055059,"d":"174.2"},null,null,{"v":415.913030907506,"d":"415.9"},{"v":0.14870234824172246,"d":"14.9%"},{"v":1149.37309726882,"d":"1,149.4"},{"v":196.0068430892,"d":"196.0"},{"v":289.344025987658,"d":"289.3"},{"v":217.597338166943,"d":"217.6"},{"v":264.636168960229,"d":"264.6"},{"v":172.071888604784,"d":"172.1"},null,{"v":92.0075935168918,"d":"92.0"},{"v":2381.0369555945254,"d":"2,381.0"},"kcal/capita/day",{"$nulls":4},{"v":0.2131837042824099,"d":"21.3%"},null,{"v":3.81829333696218,"d":"3.82"},{"$nulls":7},"t DM/ha",null,null,{"v":40.1153945922852,"d":"40.12"},{"v":17.1503353118896,"d":"17.15"},{"v":35.0649680439426,"d":"35.06"},{"v":4.3991379737854,"d":"4.40"},{"v":3.01974415779114,"d":"3.02"},null,{"v":3.47706182148438,"d":"3.48"},{"v":1.60520160198212,"d":"1.61"},{"v":3.01974415779114,"d":"3.02"},null,{"v":4.41765334419396,"d":"4.42"},{"v":3.47706182148438,"d":"3.48"},"tDM/t product",{"$nulls":12},{"v":0.130678649566333,"d":"13.1%"},{"v":0.0487101788252013,"d":"4.9%"},{"v":0.112652319405215,"d":"11.3%"},{"v":0.49470484258304,"d":"49.5%"},{"v":0.708445301801082,"d":"70.8%"},null,{"v":0.637582806759476,"d":"63.8%"},{"v":0.167173963945718,"d":"16.7%"},{"v":0.708445301801082,"d":"70.8%"},{"v":0.162591161658613,"d":"16.3%"},{"v":0.637582806759476,"d":"63.8%"},{"v":0.234582333450674,"d":"23.5%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_TOTAL","In the TOTAL scenario, all measures are combined to investigate how they might reinforce or counteract one another",2045,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":60.7276763916016,"d":"60.73"},{"v":20.5552845001221,"d":"20.56"},{"v":5.64158010482788,"d":"5.64"},null,{"v":86.92454099655157,"d":"86.92"},{"v":0.279688556279455,"d":"0.28"},{"v":2.41193833521434,"d":"2.41"},{"v":0.48384479539735,"d":"0.48"},{"v":0.545229894774301,"d":"0.55"},{"v":0.901785041604723,"d":"0.90"},{"v":1.447014936379024,"d":"1.45"},{"v":4.342798066990714,"d":"4.34"},{"v":0.868122322218759,"d":"0.87"},{"v":5.210920389209472,"d":"5.21"},null,{"v":5.490608945488927,"d":"5.49"},"Mt",{"$f":"S2958*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2958*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3863.28375722468,"d":"3863.28"}},{"$nulls":13},298.2242,{"$nulls":3},{"v":0.212775805864401,"d":"21.3%"},{"v":0.213445531574193,"d":"21.3%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4590.0746,"d":"4,590.07"},{"v":2893.4628,"d":"2,893.46"},{"v":1696.6118,"d":"1,696.61"},null,null,{"v":3946.9872,"d":"3,946.99"},"Mha",{"$nulls":10},{"v":123.0941484375,"d":"123.09"},null,null,"TgN/yr",{"v":0.275388145030744,"d":"27.5%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9173.706,"d":"9173.7"},"million",{"v":2754.477427994884,"d":"2,754.5"},"OMN/FLX",{"v":22.4625289359011,"d":"22.5"},{"v":8.79284751698248,"d":"8.8"},{"v":31.25537645288358,"d":"31.3"},{"v":91.8833031505558,"d":"91.9"},{"v":43.35551450357001,"d":"43.4"},{"v":135.2388176541258,"d":"135.2"},{"v":166.49419410700938,"d":"166.5"},null,null,{"v":55.44468850229845,"d":"55.4"},{"v":221.93888260930783,"d":"221.9"},{"v":136.805268807284,"d":"136.8"},{"v":27.58987286590819,"d":"27.6"},{"v":164.3951416731922,"d":"164.4"},null,null,{"v":386.3340242825,"d":"386.3"},{"v":0.14025673993768434,"d":"14.0%"},{"v":1100.71557992513,"d":"1,100.7"},{"v":206.879392938233,"d":"206.9"},{"v":300.926573974208,"d":"300.9"},{"v":227.159704562834,"d":"227.2"},{"v":272.527688775646,"d":"272.5"},{"v":163.840771562553,"d":"163.8"},null,{"v":96.0936919737796,"d":"96.1"},{"v":2368.1434037123836,"d":"2,368.1"},"kcal/capita/day",{"$nulls":4},{"v":0.19898328235029675,"d":"19.9%"},null,{"v":3.77359987771603,"d":"3.77"},{"$nulls":7},"t DM/ha",null,null,{"v":40.0026512145996,"d":"40.00"},{"v":16.4585838317871,"d":"16.46"},{"v":34.6126649906191,"d":"34.61"},{"v":4.3852653503418,"d":"4.39"},{"v":3.02223658561706,"d":"3.02"},null,{"v":3.45189522184124,"d":"3.45"},{"v":1.62354421615601,"d":"1.62"},{"v":3.02223658561706,"d":"3.02"},null,{"v":4.18403313514545,"d":"4.18"},{"v":3.45189522184124,"d":"3.45"},"tDM/t product",{"$nulls":12},{"v":0.135517542630865,"d":"13.6%"},{"v":0.0497540620172689,"d":"5.0%"},{"v":0.115883552823082,"d":"11.6%"},{"v":0.493737632811782,"d":"49.4%"},{"v":0.704212383314203,"d":"70.4%"},null,{"v":0.637865805310212,"d":"63.8%"},{"v":0.17282847338196,"d":"17.3%"},{"v":0.704212383314203,"d":"70.4%"},{"v":0.168408627242968,"d":"16.8%"},{"v":0.637865805310212,"d":"63.8%"},{"v":0.239045313871394,"d":"23.9%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_TOTAL","In the TOTAL scenario, all measures are combined to investigate how they might reinforce or counteract one another",2050,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":53.3632392883301,"d":"53.36"},{"v":19.1238861083984,"d":"19.12"},{"v":4.94364738464355,"d":"4.94"},null,{"v":77.43077278137206,"d":"77.43"},{"v":0.250848431672369,"d":"0.25"},{"v":2.347419083118443,"d":"2.35"},{"v":0.485969245433807,"d":"0.49"},{"v":0.489890600953783,"d":"0.49"},{"v":0.765336509261813,"d":"0.77"},{"v":1.2552271102155959,"d":"1.26"},{"v":4.088615438767846,"d":"4.09"},{"v":0.879682106631143,"d":"0.88"},{"v":4.968297545398989,"d":"4.97"},null,{"v":5.219145977071358,"d":"5.22"},"Mt",{"$f":"S2959*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2959*'T5 - GHG categories & GWPs'!$C$5","v":{"v":3530.9438713938007,"d":"3530.94"}},{"$nulls":13},321.8501,{"$nulls":3},{"v":0.231871133796357,"d":"23.2%"},{"v":0.237883987332083,"d":"23.8%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4530.169275,"d":"4,530.17"},{"v":2829.7444,"d":"2,829.74"},{"v":1700.424875,"d":"1,700.42"},null,null,{"v":3960.0444,"d":"3,960.04"},"Mha",{"$nulls":10},{"v":128.281359375,"d":"128.28"},null,null,"TgN/yr",{"v":0.305864394987268,"d":"30.6%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9348.68,"d":"9348.7"},"million",{"v":2725.4299460304724,"d":"2,725.4"},"OMN/FLX",{"v":18.9519942441011,"d":"19.0"},{"v":7.96105545844583,"d":"8.0"},{"v":26.91304970254693,"d":"26.9"},{"v":76.5679617912652,"d":"76.6"},{"v":39.707975405084795,"d":"39.7"},{"v":116.27593719635,"d":"116.3"},{"v":143.18898689889693,"d":"143.2"},null,null,{"v":60.802781884546505,"d":"60.8"},{"v":203.99176878344343,"d":"204.0"},{"v":130.446076842219,"d":"130.4"},{"v":25.26871162141761,"d":"25.3"},{"v":155.71478846363658,"d":"155.7"},null,null,{"v":359.70655724708,"d":"359.7"},{"v":0.1319815824915935,"d":"13.2%"},{"v":1059.02655113793,"d":"1,059.0"},{"v":218.076201951016,"d":"218.1"},{"v":313.189105407365,"d":"313.2"},{"v":237.195052412785,"d":"237.2"},{"v":281.163085311497,"d":"281.2"},{"v":156.695542088063,"d":"156.7"},null,{"v":100.377850474736,"d":"100.4"},{"v":2365.7233887833922,"d":"2,365.7"},"kcal/capita/day",{"$nulls":4},{"v":0.19396382211832736,"d":"19.4%"},null,{"v":3.75780196393659,"d":"3.76"},{"$nulls":7},"t DM/ha",null,null,{"v":40.1833648681641,"d":"40.18"},{"v":15.7487239837647,"d":"15.75"},{"v":34.3110753514618,"d":"34.31"},{"v":4.37722539901733,"d":"4.38"},{"v":3.02336692810059,"d":"3.02"},null,{"v":3.42379765088399,"d":"3.42"},{"v":1.64342391490936,"d":"1.64"},{"v":3.02336692810059,"d":"3.02"},null,{"v":3.95512066868643,"d":"3.96"},{"v":3.42379765088399,"d":"3.42"},"tDM/t product",{"$nulls":12},{"v":0.138971943723408,"d":"13.9%"},{"v":0.0503002273407638,"d":"5.0%"},{"v":0.117661788480887,"d":"11.8%"},{"v":0.491779516139925,"d":"49.2%"},{"v":0.700946365860561,"d":"70.1%"},null,{"v":0.639081086279862,"d":"63.9%"},{"v":0.178047604476481,"d":"17.8%"},{"v":0.700946365860561,"d":"70.1%"},{"v":0.173774456923088,"d":"17.4%"},{"v":0.639081086279862,"d":"63.9%"},{"v":0.242637792319056,"d":"24.3%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_WATER","In the WATER scenario, the focus is on preventing excessive water use and adverse impacts on aquatic ecosystems, in line with the PBs on freshwater use and the nitrogen cycle and SDG6. ",2025,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":112.604537963867,"d":"112.60"},{"v":32.3577537536621,"d":"32.36"},{"v":12.3543787002563,"d":"12.35"},null,{"v":157.3166704177854,"d":"157.32"},{"v":0.441123647349221,"d":"0.44"},{"v":3.0166739991733,"d":"3.02"},{"v":0.43867244890758,"d":"0.44"},{"v":0.856778153351375,"d":"0.86"},{"v":1.96900452886309,"d":"1.97"},{"v":2.8257826822144647,"d":"2.83"},{"v":6.281129130295344,"d":"6.28"},{"v":0.803345024585724,"d":"0.80"},{"v":7.084474154881068,"d":"7.08"},null,{"v":7.525597802230289,"d":"7.53"},"Mt",{"$f":"S2960*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2960*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6333.501635372631,"d":"6333.50"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":4966.948984375,"d":"4,966.95"},{"v":3288.1982,"d":"3,288.20"},{"v":1678.750784375,"d":"1,678.75"},null,null,{"v":3873.1148,"d":"3,873.11"},"Mha",{"$nulls":10},{"v":114.54378125,"d":"114.54"},null,null,"TgN/yr",{"v":0.182601981251341,"d":"18.3%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8105.074,"d":"8105.1"},"million",{"v":3020.907826206497,"d":"3,020.9"},"OMN/FLX",{"v":42.4824478675649,"d":"42.5"},{"v":12.3786801005362,"d":"12.4"},{"v":54.8611279681011,"d":"54.9"},{"v":179.066945479361,"d":"179.1"},{"v":64.0893058477601,"d":"64.1"},{"v":243.1562513271211,"d":"243.2"},{"v":298.0173792952222,"d":"298.0"},null,null,{"v":32.229905262451894,"d":"32.2"},{"v":330.2472845576741,"d":"330.2"},{"v":180.349668334103,"d":"180.3"},{"v":40.7841037213019,"d":"40.8"},{"v":221.1337720554049,"d":"221.1"},null,null,{"v":551.381056613079,"d":"551.4"},{"v":0.1825216419481012,"d":"18.3%"},{"v":1366.77187691062,"d":"1,366.8"},{"v":152.383923123036,"d":"152.4"},{"v":251.821032013909,"d":"251.8"},{"v":177.553061007052,"d":"177.6"},{"v":218.843318121861,"d":"218.8"},{"v":217.881226896534,"d":"217.9"},null,{"v":84.2723315204063,"d":"84.3"},{"v":2469.526769593418,"d":"2,469.5"},"kcal/capita/day",{"$nulls":4},{"v":0.19877705743517562,"d":"19.9%"},null,{"v":3.77295081919625,"d":"3.77"},{"$nulls":7},"t DM/ha",null,null,{"v":40.7283134460449,"d":"40.73"},{"v":19.2467193603516,"d":"19.25"},{"v":36.7552292373906,"d":"36.76"},{"v":4.46050596237183,"d":"4.46"},{"v":3.00085282325745,"d":"3.00"},null,{"v":3.54846884480153,"d":"3.55"},{"v":1.52609074115753,"d":"1.53"},{"v":3.00085282325745,"d":"3.00"},null,{"v":5.02182652387948,"d":"5.02"},{"v":3.54846884480153,"d":"3.55"},"tDM/t product",{"$nulls":12},{"v":0.113160374497221,"d":"11.3%"},{"v":0.044256566165401,"d":"4.4%"},{"v":0.100416411842158,"d":"10.0%"},{"v":0.495861888377755,"d":"49.6%"},{"v":0.725188304357006,"d":"72.5%"},null,{"v":0.63915223442486,"d":"63.9%"},{"v":0.152409840019925,"d":"15.2%"},{"v":0.725188304357006,"d":"72.5%"},{"v":0.147250608341102,"d":"14.7%"},{"v":0.63915223442486,"d":"63.9%"},{"v":0.221804691887408,"d":"22.2%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_WATER","In the WATER scenario, the focus is on preventing excessive water use and adverse impacts on aquatic ecosystems, in line with the PBs on freshwater use and the nitrogen cycle and SDG6. ",2030,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":117.98908996582,"d":"117.99"},{"v":32.5670471191406,"d":"32.57"},{"v":12.7095155715942,"d":"12.71"},null,{"v":163.2656526565548,"d":"163.27"},{"v":0.467434785195759,"d":"0.47"},{"v":3.1314575246402203,"d":"3.13"},{"v":0.46361060653414,"d":"0.46"},{"v":0.920495731489999,"d":"0.92"},{"v":2.06663472311837,"d":"2.07"},{"v":2.9871304546083692,"d":"2.99"},{"v":6.582198585782729,"d":"6.58"},{"v":0.853729094777788,"d":"0.85"},{"v":7.435927680560517,"d":"7.44"},null,{"v":7.903362465756276,"d":"7.90"},"Mt",{"$f":"S2961*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2961*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6598.443705409754,"d":"6598.44"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5047.8877375,"d":"5,047.89"},{"v":3314.8418,"d":"3,314.84"},{"v":1733.0459375,"d":"1,733.05"},null,null,{"v":3834.608,"d":"3,834.61"},"Mha",{"$nulls":10},{"v":118.158796875,"d":"118.16"},null,null,"TgN/yr",{"v":0.223071894142598,"d":"22.3%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8421.491,"d":"8421.5"},"million",{"v":3086.5862049811285,"d":"3,086.6"},"OMN/FLX",{"v":43.6441461730494,"d":"43.6"},{"v":13.0160998034637,"d":"13.0"},{"v":56.660245976513096,"d":"56.7"},{"v":183.15038447786,"d":"183.2"},{"v":66.10527070482743,"d":"66.1"},{"v":249.25565518268743,"d":"249.3"},{"v":305.91590115920053,"d":"305.9"},null,null,{"v":30.597846672698893,"d":"30.6"},{"v":336.5137478318994,"d":"336.5"},{"v":182.183974295613,"d":"182.2"},{"v":42.06699044852657,"d":"42.1"},{"v":224.2509647441396,"d":"224.3"},null,null,{"v":560.7647125760391,"d":"560.8"},{"v":0.18167796890657964,"d":"18.2%"},{"v":1393.18201792098,"d":"1,393.2"},{"v":159.116622006532,"d":"159.1"},{"v":261.600178037452,"d":"261.6"},{"v":184.052751133001,"d":"184.1"},{"v":221.916921193931,"d":"221.9"},{"v":218.328099078755,"d":"218.3"},null,{"v":87.6249030344388,"d":"87.6"},{"v":2525.8214924050894,"d":"2,525.8"},"kcal/capita/day",{"$nulls":4},{"v":0.23204674631826896,"d":"23.2%"},null,{"v":3.87766161520901,"d":"3.88"},{"$nulls":7},"t DM/ha",null,null,{"v":39.7568359375,"d":"39.76"},{"v":18.6201305389404,"d":"18.62"},{"v":35.773530058227,"d":"35.77"},{"v":4.40488147735596,"d":"4.40"},{"v":2.96885371208191,"d":"2.97"},null,{"v":3.50522686168832,"d":"3.51"},{"v":1.52982437610626,"d":"1.53"},{"v":2.96885371208191,"d":"2.97"},null,{"v":5.00263337895736,"d":"5.00"},{"v":3.50522686168832,"d":"3.51"},"tDM/t product",{"$nulls":12},{"v":0.120816115818992,"d":"12.1%"},{"v":0.0477467897301472,"d":"4.8%"},{"v":0.107045877235639,"d":"10.7%"},{"v":0.504365458459752,"d":"50.4%"},{"v":0.725882223366245,"d":"72.6%"},null,{"v":0.643143123359468,"d":"64.3%"},{"v":0.159720084918667,"d":"16.0%"},{"v":0.725882223366245,"d":"72.6%"},{"v":0.154378155386923,"d":"15.4%"},{"v":0.643143123359468,"d":"64.3%"},{"v":0.228951435579996,"d":"22.9%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_WATER","In the WATER scenario, the focus is on preventing excessive water use and adverse impacts on aquatic ecosystems, in line with the PBs on freshwater use and the nitrogen cycle and SDG6. ",2035,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":123.194679260254,"d":"123.19"},{"v":32.7697296142578,"d":"32.77"},{"v":13.001971244812,"d":"13.00"},null,{"v":168.96638011932382,"d":"168.97"},{"v":0.488135516643524,"d":"0.49"},{"v":3.27639022895268,"d":"3.28"},{"v":0.480916517121451,"d":"0.48"},{"v":0.979738865579878,"d":"0.98"},{"v":2.16839495726994,"d":"2.17"},{"v":3.148133822849818,"d":"3.15"},{"v":6.905440568923949,"d":"6.91"},{"v":0.90142696244376,"d":"0.90"},{"v":7.806867531367709,"d":"7.81"},null,{"v":8.295003048011234,"d":"8.30"},"Mt",{"$f":"S2962*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2962*'T5 - GHG categories & GWPs'!$C$5","v":{"v":6860.421371352675,"d":"6860.42"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5116.211840625,"d":"5,116.21"},{"v":3337.714,"d":"3,337.71"},{"v":1778.497840625,"d":"1,778.50"},null,null,{"v":3797.592,"d":"3,797.59"},"Mha",{"$nulls":10},{"v":123.5392265625,"d":"123.54"},null,null,"TgN/yr",{"v":0.254211172498046,"d":"25.4%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8706.372,"d":"8706.4"},"million",{"v":3130.8861840658465,"d":"3,130.9"},"OMN/FLX",{"v":44.8003574467282,"d":"44.8"},{"v":13.5944332263643,"d":"13.6"},{"v":58.3947906730925,"d":"58.4"},{"v":183.687486629387,"d":"183.7"},{"v":67.27805962749666,"d":"67.3"},{"v":250.96554625688367,"d":"251.0"},{"v":309.36033692997614,"d":"309.4"},null,null,{"v":30.20390117610043,"d":"30.2"},{"v":339.5642381060766,"d":"339.6"},{"v":182.726310313707,"d":"182.7"},{"v":42.81331067204334,"d":"42.8"},{"v":225.53962098575033,"d":"225.5"},null,null,{"v":565.103859091827,"d":"565.1"},{"v":0.18049326161003051,"d":"18.0%"},{"v":1406.12565176206,"d":"1,406.1"},{"v":166.113654226824,"d":"166.1"},{"v":268.149554851864,"d":"268.1"},{"v":189.865912347094,"d":"189.9"},{"v":223.717236920167,"d":"223.7"},{"v":221.123829844232,"d":"221.1"},null,{"v":90.6864850217781,"d":"90.7"},{"v":2565.7823249740195,"d":"2,565.8"},"kcal/capita/day",{"$nulls":4},{"v":0.25374225092756514,"d":"25.4%"},null,{"v":3.9459445969201,"d":"3.95"},{"$nulls":7},"t DM/ha",null,null,{"v":38.9882888793945,"d":"38.99"},{"v":18.1777954101562,"d":"18.18"},{"v":35.0177214807081,"d":"35.02"},{"v":4.38107395172119,"d":"4.38"},{"v":2.95845651626587,"d":"2.96"},null,{"v":3.48526041580218,"d":"3.49"},{"v":1.53558397293091,"d":"1.54"},{"v":2.95845651626587,"d":"2.96"},null,{"v":5.02577006830279,"d":"5.03"},{"v":3.48526041580218,"d":"3.49"},"tDM/t product",{"$nulls":12},{"v":0.127188141739078,"d":"12.7%"},{"v":0.0505677539092289,"d":"5.1%"},{"v":0.112569246976125,"d":"11.3%"},{"v":0.507352867869125,"d":"50.7%"},{"v":0.722122876694107,"d":"72.2%"},null,{"v":0.642592234560344,"d":"64.3%"},{"v":0.166850301105645,"d":"16.7%"},{"v":0.722122876694107,"d":"72.2%"},{"v":0.161192030921402,"d":"16.1%"},{"v":0.642592234560344,"d":"64.3%"},{"v":0.233469090665955,"d":"23.3%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_WATER","In the WATER scenario, the focus is on preventing excessive water use and adverse impacts on aquatic ecosystems, in line with the PBs on freshwater use and the nitrogen cycle and SDG6. ",2040,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":128.055526733398,"d":"128.06"},{"v":32.9940795898438,"d":"32.99"},{"v":13.2762699127197,"d":"13.28"},null,{"v":174.32587623596152,"d":"174.33"},{"v":0.508589254958289,"d":"0.51"},{"v":3.4461808204650897,"d":"3.45"},{"v":0.498242097241538,"d":"0.50"},{"v":1.03790991646903,"d":"1.04"},{"v":2.26518479415349,"d":"2.27"},{"v":3.30309471062252,"d":"3.30"},{"v":7.247517628329147,"d":"7.25"},{"v":0.948477234159197,"d":"0.95"},{"v":8.195994862488345,"d":"8.20"},null,{"v":8.704584117446634,"d":"8.70"},"Mt",{"$f":"S2963*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2963*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7118.015297681084,"d":"7118.02"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5171.912625,"d":"5,171.91"},{"v":3356.3904,"d":"3,356.39"},{"v":1815.522225,"d":"1,815.52"},null,null,{"v":3770.0684,"d":"3,770.07"},"Mha",{"$nulls":10},{"v":130.3236953125,"d":"130.32"},null,null,"TgN/yr",{"v":0.266635639189942,"d":"26.7%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":8958.11,"d":"8958.1"},"million",{"v":3183.308249394873,"d":"3,183.3"},"OMN/FLX",{"v":46.0500382833742,"d":"46.1"},{"v":14.1866119731794,"d":"14.2"},{"v":60.2366502565536,"d":"60.2"},{"v":184.876120169947,"d":"184.9"},{"v":68.62716997289877,"d":"68.6"},{"v":253.50329014284577,"d":"253.5"},{"v":313.73994039939936,"d":"313.7"},null,null,{"v":29.948050695690426,"d":"29.9"},{"v":343.6879910950898,"d":"343.7"},{"v":183.916219550368,"d":"183.9"},{"v":43.67183543729924,"d":"43.7"},{"v":227.58805498766725,"d":"227.6"},null,null,{"v":571.276046082757,"d":"571.3"},{"v":0.17945985789825822,"d":"17.9%"},{"v":1423.11045730737,"d":"1,423.1"},{"v":173.225091556531,"d":"173.2"},{"v":275.198650430419,"d":"275.2"},{"v":195.954824254482,"d":"196.0"},{"v":226.177702045703,"d":"226.2"},{"v":224.50463670152,"d":"224.5"},null,{"v":93.8608410160911,"d":"93.9"},{"v":2612.032203312116,"d":"2,612.0"},"kcal/capita/day",{"$nulls":4},{"v":0.27708548109169356,"d":"27.7%"},null,{"v":4.01941351995644,"d":"4.02"},{"$nulls":7},"t DM/ha",null,null,{"v":38.1907005310059,"d":"38.19"},{"v":17.752140045166,"d":"17.75"},{"v":34.2491623038831,"d":"34.25"},{"v":4.35431861877441,"d":"4.35"},{"v":2.94530487060547,"d":"2.95"},null,{"v":3.46293805744167,"d":"3.46"},{"v":1.53929460048675,"d":"1.54"},{"v":2.94530487060547,"d":"2.95"},null,{"v":5.03429648611361,"d":"5.03"},{"v":3.46293805744167,"d":"3.46"},"tDM/t product",{"$nulls":12},{"v":0.133363763213694,"d":"13.3%"},{"v":0.0532931231868325,"d":"5.3%"},{"v":0.117922289791204,"d":"11.8%"},{"v":0.51100228575865,"d":"51.1%"},{"v":0.71894215127483,"d":"71.9%"},null,{"v":0.642550721171817,"d":"64.3%"},{"v":0.174000337450976,"d":"17.4%"},{"v":0.71894215127483,"d":"71.9%"},{"v":0.168008479456001,"d":"16.8%"},{"v":0.642550721171817,"d":"64.3%"},{"v":0.23815796300836,"d":"23.8%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_WATER","In the WATER scenario, the focus is on preventing excessive water use and adverse impacts on aquatic ecosystems, in line with the PBs on freshwater use and the nitrogen cycle and SDG6. ",2045,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":132.659561157227,"d":"132.66"},{"v":33.0990753173828,"d":"33.10"},{"v":13.4733905792236,"d":"13.47"},null,{"v":179.23202705383338,"d":"179.23"},{"v":0.523303610937936,"d":"0.52"},{"v":3.56667647191457,"d":"3.57"},{"v":0.510648374046598,"d":"0.51"},{"v":1.09101728030613,"d":"1.09"},{"v":2.35212937423161,"d":"2.35"},{"v":3.44314665453774,"d":"3.44"},{"v":7.520471500498908,"d":"7.52"},{"v":0.990060218742916,"d":"0.99"},{"v":8.510531719241824,"d":"8.51"},null,{"v":9.033835330179759,"d":"9.03"},"Mt",{"$f":"S2964*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2964*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7341.348181003342,"d":"7341.35"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5218.9781,"d":"5,218.98"},{"v":3374.4244,"d":"3,374.42"},{"v":1844.5537,"d":"1,844.55"},null,null,{"v":3742.4896,"d":"3,742.49"},"Mha",{"$nulls":10},{"v":134.83478125,"d":"134.83"},null,null,"TgN/yr",{"v":0.287651866312069,"d":"28.8%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9173.706,"d":"9173.7"},"million",{"v":3219.098977955835,"d":"3,219.1"},"OMN/FLX",{"v":47.4146056375156,"d":"47.4"},{"v":14.7230660440172,"d":"14.7"},{"v":62.1376716815328,"d":"62.1"},{"v":184.247351930562,"d":"184.2"},{"v":69.43289994205216,"d":"69.4"},{"v":253.68025187261415,"d":"253.7"},{"v":315.81792355414694,"d":"315.8"},null,null,{"v":30.697642131765292,"d":"30.7"},{"v":346.51556568591224,"d":"346.5"},{"v":184.833230489475,"d":"184.8"},{"v":44.184572690396834,"d":"44.2"},{"v":229.01780317987183,"d":"229.0"},null,null,{"v":575.533368865784,"d":"575.5"},{"v":0.17878709937376774,"d":"17.9%"},{"v":1432.6812883602,"d":"1,432.7"},{"v":179.029272227624,"d":"179.0"},{"v":279.752025256207,"d":"279.8"},{"v":200.271513357256,"d":"200.3"},{"v":227.052365990017,"d":"227.1"},{"v":227.203867171907,"d":"227.2"},null,{"v":97.57527672684,"d":"97.6"},{"v":2643.5656090900507,"d":"2,643.6"},"kcal/capita/day",{"$nulls":4},{"v":0.29801928521935256,"d":"29.8%"},null,{"v":4.08529917646152,"d":"4.09"},{"$nulls":7},"t DM/ha",null,null,{"v":37.4828186035156,"d":"37.48"},{"v":17.3771839141846,"d":"17.38"},{"v":33.5966105096234,"d":"33.60"},{"v":4.32472658157349,"d":"4.32"},{"v":2.928062915802,"d":"2.93"},null,{"v":3.43637128967517,"d":"3.44"},{"v":1.54162538051605,"d":"1.54"},{"v":2.928062915802,"d":"2.93"},null,{"v":5.05886285927171,"d":"5.06"},{"v":3.43637128967517,"d":"3.44"},"tDM/t product",{"$nulls":12},{"v":0.139292293745914,"d":"13.9%"},{"v":0.0561609272660112,"d":"5.6%"},{"v":0.123223873411889,"d":"12.3%"},{"v":0.5160507654295,"d":"51.6%"},{"v":0.716799618675896,"d":"71.7%"},null,{"v":0.64373813247033,"d":"64.4%"},{"v":0.180843554374234,"d":"18.1%"},{"v":0.716799618675896,"d":"71.7%"},{"v":0.174521227267282,"d":"17.5%"},{"v":0.64373813247033,"d":"64.4%"},{"v":0.241979019900607,"d":"24.2%"}]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters","S4N_WATER","In the WATER scenario, the focus is on preventing excessive water use and adverse impacts on aquatic ecosystems, in line with the PBs on freshwater use and the nitrogen cycle and SDG6. ",2050,"AFOLU","Yes","IMAGE 3.2","GHGdirectAgLUC",{"v":137.006958007812,"d":"137.01"},{"v":33.2652435302734,"d":"33.27"},{"v":13.6555099487305,"d":"13.66"},null,{"v":183.9277114868159,"d":"183.93"},{"v":0.537911002125059,"d":"0.54"},{"v":3.68778974669321,"d":"3.69"},{"v":0.523063970463617,"d":"0.52"},{"v":1.14324195044381,"d":"1.14"},{"v":2.43612258774894,"d":"2.44"},{"v":3.57936453819275,"d":"3.58"},{"v":7.7902182553495765,"d":"7.79"},{"v":1.03344970941544,"d":"1.03"},{"v":8.823667964765017,"d":"8.82"},null,{"v":9.361578966890075,"d":"9.36"},"Mt",{"$f":"S2965*'T5 - GHG categories & GWPs'!$C$4+'T1 - Main scenario database'!AD2965*'T5 - GHG categories & GWPs'!$C$5","v":{"v":7558.544810402383,"d":"7558.54"}},{"$nulls":13},0,{"$nulls":3},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},null,null,"FAO - Permanent meadows and pastures","Agriculture",{"v":5267.8766187500005,"d":"5,267.88"},{"v":3395.4728,"d":"3,395.47"},{"v":1872.40381875,"d":"1,872.40"},null,null,{"v":3719.2024,"d":"3,719.20"},"Mha",{"$nulls":10},{"v":139.323984375,"d":"139.32"},null,null,"TgN/yr",{"v":0.31424263558421,"d":"31.4%"},{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0%"},{"v":9348.68,"d":"9348.7"},"million",{"v":3261.6355529965917,"d":"3,261.6"},"OMN/FLX",{"v":48.9245729385861,"d":"48.9"},{"v":15.2995366860458,"d":"15.3"},{"v":64.22410962463191,"d":"64.2"},{"v":184.453641621867,"d":"184.5"},{"v":70.50584407136294,"d":"70.5"},{"v":254.95948569322996,"d":"255.0"},{"v":319.1835953178619,"d":"319.2"},null,null,{"v":31.547595972217096,"d":"31.5"},{"v":350.731191290079,"d":"350.7"},{"v":186.517474307734,"d":"186.5"},{"v":44.867355318140056,"d":"44.9"},{"v":231.38482962587406,"d":"231.4"},null,null,{"v":582.1160209159531,"d":"582.1"},{"v":0.17847365576486324,"d":"17.8%"},{"v":1445.01999299007,"d":"1,445.0"},{"v":184.951223957575,"d":"185.0"},{"v":284.713024151015,"d":"284.7"},{"v":204.827669430708,"d":"204.8"},{"v":228.397443178456,"d":"228.4"},{"v":230.283554422503,"d":"230.3"},null,{"v":101.326623950312,"d":"101.3"},{"v":2679.519532080639,"d":"2,679.5"},"kcal/capita/day",{"$nulls":4},{"v":0.3191030100152439,"d":"31.9%"},null,{"v":4.15165668326146,"d":"4.15"},{"$nulls":7},"t DM/ha",null,null,{"v":36.7644271850586,"d":"36.76"},{"v":17.0165634155273,"d":"17.02"},{"v":32.9396133848165,"d":"32.94"},{"v":4.29239320755005,"d":"4.29"},{"v":2.90860342979431,"d":"2.91"},null,{"v":3.40775421275209,"d":"3.41"},{"v":1.54323923587799,"d":"1.54"},{"v":2.90860342979431,"d":"2.91"},null,{"v":5.07280899420414,"d":"5.07"},{"v":3.40775421275209,"d":"3.41"},"tDM/t product",{"$nulls":12},{"v":0.144995622837054,"d":"14.5%"},{"v":0.0589705590253639,"d":"5.9%"},{"v":0.128334081362309,"d":"12.8%"},{"v":0.521608803239852,"d":"52.2%"},{"v":0.715143371771215,"d":"71.5%"},null,{"v":0.645332962007603,"d":"64.5%"},{"v":0.187698414159554,"d":"18.8%"},{"v":0.715143371771215,"d":"71.5%"},{"v":0.18102469595342,"d":"18.1%"},{"v":0.645332962007603,"d":"64.5%"},{"v":0.245932643102217,"d":"24.6%"}]
[64,2023,"Assessing Multi-Dimensional Impacts of Achieving Sustainability Goals by Projecting the Sustainable Agriculture Matrix Into the Future","K. Page; M. Ollenburger; X. Zhang; H. Niazi; S. Durga; O. Yang","Page et al. (2023)","Journal article","Earth's Future",{"$nulls":3},"Agriculture","No","GCAM 6.0","GHGnonCO2Ag"]

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["ID","Year","Title","Authors","Abbreviation","Type","Journal or Organization name","Base year","Scenario years","Future scenario intervals","Included in meta-regression","Scenarios (incl. base year)","Future time points","Unique scenarios","Future scenarios","Check","Method/model","CH4 emissions","N2O emissions","Non-CO2 emissions","LUC emissions","LCA emissions","Cropland","Pasture","Forest","Water","N fertilizer","N surplus","P fertilizer","P surplus","Animal calorie breakdown","Plant calorie breakdown","Crop yields","FCR","FCF","Population","Diet","Waste reduction","Crop yields","Feed efficiency","Feed composition","GHG emissions intensity","Water-use efficiency","Nutrient-use efficiency","Nutrient recycling","Organic agriculture","Global trade openness","Disruptive technology"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F.; Gephart, J. A.; Emery, K. A.; Leach, A. M.; Galloway, J. N.; D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change",2009,2050,{"$f":"IF(M2=1,\"2050 only\",IF(M2=2,\"20-year\",IF(AND(M2>=4,M2<=5),\"10-year\",IF(AND(M2>=7,M2<=10),\"5-year\",IF(M2=41,\"1-year\")))))","v":false},{"$f":"VLOOKUP(A2,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E2)), 0))","v":164},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E2))), 0))-(COUNTA(H2))","v":40},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E2))), 0))-(COUNTA(H2))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E2))-(COUNTA(H2))","v":328},{"$f":"(M2*N2)-O2","v":-208},"Historical changes in production efficiency (1985-2011) for cropland + pasture, nitrogen, GHG, irrigation area were divided by total crop and animal production to calculate environmental intensity metrics. Linear regressions were then fit and extrapolated to the year 2050. These intensity estimates were combined with 4 diet variants assuming linear trends from 2009 values to the 2050 projected diets from Tilman & Clark (2014). ",{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,COLUMN(BU1),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,COLUMN(BW1),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,COLUMN(CA1),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,COLUMN(CB1),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A2,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V",null,"T","X","T","X","X","X"]
[2,2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L.; Billen, G.; Garnier, J.; Bouwman, L.; Velazquez, E.; Mueller, N. D.; Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters",2009,2050,"2050 only",{"$f":"VLOOKUP(A3,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E3)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E3))), 0))-(COUNTA(H3))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E3))), 0))-(COUNTA(H3))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E3))-(COUNTA(H3))","v":4},{"$f":"(M3*N3)-O3","v":0},"Generic representation of agro-food systems (GRAFS)(Billen et al 2013, 2014) - based on functional relationships between crop farming, livestock breeding, and human nutrition expressed in terms of protein-N transfers",{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,COLUMN(BU2),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,COLUMN(BW2),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,COLUMN(CA2),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,COLUMN(CB2),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A3,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",null,null,"T",{"$nulls":4},"X",null,null,"X"]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","2005-09",2050,"2050 only",{"$f":"VLOOKUP(A4,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E4)), 0))","v":63},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E4))), 0))-(COUNTA(H4))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E4))), 0))-(COUNTA(H4))","v":62},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E4))-(COUNTA(H4))","v":62},0,"Bottom-up mass-flow model of the food system",{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,COLUMN(BU3),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,COLUMN(BW3),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,COLUMN(CA3),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,COLUMN(CB3),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A4,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,"T",null,"X"]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change",2009,2050,"2050 only",{"$f":"VLOOKUP(A5,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E5)), 0))","v":13},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E5))), 0))-(COUNTA(H5))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E5))), 0))-(COUNTA(H5))","v":12},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E5))-(COUNTA(H5))","v":12},0,"Land-use distribution model with GIS, and MFA",{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,COLUMN(BU4),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,COLUMN(BW4),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,COLUMN(CA4),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,COLUMN(CB4),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A5,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X","X","X","X","X","X","X","X"]
[5,2012,"World agriculture towards 2030/2050: the 2012 revision, ESA Working paper No. 12-03","Alexandratos, N., Bruinsma, J.,","Alexandratos & Bruinsma (2012)","Report","Food and Agriculture Organization of the United Nations (FAO)","2005-07","2030/2050","20-year",{"$f":"VLOOKUP(A6,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E6)), 0))","v":3},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E6))), 0))-(COUNTA(H6))","v":2},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E6))), 0))-(COUNTA(H6))","v":1},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E6))-(COUNTA(H6))","v":2},0,"The crop production projections are based on demand and trade projections; unfolding of the projected crop production for 2030 and 2050 into (harvested) area and yield combinations for rainfed and irrigated land, and making projections for total arable land and arable irrigated area in use - through iteration in order to achieve 'acceptable' projection; Consumptive water use estimates on the basis of the irrigated and harvested areas by crop as estimated for the base year (2005/2007) and as projected for 2050; non-linear (piecemeal\nlinear) relationships between yields and fertilizer application rates (separately for N, P and K fertilizer)",{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,COLUMN(BU5),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,COLUMN(BW5),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,COLUMN(CA5),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,COLUMN(CB5),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A6,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"Y"},"T","T",null,"T","T",null,null,"T","T"]
[6,2016,"Decoupling of greenhouse gas emissions from global agricultural production: 1970-2050","Bennetzen, E.H., Smith, P., Porter, J.R. ","Bennetzen et al. (2016)","Journal article","Global Change Biology",2007,2050,"2050 only",{"$f":"VLOOKUP(A7,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E7)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E7))), 0))-(COUNTA(H7))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E7))), 0))-(COUNTA(H7))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E7))-(COUNTA(H7))","v":3},0,"Kaya–Porter identity framework",{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,COLUMN(BU6),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,COLUMN(BW6),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,COLUMN(CA6),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,COLUMN(CB6),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A7,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",null,null,"X","X",null,"X"]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","Bodirsky, B.L., Popp, A., Lotze-Campen, H., Dietrich, J.P., Rolinski, S., Weindl, I., Schmitz, C., Müller, C., Bonsch, M., Humpenöder, F., Biewald A., Stevanovic, M.","Bodirsky et al. (2014)","Journal article","Nature Communications",2010,2050,"5-year",{"$f":"VLOOKUP(A8,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E8)), 0))","v":71},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E8))), 0))-(COUNTA(H8))","v":7},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E8))), 0))-(COUNTA(H8))","v":10},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E8))-(COUNTA(H8))","v":70},0,"Land-use model (MAgPIE) and Nr budget module",{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,COLUMN(BU7),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,COLUMN(BW7),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,COLUMN(CA7),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,COLUMN(CB7),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A8,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X","X","X","X","X",null,null,"X","X",null,"X"]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences",1995,"2045, 2095","2050 only",{"$f":"VLOOKUP(A9,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E9)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E9))), 0))-(COUNTA(H9))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E9))), 0))-(COUNTA(H9))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E9))-(COUNTA(H9))","v":4},0,"Material flow + land use optimisation model (MAgPIE)",{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,COLUMN(BU8),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,COLUMN(BW8),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,COLUMN(CA8),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,COLUMN(CB8),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A9,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X","X","X",null,null,"X","X",null,"X"]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","Proceedings of the National Academy of Sciences of the United States of America",2000,2050,"2050 only",{"$f":"VLOOKUP(A10,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E10)), 0))","v":7},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E10))), 0))-(COUNTA(H10))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E10))), 0))-(COUNTA(H10))","v":6},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E10))-(COUNTA(H10))","v":6},0,"IMAGE and IMPACT models combined with IAASTD scenario data for food demand and agricultural product trade",{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,COLUMN(BU9),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,COLUMN(BW9),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,COLUMN(CA9),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,COLUMN(CB9),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A10,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",{"$nulls":3},"T","T",null,null,"T","X"]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change",2011,2050,"2050 only",{"$f":"VLOOKUP(A11,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E11)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E11))), 0))-(COUNTA(H11))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E11))), 0))-(COUNTA(H11))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E11))-(COUNTA(H11))","v":4},0,"Water footprint accounting and linear optimization",{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,COLUMN(BU10),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,COLUMN(BW10),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,COLUMN(CA10),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,COLUMN(CB10),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A11,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X"]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management",2000,2050,"2050 only",{"$f":"VLOOKUP(A12,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E12)), 0))","v":7},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E12))), 0))-(COUNTA(H12))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E12))), 0))-(COUNTA(H12))","v":6},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E12))-(COUNTA(H12))","v":6},0,"Scenario analysis using WATERSIM model (combines a food production and demand module based on a partial equilibrium model and a water supply and demand module based on a water balance and accounting framework)",{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,COLUMN(BU11),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,COLUMN(BW11),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,COLUMN(CA11),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,COLUMN(CB11),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A12,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",null,null,"X",{"$nulls":3},"X",{"$nulls":3},"X"]
[12,2017,"The implications of allocation scenarios for global phosphorus flow from agriculture and wastewater","Lwin, C.M., Murakami, M., Hashimoto, S. ","Lwin et al. (2017)","Journal article","Resources, Conservation and Recycling",2010,"2050, 2010","2050 only",{"$f":"VLOOKUP(A13,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E13)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E13))), 0))-(COUNTA(H13))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E13))), 0))-(COUNTA(H13))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E13))-(COUNTA(H13))","v":3},0,"P flow framework",{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,COLUMN(BU12),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,COLUMN(BW12),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,COLUMN(CA12),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,COLUMN(CB12),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A13,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",{"$nulls":8},"X"]
[13,2014,"The future of food — Scenarios and the effect on natural resource use in agriculture in 2050","Odegard, I.Y.R., van der Voet, E.","Odegard & van der Voet (2014)","Journal article","Ecological Economics",2005,2050,"2050 only",{"$f":"VLOOKUP(A14,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E14)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E14))), 0))-(COUNTA(H14))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E14))), 0))-(COUNTA(H14))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E14))-(COUNTA(H14))","v":4},0,"Virtual Resource Content (land, water and fertilizer) (Odegard, 2011)",{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,COLUMN(BU13),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,COLUMN(BW13),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,COLUMN(CA13),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,COLUMN(CB13),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A14,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","V","X","X",null,"X",null,"X","X",null,null,"X"]
[14,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment",2000,2050,"2050 only",{"$f":"VLOOKUP(A15,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E15)), 0))","v":6},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E15))), 0))-(COUNTA(H15))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E15))), 0))-(COUNTA(H15))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E15))-(COUNTA(H15))","v":5},0,"Land and water use modeling in GIS using CROPWAT model and Pfister et al. (2011); ",{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,COLUMN(BU14),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,COLUMN(BW14),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,COLUMN(CA14),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,COLUMN(CB14),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A15,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X",{"$nulls":3},"X"]
[15,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment",2010,2050,"2050 only",{"$f":"VLOOKUP(A16,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E16)), 0))","v":9},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E16))), 0))-(COUNTA(H16))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E16))), 0))-(COUNTA(H16))","v":8},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E16))-(COUNTA(H16))","v":8},0,"Balancing Inputs and Outputs for the Sustainable Production of Agricultural CommoditieS (BIOSPACS model)",{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,COLUMN(BU15),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,COLUMN(BW15),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,COLUMN(CA15),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,COLUMN(CB15),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A16,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"Y"},"T","X","X","X","X","T","X",null,"X","X","X"]
[16,2011,"Global food demand and the sustainable intensification of agriculture","Tilman, D., Balzer, C., Hill, J., Befort, B.L.","Tilman et al. (2011)","Journal article","Proceedings of the National Academy of Sciences of the United States of America",2005,2050,"2050 only",{"$f":"VLOOKUP(A17,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E17)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E17))), 0))-(COUNTA(H17))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E17))), 0))-(COUNTA(H17))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E17))-(COUNTA(H17))","v":4},0,"Statistical forecasting of per capita crop caloric and protein demand based on GDP (income-dependent dietary choices)",{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,COLUMN(BU16),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,COLUMN(BW16),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,COLUMN(CA16),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,COLUMN(CB16),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A17,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",null,null,"X",{"$nulls":4},"X"]
[17,2016,"Analysis and valuation of the health and climate change cobenefits of dietary change","Springmann, M., Godfray, H.C.J., Rayner, M., Scarborough, P. ","Springmann et al. (2016)","Journal article","Proceedings of the National Academy of Sciences of the United States of America",2016,2050,"2050 only",{"$f":"VLOOKUP(A18,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E18)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E18))), 0))-(COUNTA(H18))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E18))), 0))-(COUNTA(H18))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E18))-(COUNTA(H18))","v":4},0,"Environmental analysis uses regional and scenario-specific food type consumption levels to GHG emissions from Tilman & Clark's metaanalysis of LCA studies",{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,COLUMN(BU17),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,COLUMN(BW17),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,COLUMN(CA17),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,COLUMN(CB17),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A18,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V",{"$nulls":4},"X"]
[18,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Springer, N.P., Duchin, F.","Springer & Duchin (2014)","Journal article","Environmental Science & Technology",2000,2050,"2050 only",{"$f":"VLOOKUP(A19,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E19)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E19))), 0))-(COUNTA(H19))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E19))), 0))-(COUNTA(H19))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E19))-(COUNTA(H19))","v":4},0,"World Trade Model - combination of an interregional input-output model with linear programming hat minimizes the global use of factors required to satisfy consumption demand",{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,COLUMN(BU18),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,COLUMN(BW18),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,COLUMN(CA18),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,COLUMN(CB18),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A19,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,"X","X",null,null,"X",{"$nulls":3},"X"]
[19,2014,"Global diets link environmental sustainability and human health","Tilman, D., M. Clark","Tilman & Clark (2014)","Journal article","Nature",2009,2050,"2050 only",{"$f":"VLOOKUP(A20,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E20)), 0))","v":325},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E20))), 0))-(COUNTA(H20))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E20))), 0))-(COUNTA(H20))","v":81},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E20))-(COUNTA(H20))","v":324},{"$f":"(M20*N20)-O20","v":-243},"LCA meta-analysis of GHG emissions and cropland estimates based on statistical forecasting of demand based on GDP-food demand relationship (Gompertz function); Sensitivity analysis looking at the impact of feed efficiency, yield gap closure, ",{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,COLUMN(BU19),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,COLUMN(BW19),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,COLUMN(CA19),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,COLUMN(CB19),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A20,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V","X","X","X",{"$nulls":6},"X"]
[20,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","Röös, E., Bajželj, B., Smith, P., Patel, M., Little, D., Garnett, T.","Roos et al. (2017)","Journal article","Global Environmental Change",2009,2050,"2050 only",{"$f":"VLOOKUP(A21,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},98,1,96,97,{"$f":"(M21*N21)-O21","v":-1},"regionalized global agricultural biomass flow mode (Bajželj et al. 2014)",{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,COLUMN(BU20),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,COLUMN(BW20),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,COLUMN(CA20),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,COLUMN(CB20),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A21,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V","X","X","X","X","X",{"$nulls":5},"X"]
[21,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","Heck, V., Hoff, H., Wirsenius, S., Meyer, C., Kreft, H.","Heck et al. (2018)","Journal article","Global Environmental Change",2005,2050,{"$f":"IF(M22=1,\"2050 only\",IF(M22=2,\"20-year\",IF(AND(M22>=4,M22<=5),\"10-year\",IF(AND(M22>=7,M22<=10),\"5-year\",IF(M22=41,\"1-year\")))))","v":"2050 only"},{"$f":"VLOOKUP(A22,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E22)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E22))), 0))-(COUNTA(H22))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E22))), 0))-(COUNTA(H22))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E22))-(COUNTA(H22))","v":3},{"$f":"(M22*N22)-O22","v":0},"LPJmL (process-based dynamic global vegetation) combined with spatially explicit land use optimisation (linear programming) model that distributes agricultural land use while minimising global terrestrial carbon pool losses and global risk of biodiversity loss and also satisfies food supply constraints",{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,COLUMN(BU21),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,COLUMN(BW21),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,COLUMN(CA21),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,COLUMN(CB21),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A22,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,"X"]
[22,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters",2005,"2010-2050","10-year",{"$f":"VLOOKUP(A23,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E23)), 0))","v":21},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E23))), 0))-(COUNTA(H23))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E23))), 0))-(COUNTA(H23))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E23))-(COUNTA(H23))","v":20},{"$f":"(M23*N23)-O23","v":0},"IMAGE 3.0 global nutrient model comibed with SSP scenario data",{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,COLUMN(BU22),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,COLUMN(BW22),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,COLUMN(CA22),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,COLUMN(CB22),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A23,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X","X","X",null,null,"X"]
[23,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H., Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change",2010,"2010-2050","10-year",{"$f":"VLOOKUP(A24,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E24)), 0))","v":21},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E24))), 0))-(COUNTA(H24))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E24))), 0))-(COUNTA(H24))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E24))-(COUNTA(H24))","v":20},0,"Two-pool soil phosphorus (P) model - Dynamic Phosphorus Pool Simulator; This is coupled with IMAGE and MAGNET models",{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,COLUMN(BU23),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,COLUMN(BW23),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,COLUMN(CA23),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,COLUMN(CB23),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A24,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X","X","X",null,null,"X","X"]
[24,2012,"Future carbon dioxide removal via biomass energy constrained by agricultural efficiency and dietary trends","Powell, T.W.R. & Lenton, T.M.","Powell & Lenton (2012)","Journal article","Energy & Environmental Science",2006,2050,"2050 only",{"$f":"VLOOKUP(A25,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E25)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E25))), 0))-(COUNTA(H25))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E25))), 0))-(COUNTA(H25))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E25))-(COUNTA(H25))","v":4},0,"Simple non-spatial modelling approach to determine supply of biomass as residues and waste products",{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,COLUMN(BU24),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,COLUMN(BW24),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,COLUMN(CA24),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,COLUMN(CB24),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A25,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","T",{"$nulls":5},"X"]
[25,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M., Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","2005-09",2050,"2050 only",{"$f":"VLOOKUP(A26,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E26)), 0))","v":72},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E26))), 0))-(COUNTA(H26))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E26))), 0))-(COUNTA(H26))","v":71},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E26))-(COUNTA(H26))","v":71},0,"SOL-model (mass-flow model of the global food system) able to simulate aspects of organic agriculture",{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,COLUMN(BU25),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,COLUMN(BW25),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,COLUMN(CA25),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,COLUMN(CB25),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A26,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"Y"},"T","X","X","X",null,"X",{"$nulls":4},"X"]
[26,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change",2000,2050,"5-year",{"$f":"VLOOKUP(A27,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E27)), 0))","v":101},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E27))), 0))-(COUNTA(H27))","v":10},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E27))), 0))-(COUNTA(H27))","v":10},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E27))-(COUNTA(H27))","v":100},0,"Integrated assessment model IMAGE 2.4 (MNP 2006) - explores long term dynamics of global change as a function of drivers. Within IMAGE, energy scenarios are developed using energy model TIMER (van Vuuren et al. 2006). Climate policy model FAIR (den Elzen et al. 2007) used to calculate global emission pathway that lead to stabilization of atmospheric GHG concentration",{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,COLUMN(BU26),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,COLUMN(BW26),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,COLUMN(CA26),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,COLUMN(CB26),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A27,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V",null,"X","X","T","X"]
[27,2012,"The role of diet in phosphorus demand","Metson, G.","Metson et al. (2012)","Journal article","Environmental Research Letters",2007,"2030, 2050","20-year",{"$f":"VLOOKUP(A28,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E28)), 0))","v":11},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E28))), 0))-(COUNTA(H28))","v":2},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E28))), 0))-(COUNTA(H28))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E28))-(COUNTA(H28))","v":10},0,"FAO Food Balance Sheets (2011) for each country from which 9 crop categories and 5 animal product categories are multiplied by P footprint. Crop product footprint based on a conversion factor representing amount of P needed to produce the product. Animal product footprint based on global avg feed conversion efficiencies for each animal product from Bouwman et al. 2005; Mekonnen & Hoekstra 2012) ",{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,COLUMN(BU27),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,COLUMN(BW27),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,COLUMN(CA27),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,COLUMN(CB27),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A28,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","V"]
[28,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change",1995,"2000-2055","5-year",{"$f":"VLOOKUP(A29,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E29)), 0))","v":36},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E29))), 0))-(COUNTA(H29))","v":7},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E29))), 0))-(COUNTA(H29))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E29))-(COUNTA(H29))","v":35},0,"MAgPIE global land use allocation model combined with a grid-based dynamic vegetation model (LPJmL)",{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,COLUMN(BU28),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,COLUMN(BW28),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,COLUMN(CA28),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,COLUMN(CB28),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A29,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,null,"X",null,"X",null,"X"]
[29,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters",2000,"2030, 2050","10-year",{"$f":"VLOOKUP(A30,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E30)), 0))","v":66},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E30))), 0))-(COUNTA(H30))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E30))), 0))-(COUNTA(H30))","v":13},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E30))-(COUNTA(H30))","v":65},0,"GLOBIOM global partial equilibrium model",{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,COLUMN(BU29),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,COLUMN(BW29),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,COLUMN(CA29),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,COLUMN(CB29),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A30,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"Y"},"T","T",null,"X","X","T"]
[30,2014,"Land Use in 2050","Ronzon, T.","Ronzon (2014)","Book chapter","Agrimonde - Scenarios and Challenges for Feeding the World in 2050",2009,2050,"2050 only",{"$f":"VLOOKUP(A31,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E31)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E31))), 0))-(COUNTA(H31))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E31))), 0))-(COUNTA(H31))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E31))-(COUNTA(H31))","v":3},0,"Modified MEA scenarios, which is based on IMPACT model",{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,COLUMN(BU30),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,COLUMN(BW30),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,COLUMN(CA30),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,COLUMN(CB30),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A31,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X"]
[31,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E., Kropp, J.P.","Pradhan et al. (2013)","Journal article","PLOS ONE",2007,"2010-2050","5-year",{"$f":"VLOOKUP(A32,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E32)), 0))","v":25},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E32))), 0))-(COUNTA(H32))","v":8},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E32))), 0))-(COUNTA(H32))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E32))-(COUNTA(H32))","v":24},0,"To project future dietary patterns and associated total agricultural GHG emissions we use the relationships between diet and the development level of countries; amount of total calories, animal products, sugar-sweeteners, vegetable oils and vegetables have a clear exponential relationship with the Human Development Index (HDI) ",{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,COLUMN(BU31),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,COLUMN(BW31),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,COLUMN(CA31),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,COLUMN(CB31),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A32,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,"X",null,null,"X"]
[32,2015,"Closing yield gaps: How Sustainable Can We Be?","Pradhan, P., Fischer, G., van Velthuizen, H., Reusser, D.E., Kropp, J.P. ","Pradhan et al. (2015)","Journal article","PLOS ONE",2000,2050,"2050 only",{"$f":"VLOOKUP(A33,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E33)), 0))","v":3},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E33))), 0))-(COUNTA(H33))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E33))), 0))-(COUNTA(H33))","v":2},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E33))-(COUNTA(H33))","v":2},0,"Global Agro-ecological Zones (GAEZv3.0) model; nutrients required to maintain high-input crop  yields assuming that micro-nutrient constraints are met through fertiliser-specific nutrient compositions",{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,COLUMN(BU32),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,COLUMN(BW32),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,COLUMN(CA32),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,COLUMN(CB32),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A33,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,"X","X",null,"X",null,"X"]
[33,2009,"Agriculture at a Crossroads (emphasis on Ch. 4 Outlook on Agricultural Change and Its Drivers & Ch.5 Looking into the Future for Agriculture and AKST)","International Assessment of Agricultural Knowledge, Science, Technology for Development (IAASTD)","IAASTD (2009)","Report","International Assessment of Agricultural Knowledge, Science, Technology for Development (IAASTD)",2000,2050,"2050 only",{"$f":"VLOOKUP(A34,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E34)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E34))), 0))-(COUNTA(H34))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E34))), 0))-(COUNTA(H34))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E34))-(COUNTA(H34))","v":3},0,"Quantitative methods using a model suite (IMPACT partial equilibrium model, IMAGE 2.4, GLOBIO3, EcoOcean, SLAM, WATERSIM, GSTEM computable general equilibrium model + regional CGEs); supplemented by qualitative analyses",{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,COLUMN(BU33),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,COLUMN(BW33),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,COLUMN(CA33),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,COLUMN(CB33),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A34,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",null,null,"X"]
[34,2004,"The role of nitrogen in sustaining food production and estimating future nitrogen fertilizer needs to meet food demand","Wood, S., Henao, J., Rosegrant, M.","Wood et al. (2004)","Book chapter","Agriculture and the nitrogen cycle",2009,2050,"2050 only",{"$f":"VLOOKUP(A35,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E35)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E35))), 0))-(COUNTA(H35))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E35))), 0))-(COUNTA(H35))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E35))-(COUNTA(H35))","v":3},0,"IMPACT model for future food projections, with nitrogen projections for two scenarios using 1997 NUE rates as a baseline (one scenario uses constant NUE rate, one assumes increasing rate)",{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,COLUMN(BU34),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,COLUMN(BW34),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,COLUMN(CA34),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,COLUMN(CB34),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A35,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},null,"T",{"$nulls":6},"X"]
[35,2012,"Roads from Rio+20","PBL Netherlands Environmental Assesssment Agency (PBL)","PBL (2012)","Report","Netherland Environment Agency",2010,2050,"2050 only",{"$f":"VLOOKUP(A36,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E36)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E36))), 0))-(COUNTA(H36))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E36))), 0))-(COUNTA(H36))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E36))-(COUNTA(H36))","v":4},0,"Backcasting approach combined with IMAGE model, combined with related models for biodiversity (GLOBIO), human health (GISMO) and climate policy (FAIR)",{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,COLUMN(BU35),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,COLUMN(BW35),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,COLUMN(CA35),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,COLUMN(CB35),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A36,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X","X",{"$nulls":3},"X","X","X","X"]
[36,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2049","Bouwman, A.F., Beusen, A.H.W., Billen, G.","Bouwman et al. (2009)","Journal article","Global Biogeochemical Cycles",2000,2050,"20-year",{"$f":"VLOOKUP(A37,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E37)), 0))","v":9},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E37))), 0))-(COUNTA(H37))","v":2},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E37))), 0))-(COUNTA(H37))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E37))-(COUNTA(H37))","v":8},0,"IMAGE model combined with MEA scenario data for food demand and agricultural product trade",{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,COLUMN(BU36),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,COLUMN(BW36),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,COLUMN(CA36),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,COLUMN(CB36),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A37,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X","X","X",null,null,"X","X",null,"X"]
[37,2005,"Ecosystems and Human Well-being: Scenarios","Millennium Ecosystem Assessment (MEA)","Millennium Ecosystem Assessment (2005)","Report","Millennium Ecosystem Assessment",1995,2050,"2050 only",{"$f":"VLOOKUP(A38,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E38)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E38))), 0))-(COUNTA(H38))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E38))), 0))-(COUNTA(H38))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E38))-(COUNTA(H38))","v":4},0,"IMPACT model  for food supply, demand, trade & international food prices, WaterGAP model for global water use and availability on a watershed scale, AIM global change integrated model for land cover and other indicators of global change worldwide, IMAGE 2.2 global change model for climate and global land cover on a grid scale, Ecopath with Ecosim model for selected marine ecosystems as a function of fishing efforts",{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,COLUMN(BU37),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,COLUMN(BW37),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,COLUMN(CA37),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,COLUMN(CB37),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A38,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X","X",{"$nulls":3},"X",null,null,"X"]
[38,2016,"Agrimonde-Terra - Land use & food security","French Agricultural Research Centre for International Development (CIRAD)","CIRAD (2016)","Report","French Agricultural Research Centre for International Development (CIRAD)",2010,2050,"2050 only",{"$f":"VLOOKUP(A39,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E39)), 0))","v":9},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E39))), 0))-(COUNTA(H39))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E39))), 0))-(COUNTA(H39))","v":8},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E39))-(COUNTA(H39))","v":8},0,"GlobAgri-AgT biomass balance model",{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,COLUMN(BU38),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,COLUMN(BW38),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,COLUMN(CA38),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,COLUMN(CB38),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A39,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X","X","T",{"$nulls":3},"X","X","X"]
[39,2017,"Land-use futures in the shared socio-economic pathways","Popp, A., Calvin, K., Fujimori, S., Havlik, P., Humpenöder, F., Stehfest, E., Bodirsky, B.L., Dietrich, J.P., Doelmann, J.C., Gusti, M., Hasegawa, T., Kyle, P., Obersteiner, M., Tabeau, A., Takahashi, K., Valin, H., Waldhoff, S., Weindl, I., Wise, M., Kriegler, M., Lotze-Campen, H., Fricko, O., Riahi, K., van Vuuren, D.P.","Popp et al. (2017)","Journal article","Global Environmental Change",2010,"2010-2100","2050 only",{"$f":"VLOOKUP(A40,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E40)), 0))","v":6},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E40))), 0))-(COUNTA(H40))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E40))), 0))-(COUNTA(H40))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E40))-(COUNTA(H40))","v":5},0,"5 integrated aeeessment models applied - AIM, GCAM, IMAGE, MESSAGE-GLOBIOM and REMIND/MAgPIE, combined with SSP storylines.",{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,COLUMN(BU39),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,COLUMN(BW39),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,COLUMN(CA39),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,COLUMN(CB39),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A40,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"}]
[40,2017,"Exploring the impact of changes in land-use and land condition on food, water, climate change mitigation and biodiversity: Scenarios for the UNCCD Global Land Outlook","van der Esch, S., ten Brink, B., Stehfest, E., Bakkenes, M., Sewell, A., Bouwman, A., Meijer, J., Westhoek, J., van den Berg, M.","UNCCD (2017)","Report","United Nations Convention to Combat Desertification (UNCCD)",2010,2050,"2050 only",{"$f":"VLOOKUP(A41,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E41)), 0))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E41))), 0))-(COUNTA(H41))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E41))), 0))-(COUNTA(H41))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E41))-(COUNTA(H41))","v":3},0,"SSP storylines implemented via the IMAGE model",{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,COLUMN(BU40),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,COLUMN(BW40),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,COLUMN(CA40),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,COLUMN(CB40),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A41,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X",null,"X","X","X",null,null,"X",{"$nulls":3},"X"]
[41,2014,"Water footprint scenarios for 2050: A global analysis","Ercin, A.E. & Hoekstra, A.Y.","Ercin & Hoekstra (2014)","Journal article","Environmental International",2000,2050,"2050 only",{"$f":"VLOOKUP(A42,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E42)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E42))), 0))-(COUNTA(H42))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E42))), 0))-(COUNTA(H42))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E42))-(COUNTA(H42))","v":4},0,"Model uses water demand scenarios based on those from IPCC",{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,COLUMN(BU41),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,COLUMN(BW41),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,COLUMN(CA41),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,COLUMN(CB41),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A42,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,null,"T","T",null,"X",{"$nulls":3},"X"]
[42,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation","Doelman, J.C., Stehfest, E., Tabeau, A., van Meijl, H., Lassaletta, L., Gernaat, J.E.H.J., Hermans, K., Harmsen, M., Daioglou, V., Biemans, H., van der Sluis, S., van Vuuren, D.P.","Doelman et al. (2018)","Journal article","Global Environmental Change",2010,"2020-2100","10-year",{"$f":"VLOOKUP(A43,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E43)), 0))","v":45},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E43))), 0))-(COUNTA(H43))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E43))), 0))-(COUNTA(H43))","v":11},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E43))-(COUNTA(H43))","v":44},0,"IMAGE 3.0 integrated assessment model, incorporating sub-models describing land use, agricultural economy, energy system, natural vegetation, hydrology and climage system",{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,COLUMN(BU42),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,COLUMN(BW42),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,COLUMN(CA42),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,COLUMN(CB42),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A43,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X","X","X","X","X","X",{"$nulls":4},"X"]
[43,2010,"Phosphorus demand for the 1970–2100 period: A scenario analysis of resource depletion","Van Vuuren. D.P., Bouwman, A.F., Beusen, A.H.W.","Van Vuuren et al. (2010)","Journal article","Global Environmental Change",2000,2050,"2050 only",{"$f":"VLOOKUP(A44,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E44)), 0))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E44))), 0))-(COUNTA(H44))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E44))), 0))-(COUNTA(H44))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E44))-(COUNTA(H44))","v":4},0,"Model uses scenarios for P demand in different world regions as an exogenous input with scenarios bases on Millenium Ecosystem Assessment",{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,COLUMN(BU43),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,COLUMN(BW43),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,COLUMN(CA43),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,COLUMN(CB43),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A44,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","X",null,"X","X","X",null,null,"X","X",null,"X"]
[44,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework","Hejazi, M., Edmonds, J., Clarke, L., Kyle, P., Davies, E., Chaturvedi, V., Wise, M., Patel, P., Eom, J., Calvin, K., Moss, R., Kim, S","Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change",2005,2050,"2050 only",{"$f":"VLOOKUP(A45,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E45)), 0))","v":7},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E45))), 0))-(COUNTA(H45))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E45))), 0))-(COUNTA(H45))","v":6},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E45))-(COUNTA(H45))","v":6},0,"Global Change Assessment Model for energy use, agriculture and climate change, combined withwater demands from different sectors",{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,COLUMN(BU44),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,COLUMN(BW44),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,COLUMN(CA44),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,COLUMN(CB44),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A45,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","-"]
[45,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework","Graham, N.T., Davies, E.G.R., Hejazi, M.I., Calvin, K., Kim, S.H., Helinski, L., Miralles‐Wilhelm, F.R., Clarke, L., Kyle, P., Patel, P., Wise, M.A., Vernon, C.R.","Graham et al. (2018)","Journal article","Water Resources Research",2010,"2015-2100","5-year",{"$f":"VLOOKUP(A46,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E46)), 0))","v":81},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E46))), 0))-(COUNTA(H46))","v":8},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E46))), 0))-(COUNTA(H46))","v":10},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E46))-(COUNTA(H46))","v":80},0,"GCAM 5.0 integrated assessment model that links socioeconomics, energy system, land use change, climate and water sector.",{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,COLUMN(BU45),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,COLUMN(BW45),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,COLUMN(CA45),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,COLUMN(CB45),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A46,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","T",null,"X","T",null,null,"X",{"$nulls":3},"X"]
[46,2018,"Options for keeping the food system within environmental limits","Springmann, M., Clark, M., Mason-D’Croz, D., Wiebe, K., Bodirsky, B.L., Lassaletta, L., de Vries, W., Vermeulen, S.J., Herrero, M., Carlson, K.M., Jonell, M., Troell, M., DeClerck, F., Gordon, L.J., Zurayk, L., Scarborough, P., Rayner, M., Loken, B., Fanzo, J., Godfray, H.C.J., Tilman, D., Rockström, J., Willett, W.","Springmann et al. (2018)","Journal article","Nature",2010,2050,"2050 only",{"$f":"VLOOKUP(A47,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E47)), 0))","v":82},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E47))), 0))-(COUNTA(H47))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E47))), 0))-(COUNTA(H47))","v":81},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E47))-(COUNTA(H47))","v":81},0,"Food system model connecting food consumption and production across regions. Model equations are from the IMPACT model. Actual model recalibrated to fit methodology. Model feeds N budget model for N loss value.",{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,COLUMN(BU46),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,COLUMN(BW46),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,COLUMN(CA46),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,COLUMN(CB46),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A47,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"X","V","X","X","T",null,"X","X","X","X"]
[47,2019,"Food in the Anthropocene: the EAT-Lancet Commission on healthy diets from sustainable food systems","Willett, W., Rockström, J., Loken, B., Springmann, M., Lang, T., Vermeulen, S., Garnett, T., Tilman, D., DeClerck, F., Wood, A., Jonell, M., Clark, M., Gordon, L.J., Fanzo, J., Hawkes, C., Zurayk, R., Rivera, J.A., De Vries, W., Sibanda, L.M., Afshin, A., Chaudhary, A., Herrero, M., Agustina, R., Branca, F., Lartey, A., Fan, S., Crona, B., Fox, E., Bignet, V., Troell, M., Lindahl, T., Singh, S., Cornell, S.E., Reddy, K.S., Narain, S., Nishtar,, S., Murray, C.J.L.","Willet et al. (2019)","Journal article","The Lancet",2010,2050,"20-year",{"$f":"VLOOKUP(A48,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E48)), 0))","v":415},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E48))), 0))-(COUNTA(H48))","v":2},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E48))), 0))-(COUNTA(H48))","v":234},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E48))-(COUNTA(H48))","v":414},54,"Global food systems model as per Springmann et al. 2018, with country-level detail that converts consumption patterns into associated requirements of food production. ",{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,COLUMN(BU47),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,COLUMN(BW47),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,COLUMN(CA47),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,COLUMN(CB47),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A48,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V","X","X","T",null,"X","X","X","X"]
[48,2018,"An attainable global vision for conservation and human well- being","Tallis, H.M., Hawthorne, P.L., Polasky, S., Reid, J., Beck, W.M., Brauman, K., Bielicki, J.M., Binder, S., Burgess, M.G., Cassidy, E., Clark, M., Fargione, J., Game, E.T., Gerber, J., Isbell, F., Kiesecker, J., McDonald, R., Metian, M., Molnar, J.L., Mueller, N.D., O'Connell, C., Ovando, D., Troell, M., Boucher, T.M., McPeek, B.","Tallis et al. (2018)","Journal article","Frontiers in Ecology and the Environment",2010,2050,"2050 only",{"$f":"VLOOKUP(A49,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E49)), 0))","v":3},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E49))), 0))-(COUNTA(H49))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E49))), 0))-(COUNTA(H49))","v":2},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E49))-(COUNTA(H49))","v":2},0,"Global, spatially explicit systems modelling approach, customised to include components from previously published models in combination",{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,COLUMN(BU48),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,COLUMN(BW48),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,COLUMN(CA48),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,COLUMN(CB48),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A49,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","T",null,"X",{"$nulls":3},"X",{"$nulls":3},"X"]
[49,2017,"Livestock and human use of land: Productivity trends and dietary choices as drivers of future land and carbon dynamics","Weindl, I., Popp, A., Bodirsky, B.L.. Rolinski, S., Lotze-Campen, H., Biewald, A., Humpenöder, F., Dietrich, J.P., Stevanović, M.","Weindl et al. (2017a)","Journal article","Global Planetary Change",2010,2050,"10-year",{"$f":"VLOOKUP(A50,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E50)), 0))","v":45},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E50))), 0))-(COUNTA(H50))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E50))), 0))-(COUNTA(H50))","v":20},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E50))-(COUNTA(H50))","v":44},{"$f":"(M50*N50)-O50","v":36},"MAgPIE global economic and water use model, LPJmL land use and water demand model on 0.5 degrees resolution",{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,COLUMN(BU49),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,COLUMN(BW49),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,COLUMN(CA49),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,COLUMN(CB49),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A50,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X",null,"X","X","X",null,"X"]
[50,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Weindl, I., Bodirsky, B.L., Rolinski, S., Biewald, A., Lotze-Campen, H., Müller, H., Dietrich, J.P., Humpenöder, F., Stevanović, M., Schaphoff, S., Popp, A.","Weindl et al. (2017b)","Journal article","Global Environmental Change",2010,2050,"10-year",{"$f":"VLOOKUP(A51,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E51)), 0))","v":97},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E51))), 0))-(COUNTA(H51))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E51))), 0))-(COUNTA(H51))","v":24},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E51))-(COUNTA(H51))","v":96},{"$f":"(M51*N51)-O51","v":0},"MAgPIE global economic and water use model, LPJmL land use and water demand model on 0.5 degrees resolution",{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,COLUMN(BU50),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,COLUMN(BW50),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,COLUMN(CA50),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,COLUMN(CB50),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A51,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"}]
[51,2018,"When too much isn't enough: Does current food production meet global nutritional needs?","Bahadur K.C., Dias, G.M., Veeramani, A., Swanton, C.J., Fraser, D., Steinke, D., Lee, E., Wittman, H., Farber, J.M., Dunfield, K., McCann, K., Anand, M., Campbell, M., Rooney,N., Raine, N.E., Van Acker, R., Hanner, R., Pascoal, S., Sharif, S., Benton, T.G., Fraser., E.D.G.,","Bahadur et al. (2018)","Journal article","PLOS ONE",2011,2050,"2050 only",{"$f":"VLOOKUP(A52,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E52)), 0))","v":7},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E52))), 0))-(COUNTA(H52))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E52))), 0))-(COUNTA(H52))","v":6},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E52))-(COUNTA(H52))","v":6},0,"Food system model comparing food that is produced against food production required to meet nutritional requirements from Harvard ",{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,COLUMN(BU51),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,COLUMN(BW51),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,COLUMN(CA51),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,COLUMN(CB51),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A52,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","T"]
[52,2019,"Creating a Sustainable Future","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J.","Searchinger et al. (2018)","Report","World Resources Institute",2010,2050,"2050 only",{"$f":"VLOOKUP(A53,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E53)), 0))","v":6},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E53))), 0))-(COUNTA(H53))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E53))), 0))-(COUNTA(H53))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E53))-(COUNTA(H53))","v":5},0,"GlobAgri-WRR, incorporating a number of submodels from other studies. Model esigned to estimate land use and GHG emissions with specified levels of population, diets and other crop demands, specific trade patterns, and specified agricultural production systems for crops and livestock in different countries.",{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,COLUMN(BU52),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,COLUMN(BW52),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,COLUMN(CA52),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,COLUMN(CB52),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A53,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X","X","X","X","X","X",{"$nulls":3},"X"]
[53,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal article","Environmental Science & Technology",2010,"2010-2100","10-year",{"$f":"VLOOKUP(A54,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E54)), 0))","v":17},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E54))), 0))-(COUNTA(H54))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E54))), 0))-(COUNTA(H54))","v":4},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E54))-(COUNTA(H54))","v":16},0,"MAgPIE global partial equilibrium agro-economic model",{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,COLUMN(BU53),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,COLUMN(BW53),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,COLUMN(CA53),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,COLUMN(CB53),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A54,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X","X","X","X"]
[54,2015,"Managing nitrogen for sustainable development.","Zhang, X., Davidson, E.A., Mauzerall, D.L., Searchinger, T.D., Dumas, P., Shen, Y.","Zhang et al. (2015)","Journal article","Nature",2010,2050,"2050 only",{"$f":"VLOOKUP(A55,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E55)), 0))","v":2},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E55))), 0))-(COUNTA(H55))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E55))), 0))-(COUNTA(H55))","v":1},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E55))-(COUNTA(H55))","v":1},0,"N budget approach",{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,COLUMN(BU54),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,COLUMN(BW54),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,COLUMN(CA54),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,COLUMN(CB54),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A55,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T",null,null,"T","T",null,null,"T","X"]
[55,2018,"The Future of Food and Agricutlure: Alternative Pathways to 2050","Food & Agriculture Organisation of the United Nations (FAO)","FAO (2018)","Report","Food and Agriculture Organization of the United Nations (FAO)",2012,"2015-2050","10-year",{"$f":"VLOOKUP(A56,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E56)), 0))","v":13},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E56))), 0))-(COUNTA(H56))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E56))), 0))-(COUNTA(H56))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E56))-(COUNTA(H56))","v":12},0,"FAO Global Agriculture Perspectives System (GAPS) partial market equilibrium model",{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,COLUMN(BU55),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,COLUMN(BW55),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,COLUMN(CA55),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,COLUMN(CB55),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A56,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X","X","X","X",{"$nulls":3},"X","X"]
[56,2018,"Growing Better: Ten Critical Transitions to Transform Food and Land Use","Food and Land Use Coalition (FOLU)","FOLU (2019)","Report","Food and Land Use Coalition (FOLU)",2010,"2020-2050","10-year",{"$f":"VLOOKUP(A57,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E57)), 0))","v":13},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E57))), 0))-(COUNTA(H57))","v":4},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E57))), 0))-(COUNTA(H57))","v":3},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E57))-(COUNTA(H57))","v":12},0,"GLOBIOM global partial equilibrium model",{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,COLUMN(BU56),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,COLUMN(BW56),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,COLUMN(CA56),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,COLUMN(CB56),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A57,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"Y"},"T","X","X","X","X","T","X",{"$nulls":5},"X"]
[57,2020,"Food Systems in a Zero-Deforestation World: Dietary Change Is More Important than Intensification for Climate Targets in 2050","Theurl, M.C., Lauk, C., Kalta, G., Mayer, A., Kaltenegger, K., Morais, T.G., Teixeira, R.F.M., Domingos, T., Winiwarter, W., Erba, K., Haberl, H.","Theurl et al. (2020)","Journal article","Science of the Total Environment",2000,2050,"2050 only",{"$f":"VLOOKUP(A58,'T1 - Main scenario database'!A:L,12,0)","v":"No"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E58)), 0))","v":72},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E58))), 0))-(COUNTA(H58))","v":1},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E58))), 0))-(COUNTA(H58))","v":71},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E58))-(COUNTA(H58))","v":71},0,"BIOBAM Model",{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,COLUMN(BU57),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,COLUMN(BW57),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,COLUMN(CA57),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,COLUMN(CB57),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A58,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V",null,"X","X","X",null,null,"X",null,"X"]
[58,2020,"Global food system emissions could preclude achieving the 1.5° and 2°C climate change targets","Clark, M.A., Domingo, N.G.G., Colgan, K., Thakrar, S.K., Tilman, D., Lynch, J., Azevedo, A.L., Hill, J.D.","Clark et al. (2020)","Journal article","Science",2010,2100,"5-year",{"$f":"VLOOKUP(A59,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E59)), 0))","v":165},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E59))), 0))-(COUNTA(H59))","v":8},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E59))), 0))-(COUNTA(H59))","v":27},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E59))-(COUNTA(H59))","v":164},52,"Custom process-based model",{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,COLUMN(BU58),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,COLUMN(BW58),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,COLUMN(CA58),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,COLUMN(CB58),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A59,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","V","X","X","T","X","X"]
[59,2021,"Reconciling regional nitrogen boundaries with\rglobal food security","Chang, J., Havlík, P., Leclère, D., de Vries, W., Valin, H., Deppermann, A., Hasegawa, T., Obersteiner, M.","Chang et al. (2021)","Journal article","Nature Food",2000,"2010-2050","10-year","Yes",{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E60)), 0))","v":106},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E60))), 0))-(COUNTA(H60))","v":5},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E60))), 0))-(COUNTA(H60))","v":21},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E60))-(COUNTA(H60))","v":105},0,"GLOBIOM global partial equilibrium model",{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,COLUMN(BU59),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,COLUMN(BW59),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,COLUMN(CA59),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,COLUMN(CB59),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A60,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","T","T","T","X",null,"X","X"]
[60,2022,"Exploring river nitrogen and phosphorus loading and export to global coastal waters in the Shared Socio-economic pathways","A.H.W. Beusen, J.C. Doelman, L.P.H. Van Beek, P.J.T.M. Van Puijenbroek, J.M. Mogollon, H.J.M. Van Grinsven, E. Stehfest, D.P. Van Vuuren and A.F. Bouwman","Beusen et al. (2022)","Journal article","Global Environmental Change",2010,"2020-2070","5-year",{"$f":"VLOOKUP(A61,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E61)), 0))","v":56},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E61))), 0))-(COUNTA(H61))","v":11},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E61))), 0))-(COUNTA(H61))","v":5},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E61))-(COUNTA(H61))","v":55},{"$f":"(M61*N61)-O61","v":0},"IMAGE - GNM",{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,COLUMN(BU60),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,COLUMN(BW60),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,COLUMN(CA60),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,COLUMN(CB60),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(OR(VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,129,0)>0,VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,136,0)>0),\"Y\",\"N\")","v":"N"},{"$f":"IF(AND(    (VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,142,0)>0),      (VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,142,0)<100)       ),\"Y\",\"N\")","v":"Y"},{"$f":"IF(AND(    (VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,167,0)>0),      (VLOOKUP($A61,'T1 - Main scenario database'!$A:$GA,167,0)<1)       ),\"Y\",\"N\")","v":"N"},"T","X","X","X","T","T","X",null,"X","X"]
[61,2021,"The 2021 SSP scenarios of the IMAGE 3.2 model","van Vuuren D P, Stehfest E, Gernaat D, de Boer H-S, Daioglou V, Doelman J C, Edelenbosch O, Harmsen M, van Zeist W-J and van den Berg M","van Vuuren et al. (2021)","Pre-print","EarthArXiv",2010,"2020-2100","5-year",{"$f":"VLOOKUP(A62,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E62)), 0))","v":193},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E62))), 0))-(COUNTA(H62))","v":16},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E62))), 0))-(COUNTA(H62))","v":12},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E62))-(COUNTA(H62))","v":192},{"$f":"(M62*N62)-O62","v":0},"IMAGE 3.2",{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,65,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,COLUMN(BU61),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,COLUMN(BW61),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,COLUMN(CA61),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,COLUMN(CB61),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A62,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},"X","X","X","X","X","X","X",null,"X",null,null,"X"]
[{"$f":"IF(C63=C62,A62,A62+1)","v":62},2023,"Agricultural market integration preserves future global water resources","Neal T. Graham, Gokul Iyer, Thomas B. Wild, Flannery Dolan, Jonathan Lamontagne, Katherine Calvin","Graham et al. (2023)","Journal article","One Earth",2010,"2020-2100","5-year",{"$f":"VLOOKUP(A63,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E63)), 0))","v":103},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E63))), 0))-(COUNTA(H63))","v":17},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E63))), 0))-(COUNTA(H63))","v":6},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E63))-(COUNTA(H63))","v":102},{"$f":"(M63*N63)-O63","v":0},"GCAM 6.0",{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":""},"Y",{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,COLUMN(BU62),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,COLUMN(BW62),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,COLUMN(CA62),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,COLUMN(CB62),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A63,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$nulls":3},"X","X",null,"X",{"$nulls":3},"X",{"$nulls":3},"X"]
[63,2022,"Quantifying synergies and trade-offs in the global water-land-food-climate nexus using a multi-model scenario approach","J. C. Doelman, F. D. Beier, E. Stehfest, B. L. Bodirsky, A. H. W. Beusen, F. Humpenöder, et al.","Doelman et al. (2022)","Journal article","Environmental Research Letters",2010,"2020-2050","5-year",{"$f":"VLOOKUP(A64,'T1 - Main scenario database'!A:L,12,0)","v":"Yes"},{"$f":"(IFERROR(ROWS(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E64)), 0))","v":37},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E64))), 0))-(COUNTA(H64))","v":6},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E64))), 0))-(COUNTA(H64))","v":6},{"$f":"(COUNTIF('T1 - Main scenario database'!$E:$E,'T2 - Study details'!$E64))-(COUNTA(H64))","v":36},{"$f":"(M64*N64)-O64","v":0},"IMAGE 3.2",{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,19,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,30,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,32,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,41,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,44,0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,58,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,57,0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,61,0)>0,\"Y\",\"\")","v":"Y"},"Y",{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,COLUMN(BU63),0)>0,\"Y\",\"\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,COLUMN(BW63),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,COLUMN(CA63),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,COLUMN(CB63),0)>0,\"Y\",\"\")","v":""},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"Y"},{"$f":"IF(VLOOKUP($A64,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},{"$nulls":3},"X","X","X","X","T","T","X","X","X",null,null,"X"]
[64,2023,"Assessing Multi-Dimensional Impacts of Achieving Sustainability Goals by Projecting the Sustainable Agriculture Matrix Into the Future","K. Page; M. Ollenburger; X. Zhang; H. Niazi; S. Durga; O. Yang","Page et al. (2023)","Journal article","Earth's Future",2020,"2020-2100","5-year","No",null,{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$J$167:$J$10515,'T1 - Main scenario database'!$E$167:$E$10515=E65))), 0))-(COUNTA(H65))","v":0},{"$f":"(IFERROR(ROWS(_xlfn.UNIQUE(_xlfn._xlws.FILTER('T1 - Main scenario database'!$H$167:$H$10515,'T1 - Main scenario database'!$E$167:$E$10515=E65))), 0))-(COUNTA(H65))","v":0},null,null,"GCAM 6.0",null,null,"Y",null,null,"Y","Y","Y","Y","Y","Y","Y","Y",{"$f":"IF(VLOOKUP($A65,'T1 - Main scenario database'!$A:$GA,97,0)>0,\"Y\",\"N\")","v":"N"},{"$f":"IF(VLOOKUP($A65,'T1 - Main scenario database'!$A:$GA,113,0)>0,\"Y\",\"N\")","v":"N"},"Y","N","N","T","X","T","X","T","T","X",{"$nulls":4},"X"]
[]
[{"$nulls":17},{"$f":"COUNTIF(R2:R65,\"Y\")","v":17},{"$f":"COUNTIF(S2:S65,\"Y\")","v":17},21,11,6,42,33,18,19,24,16,16,10,46,0,20,24,5]
[{"$nulls":35},"T","Trend or 'business as usual' projection only"]
[{"$nulls":35},"X","Mitigation in excess of trend"]
[{"$nulls":35},"V","Mitigation in excess of trend including vegan/vegetarian (Diet column only)"]
[]
[{"$nulls":35},{"$f":"COUNTIF(AJ2:AJ65,\"X\")","v":20},{"$f":"COUNTIF(AK2:AK65,\"X\")+COUNTIF(AK2:AK65,\"V\")","v":47},{"$f":"COUNTIF(AL2:AL65,\"X\")","v":25},45,29,19,23,16,26,15,6,22,3]
[{"$nulls":35},{"$f":"AJ72/MAX($A2:$A64)","v":{"v":0.31746031746031744,"d":"32%"}},{"$f":"AK72/MAX($A2:$A64)","v":{"v":0.746031746031746,"d":"75%"}},{"v":0.3968253968253968,"d":"40%"},{"v":0.7142857142857143,"d":"71%"},{"v":0.4603174603174603,"d":"46%"},{"v":0.30158730158730157,"d":"30%"},{"v":0.36507936507936506,"d":"37%"},{"v":0.25396825396825395,"d":"25%"},{"v":0.4126984126984127,"d":"41%"},{"v":0.23809523809523808,"d":"24%"},{"v":0.09523809523809523,"d":"10%"},{"v":0.3492063492063492,"d":"35%"},{"v":0.047619047619047616,"d":"5%"}]

{"sheet":"T3 - Study summary","index":4,"n_rows":32,"n_cols":17,"rows_kept":32,"merged":[[0,2,1,2],[0,3,1,3],[0,4,1,4],[0,5,1,5],[0,6,1,6],[0,7,1,7],[0,8,1,8],[0,9,1,9],[0,10,1,10],[0,11,1,11],[0,12,1,12],[0,13,1,13],[0,14,1,14],[0,15,1,15],[0,16,1,16],[7,2,8,2],[7,3,8,3],[7,4,8,4],[7,5,8,5],[7,6,8,6],[7,7,8,7],[7,8,8,8],[7,9,8,9],[7,10,8,10],[7,11,8,11],[7,12,8,12],[7,13,8,13],[7,14,8,14],[14,2,15,2],[14,3,15,3],[14,4,15,4],[14,5,15,5],[14,6,15,6],[16,0,18,0],[19,0,28,0]]}
[null,"Intervention →","Population","Diet","Waste reduction","Crop yields","Feed efficiency","Feed composition","Emissions intensity","Water use efficiency","Nitrogen use efficiency","Nutrient recycling","Organic agriculture","Global trade openness","Disruptive technologies","Total","%"]
[null,"Environmental limit ↓"]
[null,"GHG emissions",{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AJ2:AJ65,\"X\")","v":5},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AK2:AK65,\"X\") + COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AK2:AK65,\"V\")","v":20},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AL2:AL65,\"X\")","v":15},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AM2:AM65,\"X\")","v":19},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AN2:AN65,\"X\")","v":13},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AO2:AO65,\"X\")","v":10},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AP2:AP65,\"X\")","v":18},null,{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AR2:AR65,\"X\")","v":10},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AS2:AS65,\"X\")","v":4},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AT2:AT65,\"X\")","v":4},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AU2:AU65,\"X\")","v":5},{"$f":"COUNTIFS('T2 - Study details'!$T2:$T65,\"Y\",'T2 - Study details'!AV2:AV65,\"X\")","v":3},{"$f":"'T2 - Study details'!T67","v":21},{"$f":"P3/MAX('T2 - Study details'!A$2:A$65)","v":{"v":0.328125,"d":"33%"}}]
[null,"Agricultural area",{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AJ2:AJ65,\"X\")","v":7},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AK2:AK65,\"X\") +COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AK2:AK65,\"V\")","v":26},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AL2:AL65,\"X\")","v":18},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AM2:AM65,\"X\")","v":26},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AN2:AN65,\"X\")","v":17},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AO2:AO65,\"X\")","v":11},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AP2:AP65,\"X\")","v":13},null,null,{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AS2:AS65,\"X\")","v":5},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AT2:AT65,\"X\")","v":5},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AU2:AU65,\"X\")","v":11},{"$f":"COUNTIFS('T2 - Study details'!$W2:$W65,\"Y\",'T2 - Study details'!$X2:$X65,\"Y\",'T2 - Study details'!AV2:AV65,\"X\")","v":3},{"$f":"'T2 - Study details'!X67","v":33},{"$f":"P4/MAX('T2 - Study details'!A$2:A$65)","v":{"v":0.515625,"d":"52%"}}]
[null,"Surface water flows",{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AJ2:AJ65,\"X\")","v":7},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AK2:AK65,\"X\") + COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AK2:AK65,\"V\")","v":13},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AL2:AL65,\"X\")","v":6},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AM2:AM65,\"X\")","v":12},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AN2:AN65,\"X\")","v":3},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AO2:AO65,\"X\")","v":2},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AP2:AP65,\"X\")","v":5},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AQ2:AQ65,\"X\")","v":11},null,{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AS2:AS65,\"X\")","v":2},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AT2:AT65,\"X\")","v":1},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AU2:AU65,\"X\")","v":8},{"$f":"COUNTIFS('T2 - Study details'!$Z2:$Z65,\"Y\",'T2 - Study details'!AV2:AV65,\"X\")","v":0},{"$f":"'T2 - Study details'!Z67","v":19},{"$f":"P5/MAX('T2 - Study details'!A$2:A$65)","v":{"v":0.296875,"d":"30%"}}]
[null,"Nutrient cycles ",{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AJ2:AJ65,\"X\")","v":11},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AK2:AK65,\"X\") + COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AK2:AK65,\"V\")","v":19},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AL2:AL65,\"X\")","v":13},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AM2:AM65,\"X\")","v":19},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AN2:AN65,\"X\")","v":13},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AO2:AO65,\"X\")","v":8},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AP2:AP65,\"X\")","v":12},null,{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AR2:AR65,\"X\")","v":19},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AS2:AS65,\"X\")","v":10},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AT2:AT65,\"X\")","v":3},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AU2:AU65,\"X\")","v":11},{"$f":"COUNTIFS('T2 - Study details'!$AA2:$AA65,\"Y\",'T2 - Study details'!AV2:AV65,\"X\")","v":0},{"$f":"'T2 - Study details'!AA67","v":24},{"$f":"P6/MAX('T2 - Study details'!A$2:A$65)","v":{"v":0.375,"d":"38%"}}]
[]
[null,"Intervention →","Population","Diet","Waste reduction","Crop yields","Feed efficiency","Feed composition","Emissions intensity","Water use efficiency","Nitrogen use efficiency","Nutrient recycling","Organic agriculture","Global trade openness","Disruptive technologies"]
[null,"Environmental limit ↓"]
[null,"GHG emissions",{"$f":"C3/$P3","v":{"v":0.23809523809523808,"d":"24%"}},{"$f":"D3/$P3","v":{"v":0.9523809523809523,"d":"95%"}},{"$f":"E3/$P3","v":{"v":0.7142857142857143,"d":"71%"}},{"v":0.9047619047619048,"d":"90%"},{"v":0.6190476190476191,"d":"62%"},{"v":0.47619047619047616,"d":"48%"},{"v":0.8571428571428571,"d":"86%"},null,{"$f":"K3/$P3","v":{"v":0.47619047619047616,"d":"48%"}},{"$f":"L3/$P3","v":{"v":0.19047619047619047,"d":"19%"}},{"$f":"M3/$P3","v":{"v":0.19047619047619047,"d":"19%"}},{"$f":"N3/$P3","v":{"v":0.23809523809523808,"d":"24%"}},{"$f":"O3/$P3","v":{"v":0.14285714285714285,"d":"14%"}}]
[null,"Agricultural area",{"v":0.21212121212121213,"d":"21%"},{"v":0.7878787878787878,"d":"79%"},{"v":0.5454545454545454,"d":"55%"},{"v":0.7878787878787878,"d":"79%"},{"v":0.5151515151515151,"d":"52%"},{"v":0.3333333333333333,"d":"33%"},{"v":0.3939393939393939,"d":"39%"},null,null,{"$f":"L4/$P4","v":{"v":0.15151515151515152,"d":"15%"}},{"v":0.15151515151515152,"d":"15%"},{"v":0.3333333333333333,"d":"33%"},{"v":0.09090909090909091,"d":"9%"}]
[null,"Surface water flows",{"v":0.3684210526315789,"d":"37%"},{"v":0.6842105263157895,"d":"68%"},{"v":0.3157894736842105,"d":"32%"},{"v":0.631578947368421,"d":"63%"},{"v":0.15789473684210525,"d":"16%"},{"v":0.10526315789473684,"d":"11%"},{"v":0.2631578947368421,"d":"26%"},{"$f":"J5/$P5","v":{"v":0.5789473684210527,"d":"58%"}},null,{"v":0.10526315789473684,"d":"11%"},{"v":0.05263157894736842,"d":"5%"},{"v":0.42105263157894735,"d":"42%"},{"v":0,"d":"0%"}]
[null,"Nutrient cycles ",{"v":0.4583333333333333,"d":"46%"},{"v":0.7916666666666666,"d":"79%"},{"v":0.5416666666666666,"d":"54%"},{"v":0.7916666666666666,"d":"79%"},{"v":0.5416666666666666,"d":"54%"},{"v":0.3333333333333333,"d":"33%"},{"v":0.5,"d":"50%"},null,{"$f":"K6/$P6","v":{"v":0.7916666666666666,"d":"79%"}},{"v":0.4166666666666667,"d":"42%"},{"v":0.125,"d":"13%"},{"v":0.4583333333333333,"d":"46%"},{"v":0,"d":"0%"}]
[]
[null,"Environmental limits →","GHG emissions","Agricultural area","Surface water flows","Nutrient cycles","All limits"]
[null,"Interventions ↓"]
["Demand-side","Population",{"$f":"TRANSPOSE(C10:O13)","v":{"v":0.23809523809523808,"d":"24%"}},{"v":0.21212121212121213,"d":"21%"},{"v":0.3684210526315789,"d":"37%"},{"v":0.4583333333333333,"d":"46%"},{"$f":"TRANSPOSE('T2 - Study details'!AJ73:AV73)","v":{"v":0.31746031746031744,"d":"32%"}}]
[null,"Diet change",{"v":0.9523809523809523,"d":"95%"},{"v":0.7878787878787878,"d":"79%"},{"v":0.6842105263157895,"d":"68%"},{"v":0.7916666666666666,"d":"79%"},{"v":0.746031746031746,"d":"75%"}]
[null,"Waste reduction",{"v":0.7142857142857143,"d":"71%"},{"v":0.5454545454545454,"d":"55%"},{"v":0.3157894736842105,"d":"32%"},{"v":0.5416666666666666,"d":"54%"},{"v":0.3968253968253968,"d":"40%"}]
[" Supply-side","Yield gap closure",{"v":0.9047619047619048,"d":"90%"},{"v":0.7878787878787878,"d":"79%"},{"v":0.631578947368421,"d":"63%"},{"v":0.7916666666666666,"d":"79%"},{"v":0.7142857142857143,"d":"71%"}]
[null,"Feed efficiency",{"v":0.6190476190476191,"d":"62%"},{"v":0.5151515151515151,"d":"52%"},{"v":0.15789473684210525,"d":"16%"},{"v":0.5416666666666666,"d":"54%"},{"v":0.4603174603174603,"d":"46%"}]
[null,"Feed composition",{"v":0.47619047619047616,"d":"48%"},{"v":0.3333333333333333,"d":"33%"},{"v":0.10526315789473684,"d":"11%"},{"v":0.3333333333333333,"d":"33%"},{"v":0.30158730158730157,"d":"30%"}]
[null,"Climate change action",{"v":0.8571428571428571,"d":"86%"},{"v":0.3939393939393939,"d":"39%"},{"v":0.2631578947368421,"d":"26%"},{"v":0.5,"d":"50%"},{"v":0.36507936507936506,"d":"37%"}]
[null,"Water-use efficiency",{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0.5789473684210527,"d":"58%"},{"v":0,"d":"0%"},{"v":0.25396825396825395,"d":"25%"}]
[null,"Nutrient-use efficiency",{"v":0.47619047619047616,"d":"48%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0.7916666666666666,"d":"79%"},{"v":0.4126984126984127,"d":"41%"}]
[null,"Nutrient recycling",{"v":0.19047619047619047,"d":"19%"},{"v":0.15151515151515152,"d":"15%"},{"v":0.10526315789473684,"d":"11%"},{"v":0.4166666666666667,"d":"42%"},{"v":0.23809523809523808,"d":"24%"}]
[null,"Organic agriculture",{"v":0.19047619047619047,"d":"19%"},{"v":0.15151515151515152,"d":"15%"},{"v":0.05263157894736842,"d":"5%"},{"v":0.125,"d":"13%"},{"v":0.09523809523809523,"d":"10%"}]
[null,"Global trade openness",{"v":0.23809523809523808,"d":"24%"},{"v":0.3333333333333333,"d":"33%"},{"v":0.42105263157894735,"d":"42%"},{"v":0.4583333333333333,"d":"46%"},{"v":0.3492063492063492,"d":"35%"}]
[null,"Disruptive technologies",{"v":0.14285714285714285,"d":"14%"},{"v":0.09090909090909091,"d":"9%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0.047619047619047616,"d":"5%"}]
[]
[null,"# Studies",{"$f":"TRANSPOSE(P3:P6)","v":21},33,19,24,{"$f":"MAX('T2 - Study details'!A2:A1048576)","v":64}]
[null,"% of total studies",{"$f":"TRANSPOSE(Q3:Q6)","v":{"v":0.328125,"d":"33%"}},{"v":0.515625,"d":"52%"},{"v":0.296875,"d":"30%"},{"v":0.375,"d":"38%"},{"v":1,"d":"100%"}]

{"sheet":"T4 - LUC scope","index":5,"n_rows":61,"n_cols":13,"rows_kept":61}
["#","Study","LUC included","Scope","Includes all forests","Includes reforestation","Includes aforestation","Includes natural regrowth","Includes soil carbon","Includes burning biomass","Includes decay of organic matter","Peatlands (soil carbon loss)","Notes"]
[4,"Bajzelj et al. (2014)","Yes","Agriculture only","Yes","Yes","Not stated, assumed no","Yes","Yes","Yes","Yes","Yes"]
[6,"Bennetzen et al. (2016)","Yes","AFOLU","Yes","Yes","Yes","Yes","Yes","No","No","No"]
[25,"Muller et al. (2017)","Yes","Agriculture only","Yes","Partially","No","No","No","No","Yes","Yes"]
[26,"Stehfest et al. (2009)","Yes","AFOLU","Yes","Yes","No","Yes","Not stated","Yes","Not stated","Not stated","Includes biomass burning, burning of traditional biomass, vegetation regrowth, timber pool (long and short term)"]
[29,"Valin et al. (2013)","Yes","AFOLU","Tropical only","Yes","Partially","Yes","No","No","No","No"]
[42,"Doelman et al. (2018)","Yes","AFOLU","Yes","Yes","Yes","Yes","Not stated","Yes","Not stated","Not stated"]
[52,"Searchinger et al. (2018)","Yes","Agriculture only","Yes","Yes","Not stated","Yes","Yes","No","Yes","Yes"]
[53,"Stevanovic et al. (2017)","Yes","Agriculture only","Yes","Yes","Not stated","Yes","Yes","Not stated","Not stated","Not stated"]
[56,"FOLU (2019)","Yes","AFOLU","Yes","No","Yes","No","Yes","Yes","Yes","Yes"]
[57,"Theurl et al. 2020","Yes","Agriculture only","Yes","Yes","Not stated","Yes","Yes","Not stated","Yes","Not stated"]
[58,"Clark et al. (2020)","Yes","Food only (no pasture)","Yes","Yes","Not stated","Yes","Yes","Not stated","Not stated","Not stated"]
[1,"Davis et al. (2016)","No"]
[2,"Lassaletta et al. (2016)","No"]
[3,"Schader et al. (2015, No CC)","No"]
[5,"Alexandratos & Bruinsma (2012)","No"]
[7,"Bodirsky et al. (2014)","No"]
[8,"Bodirsky et al. (2012)","No"]
[9,"Bouwman et al. (2013)","No"]
[10,"Damerau et al. (2016)","No"]
[11,"de Fraiture & Wichelns (2010)","No"]
[12,"Lwin et al. (2017)","No"]
[13,"Odegard & van der Voet (2014)","No"]
[14,"Pfister et al. (2011)","No"]
[15,"Conijn et al. (2018)","No"]
[16,"Tilman et al. (2011)","No"]
[17,"Springmann et al. (2016)","No"]
[18,"Springer & Duchin (2014)","No"]
[19,"Tilman & Clark (2014)","No"]
[20,"Roos et al. (2017)","No"]
[21,"Heck et al. (2018)","No"]
[22,"Mogollon et al. (2018a)","No"]
[23,"Mogollon et al. (2018b)","No"]
[24,"Powell & Lenton (2012)","No"]
[27,"Metson et al. (2012)","No"]
[28,"Popp et al. (2010)","No"]
[30,"Ronzon (2014)","No"]
[31,"Pradhan et al. (2013)","No"]
[32,"Pradhan et al. (2015)","No"]
[33,"IAASTD (2009)","No"]
[34,"Wood et al. (2004)","No"]
[35,"PBL (2012)","No"]
[36,"Bouwman et al. (2009)","No"]
[37,"MEA (2005)","No"]
[38,"CIRAD (2016)","No"]
[39,"Popp et al. (2017)","No"]
[40,"UNCCD (2017)","No"]
[41,"Ercin & Hoekstra (2014)","No"]
[43,"Van Vuuren et al. (2010)","No"]
[44,"Hejazi et al. (2014)","No"]
[45,"Graham et al. (2018)","No"]
[46,"Springmann et al. (2018)","No"]
[47,"Willet et al. (2019)","No"]
[48,"Tallis et al. (2018)","No"]
[49,"Weindl et al. (2017a)","No"]
[50,"Weindl et al. (2017b)","No"]
[51,"Bahadur et al. (2018)","No"]
[54,"Zhang et al. (2012)","No"]
[55,"FAO (2018)","No"]
[59,"Chang et al. (2021)","No"]
[60,"Beusen et al. (2022)","No"]

{"sheet":"T5 - GHG categories & GWPs","index":6,"n_rows":23,"n_cols":3,"rows_kept":23}
["GWP factors for 100-year time horizon"]
[]
["GHG","AR5","AR6"]
["CH4",28,27.2]
["N2O",265,273]
[]
["Source:","Greenhouse Gas Protocol"]
[null,"Please note that the GWP values provided here from the AR5 for non-CO2 gases do not include climate-carbon feedbacks."]
[null,"https://www.ghgprotocol.org/sites/default/files/ghgp/Global-Warming-Potential-Values%20%28Feb%2016%202016%29_1.pdf"]
[]
[]
["GHG emission categories","Inclusions"]
["Enteric fermentation (CH4)","Enteric fermentation only"]
["Rice cultivation (CH4)","Rice cultivation only"]
["Manure management (CH4)","CH4 component of manure management only"]
["Manure management (N2O)","N2O component of manure management only"]
["Agricultural soils (N2O)","Synthetic fertilisers"]
[null,"Biological fixation"]
[null,"Manure left on pasture"]
[null,"Manure applied to crops"]
[null,"Crop residues"]
[null,"Cultivated organic soils"]
["Crop residue, forest & savanna burning (CH4 & N2O) in CO2eq"]

{"sheet":"T6 - N2O ag soils","index":7,"n_rows":61,"n_cols":9,"rows_kept":61}
["#","Study","Included","Synthetic fertilisers","Biological fixation","Manure applied to crops","Manure left on pasture","Crop residues","Notes"]
[4,"Bajzelj et al. (2014)","Yes","Yes","No","Implicit","Implicit","Implicit","Table S20: \"We calculate emissions associated with fertiliser use and production, rice paddy methane emissions, emissions from enteric fermentation and manure management, and energy use in mechanisation.\""]
[15,"Conijn et al. (2018)","Yes","Yes","Yes","Yes","Yes","Implicit"]
[20,"Roos et al. (2017)","No","Yes","No","Implicit","Implicit","Implicit","Same scope as in Bajzelj et al."]
[25,"Muller et al. (2017)","Yes","Yes","No","Yes","Yes","Yes","Categories confirmed with author"]
[26,"Stehfest et al. (2009)","Yes","Yes","Yes","Yes","Yes","Yes","Categories in author's spreadsheet include: agric waste burning, animal waste, biological N-fixation, biomass burning, crop residues, domestic sewage, fertiliser, fuelwood burning, indirect fertiliser, land clearing, manure application, savanna burning"]
[28,"Popp et al. (2010)","No","Yes","Yes","Yes","Yes","Yes","See appendix A1, includes 'nitrogen fixing crops', crop residues, manure application to soils and direct deposition on pastures/paddocks"]
[29,"Valin et al. (2013)","Yes","Yes","No","Yes","Yes","No","See Table S2"]
[42,"Doelman et al. (2018)","Yes","Yes","No","Yes","Yes","Implicit","Table S4: N2O categories include animal waste, synthetic fertiliser, manure fertiliser, indirect emissions (leaching & runoff, deposition), savanna burning, ag waste burning"]
[52,"Searchinger et al. (2018)","Yes","Yes","No","Yes","Yes","Yes","Categories in author's spreadsheet include N2O: left on pasture, manure nitrogen fertiliser applied, manure management, residues nitrogen fertiliser applied, synthetic nitrogen fertiliser applied "]
[53,"Stevanovic et al. (2017)","Yes","Yes","Implicit","Yes","Implicit","Implicit","\"N2O emissions are calculated by the modeled nitrogen cycle and are sourced from 140 agricultural management, mainly organic and inorganic fertilization\""]
[55,"FAO (2018)","No","Yes","Implicit","Yes","Yes","Yes","\"Note that this report does not provide estimated emissions from the cultivation of organic soils or from biomass burning, due to the large uncertainties related to these estimates.\" From this description, seems a full scope is considered however we only have N2O figures for 'fertiliser', 'manure' and 'crop residues'"]
[56,"FOLU (2019)","Yes","Yes","No","Yes","Yes","No","Categories in author's spreadsheet include N2O: synth. fertiliser, manure management, manure applied to soils, manure left on pasture "]
[57,"Theurl et al. 2020","Yes","Yes","Yes","Yes","Yes","Implicit","From spreadsheet provided by author: \"GHG include burning of residues, paddy rice, mineral N-fertiliser application to soils, N-fixing crops, livestock manure (management & application),...\") "]
[58,"Clark et al. (2020)","No","Yes","No","Implicit","Implicit","Implicit","\"The LCA estimates used in our analysis include emissions from production of agricultural inputs (e.g., fertilizer) and from activities that occur during food production itself (e.g., application of fertilizer),\""]
[59,"Chang et al. (2021)","Yes","Yes","No","Yes","Yes","No","Author defined scope by email"]
[]
[60,"Beusen et al. (2022)","No"]
[1,"Davis et al. (2016)","No"]
[2,"Lassaletta et al. (2016)","No"]
[3,"Schader et al. (2015)","No"]
[5,"Alexandratos & Bruinsma (2012)","No"]
[6,"Bennetzen et al. (2016)","No"]
[7,"Bodirsky et al. (2014)","No"]
[8,"Bodirsky et al. (2012)","No"]
[9,"Bouwman et al. (2013)","No"]
[10,"Damerau et al. (2016)","No"]
[11,"de Fraiture & Wichelns (2010)","No"]
[12,"Lwin et al. (2017)","No"]
[13,"Odegard & van der Voet (2014)","No"]
[14,"Pfister et al. (2011)","No"]
[16,"Tilman et al. (2011)","No"]
[17,"Springmann et al. (2016)","No"]
[18,"Springer & Duchin (2014)","No"]
[19,"Tilman & Clark (2014)","No"]
[21,"Heck et al. (2018)","No"]
[22,"Mogollon et al. (2018a)","No"]
[23,"Mogollon et al. (2018b)","No"]
[24,"Powell & Lenton (2012)","No"]
[27,"Metson et al. (2012)","No"]
[30,"Ronzon (2014)","No"]
[31,"Pradhan et al. (2013)","No"]
[32,"Pradhan et al. (2015)","No"]
[33,"IAASTD (2009)","No"]
[34,"Wood et al. (2004)","No"]
[35,"PBL (2012)","No"]
[36,"Bouwman et al. (2009)","No"]
[37,"MEA (2005)","No"]
[38,"CIRAD (2016)","No"]
[39,"Popp et al. (2017)","No"]
[40,"UNCCD (2017)","No"]
[41,"Ercin & Hoekstra (2014)","No"]
[43,"Van Vuuren et al. (2010)","No"]
[44,"Hejazi et al. (2014)","No"]
[45,"Graham et al. (2018)","No"]
[46,"Springmann et al. (2018)","No"]
[47,"Willet et al. (2019)","No"]
[48,"Tallis et al. (2018)","No"]
[49,"Weindl et al. (2017)","No"]
[50,"Bahadur et al. (2018)","No"]
[54,"Zhang et al. (2012)","No"]

{"sheet":"T7 - US Consumer Price Index","index":8,"n_rows":54,"n_cols":14,"rows_kept":54,"merged":[[0,0,0,14],[1,0,1,14],[2,0,2,16383],[4,0,4,16383]]}
["Consumer Price Index Retroactive Series (R-CPI-U-RS)"]
["U.S. city average"]
["All items"]
["Not Seasonally Adjusted"]
["December 1977=100"]
["YEAR","JAN","FEB","MAR","APR","MAY","JUNE","JULY","AUG","SEP","OCT","NOV","DEC","AVG"]
[1977,{"$nulls":11},{"v":100,"d":"100.0"}]
[1978,100.5,101.1,101.8,102.7,103.6,104.5,{"v":105,"d":"105.0"},105.5,106.1,106.7,107.3,107.8,104.4]
[1979,108.7,109.7,110.7,111.8,{"v":113,"d":"113.0"},114.1,115.1,{"v":116,"d":"116.0"},117.1,117.9,118.5,119.5,114.3]
[1980,120.8,122.4,123.8,124.7,125.7,126.7,127.5,128.6,129.9,130.7,131.5,132.4,127.1]
[1981,133.6,135.2,136.3,137.1,137.9,138.7,139.7,140.7,141.8,142.4,142.9,143.4,139.1]
[1982,144.2,144.7,144.9,{"v":145,"d":"145.0"},146.1,147.5,148.5,148.8,149.5,150.2,150.5,150.6,147.5]
[1983,{"v":151,"d":"151.0"},151.1,151.2,152.4,153.2,153.7,154.3,154.8,155.6,{"v":156,"d":"156.0"},156.2,156.4,153.8]
[1984,157.2,{"v":158,"d":"158.0"},158.3,159.1,159.5,{"v":160,"d":"160.0"},160.5,161.1,161.8,162.2,162.2,162.4,160.2]
[1985,162.6,163.2,{"v":164,"d":"164.0"},164.6,165.3,165.7,{"v":166,"d":"166.0"},166.4,166.9,167.3,167.9,168.2,165.7]
[1986,168.7,168.3,167.5,167.1,167.6,168.4,168.4,168.7,169.6,169.7,169.7,169.9,168.6]
[1987,170.9,171.5,172.3,173.1,173.6,174.3,174.6,175.5,176.4,176.7,176.9,176.7,174.4]
[1988,177.2,177.5,178.3,179.1,179.7,180.4,181.1,181.8,{"v":183,"d":"183.0"},183.4,183.6,183.7,180.7]
[1989,184.5,185.2,186.2,187.4,188.4,188.8,189.3,189.4,190.1,190.9,191.2,191.4,188.6]
[1990,193.3,194.1,195.2,195.5,195.8,196.8,197.6,199.3,200.9,{"v":202,"d":"202.0"},202.3,202.3,197.9]
[1991,203.2,203.4,203.6,203.8,204.4,204.8,{"v":205,"d":"205.0"},205.5,206.4,206.5,{"v":207,"d":"207.0"},207.1,205.1]
[1992,207.5,208.1,208.9,209.3,209.6,210.1,210.4,210.9,211.5,212.1,212.4,212.3,210.2]
[1993,212.9,213.6,214.3,214.9,215.3,215.5,215.6,216.1,216.3,217.1,217.2,{"v":217,"d":"217.0"},215.5]
[1994,217.4,{"v":218,"d":"218.0"},218.7,{"v":219,"d":"219.0"},219.2,219.8,220.3,221.1,221.4,221.6,221.8,221.7,{"v":220,"d":"220.0"}]
[1995,222.5,223.2,223.9,224.6,{"v":225,"d":"225.0"},225.5,225.6,{"v":226,"d":"226.0"},226.5,{"v":227,"d":"227.0"},226.9,226.7,225.3]
[1996,227.8,228.6,229.8,230.6,231.1,231.3,231.6,231.9,232.7,233.3,233.7,233.7,231.3]
[1997,234.4,235.1,235.6,235.8,235.8,236.1,236.2,236.7,237.4,237.8,237.8,237.3,236.3]
[1998,237.8,238.1,238.5,{"v":239,"d":"239.0"},239.3,239.5,239.7,240.1,240.4,240.9,240.8,240.6,239.5]
[1999,241.3,241.6,242.3,{"v":244,"d":"244.0"},{"v":244,"d":"244.0"},244.1,244.7,245.4,246.5,247.1,247.2,247.2,244.6]
[2000,{"v":248,"d":"248.0"},249.4,251.4,251.6,251.8,253.2,253.7,253.8,255.1,255.5,255.7,255.5,252.9]
[2001,257.2,258.2,258.9,259.8,260.9,261.5,260.7,260.8,261.8,{"v":261,"d":"261.0"},260.5,259.5,260.1]
[2002,260.2,261.2,262.6,264.1,{"v":264,"d":"264.0"},264.2,264.5,265.4,265.8,266.3,266.3,265.7,264.2]
[2003,266.9,{"v":269,"d":"269.0"},270.6,269.9,269.5,269.9,270.2,271.2,{"v":272,"d":"272.0"},271.8,{"v":271,"d":"271.0"},270.7,270.2]
[2004,272.1,273.6,275.3,276.2,277.7,278.6,278.3,278.4,278.9,280.4,280.6,279.6,277.5]
[2005,280.1,281.7,283.9,285.8,285.6,285.7,{"v":287,"d":"287.0"},288.5,{"v":292,"d":"292.0"},292.6,290.3,{"v":289,"d":"289.0"},286.9]
[2006,291.3,291.9,293.6,{"v":296,"d":"296.0"},297.4,298.1,298.9,299.6,298.1,296.5,{"v":296,"d":"296.0"},296.5,296.2]
[2007,297.4,{"v":299,"d":"299.0"},301.7,303.6,305.5,306.1,{"v":306,"d":"306.0"},305.5,306.3,306.9,308.8,308.6,304.6]
[2008,310.1,{"v":311,"d":"311.0"},313.7,315.6,318.2,321.5,323.2,321.9,321.4,318.2,312.1,308.8,316.3]
[2009,310.2,311.7,312.5,313.3,314.2,316.9,316.4,317.1,317.3,317.6,317.8,317.3,315.2]
[2010,318.3,318.4,319.7,320.3,320.5,320.2,320.3,320.7,320.9,321.3,321.5,{"v":322,"d":"322.0"},320.4]
[2011,323.6,325.2,328.3,330.5,{"v":332,"d":"332.0"},331.7,{"v":332,"d":"332.0"},332.9,333.4,332.7,332.4,331.6,330.5]
[2012,333.1,334.6,337.1,338.1,337.7,337.3,336.7,338.6,340.1,{"v":340,"d":"340.0"},338.4,337.5,337.5]
[2013,338.6,341.4,342.2,341.9,342.5,343.3,343.5,343.9,344.3,343.4,342.8,342.8,342.5]
[2014,344.1,345.4,347.6,348.7,{"v":350,"d":"350.0"},350.7,350.5,349.9,350.2,349.3,347.5,345.6,348.3]
[2015,{"v":344,"d":"344.0"},345.5,347.5,348.3,{"v":350,"d":"350.0"},351.3,351.3,350.8,350.3,350.2,349.4,348.3,348.9]
[2016,348.8,349.1,350.6,352.3,353.7,354.9,354.3,354.7,355.5,{"v":356,"d":"356.0"},355.4,355.5,353.4]
[2017,357.6,358.7,{"v":359,"d":"359.0"},360.1,360.4,360.7,360.5,361.6,363.5,363.2,363.3,363.1,{"v":361,"d":"361.0"}]
[2018,{"v":365,"d":"365.0"},366.7,367.5,{"v":369,"d":"369.0"},370.5,371.1,371.1,371.3,371.8,372.4,371.2,{"v":370,"d":"370.0"},369.8]
[2019,370.7,372.2,374.3,376.3,377.1,377.2,377.8,377.8,378.1,{"v":379,"d":"379.0"},378.8,378.5,376.5]
[2020,379.9,{"v":381,"d":"381.0"},380.1,377.6,377.6,379.7,381.6,382.8,383.3,383.5,383.2,383.6,381.2]
[2021,385.2,387.3,{"v":390,"d":"390.0"},393.2,396.4,{"v":400,"d":"400.0"},{"v":402,"d":"402.0"},402.8,403.9,407.2,409.2,410.5,{"v":399,"d":"399.0"}]
[]
["Source:","https://www.bls.gov/cpi/research-series/r-cpi-u-rs-home.htm"]
["Source: ","https://data.worldbank.org/indicator/FP.CPI.TOTL?locations=US"]

{"sheet":"T8 - Water withdrawals","index":9,"n_rows":20,"n_cols":32,"rows_kept":20}
["Water use efficiency ratios"]
["Region","2005/07 WUE","2050 WUE",null,"Water withdrawals (km3)",{"$nulls":10},"Irrigated (Blue) Water consumption (km3)",{"$nulls":5},"Rainfed (Green) Water consumption (km3)",{"$nulls":5},"Total Water consumption (km3)"]
["World",0.5,0.51,null,"Irrigation","Baseline","S1 - Extensive","S2.1 - Diet","S2.2 - Technologies","S2.3 - Diets and Technologies","2009 WUE","2050 WUE","2050 WUE (eff)","Baseline",null,"Baseline","S1 - Extensive","S2.1 - Diet","S2.2 - Technologies","S2.3 - Diets and Technologies",null,"Baseline","S1 - Extensive","S2.1 - Diet","S2.2 - Technologies","S2.3 - Diets and Technologies",null,"Baseline","S1 - Extensive","S2.1 - Diet","S2.2 - Technologies","S2.3 - Diets and Technologies"]
["Developed countries",0.41,0.42,null,"North America",{"v":304.60232909932705,"d":"305"},{"v":244.4515085258799,"d":"244"},{"v":244.4515085258799,"d":"244"},0,{"v":141.31855834928965,"d":"141"},0.65,{"$f":"K4","v":0.65},{"$f":"L4","v":0.65},{"$f":"F4*K4","v":197.9915139145626},null,{"$f":"F4*K4","v":197.9915139145626},{"$f":"G4*$L4","v":158.89348054182193},158.89348054182193,{"$f":"I4*$M4","v":0},91.85706292703827,null,1147.3086849410365,110.81953336175127,240.93229995250283,0,64.06528961945716,null,{"$f":"SUM(P4,V4)","v":1345.300198855599},{"$f":"SUM(Q4,W4)","v":269.7130139035732},{"$f":"SUM(R4,X4)","v":399.82578049432476},{"$f":"SUM(S4,Y4)","v":0},{"$f":"SUM(T4,Z4)","v":155.92235254649543}]
["Developing countries",0.52,0.53,null,"OECD (EU15)",{"v":90.18106123254273,"d":"90"},{"v":80.29350954003921,"d":"80"},{"v":80.3062545415533,"d":"80"},0,0,0.55,{"$f":"K5","v":0.55},{"$f":"L5","v":0.55},49.59958367789851,null,{"$f":"F5*K5","v":49.59958367789851},44.16143024702157,44.16843999785432,0,0,null,367.2484976047433,37.068707353278356,37.074591275080365,0,0,null,416.84808128264183,81.23013760029993,81.24303127293469,0,0]
["Sub-Saharan Africa",0.25,0.3,null,"Other Europe",{"v":52.76324528463398,"d":"53"},{"v":33.38218463637186,"d":"33"},{"v":33.553124443906064,"d":"34"},0,0,0.5,0.5,0.5,26.38162264231699,null,26.38162264231699,16.69109231818593,16.776562221953032,0,0,null,116.95395768818867,63.25524443832817,23.25684783792511,0,0,null,143.33558033050565,79.9463367565141,40.03341005987814,0,0]
["Latin America",0.42,0.42,null,"Former Soviet Union",{"v":125.5090950876093,"d":"126"},{"v":276.3019868594598,"d":"276"},{"v":274.9620537955602,"d":"275"},{"v":461.6357315906087,"d":"462"},{"v":458.74671561752416,"d":"459"},0.6,0.6,0.6,75.30545705256557,null,75.30545705256557,165.78119211567588,164.97723227733613,276.9814389543652,275.2480293705145,null,180.14581479814805,723.1516499832894,520.6089982432319,605.3231070846315,605.180027678461,null,255.45127185071362,888.9328420989652,685.586230520568,882.3045460389967,880.4280570489755]
["Near East/North Africa",0.56,0.65,null,"Japan",{"v":9.937666163396283,"d":"10"},{"v":61.04979583385397,"d":"61"},{"v":54.85760225641974,"d":"55"},0,0,0.35,0.35,0.35,3.478183157188699,null,3.478183157188699,21.367428541848888,19.200160789746906,0,0,null,24.225466358094828,20.098662542489993,29.892769289108998,0,0,null,27.703649515283526,41.466091084338885,49.0929300788559,0,0]
["South Asia",0.58,0.58,null,"China",{"v":452.3373808830109,"d":"452"},{"v":438.3347327636301,"d":"438"},{"v":402.969132960133,"d":"403"},{"v":404.1984795963315,"d":"404"},{"v":402.8499437303481,"d":"403"},0.35,0.35,0.35,158.3180833090538,null,158.3180833090538,153.41715646727053,141.03919653604655,141.469467858716,140.99748030562182,null,475.99192943764183,350.53391466338536,656.5373139884492,603.6173556302487,430.0555836348434,null,634.3100127466956,503.9510711306559,797.5765105244958,745.0868234889647,571.0530639404652]
["East Asia",0.49,0.5,null,"Rest of Asia",{"v":1258.170883684223,"d":"1258"},{"v":2650.241044842416,"d":"2650"},{"v":2245.3047510257966,"d":"2245"},{"v":2236.603064548263,"d":"2237"},{"v":2235.401342135003,"d":"2235"},0.375,0.375,0.375,471.81408138158366,null,471.81408138158366,993.8403918159061,841.9892816346737,838.7261492055986,838.275503300626,null,1300.469192513293,830.9639403762219,669.4404763359539,1929.896933739718,1929.581299266001,null,1772.2832738948766,1824.804332192128,1511.4297579706276,2768.6230829453166,2767.8568025666273]
[{"$nulls":4},"Latin America",{"v":170.05690834674843,"d":"170"},{"v":1093.3891753993032,"d":"1093"},{"v":1094.8628761645632,"d":"1095"},{"v":1094.8628761645632,"d":"1095"},{"v":1094.8628761645632,"d":"1095"},{"v":0.32656531717069,"d":"0.33"},{"v":0.32656531717069,"d":"0.33"},{"$f":"L11*(2207/1030)","v":{"v":0.6997375291220512,"d":"0.70"}},55.53468821132286,null,55.53468821132286,357.06298285527265,357.5442424130945,766.1166436948538,766.1166436948538,null,615.5923581505548,3217.4188791017978,2178.016994172907,1150.7527535868476,1150.7527535868476,null,671.1270463618777,3574.4818619570706,2535.5612365860015,1916.8693972817014,1916.8693972817014]
["Source: Alexandratos & Bruinsma (2012)",{"$nulls":3},"Africa",{"v":192.97060430890903,"d":"193"},{"v":675.3608296147574,"d":"675"},{"v":675.527803693544,"d":"676"},{"v":709.6181792309308,"d":"710"},{"v":711.1195229845373,"d":"711"},{"v":0.538188726015475,"d":"0.54"},{"v":0.538188726015475,"d":"0.54"},{"$f":"L12*(2343/1802)","v":{"v":0.6997648085761696,"d":"0.70"}},103.85460369144808,null,103.85460369144808,363.47158449112055,363.56144805786033,496.5658293517023,497.6164168760518,null,670.1508391244089,2955.644573530318,3527.252064932373,3089.8095372104935,3232.6326430865106,null,774.005442815857,3319.116158021439,3890.813512990233,3586.3753665621957,3730.2490599625626]
[{"$nulls":4},"Australia & NZ",{"v":17.113178688999575,"d":"17"},{"v":15.324666054320765,"d":"15"},{"v":15.324666054320765,"d":"15"},{"v":19.39778946952595,"d":"19"},{"v":19.39778946952595,"d":"19"},0.7,0.7,0.7,11.979225082299703,null,11.979225082299703,10.727266238024535,10.727266238024535,13.578452628668165,13.578452628668165,null,9.972477438297052,199.43545471456582,107.15949466360118,83.62549498661852,83.62549498661852,null,21.951702520596754,210.16272095259035,117.88676090162572,97.20394761528668,97.20394761528668]
[]
[{"$nulls":4},"Total",{"$f":"SUM(F4:F13)","v":{"v":2673.6423527794004,"d":"2674"}},{"$f":"SUM(G4:G13)","v":{"v":5568.129434070032,"d":"5568"}},{"$f":"SUM(H4:H13)","v":{"v":5122.119773461677,"d":"5122"}},{"$f":"SUM(I4:I13)","v":{"v":4926.316120600223,"d":"4926"}},{"$f":"SUM(J4:J13)","v":{"v":5063.696748450791,"d":"5064"}},{"$nulls":3},{"$f":"SUM(N4:N13)","v":1154.2570421202406},null,{"$f":"SUM(P4:P13)","v":1154.2570421202406},{"$f":"SUM(Q4:Q13)","v":2285.4140056321485},{"$f":"SUM(R4:R13)","v":2118.877310708412},{"$f":"SUM(S4:S13)","v":2533.437981693904},{"$f":"SUM(T4:T13)","v":2623.689589103374},null,{"$f":"SUM(V4:V13)","v":4908.059218054406},{"$f":"SUM(W4:W13)","v":8508.390560065425},{"$f":"SUM(X4:X13)","v":7990.171850691133},{"$f":"SUM(Y4:Y13)","v":7463.025182238558},{"$f":"SUM(Z4:Z13)","v":7495.89309185874},null,{"$f":"SUM(P15,V15)","v":6062.316260174647},{"$f":"SUM(Q15,W15)","v":10793.804565697574},{"$f":"SUM(R15,X15)","v":10109.049161399545},{"$f":"SUM(S15,Y15)","v":9996.463163932462},{"$f":"SUM(T15,Z15)","v":10119.582680962114}]
[]
[{"$nulls":12},"WUE",{"$f":"SUMPRODUCT(K4:K13,F4:F13)/SUMPRODUCT(F4:F13)","v":0.4317170697570399},null,{"$f":"SUMPRODUCT(K4:K13,F4:F13)/SUMPRODUCT(F4:F13)","v":0.4317170697570399},{"$f":"SUMPRODUCT(L4:L13,G4:G13)/SUMPRODUCT(G4:G13)","v":0.41044556034352486},{"$f":"SUMPRODUCT(L4:L13,H4:H13)/SUMPRODUCT(H4:H13)","v":0.4136719570062715},{"$f":"SUMPRODUCT(M4:M13,I4:I13)/SUMPRODUCT(I4:I13)","v":0.5142662224009347},{"$f":"SUMPRODUCT(M4:M13,J4:J13)/SUMPRODUCT(J4:J13)","v":0.5181371870079062}]
[]
[{"$nulls":4},"Source: Springer & Duchin (2014)"]
[{"$nulls":4},"Note: Calculated by N. Springer using consumption data from Siebert (2010) and withdrawal data from FAOSTAT (2011)"]

{"sheet":"T9 - Feed composition+factors","index":10,"n_rows":1891,"n_cols":153,"rows_kept":1891}
["Feed source","% overall biomass",{"$nulls":4},"Year","Food-competing feed (tonnes)","Total_feed (tonnes)","Food-competing feed (%)",null,"Item","FCF (Y or N)"]
["Grains",{"v":0.28,"d":"28%"},{"$nulls":4},1961,528064121,552971001,0.954958072,null,"Apples and products","Y"]
["Grass",{"v":0.48,"d":"48%"},{"$nulls":4},1962,555687873,581768844,0.955169529,null,"Bananas","Y"]
["Stovers/occasional feeds",{"$f":"1-B2-B3","v":{"v":0.24,"d":"24%"}},{"$nulls":4},1963,584481925,611657046,0.95557131,null,"Barley and products","Y"]
[null,{"$f":"SUM(B2:B4)","v":{"v":1,"d":"100.0%"}},{"$nulls":4},1964,613130519,641047206,0.956451433,null,"Beans","Y"]
["Source: Herrero et al. (2013) PNAS",{"$nulls":5},1965,643051172,672371581,0.956392552,null,"Brans","Y"]
[{"$nulls":6},1966,680650608,711214104,0.957026308,null,"Cassava and products","Y"]
[{"$nulls":6},1967,699913011,729956553,0.958842013,null,"Cereals, Other","Y"]
["Animal product","kcal/kg (2010)",{"$nulls":4},1968,748004074,778437381,0.960904618,null,"Cloves","Y"]
["Bovine Meat",1532.0041972717734,{"$nulls":4},1969,765871093,797614343,0.960202258,null,"Cocoa Beans and products","Y"]
["Eggs",1432.1748878923768,{"$nulls":4},1970,802338647,836611860,0.959033317,null,"Coconut Oil","Y"]
["Milk - Excluding Butter",558.8831344291826,{"$nulls":4},1971,817972544,853390497,0.958497367,null,"Coconuts - Incl Copra","Y"]
["Mutton & Goat Meat",2124.3386243386244,{"$nulls":4},1972,834555949,870417281,0.958799839,null,"Copra Cake","N"]
["Pigmeat",2829.2761050608588,{"$nulls":4},1973,869683412,907141534,0.958707522,null,"Cotton lint","Y"]
["Poultry Meat",1419.7312588401696,{"$nulls":4},1974,846443236,883469793,0.958089617,null,"Cottonseed","Y"]
["Seafood",641.715503,{"$nulls":4},1975,848902074,887170577,0.956864549,null,"Cottonseed Cake","N"]
["Non-ruminant meat",2159.32779,{"$nulls":4},1976,876669623,914566321,0.958563204,null,"Cottonseed Oil","Y"]
[{"$nulls":6},1977,913440414,954133715,0.957350526,null,"Dates","Y"]
["Source: ","FAOSTAT Food Balance Sheets 1961-2013 (Old methodology)",{"$nulls":4},1978,973293375,1016657487,0.95734639,null,"Fruits, Other","Y"]
[null,"http://www.fao.org/faostat/en/#data/FBSH",{"$nulls":4},1979,991827877,1035985994,0.957375759,null,"Grapefruit and products","Y"]
[{"$nulls":6},1980,971751406,1016993147,0.955514213,null,"Grapes and products (excl wine)","Y"]
[{"$nulls":6},1981,980344020,1027369144,0.954227627,null,"Groundnut Cake","N"]
[{"$nulls":6},1982,1010009437,1059174237,0.953581953,null,"Groundnut Oil","Y"]
[{"$nulls":6},1983,1003727749,1054325500,0.952009364,null,"Groundnuts (in Shell Eq)","Y"]
[{"$nulls":6},1984,1055399116,1107034325,0.953357174,null,"Groundnuts (Shelled Eq)","Y"]
[{"$nulls":6},1985,1069417218,1124029795,0.951413586,null,"Maize and products","Y"]
[{"$nulls":6},1986,1088914467,1144820611,0.951166022,null,"Millet and products","Y"]
[{"$nulls":6},1987,1114484998,1172951698,0.950154213,null,"Molasses","N"]
[{"$nulls":6},1988,1080295228,1141108700,0.946706679,null,"Oats","Y"]
[{"$nulls":6},1989,1101060448,1161734235,0.947773092,null,"Oilcrops Oil, Other","Y"]
[{"$nulls":6},1990,1121682729,1186266388,0.945557204,null,"Oilcrops, Other","Y"]
[{"$nulls":6},1991,1096591229,1161877077,0.943810021,null,"Oilseed Cakes, Other","N"]
[{"$nulls":6},1992,1123308568,1191265371,0.942954102,null,"Olive Oil","Y"]
[{"$nulls":6},1993,1139239194,1203683594,0.946460681,null,"Olives (including preserved)","Y"]
[{"$nulls":6},1994,1144703575,1210561864,0.945596924,null,"Onions","Y"]
[{"$nulls":6},1995,1134401636,1203834673,0.942323445,null,"Oranges, Mandarines","Y"]
[{"$nulls":6},1996,1186720418,1257867527,0.943438313,null,"Palm kernels","Y"]
[{"$nulls":6},1997,1170874080,1243214834,0.941811542,null,"Palm Oil","Y"]
[{"$nulls":6},1998,1183468341,1256326745,0.942006803,null,"Palmkernel Cake","N"]
[{"$nulls":6},1999,1204779914,1279029708,0.941948343,null,"Palmkernel Oil","Y"]
[{"$nulls":6},2000,1253597694,1329659523,0.942796011,null,"Peas","Y"]
[{"$nulls":6},2001,1289287573,1363627185,0.945483918,null,"Plantains","Y"]
[{"$nulls":6},2002,1283953673,1358731178,0.944965195,null,"Potatoes and products","Y"]
[{"$nulls":6},2003,1295012862,1369654681,0.945503184,null,"Pulses, Other and products","Y"]
[{"$nulls":6},2004,1366846860,1447027178,0.944589625,null,"Rape and Mustard Cake","N"]
[{"$nulls":6},2005,1356967703,1442236273,0.940877531,null,"Rape and Mustard Oil","Y"]
[{"$nulls":6},2006,1355079224,1441949048,0.939755275,null,"Rape and Mustardseed","Y"]
[{"$nulls":6},2007,1389950213,1479740931,0.939319974,null,"Rice and products","Y"]
[{"$nulls":6},2008,1437491150,1528454347,0.940486808,null,"Rice (Paddy Equivalent)","Y"]
[{"$nulls":6},2009,1400390925,1493685776,0.937540511,null,"Roots & Tuber Dry Equiv","Y"]
[{"$nulls":6},2010,1430122989,1527238508,0.936411033,null,"Roots, Other","Y"]
[{"$nulls":6},2011,1520035828,1621225763,0.937584304,null,"Rye and products","Y"]
[{"$nulls":6},2012,1505754557,1611108302,0.934607906,null,"Sesame seed","Y"]
[{"$nulls":6},2013,1599725362,1704319936,0.93862973,null,"Sesameseed Cake","N"]
[{"$nulls":11},"Sesameseed Oil","Y"]
[{"$nulls":6},"Source: ","FAOSTAT Commodity Balances - Crops Primary Equivalent",{"$nulls":3},"Sorghum and products","Y"]
[{"$nulls":7},"http://www.fao.org/faostat/en/#data/BC/metadata",{"$nulls":3},"Soyabean Cake","Y"]
[{"$nulls":11},"Soyabean Oil","N"]
[{"$nulls":11},"Soyabeans","Y"]
[{"$nulls":11},"Sugar (Raw Equivalent)","Y"]
[{"$nulls":11},"Sugar beet","Y"]
[{"$nulls":11},"Sugar cane","Y"]
[{"$nulls":11},"Sugar non-centrifugal","Y"]
[{"$nulls":11},"Sugar, Raw Equivalent","Y"]
[{"$nulls":11},"Sugar, Refined Equiv","Y"]
[{"$nulls":11},"Sunflower seed","Y"]
[{"$nulls":11},"Sunflowerseed Cake","N"]
[{"$nulls":11},"Sunflowerseed Oil","Y"]
[{"$nulls":11},"Sweet potatoes","Y"]
[{"$nulls":11},"Sweeteners, Other","Y"]
[{"$nulls":11},"Tea (including mate)","Y"]
[{"$nulls":11},"Tomatoes and products","Y"]
[{"$nulls":11},"Vegetables, Other","Y"]
[{"$nulls":11},"Wheat and products","Y"]
[{"$nulls":11},"Yams","Y"]
{"$rows_empty":1573}
[{"$nulls":147},{"$f":"(EJ1649*((CO1649/'T9 - Feed composition+factors'!B14)/((CO1649/'T9 - Feed composition+factors'!B14)+CP1649+CX1649)))+(EK1649*(CP1649/((CO1649/'T9 - Feed composition+factors'!B14)+'T9 - Feed composition+factors'!DF1CP1649+CX1649)))+(EO1649*(CX1649/(CO1649+CP1649+CX1649)))","v":{"$error":"#DIV/0!"}}]
{"$rows_empty":241}
[{"$nulls":152},{"$f":"(EU1891*('T9 - Feed composition+factors'!A1/(CM1891+CN1891)))+(EV1891*(CN1891/(CM1891+CN1891)))","v":{"$error":"#VALUE!"}}]

{"sheet":"T10 - FBS (1961-2013)","index":11,"n_rows":54,"n_cols":7,"rows_kept":54}
["Year","Animal Products","Vegetal Products","Total caloric intake (kcal/cap/day)"]
[1961,338,1858,{"$f":"C2+B2","v":2196}]
[1962,343,1900,{"$f":"C3+B3","v":2243},null,"Source: ","FAOSTAT Food Balance Sheets 1961-2013 (Old methodology)"]
[1963,351,1903,2254,null,null,"http://www.fao.org/faostat/en/#data/FBSH"]
[1964,351,1935,2286]
[1965,355,1955,2310]
[1966,359,1968,2327]
[1967,364,1966,2330]
[1968,369,1965,2334]
[1969,366,1977,2343]
[1970,366,2023,2389]
[1971,369,1996,2365]
[1972,371,1981,2352]
[1973,365,2024,2389]
[1974,370,2011,2381]
[1975,369,2027,2396]
[1976,373,2016,2389]
[1977,372,2046,2418]
[1978,378,2099,2477]
[1979,386,2091,2477]
[1980,389,2100,2489]
[1981,388,2113,2501]
[1982,386,2145,2531]
[1983,392,2183,2575]
[1984,397,2186,2583]
[1985,407,2180,2587]
[1986,405,2184,2589]
[1987,408,2199,2607]
[1988,411,2212,2623]
[1989,413,2221,2634]
[1990,414,2207,2621]
[1991,410,2190,2600]
[1992,410,2200,2610]
[1993,412,2204,2616]
[1994,421,2218,2639]
[1995,428,2236,2664]
[1996,427,2246,2673]
[1997,430,2257,2687]
[1998,439,2263,2702]
[1999,445,2270,2715]
[2000,450,2278,2728]
[2001,448,2277,2725]
[2002,455,2274,2729]
[2003,461,2274,2735]
[2004,464,2283,2747]
[2005,470,2291,2761]
[2006,479,2300,2779]
[2007,488,2319,2807]
[2008,494,2332,2826]
[2009,497,2329,2826]
[2010,504,2346,2850]
[2011,507,2362,2869]
[2012,513,2362,2875]
[2013,514,2370,2884]

{"sheet":"T11 - FAOSTAT Livestock yields","index":12,"n_rows":1649,"n_cols":148,"rows_kept":1649,"merged":[[0,1,0,6],[0,7,0,8],[0,9,0,13],[0,15,0,16]]}
[null,"PRODUCTION",{"$nulls":5},"YIELD",null,"YIELD/CARCASS WEIGHT",{"$nulls":5},"EFFICIENCY GAINS (2010=1)"]
["Year","Beef and Buffalo Meat","Eggs Primary","Meat, Poultry","Milk, Total","Sheep and Goat Meat","Pig Meat","Eggs Primary","Milk, Total","Beef and Buffalo Meat","Meat, Poultry","Sheep and Goat Meat","Pig Meat","Weighted global yield","Year","Efficiency relative to 2010 (All main meats)","Efficiency relative to 2010 (no pig meat)"]
[1961,28755714,15109946,8949668,344184775,6032191,24748623,77511,8845,1591,12759,139,658,{"$f":"SUM(B3*J3,C3*H3,D3*K3,E3*I3,F3*L3,G3*M3)/SUM(B3:G3)","v":10268.255100191858},1961,{"$f":"N3/N$52","v":{"v":0.6903332368172456,"d":"0.69"}},0.6599795574917033]
[1962,30307673,15474781,9205767,346850639,6166781,26055878,77181,8952,1576,12631,138,650,{"$f":"SUM(B4*J4,C4*H4,D4*K4,E4*I4,F4*L4,G4*M4)/SUM(B4:G4)","v":10323.873618458218},1962,{"v":0.6940724613853105,"d":"0.69"},0.6650413310539421]
[1963,31976185,15670647,9749453,344291955,6163326,28017011,78225,8846,1583,12703,137,639,10243.123911889616,1963,{"v":0.6886436708299897,"d":"0.69"},0.6626835644926334]
[1964,32437146,16351543,10141507,349488572,6158124,28678415,79763,8949,1620,12724,136,632,10450.799475411583,1964,{"v":0.7026056675446298,"d":"0.70"},0.6764896096465215]
[1965,33040548,16852809,10962069,364812477,6212144,31285284,79508,9254,1651,12713,138,636,10645.384951256206,1965,{"v":0.715687619645229,"d":"0.72"},0.691104074183348]
[1966,34754098,17304281,11682834,373466847,6317857,32412805,78564,9275,1692,13261,136,639,10628.888365267325,1966,{"v":0.7145785566651005,"d":"0.71"},0.6904042169931309]
[1967,36497312,18123342,12384333,381803333,6493821,33864987,79035,9416,1709,12746,139,644,10774.1802835758,1967,{"v":0.7243465103505716,"d":"0.72"},0.7006583163937334]
[1968,38228120,18617158,12783155,390077633,6672625,34402875,79021,9462,1735,12740,140,650,10812.17958592749,1968,{"v":0.7269011976984491,"d":"0.73"},0.7027338593144543]
[1969,39212224,19417243,13732719,391157148,6650206,34122221,79660,9466,1773,12798,140,658,10942.3346329864,1969,{"v":0.7356515018199935,"d":"0.74"},0.7104475520815418]
[1970,39662457,20354150,15096052,391945638,6830942,35796842,80368,9514,1802,12955,140,666,11098.265124014639,1970,{"v":0.7461346851398173,"d":"0.75"},0.7224571377763939]
[1971,39414287,21058531,15732218,395002336,6961677,39418389,80381,9532,1839,13058,141,662,11134.077781607597,1971,{"v":0.7485423646914008,"d":"0.75"},0.7292070160498728]
[1972,39899373,21711502,16833182,405251510,7018105,40624567,82053,9724,1864,13105,141,658,11376.654101718059,1972,{"v":0.7648507339910633,"d":"0.76"},0.7454148541521268]
[1973,40260716,21947482,17622088,412174137,6785120,40471811,80105,9851,1879,13133,139,658,11410.209120201482,1973,{"v":0.7671066328068894,"d":"0.77"},0.7465470654782815]
[1974,43311973,22521988,18297605,420419019,6561829,42431732,80592,9875,1903,13138,137,673,11415.533992186776,1974,{"v":0.7674646231448171,"d":"0.77"},0.7480494388778982]
[1975,45198729,23230114,18674660,424734585,6791671,41671811,81708,9757,1855,13239,136,664,11425.798282792604,1975,{"v":0.7681546898492781,"d":"0.77"},0.7470249803047007]
[1976,47582912,23638480,20026205,433557297,6819910,40752457,81193,9749,1871,13308,138,656,11407.232194286977,1976,{"v":0.7669064945280608,"d":"0.77"},0.7434314044412555]
[1977,47986751,24742557,21230557,446302451,6884345,42950133,83206,9781,1881,13281,137,667,11567.306483446171,1977,{"v":0.7776682647692794,"d":"0.78"},0.7550757484930444]
[1978,48514097,25811748,22704664,452726282,7044103,45643945,88484,9729,1890,13320,137,686,11810.036045144043,1978,{"v":0.7939869364776783,"d":"0.79"},0.7732473217761692]
[1979,47357186,26561368,24557696,459749411,7044175,50086460,89036,9662,1904,13381,137,694,11800.50725907418,1979,{"v":0.7933463176318898,"d":"0.79"},0.7770571058733989]
[1980,47172698,27406144,25947107,465819160,7341533,52676913,91215,9589,1910,13431,136,697,11882.71730520145,1980,{"v":0.798873286594793,"d":"0.80"},0.7846665921105771]
[1981,47634473,28017250,27510044,469821906,7621505,52992604,93463,9497,1910,13539,135,708,11967.312843252661,1981,{"v":0.8045606318188221,"d":"0.80"},0.7898424152218338]
[1982,47727644,28763021,28462848,481722523,7712227,53198527,94261,9637,1897,13539,136,715,12150.610308232199,1982,{"v":0.8168836926568175,"d":"0.82"},0.8007310946691835]
[1983,48999507,29308788,29200322,499971613,7993433,55479655,94339,9830,1930,13560,137,720,12238.18163408054,1983,{"v":0.8227710996442162,"d":"0.82"},0.8069510345549764]
[1984,50395178,30776158,29774919,504911887,8072131,57489121,95863,9986,1938,13576,137,727,12528.459919586616,1984,{"v":0.8422864648602038,"d":"0.84"},0.8275801900046369]
[1985,51304055,32497013,31181238,512979429,8248783,59967763,97567,10037,1965,13624,137,736,12770.152201387047,1985,{"v":0.8585354003980362,"d":"0.86"},0.8451223478691403]
[1986,53086455,33602357,33321191,522583172,8335775,60722851,98768,10069,1978,13840,138,726,12916.61590729256,1986,{"v":0.8683821331863668,"d":"0.87"},0.8542012170294572]
[1987,53048483,34490375,35964327,522185551,8650214,63424667,99071,9974,1998,13900,137,741,12928.14539413747,1987,{"v":0.8691572588425593,"d":"0.87"},0.857580780290026]
[1988,53542670,36016964,37728180,529863289,9053236,66897433,102079,9967,2015,14023,140,756,13158.494630124833,1988,{"v":0.8846436031265619,"d":"0.88"},0.8754784372718764]
[1989,53765572,36306660,38665869,537910826,9380976,67976022,101846,9932,2022,14147,139,754,13102.713301336948,1989,{"v":0.8808934328317677,"d":"0.88"},0.8718618509029439]
[1990,55296249,37365608,40997366,542466322,9700135,69701012,101731,9682,2044,14242,140,760,12977.22570018744,1990,{"v":0.8724569203925362,"d":"0.87"},0.8642322682427851]
[1991,55889747,39152400,43840828,533315002,9891850,71266032,103780,9260,2048,14631,141,770,13026.91128646814,1991,{"v":0.8757972748408471,"d":"0.88"},0.8696213473513453]
[1992,55095474,39792135,46025626,526072469,10002888,73323778,105612,9044,2031,14740,141,775,13073.060945733841,1992,{"v":0.8788999094509193,"d":"0.88"},0.8755481818777703]
[1993,54603532,41282111,48973672,528289694,10124567,75750763,108344,9019,2004,14877,142,784,13354.178972577058,1993,{"$f":"N35/N$52","v":{"v":0.8977994318629335,"d":"0.90"}},0.8963787333708205]
[1994,54571303,44774082,51719700,532937911,10323788,79289791,107760,8844,1974,15078,142,799,13560.373717213854,1994,{"v":0.9116618733479688,"d":"0.91"},0.9127843183251111]
[1995,55374837,46884427,55295722,539999313,10563474,83963063,109050,8854,1987,15108,141,839,13775.453482172115,1995,{"v":0.9261216534049285,"d":"0.93"},0.9305126396616298]
[1996,56259712,49777068,57195245,547035147,10267761,79294017,111403,8954,2015,15215,141,793,14367.302277291914,1996,{"v":0.9659115583551672,"d":"0.97"},0.9640502651538555]
[1997,57455189,49932898,60766656,550766840,10630817,83202001,108360,8943,1998,15533,142,834,14107.362129827457,1997,{"v":0.9484358215696117,"d":"0.95"},0.94946218762671]
[1998,57018627,51616947,63305372,559505507,11069521,88793964,108953,9007,1971,15825,143,842,14259.213647158396,1998,{"v":0.9586447761049074,"d":"0.96"},0.9642068611582985]
[1999,58441366,53544515,66066913,570827439,11310310,90787504,109511,9019,2005,15669,142,834,14385.454875887062,1999,{"v":0.9671319548122632,"d":"0.97"},0.972725508836058]
[2000,58850260,55171899,68638943,579508811,11620199,89873292,108569,9163,2012,15700,143,817,14555.58192664257,2000,{"v":0.9785695706946371,"d":"0.98"},0.9816849739056898]
[2001,58290302,56299050,71235843,589648558,11711295,90761759,107890,9291,2028,15750,144,824,14658.269191108295,2001,{"v":0.9854732199482682,"d":"0.99"},0.9878890643152968]
[2002,59444488,57675220,74492723,604247386,11713628,93173505,107064,9389,2028,15901,143,822,14689.524445500481,2002,{"v":0.9875745059721908,"d":"0.99"},0.9900854775307849]
[2003,60293480,58668946,76052096,616640014,12045912,95607978,106967,9482,2030,15973,142,815,14727.841377265915,2003,{"v":0.9901505474974975,"d":"0.99"},0.9933212963553506]
[2004,61991947,59969933,78555015,628727698,12412818,96657436,105557,9547,2053,16175,142,815,14719.094406271288,2004,{"v":0.9895624899609298,"d":"0.99"},0.9916888783638805]
[2005,62420785,61226168,81323150,649764895,12828021,98784115,104526,9594,2049,15959,143,823,14634.948885729298,2005,{"v":0.9839053993459588,"d":"0.98"},0.9851103444750019]
[2006,63881178,62490136,83445211,668388394,13077202,100759753,103172,9753,2055,16134,143,818,14644.438981592828,2006,{"v":0.9845434170550293,"d":"0.98"},0.9851037409527221]
[2007,65831135,64323964,88461833,685592848,13584426,99363744,103390,9718,2079,16115,146,785,14703.178762472437,2007,{"v":0.9884924836363416,"d":"0.99"},0.9852550112103104]
[2008,65940010,66761652,92681822,700248130,13594780,103563936,104204,9925,2078,16128,145,797,14982.015935404772,2008,{"v":1.0072386645850162,"d":"1.01"},1.005684438773182]
[2009,66313389,68131698,94750296,707694287,13695071,106148192,104647,9707,2095,15975,145,804,14894.262507793916,2009,{"v":1.0013390149236752,"d":"1.00"},1.0009155814436477]
[2010,66553535,69517904,99296537,723547498,13690948,108972569,103909,9690,2098,16371,145,788,14874.345537139783,2010,{"v":1,"d":"1.00"},1]
[2011,66292175,70879977,103287346,741692398,13753596,109623889,104440,9773,2096,16553,146,790,15005.064201001094,2011,{"v":1.0087881959938956,"d":"1.01"},1.0071220696075514]
[2012,66888242,72598479,106998645,759249683,13952613,113126600,103712,9774,2093,16770,145,792,14985.88443701197,2012,{"v":1.007498743362771,"d":"1.01"},1.0065632840523393]
[2013,67952557,74280563,110438697,767650676,14319846,115104163,103618,9932,2099,17076,146,793,15171.137086752364,2013,{"v":1.0199532509764226,"d":"1.02"},1.01933448747033]
[2014,68473337,75832285,113055821,793029201,14717407,117055107,103540,10242,2121,17116,146,797,15352.886599817382,2014,{"v":1.032172243241407,"d":"1.03"},1.030388495141921]
[2015,67979125,78075220,116259109,801693936,15106114,119407109,104936,10080,2121,17077,148,804,15437.161037651673,2015,{"v":1.0378380009464345,"d":"1.04"},1.0366968468921085]
[2016,68646597,80288962,119696789,812293511,15362559,118956327,105632,10070,2136,17177,147,803,15602.882028799064,2016,{"v":1.0489793981079838,"d":"1.05"},1.045961488368708]
[2017,69552871,81363134,123183515,831317170,15415440,119929879,105498,10222,2140,17335,149,807,15687.68351276139,2017,{"v":1.054680589044458,"d":"1.05"},1.05028521901122]
[2018,71601312,82858980,127298325,843035456,15765334,120881269,107579,10410,2170,17397,150,814,15982.227028257808,2018,{"v":1.0744827050273744,"d":"1.07"},1.0691206267390105]
[]
["Source: ","FAOSTAT (2020)","http://www.fao.org/faostat/en/#data/QL",{"$nulls":11},"Source: "]
{"$rows_empty":1586}
[{"$nulls":147},"=EM1649*CQ1649*"]

{"sheet":"T12 - FAOSTAT Cereal yields","index":13,"n_rows":59,"n_cols":14,"rows_kept":59}
["Domain Code","Domain","Area Code","Area","Element Code","Element","Item Code","Item","Year Code","Year","Unit","Value","Flag","Flag Description"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1961,1961,"hg/ha",13532,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1962,1962,"hg/ha",14275,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1963,1963,"hg/ha",14401,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1964,1964,"hg/ha",14938,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1965,1965,"hg/ha",14967,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1966,1966,"hg/ha",16102,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1967,1967,"hg/ha",16533,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1968,1968,"hg/ha",16964,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1969,1969,"hg/ha",17088,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1970,1970,"hg/ha",17655,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1971,1971,"hg/ha",18922,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1972,1972,"hg/ha",18582,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1973,1973,"hg/ha",19404,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1974,1974,"hg/ha",18926,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1975,1975,"hg/ha",19126,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1976,1976,"hg/ha",20259,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1977,1977,"hg/ha",20253,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1978,1978,"hg/ha",22126,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1979,1979,"hg/ha",21761,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1980,1980,"hg/ha",21611,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1981,1981,"hg/ha",22468,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1982,1982,"hg/ha",23693,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1983,1983,"hg/ha",23086,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1984,1984,"hg/ha",24991,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1985,1985,"hg/ha",25288,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1986,1986,"hg/ha",25567,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1987,1987,"hg/ha",25397,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1988,1988,"hg/ha",24599,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1989,1989,"hg/ha",26292,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1990,1990,"hg/ha",27579,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1991,1991,"hg/ha",26841,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1992,1992,"hg/ha",27844,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1993,1993,"hg/ha",27406,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1994,1994,"hg/ha",28105,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1995,1995,"hg/ha",27710,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1996,1996,"hg/ha",29448,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1997,1997,"hg/ha",29897,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1998,1998,"hg/ha",30641,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",1999,1999,"hg/ha",31073,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2000,2000,"hg/ha",30623,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2001,2001,"hg/ha",31300,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2002,2002,"hg/ha",31039,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2003,2003,"hg/ha",30932,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2004,2004,"hg/ha",33771,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2005,2005,"hg/ha",32671,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2006,2006,"hg/ha",33062,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2007,2007,"hg/ha",33754,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2008,2008,"hg/ha",35392,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2009,2009,"hg/ha",35593,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2010,2010,"hg/ha",35562,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2011,2011,"hg/ha",36659,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2012,2012,"hg/ha",36203,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2013,2013,"hg/ha",38234,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2014,2014,"hg/ha",38959,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2015,2015,"hg/ha",39195,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2016,2016,"hg/ha",40085,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2017,2017,"hg/ha",41131,"Fc","Calculated data"]
["QC","Crops",5000,"World",5419,"Yield",1717,"Cereals, Total",2018,2018,"hg/ha",40694,"Fc","Calculated data"]

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["Column name","GHG (crops)","GHG (Livestock)","Global total food supply","Food supply units","Biofuels","Pesticide","Pesticide units","Trade regime","Climate change scenario"]
["Column","K","L","AX","AZ","CK","BR","BS","BT","BU"]

{"sheet":"Original_values_markup","index":15,"n_rows":910,"n_cols":112,"rows_kept":910,"hidden":true}
["ID","Year","Title","Authors","Study abbreviation","Type","Journal or Organization name","Scenario (author code)","Scenario (short description)","Scenario year (numeric)","GHGscope","DirNonCO2","CO2Ag","DirGHG","Dir+IndGHG","GHGLUC","DirNonCO2LUC","DirGHG+LUC","GHG units","TotalArea","Cropland","IrrigatedArea","RainfedArea","Land use (cropland - difference to baseline)","Pasture","Land use (pasture - difference to baseline)","Land units","Forest (actual)","Change in forest from baseline","Remaining forest (%)","Water","Withdrawals","Water units","Nfert","N - Biological fixation","Nfix","Nsurplus","Nitrogen units","NUEinc","NUE","Pfert","Psurplus","Phosphorus units","PUEinc","PUE","Biosphere integrity","Biosphere units","World population","Population (units)","Total food supply","Total meat consumption","Pork","Poultry","Ruminant meat","Dairy (and eggs)","Seafood","Animal products (%)","Animal products (total)","Plant products","Cereals","Roots & tubers","Nuts & pulses","Fruits & vegetables","Empty calories","Food units","Food waste reduction (%)","GDP original","GDP original units","GDP per capita 2005 USD PPP","Irrigated land","Irrigated land units","Yield gap closure","Cereal yield - average","Cereal yield - irrigated","Cereal yield - rainfed","Crop yield units","Livestock yield/efficiency","Feed efficiency units","FeedEffinc","FeedEffrate","WUEinc","WUE","GHGeffinc","Scenario family","Scenario name","Objectives","Status","Broad scenario","YieldGap","WasteRed","FeedEff","Trade","FCF","WUEff","RFexp","Neff","Nrec","DietType","Disruptive","GHGeff","Organic","CC","LUCReg","Diet","FeedAgg","FCF_perc","FCFNum","ORGNum","FeedEffL","NEffL","FeedEffQ","NEffQ"]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F.; Gephart, J. A.; Emery, K. A.; Leach, A. M.; Galloway, J. N.; D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","B","Baseline (2009)",2009,"GHGLCA",{"$nulls":3},{"$f":"(7458.12)/1000","v":{"v":7.45812,"d":"7.46"}},{"$nulls":3},"GtCO2eq/yr",{"v":5612.093,"d":"5,612.09"},{"$nulls":6},"Mha",{"$nulls":3},{"v":778.2824310901797,"d":"778.28"},null,"km3/yr",{"v":113.84,"d":"113.8"},null,{"$f":"4.208*(AH2^0.7799)","v":{"v":168.95852658597636,"d":"169.0"}},null,"TgN/yr",null,{"v":0,"d":"0.0%"},{"$nulls":7},{"v":6.8,"d":"6.80"},"billion",{"v":2843.8149354233287,"d":"2,843.81"},{"v":92.3,"d":"92.30"},{"v":29.5,"d":"29.50"},{"v":31.1,"d":"31.10"},{"v":31.7,"d":"31.70"},{"v":172.8,"d":"172.80"},{"v":21.4,"d":"21.40"},{"$f":"BF2/AX2","v":{"v":0.10074495229323063,"d":"10.1%"}},{"$f":"SUM(AZ2:BD2)","v":{"v":286.5,"d":"286.50"}},{"v":2557.3,"d":"2,557.30"},{"v":1392.5202063499703,"d":"1,392.52"},{"v":171.76173136502953,"d":"171.76"},{"v":177.78345474820657,"d":"177.78"},{"v":241.37209365152327,"d":"241.37"},{"v":573.877449308599,"d":"573.88"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},{"$nulls":3},2.94,{"$nulls":10},"Baseline (2009)",null,null,"Completed","Baseline (2009)"]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F.; Gephart, J. A.; Emery, K. A.; Leach, A. M.; Galloway, J. N.; D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Vegetarian (2050)",2050,"GHGLCA",{"$nulls":3},{"$f":"1.25034*3.666666666666","v":{"v":4.584579999999167,"d":"4.58"}},{"$nulls":3},"GtCO2eq/yr",{"v":2694.4,"d":"2,694.40"},{"$nulls":6},"Mha",{"$nulls":3},{"v":715.4145776173577,"d":"715.41"},null,"km3/yr",{"v":108.046,"d":"108.0"},null,{"v":162.21355832873573,"d":"162.2"},null,"TgN/yr",{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":313.1,"d":"313.10"},{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"v":1007.1,"d":"1,007.10"},{"v":163.3,"d":"163.30"},{"v":276.9,"d":"276.90"},{"v":250.6,"d":"250.60"},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0%"},{"v":0,"d":"0%"},{"v":0,"d":"0%"},"BAU+diet","Vegetarian","Diet - less animal products","Completed","DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
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[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F.; Gephart, J. A.; Emery, K. A.; Leach, A. M.; Galloway, J. N.; D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Pescaterian diet + improved efficiency (2050)",2050,"GHGLCA",{"$nulls":3},{"$f":"0.594406581363873*3.666666666666","v":{"v":2.1794907983338048,"d":"2.18"}},{"$nulls":3},"GtCO2eq/yr",{"v":-2025.603619124917,"d":"-2,025.60"},{"$nulls":6},"Mha",{"$nulls":3},{"v":1184.1692406040481,"d":"1,184.17"},null,"km3/yr",{"v":139.74637907290847,"d":"139.7"},null,{"v":198.25622699157623,"d":"198.3"},null,"TgN/yr",{"v":0.074,"d":"7.4%"},{"v":0.074,"d":"7.4%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":219.2,"d":"219.20"},{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999997,"d":"2,082.30"},{"v":945.4,"d":"945.40"},{"v":153.3,"d":"153.30"},{"v":259.9,"d":"259.90"},{"v":250.6,"d":"250.60"},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.8846,"d":"88.5%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0.3203,"d":"32%"},{"v":0.3203,"d":"32.0%"},{"v":0.333,"d":"33.3%"},"BAU+diet","Pescaterian","Diet - less animal products","Completed","MIXED","Trend","Const","Trend","Const","Const","Trend","No","Trend","No","PESC","No","Trend","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[1,2016,"Meeting future food demand with current agricultural resources","Davis, K. F.; Gephart, J. A.; Emery, K. A.; Leach, A. M.; Galloway, J. N.; D’Odorico, P.","Davis et al. (2016)","Journal article","Global Environmental Change","S3","Vegetarian + improved efficiency (2050)",2050,"GHGLCA",{"$nulls":3},{"$f":"0.569551535440033*3.6666666666","v":{"v":2.0883556299088175,"d":"2.09"}},{"$nulls":3},"GtCO2eq/yr",{"v":-2295.593514883351,"d":"-2,295.59"},{"$nulls":6},"Mha",{"$nulls":3},{"v":506.13466584328717,"d":"506.13"},null,"km3/yr",{"v":99.5769786738775,"d":"99.6"},null,{"v":152.20884565772351,"d":"152.2"},null,"TgN/yr",{"v":0.074,"d":"7.4%"},{"v":0.074,"d":"7.4%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":313.1,"d":"313.10"},{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"v":1007.1,"d":"1,007.10"},{"v":163.3,"d":"163.30"},{"v":276.9,"d":"276.90"},{"v":250.6,"d":"250.60"},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.8846,"d":"88.5%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0.3203,"d":"32%"},{"v":0.3203,"d":"32.0%"},{"v":0.333,"d":"33.3%"},"BAU+diet","Vegetarian","Diet - less animal products","Completed","MIXED","Trend","Const","Trend","Const","Const","Trend","No","Trend","No","VEG","No","Trend","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[2,2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L.; Billen, G.; Garnier, J.; Bouwman, L.; Velazquez, E.; Mueller, N. D.; Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters","B","Baseline (2009)",2009,{"$nulls":26},{"v":119.5812993741047,"d":"119.6"},"TgN/yr",{"v":0,"d":"0.0%"},{"v":0.46,"d":"46.0%"},{"$nulls":7},{"v":6.761745,"d":"6.76"},"billion",{"$nulls":54},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[2,2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L.; Billen, G.; Garnier, J.; Bouwman, L.; Velazquez, E.; Mueller, N. D.; Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters","BAU","BAU (2050)",2050,{"$nulls":26},{"v":141.40964688818602,"d":"141.4"},"TgN/yr",{"$f":"(AN12-AN$11)/AN$11","v":{"v":0.08695652173913039,"d":"8.7%"}},{"v":0.5,"d":"50.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.239295,"d":"9.24"},"billion",{"$f":"AX98","v":{"v":3178,"d":"3,178.00"}},{"$nulls":6},{"$f":"BE98","v":{"v":0.22,"d":"22.0%"}},699.16,{"v":2478.84,"d":"2,478.84"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.3401,"d":"34.0%"},{"$nulls":6},{"$f":"BY$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[2,2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L.; Billen, G.; Garnier, J.; Bouwman, L.; Velazquez, E.; Mueller, N. D.; Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters","SEED","Self sufficiency + equitable diet (2050)",2050,{"$nulls":26},{"v":97.46144710887194,"d":"97.5"},"TgN/yr",{"$f":"(AN13-AN$11)/AN$11","v":{"v":0.13043478260869565,"d":"13.0%"}},{"v":0.52,"d":"52.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.239295,"d":"9.24"},"billion",{"$f":"AX99","v":{"v":2731,"d":"2,731.00"}},{"$nulls":6},{"v":0.14,"d":"14.0%"},{"v":382.34000000000003,"d":"382.34"},{"v":2348.66,"d":"2,348.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.3401,"d":"34.0%"},{"$nulls":6},{"$f":"BY$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"Regional Sustainable Development",{"$nulls":3},"OTHER","Trend","Const","Trend","Reg","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"$f":"20/28","v":{"v":0.7142857142857143,"d":"71%"}},{"v":0,"d":"0%"},2,"1",4,1]
[2,2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L.; Billen, G.; Garnier, J.; Bouwman, L.; Velazquez, E.; Mueller, N. D.; Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters","BAU-O","BAU optimised (2050)",2050,{"$nulls":26},{"v":87.91497186465602,"d":"87.9"},"TgN/yr",{"$f":"(AN14-AN$11)/AN$11","v":{"v":0.45212166210094373,"d":"45.2%"}},{"v":0.6679759645664342,"d":"66.8%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.239295,"d":"9.24"},"billion",{"$f":"AX12","v":{"v":3178,"d":"3,178.00"}},{"$nulls":6},{"$f":"BE12","v":{"v":0.22,"d":"22.0%"}},699.16,{"v":2478.84,"d":"2,478.84"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.3401,"d":"34.0%"},{"$nulls":6},{"$f":"BY$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Trend","Const","Trend","Const","Const","Low","No","High","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2," ",4," "]
[{"$f":"IF(E15=E14,A14,A14+1)","v":2},2016,"Nitrogen use in the global food system: past trends and future trajectories of agronomic performance, pollution, trade, and dietary demand","Lassaletta, L.; Billen, G.; Garnier, J.; Bouwman, L.; Velazquez, E.; Mueller, N. D.; Gerber, J. S.","Lassaletta et al. (2016)","Journal article","Environmental Research Letters","SEED-O","Self sufficiency + equitable diet - optimised (2050)",2050,{"$nulls":26},{"v":48.730764313844105,"d":"48.7"},"TgN/yr",{"$f":"(AN15-AN$11)/AN$11","v":{"v":0.7058854414849188,"d":"70.6%"}},{"v":0.7847073030830627,"d":"78.5%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.239295,"d":"9.24"},"billion",{"$f":"AX13","v":{"v":2731,"d":"2,731.00"}},{"$nulls":6},{"v":0.14,"d":"14.0%"},{"v":382.34000000000003,"d":"382.34"},{"v":2348.66,"d":"2,348.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.3401,"d":"34.0%"},{"$nulls":6},{"$f":"BY$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.0%"},"Regional Sustainable Development+diet+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Reg","Const","Low","No","High+","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"$f":"20/28","v":{"v":0.7142857142857143,"d":"71%"}},{"v":0,"d":"0%"},2," ",4," "]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","B","Baseline (2005-2009)",2009,"GHGdirectAgLUC",{"$nulls":6},11.01,"GtCO2eq/yr",4.92,1.54,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1371.32,"d":"1,371.32"},null,"km3/yr",{"$nulls":3},{"v":87.91,"d":"87.9"},"TgN/yr",{"$nulls":3},47.18,"Mt P2O5/yr",{"$nulls":4},6.67,"billion",{"v":2763,"d":"2,763.00"},110.46,null,null,{"v":34,"d":"34.00"},241.63,null,{"v":0.15,"d":"15.0%"},{"$f":"BE16*AX16","v":414.45},{"$f":"AX16-BF16","v":{"v":2348.55,"d":"2,348.55"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":6},2.94,null,null,"t/ha",{"$nulls":27},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","REF","Reference scenario (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.78,"GtCO2eq/yr",5.01,1.63,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2177.7,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.76,"d":"121.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,63.95,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},514.76,{"v":2513.24,"d":"2,513.24"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"$f":"BU17/$BU$16 - 1","v":{"v":0.34013605442176864,"d":"34.0%"}},3.94,null,null,"t/ha",1,"Relative to trend",{"$f":"IF(BY17=1,CA$93,(1+BY17)*CA$93*(1-DC17)+CA16*(DC17))","v":{"v":0.127,"d":"12.7%"}},null,{"$f":"CD17","v":{"v":0,"d":"0.0%"}},0,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Const","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.08,"GtCO2eq/yr",4.85,1.48,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2044.8,"d":"2,044.80"},null,"km3/yr",{"$nulls":3},{"v":107.78,"d":"107.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,57.4,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.14,"d":"14.0%"},423.92,{"v":2604.08,"d":"2,604.08"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.54,"GtCO2eq/yr",4.75,1.37,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1936,"d":"1,936.00"},null,"km3/yr",{"$nulls":3},{"v":95.16,"d":"95.2"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,51.88,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.12,"d":"12.0%"},363.36,{"v":2664.64,"d":"2,664.64"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"},2,"1",4,1]
[{"$f":"IF(E20=E19,A19,A19+1)","v":3},2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.11,"GtCO2eq/yr",4.67,1.29,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1840.22,"d":"1,840.22"},null,"km3/yr",{"$nulls":3},{"v":84.26,"d":"84.3"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,47.08,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.11,"d":"11.0%"},333.08,{"v":2694.92,"d":"2,694.92"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.72,"GtCO2eq/yr",{"v":4.6,"d":"4.60"},1.22,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1752.85,"d":"1,752.85"},null,"km3/yr",{"$nulls":3},{"v":73.96,"d":"74.0"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,42.5,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.09,"d":"9.0%"},272.52,{"v":2755.48,"d":"2,755.48"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.33,"GtCO2eq/yr",4.54,1.17,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1659.29,"d":"1,659.29"},null,"km3/yr",{"$nulls":3},{"v":62.36,"d":"62.4"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,37.84,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.08,"d":"8.0%"},242.24,{"v":2785.76,"d":"2,785.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.14,"GtCO2eq/yr",4.87,{"v":1.5,"d":"1.50"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2071.48,"d":"2,071.48"},null,"km3/yr",{"$nulls":3},{"v":109.85,"d":"109.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,57.95,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.13,"d":"13.0%"},393.64,{"v":2634.36,"d":"2,634.36"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.12192,"d":"12.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.63,"GtCO2eq/yr",4.78,{"v":1.4,"d":"1.40"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1979.25,"d":"1,979.25"},null,"km3/yr",{"$nulls":3},{"v":98.35,"d":"98.4"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,52.68,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.11,"d":"11.0%"},333.08,{"v":2694.92,"d":"2,694.92"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.113792,"d":"11.4%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":11.2,"d":"11.20"},"GtCO2eq/yr",4.71,1.33,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1893.11,"d":"1,893.11"},null,"km3/yr",{"$nulls":3},{"v":87.92,"d":"87.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,47.95,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.08,"d":"8.0%"},242.24,{"v":2785.76,"d":"2,785.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10647680000000001,"d":"10.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.82,"GtCO2eq/yr",4.64,1.26,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1810.56,"d":"1,810.56"},null,"km3/yr",{"$nulls":3},{"v":77.52,"d":"77.5"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,43.29,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.06,"d":"6.0%"},181.68,{"v":2846.32,"d":"2,846.32"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10257536000000002,"d":"10.3%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.43,"GtCO2eq/yr",4.58,{"v":1.2,"d":"1.20"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1717.78,"d":"1,717.78"},null,"km3/yr",{"$nulls":3},{"v":65.16,"d":"65.2"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,38.38,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.05,"d":"5.0%"},{"v":151.4,"d":"151.40"},{"v":2876.6,"d":"2,876.60"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.19,"GtCO2eq/yr",4.89,1.51,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2097.36,"d":"2,097.36"},null,"km3/yr",{"$nulls":3},{"v":111.93,"d":"111.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,58.5,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.12,"d":"12.0%"},363.36,{"v":2664.64,"d":"2,664.64"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.09652000000000002,"d":"9.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.71,"GtCO2eq/yr",4.81,1.43,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2019.47,"d":"2,019.47"},null,"km3/yr",{"$nulls":3},{"v":101.56,"d":"101.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,53.47,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.09,"d":"9.0%"},272.52,{"v":2755.48,"d":"2,755.48"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.08839200000000001,"d":"8.8%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.29,"GtCO2eq/yr",4.74,1.36,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1939.86,"d":"1,939.86"},null,"km3/yr",{"$nulls":3},{"v":91.59,"d":"91.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,48.77,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.06,"d":"6.0%"},181.68,{"v":2846.32,"d":"2,846.32"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0810768,"d":"8.1%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":10.9,"d":"10.90"},"GtCO2eq/yr",4.67,{"v":1.3,"d":"1.30"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1858.67,"d":"1,858.67"},null,"km3/yr",{"$nulls":3},81.1,"TgN/yr",{"v":0,"d":"0.0%"},null,null,44.02,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.04,"d":"4.0%"},121.12,{"v":2906.88,"d":"2,906.88"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.07717536000000001,"d":"7.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":10.5,"d":"10.50"},"GtCO2eq/yr",4.61,1.23,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1763.48,"d":"1,763.48"},null,"km3/yr",{"$nulls":3},{"v":67.92,"d":"67.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,38.85,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.03,"d":"3.0%"},90.84,{"v":2937.16,"d":"2,937.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0762,"d":"7.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","REF",{"$f":"CONCATENATE(\"CC + \",I17)","v":"CC + Reference scenario (2050)"},2050,"GHGdirectAgLUC",{"$nulls":6},14.01,"GtCO2eq/yr",5.77,2.39,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2122.43,"d":"2,122.43"},null,"km3/yr",{"$nulls":3},{"v":116.89,"d":"116.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,60.43,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},514.76,{"v":2513.24,"d":"2,513.24"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Const","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","CC + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.21,"GtCO2eq/yr",5.57,2.19,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1983.72,"d":"1,983.72"},null,"km3/yr",{"$nulls":3},{"v":101.55,"d":"101.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,53.95,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.14,"d":"14.0%"},423.92,{"v":2604.08,"d":"2,604.08"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","CC + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.61,"GtCO2eq/yr",5.43,2.05,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1879.47,"d":"1,879.47"},null,"km3/yr",{"$nulls":3},{"v":89.78,"d":"89.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,48.81,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.12,"d":"12.0%"},363.36,{"v":2664.64,"d":"2,664.64"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","CC + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.13,"GtCO2eq/yr",5.32,1.94,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1788.31,"d":"1,788.31"},null,"km3/yr",{"$nulls":3},{"v":79.71,"d":"79.7"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,44.29,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.1,"d":"10.0%"},{"v":302.8,"d":"302.80"},{"v":2725.2,"d":"2,725.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","CC + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":11.7,"d":"11.70"},"GtCO2eq/yr",5.23,1.85,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1705.57,"d":"1,705.57"},null,"km3/yr",{"$nulls":3},{"v":70.37,"d":"70.4"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,40.1,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.09,"d":"9.0%"},272.52,{"v":2755.48,"d":"2,755.48"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","CC + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.28,"GtCO2eq/yr",5.15,1.77,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1616.29,"d":"1,616.29"},null,"km3/yr",{"$nulls":3},60.3,"TgN/yr",{"v":0,"d":"0.0%"},null,null,36.06,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.08,"d":"8.0%"},242.24,{"v":2785.76,"d":"2,785.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","CC + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.28,"GtCO2eq/yr",5.59,2.22,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2009.33,"d":"2,009.33"},null,"km3/yr",{"$nulls":3},{"v":103.58,"d":"103.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,54.49,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.13,"d":"13.0%"},393.64,{"v":2634.36,"d":"2,634.36"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.12192,"d":"12.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","CC + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.72,"GtCO2eq/yr",5.47,2.09,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1920.83,"d":"1,920.83"},null,"km3/yr",{"$nulls":3},{"v":92.91,"d":"92.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,49.57,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.1,"d":"10.0%"},{"v":302.8,"d":"302.80"},{"v":2725.2,"d":"2,725.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.113792,"d":"11.4%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","CC + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.25,"GtCO2eq/yr",5.37,1.99,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1838.75,"d":"1,838.75"},null,"km3/yr",{"$nulls":3},{"v":83.28,"d":"83.3"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,45.11,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.08,"d":"8.0%"},242.24,{"v":2785.76,"d":"2,785.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10647680000000001,"d":"10.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","CC + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.83,"GtCO2eq/yr",5.28,1.91,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1760.51,"d":"1,760.51"},null,"km3/yr",{"$nulls":3},{"v":73.84,"d":"73.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,40.84,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.06,"d":"6.0%"},181.68,{"v":2846.32,"d":"2,846.32"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10257536000000002,"d":"10.3%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","CC + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":11.4,"d":"11.40"},"GtCO2eq/yr",5.21,1.83,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1671.94,"d":"1,671.94"},null,"km3/yr",{"$nulls":3},{"v":63.05,"d":"63.1"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,36.57,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.05,"d":"5.0%"},{"v":151.4,"d":"151.40"},{"v":2876.6,"d":"2,876.60"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","CC + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.35,"GtCO2eq/yr",5.62,2.24,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2034.17,"d":"2,034.17"},null,"km3/yr",{"$nulls":3},{"v":105.63,"d":"105.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,55.03,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.12,"d":"12.0%"},363.36,{"v":2664.64,"d":"2,664.64"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.09652000000000002,"d":"9.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","CC + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.82,"GtCO2eq/yr",5.51,2.13,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1959.29,"d":"1,959.29"},null,"km3/yr",{"$nulls":3},{"v":96.08,"d":"96.1"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,50.32,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.09,"d":"9.0%"},272.52,{"v":2755.48,"d":"2,755.48"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.08839200000000001,"d":"8.8%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","CC + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.36,"GtCO2eq/yr",5.41,2.04,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1883.32,"d":"1,883.32"},null,"km3/yr",{"$nulls":3},86.9,"TgN/yr",{"v":0,"d":"0.0%"},null,null,45.89,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.06,"d":"6.0%"},181.68,{"v":2846.32,"d":"2,846.32"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0810768,"d":"8.1%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","CC + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.93,"GtCO2eq/yr",5.33,1.95,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1806.3,"d":"1,806.30"},null,"km3/yr",{"$nulls":3},{"v":77.34,"d":"77.3"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,41.53,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.04,"d":"4.0%"},121.12,{"v":2906.88,"d":"2,906.88"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.07717536000000001,"d":"7.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","CC + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.49,"GtCO2eq/yr",5.25,1.87,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1715.4,"d":"1,715.40"},null,"km3/yr",{"$nulls":3},{"v":65.75,"d":"65.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,37.02,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028,"d":"3,028.00"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.03,"d":"3.0%"},90.84,{"v":2937.16,"d":"2,937.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0762,"d":"7.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF",{"$f":"CONCATENATE(\"Cons Prot + \",I18)","v":"Cons Prot + 80% Food-Competing Foodstuffs (2050)"},2050,"GHGdirectAgLUC",{"$nulls":6},12.26,"GtCO2eq/yr",4.92,1.55,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2094.75,"d":"2,094.75"},null,"km3/yr",{"$nulls":3},{"v":107.66,"d":"107.7"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,57.52,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3161.3,"d":"3,161.30"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.14,"d":"14.0%"},{"v":442.58200000000005,"d":"442.58"},{"v":2718.7180000000003,"d":"2,718.72"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","Cons Prot + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":11.8,"d":"11.80"},"GtCO2eq/yr",4.85,1.47,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2001.93,"d":"2,001.93"},null,"km3/yr",{"$nulls":3},{"v":94.62,"d":"94.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,51.83,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3259.26,"d":"3,259.26"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.12,"d":"12.0%"},{"v":391.1112,"d":"391.11"},{"v":2868.1488000000004,"d":"2,868.15"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","Cons Prot + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.39,"GtCO2eq/yr",4.79,1.41,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1907.25,"d":"1,907.25"},null,"km3/yr",{"$nulls":3},{"v":83.13,"d":"83.1"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,46.77,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3332.23,"d":"3,332.23"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.1,"d":"10.0%"},{"v":333.223,"d":"333.22"},{"v":2999.007,"d":"2,999.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","Cons Prot + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.99,"GtCO2eq/yr",4.72,1.34,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1808.2,"d":"1,808.20"},null,"km3/yr",{"$nulls":3},{"v":71.92,"d":"71.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,41.83,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3377.87,"d":"3,377.87"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.08,"d":"8.0%"},{"v":270.2296,"d":"270.23"},{"v":3107.6403999999998,"d":"3,107.64"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","Cons Prot + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.55,"GtCO2eq/yr",4.65,1.27,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1685.95,"d":"1,685.95"},null,"km3/yr",{"$nulls":3},{"v":58.61,"d":"58.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,36.75,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3385.05,"d":"3,385.05"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.07,"d":"7.0%"},{"v":236.95350000000005,"d":"236.95"},{"v":3148.0965,"d":"3,148.10"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","Cons Prot + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.42,"GtCO2eq/yr",4.98,{"v":1.6,"d":"1.60"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2157.35,"d":"2,157.35"},null,"km3/yr",{"$nulls":3},{"v":110.22,"d":"110.2"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,58.52,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3214.3,"d":"3,214.30"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.13,"d":"13.0%"},{"v":417.85900000000004,"d":"417.86"},{"v":2796.4410000000003,"d":"2,796.44"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.12192,"d":"12.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","Cons Prot + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.06,"GtCO2eq/yr",4.94,1.56,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2105.4,"d":"2,105.40"},null,"km3/yr",{"$nulls":3},{"v":98.42,"d":"98.4"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,53.28,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3356.45,"d":"3,356.45"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.1,"d":"10.0%"},{"v":335.645,"d":"335.65"},{"v":3020.805,"d":"3,020.81"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.113792,"d":"11.4%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","Cons Prot + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.68,"GtCO2eq/yr",4.89,1.51,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2034.51,"d":"2,034.51"},null,"km3/yr",{"$nulls":3},{"v":87.28,"d":"87.3"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,48.31,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3461.76,"d":"3,461.76"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.07,"d":"7.0%"},{"v":242.32320000000004,"d":"242.32"},{"v":3219.4368000000004,"d":"3,219.44"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10647680000000001,"d":"10.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","Cons Prot + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.28,"GtCO2eq/yr",4.83,1.45,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1945.95,"d":"1,945.95"},null,"km3/yr",{"$nulls":3},{"v":75.62,"d":"75.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,43.22,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3526.47,"d":"3,526.47"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.06,"d":"6.0%"},{"v":211.58819999999997,"d":"211.59"},{"v":3314.8817999999997,"d":"3,314.88"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10257536000000002,"d":"10.3%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","Cons Prot + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},10.82,"GtCO2eq/yr",4.76,1.38,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1821.96,"d":"1,821.96"},null,"km3/yr",{"$nulls":3},{"v":60.93,"d":"60.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,37.75,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3538.21,"d":"3,538.21"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.04,"d":"4.0%"},{"v":141.5284,"d":"141.53"},{"v":3396.6816,"d":"3,396.68"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","Cons Prot + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.59,"GtCO2eq/yr",5.03,1.65,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2219.05,"d":"2,219.05"},null,"km3/yr",{"$nulls":3},{"v":112.84,"d":"112.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,59.52,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3266.78,"d":"3,266.78"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.12,"d":"12.0%"},{"v":392.0136,"d":"392.01"},{"v":2874.7664000000004,"d":"2,874.77"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.09652000000000002,"d":"9.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","Cons Prot + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.31,"GtCO2eq/yr",5.02,1.64,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2203.97,"d":"2,203.97"},null,"km3/yr",{"$nulls":3},{"v":102.37,"d":"102.4"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,54.7,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3449.69,"d":"3,449.69"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.08,"d":"8.0%"},{"v":275.97520000000003,"d":"275.98"},{"v":3173.7148,"d":"3,173.71"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.08839200000000001,"d":"8.8%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","Cons Prot + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.96,"GtCO2eq/yr",4.98,1.61,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2149.89,"d":"2,149.89"},null,"km3/yr",{"$nulls":3},{"v":91.59,"d":"91.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,49.78,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3579.96,"d":"3,579.96"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.06,"d":"6.0%"},{"v":214.7976,"d":"214.80"},{"v":3365.1624,"d":"3,365.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0810768,"d":"8.1%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","Cons Prot + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.54,"GtCO2eq/yr",4.93,1.55,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2063.33,"d":"2,063.33"},null,"km3/yr",{"$nulls":3},{"v":79.49,"d":"79.5"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,44.49,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3653.46,"d":"3,653.46"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.04,"d":"4.0%"},{"v":146.13840000000002,"d":"146.14"},{"v":3507.3216,"d":"3,507.32"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.07717536000000001,"d":"7.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","Cons Prot + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.03,"GtCO2eq/yr",4.84,1.46,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1929.77,"d":"1,929.77"},null,"km3/yr",{"$nulls":3},{"v":63.36,"d":"63.4"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,38.58,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3659.15,"d":"3,659.15"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.02,"d":"2.0%"},{"v":73.183,"d":"73.18"},{"v":3585.967,"d":"3,585.97"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.34013605442176864,"d":"34.0%"},3.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0762,"d":"7.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF",{"$f":"CONCATENATE(\"Cons Prot + \",I34)","v":"Cons Prot + CC + 80% Food-Competing Foodstuffs (2050)"},2050,"GHGdirectAgLUC",{"$nulls":6},13.41,"GtCO2eq/yr",5.67,2.29,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2061.8,"d":"2,061.80"},null,"km3/yr",{"$nulls":3},{"v":101.17,"d":"101.2"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,54.11,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3171.47,"d":"3,171.47"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.14,"d":"14.0%"},{"v":444.0058,"d":"444.01"},{"v":2727.4642,"d":"2,727.46"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","Cons Prot + CC + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.95,"GtCO2eq/yr",5.58,{"v":2.2,"d":"2.20"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1984.36,"d":"1,984.36"},null,"km3/yr",{"$nulls":3},89.3,"TgN/yr",{"v":0,"d":"0.0%"},null,null,48.99,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3284,"d":"3,284.00"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.11,"d":"11.0%"},361.24,{"v":2922.76,"d":"2,922.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","Cons Prot + CC + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.52,"GtCO2eq/yr",{"v":5.5,"d":"5.50"},2.12,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1904.01,"d":"1,904.01"},null,"km3/yr",{"$nulls":3},78.9,"TgN/yr",{"v":0,"d":"0.0%"},null,null,44.34,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3370.02,"d":"3,370.02"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.1,"d":"10.0%"},{"v":337.002,"d":"337.00"},{"v":3033.018,"d":"3,033.02"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"},2,"1",4,1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","Cons Prot + CC + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":12.1,"d":"12.10"},"GtCO2eq/yr",5.41,2.04,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1818.29,"d":"1,818.29"},null,"km3/yr",{"$nulls":3},{"v":68.87,"d":"68.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,39.9,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3427.23,"d":"3,427.23"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.08,"d":"8.0%"},{"v":274.1784,"d":"274.18"},{"v":3153.0516,"d":"3,153.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",1,"Relative to trend",{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Trend","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low",{"$f":"IF($CT67=\"VGN\",\"NO MEAT\",IF($CT67=\"SUBST\",\"SUBST\",IF($CT67=\"PESC\",\"PESC\",IF($CT67=\"VEG\",\"NO MEAT\",IF($CT67=\" \",\" \",\"MEAT\")))))","v":"MEAT"},{"$f":"IF(CM67=\"Trend\",\"Low_Con\",IF(CM67=\"Feed+\",\"Feed\",IF(CM67=0,\" \",CM67)))","v":"Low_Con"},null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"},{"$f":"IF($CM67=\"Low_Con\",1,IF($CM67=\"Trend\",2,IF($CM67=\"Feed\",3,IF($CM67=\"Feed+\",4,\" \"))))","v":2},{"$f":"IF($CR67=\"Const\",\"1\",IF($CR67=\"Trend\",2,IF($CR67=\"Fert\",\"3\",IF($CR67=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM67=\"Low_Con\",1^2,IF($CM67=\"Trend\",2^2,IF($CM67=\"Feed\",3^2,IF($CM67=\"Feed+\",4^2,\" \"))))","v":4},{"$f":"IF($CR67=\"Const\",1^2,IF($CR67=\"Trend\",2^2,IF($CR67=\"Fert\",3^2,IF($CR67=\"Fert+\",4^2,\" \"))))","v":1}]
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[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","Cons Prot + CC + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":13.6,"d":"13.60"},"GtCO2eq/yr",5.74,2.36,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2122.56,"d":"2,122.56"},null,"km3/yr",{"$nulls":3},{"v":103.62,"d":"103.6"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,55.04,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3222.96,"d":"3,222.96"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.13,"d":"13.0%"},{"v":418.9848,"d":"418.98"},{"v":2803.9752,"d":"2,803.98"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.12192,"d":"12.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","Cons Prot + CC + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.26,"GtCO2eq/yr",{"v":5.7,"d":"5.70"},2.32,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2085.7,"d":"2,085.70"},null,"km3/yr",{"$nulls":3},{"v":92.99,"d":"93.0"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,50.35,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3379.4,"d":"3,379.40"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.1,"d":"10.0%"},{"v":337.94000000000005,"d":"337.94"},{"v":3041.46,"d":"3,041.46"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.113792,"d":"11.4%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","Cons Prot + CC + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.89,"GtCO2eq/yr",5.64,2.26,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2029.76,"d":"2,029.76"},null,"km3/yr",{"$nulls":3},{"v":82.93,"d":"82.9"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,45.8,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3498.24,"d":"3,498.24"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.07,"d":"7.0%"},{"v":244.8768,"d":"244.88"},{"v":3253.3632,"d":"3,253.36"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10647680000000001,"d":"10.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","Cons Prot + CC + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.48,"GtCO2eq/yr",5.57,2.19,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1955.68,"d":"1,955.68"},null,"km3/yr",{"$nulls":3},72.5,"TgN/yr",{"v":0,"d":"0.0%"},null,null,41.23,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3575.47,"d":"3,575.47"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.06,"d":"6.0%"},{"v":214.52819999999997,"d":"214.53"},{"v":3360.9417999999996,"d":"3,360.94"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10257536000000002,"d":"10.3%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","Cons Prot + CC + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},11.97,"GtCO2eq/yr",5.48,{"v":2.1,"d":"2.10"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1845.31,"d":"1,845.31"},null,"km3/yr",{"$nulls":3},59.7,"TgN/yr",{"v":0,"d":"0.0%"},null,null,36.48,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3600.93,"d":"3,600.93"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.04,"d":"4.0%"},{"v":144.03719999999998,"d":"144.04"},{"v":3456.8927999999996,"d":"3,456.89"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.2,"Relative to trend",{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","80% FCF","Cons Prot + CC + 80% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.79,"GtCO2eq/yr",5.81,2.43,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2182.45,"d":"2,182.45"},null,"km3/yr",{"$nulls":3},{"v":106.14,"d":"106.1"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,55.98,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3273.87,"d":"3,273.87"},101.68,null,null,{"v":32,"d":"32.00"},237.47,null,{"v":0.12,"d":"12.0%"},{"v":392.8644,"d":"392.86"},{"v":2881.0056,"d":"2,881.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.09652000000000002,"d":"9.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.8,"d":"80%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","60% FCF","Cons Prot + CC + 60% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.55,"GtCO2eq/yr",5.81,2.43,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2182.27,"d":"2,182.27"},null,"km3/yr",{"$nulls":3},{"v":96.82,"d":"96.8"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,51.69,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3470.79,"d":"3,470.79"},75.63,null,null,{"v":29,"d":"29.00"},{"v":208.5,"d":"208.50"},null,{"v":0.08,"d":"8.0%"},{"v":277.6632,"d":"277.66"},{"v":3193.1268,"d":"3,193.13"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.08839200000000001,"d":"8.8%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.6,"d":"60%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","40% FCF","Cons Prot + CC + 40% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},13.22,"GtCO2eq/yr",5.78,{"v":2.4,"d":"2.40"},{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2143.84,"d":"2,143.84"},null,"km3/yr",{"$nulls":3},{"v":87.16,"d":"87.2"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,47.2,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3615.11,"d":"3,615.11"},55.33,null,null,{"v":25,"d":"25.00"},182.98,null,{"v":0.05,"d":"5.0%"},{"v":180.7555,"d":"180.76"},{"v":3434.3545,"d":"3,434.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0810768,"d":"8.1%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.4,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","20% FCF","Cons Prot + CC + 20% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.81,"GtCO2eq/yr",5.71,2.33,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":2072.9,"d":"2,072.90"},null,"km3/yr",{"$nulls":3},{"v":76.33,"d":"76.3"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,42.45,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3702.09,"d":"3,702.09"},39.41,null,null,{"v":22,"d":"22.00"},160.39,null,{"v":0.04,"d":"4.0%"},{"v":148.08360000000002,"d":"148.08"},{"v":3554.0064,"d":"3,554.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.07717536000000001,"d":"7.7%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0.2,"d":"20%"},{"v":0,"d":"0%"}," ","1"," ",1]
[3,2015,"Impacts of feeding less food-competing feedstuffs to livestock on global food system sustainability","Schader, C.; Muller, A.; Scialabba, N. E.-H.; Hecht, J.; Isensee, A.; Erb, K.-H.; Smith, P.; Makkar, H. P. S.; Klocke, P.; Leiber, F.; Schwegler, P.; Stolze, M.; Niggli, U.","Schader et al. (2015)","Journal article","Journal of the Royal Society Interface","0% FCF","Cons Prot + CC + 0% Food-Competing Foodstuffs (2050)",2050,"GHGdirectAgLUC",{"$nulls":6},12.26,"GtCO2eq/yr",{"v":5.6,"d":"5.60"},2.22,{"$nulls":3},3.38,null,"billion ha",{"$nulls":3},{"v":1954.19,"d":"1,954.19"},null,"km3/yr",{"$nulls":3},{"v":62.16,"d":"62.2"},"TgN/yr",{"v":0,"d":"0.0%"},null,null,37.3,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3722.85,"d":"3,722.85"},{"v":26.9,"d":"26.90"},null,null,{"v":19,"d":"19.00"},{"v":140.3,"d":"140.30"},null,{"v":0.02,"d":"2.0%"},{"v":74.457,"d":"74.46"},{"v":3648.393,"d":"3,648.39"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13758,"d":"13,758.0"},"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},2.94,null,null,"t/ha",-0.4,"Relative to trend",{"v":0.0762,"d":"7.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change",2009,"Baseline (2009)",2009,"GHGdirectAgLUC",{"$f":"N79-M79","v":{"v":6.5600000000000005,"d":"6.56"}},0.84,{"v":7.4,"d":"7.40"},null,{"v":4,"d":"4.00"},{"$f":"P79+L79","v":10.56},{"$f":"+N79+P79","v":{"v":11.4,"d":"11.40"}},"GtCO2eq/yr",{"$f":"U79+Y79","v":{"v":4840,"d":"4,840.0"}},{"v":1560,"d":"1,560.0"},{"$nulls":3},{"v":3279.9999999999995,"d":"3,280.0"},null,"Mha",{"$f":"2610+1394","v":{"v":4004,"d":"4,004.0"}},null,{"$f":"26.1/40.2","v":{"v":0.6492537313432836,"d":"64.9%"}},{"$f":"TRANSPOSE('T8 - Water withdrawals'!#REF!)","v":{"$error":"#REF!"}},{"v":2889,"d":"2,889.00"},"km3/yr",{"v":106,"d":"106.0"},null,{"$f":"4.208*(AH79^0.7799)","v":{"v":159.81287905684238,"d":"159.8"}},null,"TgN/yr",null,{"$f":"AN11","v":{"v":0.46,"d":"46.0%"}},{"$nulls":7},{"v":7.2,"d":"7.20"},"billion",{"v":2825,"d":"2,825.00"},{"$nulls":6},{"$f":"BF79/AX79","v":{"v":0.175929203539823,"d":"17.6%"}},{"v":497,"d":"497.00"},{"v":2329,"d":"2,329.00"},{"$nulls":5},"kcal/capita/day",{"$nulls":7},{"v":3.8,"d":"3.80"},null,null,"t/ha",{"$nulls":27},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1","Current trends in yields with no demand-side reduction",2050,"GHGdirectAgLUC",{"$f":"N80-M80","v":11.66},1.34,{"v":13,"d":"13.00"},null,{"v":7.1,"d":"7.10"},{"$f":"P80+L80","v":{"v":18.759999999999998,"d":"18.76"}},{"v":20.1,"d":"20.10"},"GtCO2eq/yr",{"v":5930,"d":"5,930.0"},{"v":2220,"d":"2,220.0"},{"$nulls":3},{"v":3710,"d":"3,710.0"},null,"Mha",{"$f":"1394+2260","v":{"v":3654,"d":"3,654.0"}},null,{"$f":"22.6/40.2","v":{"v":0.5621890547263682,"d":"56.2%"}},{"$error":"#REF!"},{"v":6379,"d":"6,379.00"},"km3/yr",{"v":154,"d":"154.0"},null,{"v":213.85683804538078,"d":"213.9"},null,"TgN/yr",{"$f":"(AN80-AN$79)/AN$79","v":{"v":0.23260869565217374,"d":"23.3%"}},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"$f":"AX80-BF80","v":{"v":3151.415429298546,"d":"3,151.42"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"$f":"$BQ$93","v":{"v":17208.80968038932,"d":"17,208.8"}},null,null,{"$f":"BU80/$BU$79 - 1","v":{"v":0.21052631578947367,"d":"21.1%"}},{"v":4.6,"d":"4.60"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU","Current trends in yields with no demand-side reduction",null,null,"BAU","Trend","Const","Trend","Const","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT2","Current trends in yields with 50% food waste reduction",2050,"GHGdirectAgLUC",10.74,1.16,{"v":11.9,"d":"11.90"},null,{"v":3.7,"d":"3.70"},{"v":14.440000000000001,"d":"14.44"},{"v":15.600000000000001,"d":"15.60"},"GtCO2eq/yr",{"v":5290,"d":"5,290.0"},{"v":1920,"d":"1,920.0"},{"$nulls":3},{"v":3370.0000000000005,"d":"3,370.0"},null,"Mha",{"$f":"1394+2390","v":{"v":3784,"d":"3,784.0"}},null,{"$f":"23.9/40.2","v":{"v":0.5945273631840795,"d":"59.5%"}},{"$error":"#REF!"},{"v":5293,"d":"5,293.00"},"km3/yr",{"v":136,"d":"136.0"},null,{"v":194.09874430244875,"d":"194.1"},null,"TgN/yr",{"$f":"(AN81-AN$79)/AN$79","v":{"v":0.23260869565217374,"d":"23.3%"}},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3215.166368659544,"d":"3,215.17"},{"v":279.477,"d":"279.48"},null,null,{"v":211.85931312920505,"d":"211.86"},{"v":195.7934334092875,"d":"195.79"},{"v":36.76171889388348,"d":"36.76"},{"v":0.17301126480491086,"d":"17.3%"},556.26,{"v":2658.9063686595437,"d":"2,658.91"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.1578947368421053,"d":"15.8%"},{"v":4.4,"d":"4.40"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.1648531261176429,"d":"16.5%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff","Current trends in yields with 50% food waste reduction",null,null,"EFF","Trend","Waste","Trend","Const","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT3","Current trends in yields with healthy diet",2050,"GHGdirectAgLUC",{"v":7.330000000000001,"d":"7.33"},0.97,{"v":8.3,"d":"8.30"},null,{"v":0.9,"d":"0.90"},8.23,{"v":9.200000000000001,"d":"9.20"},"GtCO2eq/yr",{"v":4360,"d":"4,360.0"},{"v":1820,"d":"1,820.0"},{"$nulls":3},{"v":2540,"d":"2,540.0"},null,"Mha",{"$f":"1394+2600","v":{"v":3994,"d":"3,994.0"}},null,{"$f":"26/40.2","v":{"v":0.6467661691542288,"d":"64.7%"}},{"$error":"#REF!"},{"v":5203,"d":"5,203.00"},"km3/yr",{"v":125,"d":"125.0"},null,{"v":181.7422290348276,"d":"181.7"},null,"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":2877.001273610191,"d":"2,877.00"},130.55,null,null,{"v":63.97145406543776,"d":"63.97"},{"v":183.30084703975226,"d":"183.30"},{"v":36.76171889388348,"d":"36.76"},{"v":0.1341014352474958,"d":"13.4%"},385.81,{"v":2491.1912736101913,"d":"2,491.19"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.10526315789473695,"d":"10.5%"},{"v":4.2,"d":"4.20"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.1712459561239928,"d":"17.1%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+diet","Current trends in yields with healthy diet",null,null,"DIET","Trend","Const","Trend","Const","Const","Trend","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","YG1","Yield gap closure with no demand-side reduction",2050,"GHGdirectAgLUC",12.05,1.35,{"v":13.4,"d":"13.40"},null,{"v":2.8,"d":"2.80"},{"v":14.850000000000001,"d":"14.85"},{"v":16.2,"d":"16.20"},"GtCO2eq/yr",{"v":5410,"d":"5,410.0"},{"v":1639.9999999999998,"d":"1,640.0"},{"$nulls":3},{"v":3770.0000000000005,"d":"3,770.0"},null,"Mha",{"$f":"1394+2400","v":{"v":3794,"d":"3,794.0"}},null,{"$f":"24/40.2","v":{"v":0.5970149253731343,"d":"59.7%"}},{"$error":"#REF!"},{"v":4505,"d":"4,505.00"},"km3/yr",{"v":190,"d":"190.0"},null,{"v":251.92755079054777,"d":"251.9"},null,"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.8947368421052633,"d":"89.5%"},{"v":7.2,"d":"7.20"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff","Yield gap closure with no demand-side reduction",null,null,"EFF","High+","Const","Trend","Const","Const","High","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","YG2","Yield gap closure with 50% food waste reduction",2050,"GHGdirectAgLUC",10.95,1.15,{"v":12.1,"d":"12.10"},null,{"v":-0.5,"d":"-0.50"},10.45,{"v":11.6,"d":"11.60"},"GtCO2eq/yr",{"v":4810,"d":"4,810.0"},{"v":1420,"d":"1,420.0"},{"$nulls":3},{"v":3390,"d":"3,390.0"},null,"Mha",{"$f":"1394+2590","v":{"v":3984,"d":"3,984.0"}},null,{"$f":"25.9/40.2","v":{"v":0.644278606965174,"d":"64.4%"}},{"$error":"#REF!"},{"v":3832,"d":"3,832.00"},"km3/yr",{"v":161,"d":"161.0"},null,{"v":221.40082347940475,"d":"221.4"},null,"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3215.166368659544,"d":"3,215.17"},{"v":279.477,"d":"279.48"},null,null,{"v":211.85931312920505,"d":"211.86"},{"v":195.7934334092875,"d":"195.79"},{"v":36.76171889388348,"d":"36.76"},{"v":0.17301126480491086,"d":"17.3%"},556.26,{"v":2658.9063686595437,"d":"2,658.91"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.8421052631578949,"d":"84.2%"},{"v":7,"d":"7.00"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.1648531261176429,"d":"16.5%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff","Yield gap closure with 50% food waste reduction",null,null,"EFF","High+","Waste","Trend","Const","Const","High","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","YG3","Yield gap closure with healthy diet",2050,"GHGdirectAgLUC",7.51,0.99,{"v":8.5,"d":"8.50"},null,{"v":-2.6,"d":"-2.60"},4.91,{"v":5.9,"d":"5.90"},"GtCO2eq/yr",{"v":3950,"d":"3,950.0"},{"v":1370,"d":"1,370.0"},{"$nulls":3},{"v":2580,"d":"2,580.0"},null,"Mha",{"$f":"1394+2720","v":{"v":4114,"d":"4,114.0"}},null,{"$f":"27.2/40.2","v":{"v":0.6766169154228855,"d":"67.7%"}},{"$error":"#REF!"},{"v":3793,"d":"3,793.00"},"km3/yr",{"v":145,"d":"145.0"},null,{"v":204.04531900332736,"d":"204.0"},null,"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":2877.001273610191,"d":"2,877.00"},130.55,null,null,{"v":63.97145406543776,"d":"63.97"},{"v":183.30084703975226,"d":"183.30"},{"v":36.76171889388348,"d":"36.76"},{"v":0.1341014352474958,"d":"13.4%"},385.81,{"v":2491.1912736101913,"d":"2,491.19"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.8157894736842106,"d":"81.6%"},{"v":6.9,"d":"6.90"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.1712459561239928,"d":"17.1%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+diet+eff","Yield gap closure with healthy diet",null,null,"MIXED","High+","Const","Trend","Const","Const","High","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1-HP","Current trends in yields with no demand-side reduction - High population",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":25.4,"d":"25.40"},"GtCO2eq/yr",null,{"v":2530,"d":"2,530.0"},{"$nulls":5},"Mha",{"$nulls":10},"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":10.9,"d":"10.90"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.21052631578947367,"d":"21.1%"},{"v":4.6,"d":"4.60"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU","Current trends in yields with no demand-side reduction - High population",{"$nulls":3},"Trend","Const","Trend","Const","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1-LP","Current trends in yields with no demand-side reduction - Low population",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":15,"d":"15.00"},"GtCO2eq/yr",null,{"v":1900,"d":"1,900.0"},{"$nulls":5},"Mha",{"$nulls":10},"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.3,"d":"8.30"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.21052631578947367,"d":"21.1%"},{"v":4.6,"d":"4.60"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU","Current trends in yields with no demand-side reduction - Low population",{"$nulls":3},"Trend","Const","Trend","Const","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1 - SY","Stagnating yields with no demand-side reduction",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":28.8,"d":"28.80"},"GtCO2eq/yr",null,{"v":3120,"d":"3,120.0"},{"$nulls":5},"Mha",{"$nulls":10},"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0,"d":"0.0%"},{"v":3.8,"d":"3.80"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU","Stagnating yields with no demand-side reduction",{"$nulls":3},"Const","Const","Trend","Const","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1 - DY","Stagnating yields with no demand-side reduction",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":16.1,"d":"16.10"},"GtCO2eq/yr",null,{"v":1790,"d":"1,790.0"},{"$nulls":5},"Mha",{"$nulls":10},"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.467558142276272,"d":"46.8%"},{"$f":"BU79*1.0094^41","v":{"v":5.5767209406498335,"d":"5.58"}},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU","Higher trends in yields with no demand-side reduction",null,null,"EFF","High","Const","Trend","Const","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","CT1 - IT","Current trends in yields with no demand-side reduction + increased trade",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":19.7,"d":"19.70"},"GtCO2eq/yr",null,{"v":2160,"d":"2,160.0"},{"$nulls":5},"Mha",{"$nulls":10},"TgN/yr",{"v":0.23260869565217374,"d":"23.3%"},{"v":0.567,"d":"56.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.21052631578947367,"d":"21.1%"},{"v":4.6,"d":"4.60"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU","Current trends in yields with no demand-side reduction",null,null,"EFF","Trend","Const","Trend","Open","Const","Trend","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[4,2014,"Importance of food-demand management for climate mitigation","Bajzelj, B., Richards, K.S., Allwood, J.M., Smith, P., Dennis, J.S., Curmi, E., Gilligan, C.A.","Bajzelj et al. (2014)","Journal article","Nature Climate Change","YG1 - NUE","Yield gap closure with no demand-side reduction - higher fertiliser use efficiency",2050,"GHGdirectAgLUC",{"$nulls":6},{"v":15.5,"d":"15.50"},"GtCO2eq/yr",null,{"v":1639.9999999999998,"d":"1,640.0"},{"$nulls":5},"Mha",{"$nulls":10},"TgN/yr",{"v":0.6673913043478258,"d":"66.7%"},{"$f":"AN90+0.2","v":{"v":0.7669999999999999,"d":"76.7%"}},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$05 per capita (ex rate)",{"v":17208.80968038932,"d":"17,208.8"},null,null,{"v":0.8947368421052633,"d":"89.5%"},{"v":7.2,"d":"7.20"},null,null,"t/ha",null,"gC of products per gC of feed",{"v":0.16553179186704575,"d":"16.6%"},null,{"v":0,"d":"0.0%"},0,{"v":0,"d":"0.0%"},"BAU+eff","Yield gap closure with no demand-side reduction + higher fertiliser use efficiency",null,null,"EFF","High+","Const","Trend","Const","Const","High","No","High","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2," ",4," "]
[{"$f":"IF(E92=E85,A85,A85+1)","v":5},2012,"World agriculture towards 2030/2050: the 2012 revision, ESA Working paper No. 12-03","Alexandratos, N., Bruinsma, J.,","Alexandratos & Bruinsma (2012)","Report","FAO","Baseline (2005/07)","Baseline","2005/07",{"$nulls":9},{"$f":"U92+Y92","v":{"v":4966,"d":"4,966.0"}},{"v":1592,"d":"1,592.0"},{"$nulls":3},{"v":3374,"d":"3,374.0"},null,"Mha",{"$nulls":3},{"$f":"2761*0.5","v":{"v":1380.5,"d":"1,380.50"}},null,"km3/yr",{"$f":"166*0.57","v":{"v":94.61999999999999,"d":"94.6"}},null,{"v":146.2664864039004,"d":"146.3"},null,"TgN/yr",null,31.6,{"$f":"166*0.25","v":{"v":41.5,"d":"41.50"}},null,"Mt P2O5/yr",{"$nulls":4},{"v":6.592,"d":"6.59"},"billion",{"v":2772,"d":"2,772.00"},{"$nulls":14},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9510,"d":"9,510.0"},"US$05 per capita (ex rate)",{"v":9510,"d":"9,510.0"},302,"million ha",null,2.94,null,null,"t/ha",{"$nulls":5},0.5,{"$nulls":21},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[5,2012,"World agriculture towards 2030/2050: the 2012 revision, ESA Working paper No. 12-03","Alexandratos, N., Bruinsma, J.,","Alexandratos & Bruinsma (2012)","Report","FAO","BAU","Projection (2050)",2050,{"$nulls":10},{"v":1661,"d":"1,661.0"},{"$nulls":5},"Mha",{"$nulls":3},{"$f":"2926*0.51","v":{"v":1492.26,"d":"1,492.26"}},null,"km3/yr",{"$f":"263*0.57","v":{"v":149.91,"d":"149.9"}},null,{"v":209.41414805003453,"d":"209.4"},null,"TgN/yr",{"$f":"AR93","v":{"v":0.063527,"d":"6.4%"}},30.4,{"$f":"263*0.25","v":65.75},null,"Mt P2O5/yr",{"v":0.063527,"d":"6.4%"},{"$nulls":3},9.15,"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},{"$f":"BE93*AX93","v":514.76},{"$f":"AX93-BF93","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$f":"13758*(9510/7603)","v":{"v":17208.80968038932,"d":"17,208.8"}},"US$05 per capita (ex rate)",{"$f":"BO93","v":{"v":17208.80968038932,"d":"17,208.8"}},322,"million ha",{"$f":"BU93/$BU$92 - 1","v":{"v":0.34013605442176864,"d":"34.0%"}},3.94,null,null,"t/ha",{"v":0.127,"d":"12.7%"},"Cereal feed efficiency increase relative to baseline",{"$f":"BY93","v":{"v":0.127,"d":"12.7%"}},null,{"$f":"CD93/CD$92 - 1","v":{"v":0.020000000000000018,"d":"2.00%"}},0.51,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Trend","Const","Const","Trend","Yes","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[6,2016,"Decoupling of greenhouse gas emissions from global agricultural production: 1970-2050","Bennetzen, E.H., Smith, P., Porter, J.R. ","Bennetzen et al. (2016)","Journal article","Global Change Biology",1,"Continuation of current emissions per product in 2050",2050,"GHGdirectAgLUC",{"$nulls":6},{"$f":"14.5*1.35","v":{"v":19.575000000000003,"d":"19.58"}},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":8},{"v":9.6,"d":"9.60"},"billion",{"v":3028,"d":"3,028.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"BE94*AX94","v":514.76},{"v":2513.24,"d":"2,513.24"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.42,"d":"42.0%"},{"$nulls":3},"tonnes DM/ ha",{"$nulls":4},{"$f":"CD94","v":{"v":0,"d":"0%"}},0,null,"BAU","Continuation of current emissions per product in 2050",null,null,"BAU","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[6,2016,"Decoupling of greenhouse gas emissions from global agricultural production: 1970-2051","Bennetzen, E.H., Smith, P., Porter, J.R. ","Bennetzen et al. (2016)","Journal article","Global Change Biology",2,"80% cut in 2050",2050,"GHGdirectAgLUC",{"$nulls":6},{"$f":"0.2*12","v":{"v":2.4000000000000004,"d":"2.40"}},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":8},{"v":9.6,"d":"9.60"},"billion",{"v":3028,"d":"3,028.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},514.76,{"v":2513.24,"d":"2,513.24"},{"$nulls":5},"kcal/capita/day",{"$nulls":10},"tonnes DM/ ha",{"$nulls":4},{"v":0,"d":"0%"},0,null,"BAU+eff","80% cut in 2050",{"$nulls":12},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[6,2016,"Decoupling of greenhouse gas emissions from global agricultural production: 1970-2052","Bennetzen, E.H., Smith, P., Porter, J.R. ","Bennetzen et al. (2016)","Journal article","Global Change Biology",3,"Decoupling rate as from 1970 to 2007 (by 2050)",2050,"GHGdirectAgLUC",{"$nulls":6},{"$f":"14.5","v":{"v":14.5,"d":"14.50"}},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.6,"d":"9.60"},"billion",{"v":3028,"d":"3,028.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},514.76,{"v":2513.24,"d":"2,513.24"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"0.75","v":{"v":0.75,"d":"75.0%"}},{"$nulls":3},"tonnes DM/ ha",null,null,{"$f":"(1+CB96)^43-(1+CB96)^3","v":{"v":0.7531728535122231,"d":"75%"}},{"$f":"((97.1/54.1)^(1/43))-1","v":0.013695427586272846},{"v":0,"d":"0%"},0,{"v":0.26,"d":"26%"},"BAU+eff","Decoupling rate as from 1970 to 2007 (by 2050)",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","TREND","No","Trend","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","B","Baseline (2010)",2010,{"$nulls":23},{"v":116,"d":"116.0"},{"v":36,"d":"36.0"},{"$f":"AH97+AI97","v":{"v":152,"d":"152.0"}},{"v":186,"d":"186.0"},"TgN/yr",null,{"v":0.53,"d":"53.0%"},{"$nulls":7},{"v":6.8,"d":"6.80"},"billion",{"v":2841,"d":"2,841.00"},{"$nulls":6},{"v":0.18,"d":"18.0%"},511.38,{"v":2329.62,"d":"2,329.62"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9852.94117647059,"d":"9,852.9"},"US$05 per capita",{"$f":"BO97","v":{"v":9852.94117647059,"d":"9,852.9"}},{"$nulls":7},{"v":0.036,"d":"3.6%"},"% of animal product (J) per feed (J)",{"$nulls":5},"Baseline (2010)",{"$nulls":3},"Baseline (2010)",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-REF","SSP2 Reference scenario (2050)",2050,{"$nulls":23},{"v":119,"d":"119.0"},{"v":57,"d":"57.0"},{"v":176,"d":"176.0"},{"v":234,"d":"234.0"},"TgN/yr",{"$f":"(AN98-AN$97)/AN$97","v":{"v":0.1320754716981131,"d":"13.2%"}},{"v":0.6,"d":"60.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.1,"d":"9.10"},"billion",{"v":3178,"d":"3,178.00"},{"$nulls":6},{"v":0.22,"d":"22.0%"},699.16,{"v":2478.84,"d":"2,478.84"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25274.725274725275,"d":"25,274.7"},"US$05 per capita",{"v":25274.725274725275,"d":"25,274.7"},{"$nulls":7},{"v":0.043,"d":"4.3%"},"% of animal product (J) per feed (J)",{"$f":"BY98/$BY$97 - 1","v":{"v":0.19444444444444442,"d":"19.44%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","None",null,"BAU","Const","Waste","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-Diet","SSP2 Less animal products (2050)",2050,{"$nulls":23},{"v":80,"d":"80.0"},{"v":47,"d":"47.0"},{"v":127,"d":"127.0"},{"v":177,"d":"177.0"},"TgN/yr",{"$f":"(AN99-AN$97)/AN$97","v":{"v":0.1320754716981131,"d":"13.2%"}},{"v":0.6,"d":"60.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.1,"d":"9.10"},"billion",{"v":2731,"d":"2,731.00"},{"$nulls":6},{"v":0.14,"d":"14.0%"},{"v":382.34000000000003,"d":"382.34"},{"v":2348.66,"d":"2,348.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25274.725274725275,"d":"25,274.7"},"US$05 per capita",{"v":25274.725274725275,"d":"25,274.7"},{"$nulls":7},{"v":0.043,"d":"4.3%"},"% of animal product (J) per feed (J)",{"$f":"BY99/$BY$97 - 1","v":{"v":0.19444444444444442,"d":"19.44%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","Waste reduction and recycling",null,"DIET","Const","Const","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-Waste","SSP2 Less household waste and recycling (2050)",2050,{"$nulls":23},{"v":114,"d":"114.0"},{"v":42,"d":"42.0"},{"v":156,"d":"156.0"},{"v":201,"d":"201.0"},"TgN/yr",{"v":0.1320754716981131,"d":"13.2%"},{"v":0.6,"d":"60.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.1,"d":"9.10"},"billion",{"v":3178,"d":"3,178.00"},{"$nulls":6},{"v":0.22,"d":"22.0%"},699.16,{"v":2478.84,"d":"2,478.84"},{"$nulls":5},"kcal/capita/day",{"$f":"(31-20)/31","v":{"v":0.3548387096774194,"d":"35%"}},{"v":25274.725274725275,"d":"25,274.7"},"US$05 per capita",{"v":25274.725274725275,"d":"25,274.7"},{"$nulls":7},{"v":0.043,"d":"4.3%"},"% of animal product (J) per feed (J)",{"v":0.19444444444444442,"d":"19.44%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","Diet - less animal products",null,"EFF","Const","Waste","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-Efficiency (crops)","SSP2 Efficient fertilization (2050)",2050,{"$nulls":23},{"v":65,"d":"65.0"},{"v":57,"d":"57.0"},{"v":122,"d":"122.0"},{"v":175,"d":"175.0"},"TgN/yr",{"v":0.4150943396226414,"d":"41.5%"},{"v":0.75,"d":"75.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.1,"d":"9.10"},"billion",{"v":3178,"d":"3,178.00"},{"$nulls":6},{"v":0.22,"d":"22.0%"},699.16,{"v":2478.84,"d":"2,478.84"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25274.725274725275,"d":"25,274.7"},"US$05 per capita",{"v":25274.725274725275,"d":"25,274.7"},{"$nulls":7},{"v":0.043,"d":"4.3%"},"% of animal product (J) per feed (J)",{"v":0.19444444444444442,"d":"19.44%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","Efficiency - fertilisation",null,"EFF","Const","Const","Trend","Const","Const","Low","No","High","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2," ",4," "]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-Efficiency (livestock)","SSP2 Efficient livestock management (2050)",2050,{"$nulls":23},{"v":105,"d":"105.0"},{"v":50,"d":"50.0"},{"v":155,"d":"155.0"},{"v":205,"d":"205.0"},"TgN/yr",{"v":0.1320754716981131,"d":"13.2%"},{"v":0.6,"d":"60.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.1,"d":"9.10"},"billion",{"v":3178,"d":"3,178.00"},{"$nulls":6},{"v":0.22,"d":"22.0%"},699.16,{"v":2478.84,"d":"2,478.84"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25274.725274725275,"d":"25,274.7"},"US$05 per capita",{"v":25274.725274725275,"d":"25,274.7"},{"$nulls":7},{"v":0.057,"d":"5.7%"},"% of animal product (J) per feed (J)",{"v":0.5833333333333335,"d":"58.33%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","Efficiency - livestock management",null,"EFF","Const","Const","High","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP2-All measures","SSP2 All measures (2050)",2050,{"$nulls":23},{"v":27,"d":"27.0"},{"v":31,"d":"31.0"},{"v":58,"d":"58.0"},{"v":94,"d":"94.0"},"TgN/yr",{"v":0.4150943396226414,"d":"41.5%"},{"v":0.75,"d":"75.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.1,"d":"9.10"},"billion",{"v":2731,"d":"2,731.00"},{"$nulls":6},{"v":0.14,"d":"14.0%"},{"v":382.34000000000003,"d":"382.34"},{"v":2348.66,"d":"2,348.66"},{"$nulls":5},"kcal/capita/day",{"$f":"(31-20)/31","v":{"v":0.3548387096774194,"d":"35%"}},{"v":25274.725274725275,"d":"25,274.7"},"US$05 per capita",{"v":25274.725274725275,"d":"25,274.7"},{"$nulls":7},{"v":0.057,"d":"5.7%"},"% of animal product (J) per feed (J)",{"v":0.5833333333333335,"d":"58.33%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","Combined measures",null,"MIXED","Const","Waste","High","Const","Const","Low","No","High+","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP1-REF","SSP1 Reference scenario (2050)",2050,{"$nulls":23},{"v":79,"d":"79.0"},{"v":57,"d":"57.0"},{"v":136,"d":"136.0"},{"v":188,"d":"188.0"},"TgN/yr",{"v":0.22641509433962262,"d":"22.6%"},{"v":0.65,"d":"65.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.5,"d":"8.50"},"billion",{"v":3172,"d":"3,172.00"},{"$nulls":6},{"v":0.23,"d":"23.0%"},{"v":729.5600000000001,"d":"729.56"},{"v":2442.44,"d":"2,442.44"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":33529.41176470588,"d":"33,529.4"},"US$05 per capita",{"v":33529.41176470588,"d":"33,529.4"},{"$nulls":7},{"v":0.047,"d":"4.7%"},"% of animal product (J) per feed (J)",{"$f":"BY104/$BY$97 - 1","v":{"v":0.3055555555555556,"d":"30.56%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","SSP1","None",null,"MIXED","Const","Const","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP1-All measures","SSP1 All measures (2050)",2050,{"$nulls":23},{"v":14,"d":"14.0"},{"v":24,"d":"24.0"},{"v":38,"d":"38.0"},{"v":66,"d":"66.0"},"TgN/yr",{"v":0.5094339622641509,"d":"50.9%"},{"v":0.8,"d":"80.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.5,"d":"8.50"},"billion",{"v":2587,"d":"2,587.00"},{"$nulls":6},{"v":0.1,"d":"10.0%"},{"v":258.7,"d":"258.70"},{"v":2328.3,"d":"2,328.30"},{"$nulls":5},"kcal/capita/day",{"$f":"(31-15)/31","v":{"v":0.5161290322580645,"d":"52%"}},{"v":33529.41176470588,"d":"33,529.4"},"US$05 per capita",{"v":33529.41176470588,"d":"33,529.4"},{"$nulls":7},{"v":0.063,"d":"6.3%"},"% of animal product (J) per feed (J)",{"v":0.7500000000000002,"d":"75.00%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","SSP1","Combined measures",null,"MIXED","Const","Waste","High","Const","Const","Low","No","High+","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP3-REF","SSP3 Reference scenario (2050)",2050,{"$nulls":23},{"v":163,"d":"163.0"},{"v":60,"d":"60.0"},{"v":223,"d":"223.0"},{"v":289,"d":"289.0"},"TgN/yr",{"v":0.03773584905660381,"d":"3.8%"},{"v":0.55,"d":"55.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.9,"d":"9.90"},"billion",{"v":3193,"d":"3,193.00"},{"$nulls":6},{"v":0.19,"d":"19.0%"},606.67,{"v":2586.33,"d":"2,586.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17878.78787878788,"d":"17,878.8"},"US$05 per capita",{"v":17878.78787878788,"d":"17,878.8"},{"$nulls":7},{"v":0.041,"d":"4.1%"},"% of animal product (J) per feed (J)",{"v":0.13888888888888906,"d":"13.89%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP3","None",null,"OTHER","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[7,2014,"Reactive nitrogen requirements to feed the world in 2050 and potential to mitigate nitrogen pollution","B. L. Bodirsky, A. Popp, H. Lotze-Campen, J. P. Dietrich, S. Rolinski, I. Weindl, C. Schmitz, C. Müller, M. Bonsch, F. Humpenöder, A. Biewald and M. Stevanovic","Bodirsky et al. (2014)","Journal article","Nature Communications","SSP3-All measures","SSP3 All measures (2050)",2050,{"$nulls":23},{"v":58,"d":"58.0"},{"v":41,"d":"41.0"},{"v":99,"d":"99.0"},{"v":142,"d":"142.0"},"TgN/yr",{"v":0.32075471698113195,"d":"32.1%"},{"v":0.7,"d":"70.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.9,"d":"9.90"},"billion",{"v":2867,"d":"2,867.00"},{"$nulls":6},{"v":0.16,"d":"16.0%"},458.72,{"v":2408.2799999999997,"d":"2,408.28"},{"$nulls":5},"kcal/capita/day",{"$f":"(31-23)/31","v":{"v":0.25806451612903225,"d":"26%"}},{"v":17878.78787878788,"d":"17,878.8"},"US$05 per capita",{"v":17878.78787878788,"d":"17,878.8"},{"$nulls":7},{"v":0.052,"d":"5.2%"},"% of animal product (J) per feed (J)",{"v":0.4444444444444444,"d":"44.44%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP3","Combined measures",null,"MIXED","Const","Waste","High","Const","Const","Low","No","High+","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","B","Baseline (1995)",1995,{"$nulls":10},{"v":1441.4808169627547,"d":"1,441.5"},{"$nulls":5},"Mha",{"$nulls":6},77.6,29.9,107.5,{"v":90.55457151589238,"d":"90.6"},"TgN/yr",null,{"v":0.5053194440314903,"d":"50.5%"},{"$nulls":7},{"v":5.677637428981003,"d":"5.68"},"billion",{"v":2628.581581921267,"d":"2,628.58"},{"$nulls":6},{"$f":"BF108/AX108","v":{"v":0.15783872635101134,"d":"15.8%"}},{"v":414.89196900017936,"d":"414.89"},{"v":2213.6896129210877,"d":"2,213.69"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":6003.235073288729,"d":"6,003.2"},"US$05 per capita",{"v":6003.235073288729,"d":"6,003.2"},{"$nulls":3},2.94,null,null,"t DM/ha",{"v":0.6895522214721116,"d":"0.69"},"feed per animal product (kg Nr/t DM)",{"$nulls":25},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","A1","A1 (2045)",2050,{"$nulls":10},{"v":1904.568020689353,"d":"1,904.6"},{"$nulls":5},"Mha",{"$nulls":6},173.3,81.3,{"v":254.60000000000002,"d":"254.6"},{"v":164.95570911745733,"d":"165.0"},"TgN/yr",{"$f":"(AN109-AN$97)/AN$108","v":{"v":0.13852623489318625,"d":"13.9%"}},{"v":0.6000000000000005,"d":"60.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.615875451838514,"d":"8.62"},"billion",{"v":3461.9725899938685,"d":"3,461.97"},{"$nulls":6},{"v":0.23783606056497025,"d":"23.8%"},{"v":823.3819225880486,"d":"823.38"},{"v":2638.5906674058197,"d":"2,638.59"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25787.39725303396,"d":"25,787.4"},"US$05 per capita",{"v":25787.39725303396,"d":"25,787.4"},null,null,{"$f":"BU109/$BU$108 - 1","v":{"v":1.2317839169038756,"d":"123.2%"}},{"v":6.561444715697394,"d":"6.56"},null,null,"t DM/ha",{"v":0.5273926941130409,"d":"0.53"},"feed per animal product (kg Nr/t DM)",{"$f":"IF(CB109<0,((1+CB109)^(J109-J$108)-(1+CB109)^(2010-J$108))*-1,((1+CB109)^(J109-J$108)-(1+CB109)^(2010-J$108)))","v":{"v":0.2010190990837839,"d":"20.1%"}},{"$f":"((BY109/BY$108)^(1/43))-1","v":-0.006215418095003922},{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Economic Optimism","A1","EO",null,"EFF","High+","Const","Low","Open","Const","Low","No","High","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","A2","A2 (2045)",2050,{"$nulls":10},{"v":1843.413870843582,"d":"1,843.4"},{"$nulls":5},"Mha",{"$nulls":6},177.3,64.9,{"v":242.20000000000002,"d":"242.2"},{"v":167.6455367377456,"d":"167.6"},"TgN/yr",{"$f":"(AN110-AN$97)/AN$108","v":{"v":0.039578924255197795,"d":"4.0%"}},{"v":0.550000000000001,"d":"55.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":10.772157914652631,"d":"10.77"},"billion",{"v":3053.9166951769994,"d":"3,053.92"},{"$nulls":6},{"v":0.17428727604187702,"d":"17.4%"},{"v":532.2588220612105,"d":"532.26"},{"v":2521.657873115789,"d":"2,521.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9854.160925203105,"d":"9,854.2"},"US$05 per capita",{"v":9854.160925203105,"d":"9,854.2"},null,null,{"v":0.5177360825961024,"d":"51.8%"},{"v":4.462144082832541,"d":"4.46"},null,null,"t DM/ha",{"v":0.6529735994164483,"d":"0.65"},"feed per animal product (kg Nr/t DM)",{"v":0.04850792677733373,"d":"4.9%"},{"$f":"((BY110/BY$108)^(1/43))-1","v":-1.2667721697434686E-3},{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","A2","RC",null,"BAU","High","Const","High","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","B1","B1 (2045)",2050,{"$nulls":10},{"v":1718.7101758246065,"d":"1,718.7"},{"$nulls":5},"Mha",{"$nulls":6},145.2,68.7,{"v":213.89999999999998,"d":"213.9"},{"v":120.38493088212226,"d":"120.4"},"TgN/yr",{"$f":"(AN111-AN$97)/AN$108","v":{"v":0.23747354553117644,"d":"23.7%"}},{"v":0.6500000000000009,"d":"65.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.615875451838514,"d":"8.62"},"billion",{"v":3213.4696119429454,"d":"3,213.47"},{"$nulls":6},{"v":0.2228619467688871,"d":"22.3%"},{"v":716.160093600265,"d":"716.16"},{"v":2497.3095183426803,"d":"2,497.31"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":19734.960894355852,"d":"19,735.0"},"US$05 per capita",{"v":19734.960894355852,"d":"19,735.0"},null,null,{"v":1.2814404170665594,"d":"128.1%"},{"v":6.707434826175684,"d":"6.71"},null,null,"t DM/ha",{"v":0.5488473286035999,"d":"0.55"},"feed per animal product (kg Nr/t DM)",{"v":0.1766400014224998,"d":"17.7%"},-0.005293431309354779,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","B1","GSD",null,"EFF","High+","Const","Low","Open","Const","Low","No","High+","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","B2","B2 (2045)",2050,{"$nulls":10},{"v":1685.773563529965,"d":"1,685.8"},{"$nulls":5},"Mha",{"$nulls":6},122.2,63.9,186.1,{"v":100.09716996534831,"d":"100.1"},"TgN/yr",{"$f":"(AN112-AN$97)/AN$108","v":{"v":0.23747354553117161,"d":"23.7%"}},{"v":0.6499999999999985,"d":"65.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.169886024264912,"d":"9.17"},"billion",{"v":3098.1068158275375,"d":"3,098.11"},{"$nulls":6},{"v":0.21631634891819626,"d":"21.6%"},{"v":670.1711549583916,"d":"670.17"},{"v":2427.935660869146,"d":"2,427.94"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15025.422208511576,"d":"15,025.4"},"US$05 per capita",{"v":15025.422208511576,"d":"15,025.4"},null,null,{"v":0.5144510393291404,"d":"51.4%"},{"v":4.452486055627673,"d":"4.45"},null,null,"t DM/ha",{"v":0.6613275307840147,"d":"0.66"},"feed per animal product (kg Nr/t DM)",{"v":0.03757948960101265,"d":"3.8%"},-9.7146288036398243E-4,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","B2","BAU",null,"EFF","High","Const","High","Const","Const","Low","No","High+","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","A1","A1 (2095)",2095,{"$nulls":10},{"v":1787.1575014560876,"d":"1,787.2"},{"$nulls":5},"Mha",{"$nulls":6},214.1,85.4,299.5,{"v":196.66123014905418,"d":"196.7"},"TgN/yr",{"$nulls":9},{"v":7.35773066174688,"d":"7.36"},"billion",{"v":4219.5725477528085,"d":"4,219.57"},{"$nulls":6},{"v":0.22097864030932535,"d":"22.1%"},{"v":932.4354042889714,"d":"932.44"},{"v":3287.137143463837,"d":"3,287.14"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":91593.4076333788,"d":"91,593.4"},"US$05 per capita",{"v":91593.4076333788,"d":"91,593.4"},null,null,{"v":1.5670366210364932,"d":"156.7%"},{"v":7.5470876658472905,"d":"7.55"},null,null,"t DM/ha",{"v":0.46863064016111944,"d":"0.47"},"feed per animal product (kg Nr/t DM)",{"v":0.4666506803205927,"d":"46.7%"},-0.008941817418695597,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Economic Optimism","A1","EO",null,"EFF",{"$nulls":9},"HIGH_AP",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","A2","A2 (2095)",2095,{"$nulls":10},{"v":2072.8633729983712,"d":"2,072.9"},{"$nulls":5},"Mha",{"$nulls":6},259.6,107.4,{"v":367,"d":"367.0"},{"v":221.24959754437805,"d":"221.2"},"TgN/yr",{"$nulls":9},{"v":14.79371379676999,"d":"14.79"},"billion",{"v":3592.7963235683724,"d":"3,592.80"},{"$nulls":6},{"v":0.17415486200266928,"d":"17.4%"},{"v":625.7029479347474,"d":"625.70"},{"v":2967.093375633625,"d":"2,967.09"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":21227.746683983227,"d":"21,227.7"},"US$05 per capita",{"v":21227.746683983227,"d":"21,227.7"},null,null,{"v":1.2030973244926382,"d":"120.3%"},{"v":6.4771061340083556,"d":"6.48"},null,null,"t DM/ha",{"v":0.5477970890277686,"d":"0.55"},"feed per animal product (kg Nr/t DM)",{"v":0.33730729096960466,"d":"33.7%"},-5.3377380225215765E-3,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","A2","RC",null,"BAU",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","B1","B1 (2095)",2095,{"$nulls":10},{"v":1288.0557259594934,"d":"1,288.1"},{"$nulls":5},"Mha",{"$nulls":6},128.1,52.4,180.5,{"v":87.41397398926307,"d":"87.4"},"TgN/yr",{"$nulls":9},{"v":7.35773066174688,"d":"7.36"},"billion",{"v":3650.5378550552946,"d":"3,650.54"},{"$nulls":6},{"v":0.1586020966015946,"d":"15.9%"},{"v":578.9829575352578,"d":"578.98"},{"v":3071.554897520037,"d":"3,071.55"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":61506.869684314166,"d":"61,506.9"},"US$05 per capita",{"v":61506.869684314166,"d":"61,506.9"},null,null,{"v":1.9111972592671203,"d":"191.1%"},{"v":8.558919942245334,"d":"8.56"},null,null,"t DM/ha",{"v":0.48764707395562074,"d":"0.49"},"feed per animal product (kg Nr/t DM)",{"v":0.4393870024965208,"d":"43.9%"},-0.008024617776837606,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","B1","GSD",null,"EFF",{"$nulls":9},"HIGH_AP",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[8,2012,"N2O emissions from the global agricultural nitrogen cycle - current state and future scenarios","Bodirsky, B.L., Popp, A., Weindl, I., Dietrich, J.P., Rolinski, S., Scheiffele, L., Schmitz, C., Lotze-Campen, H. ","Bodirsky et al. (2012)","Journal article","Biogeosciences","B2","B2 (2095)",2095,{"$nulls":10},{"v":1691.8213743891624,"d":"1,691.8"},{"$nulls":5},"Mha",{"$nulls":6},{"v":131,"d":"131.0"},72.5,203.5,{"v":93.17565944231848,"d":"93.2"},"TgN/yr",{"$nulls":9},{"v":10.354468023541674,"d":"10.35"},"billion",{"v":3368.4028162612512,"d":"3,368.40"},{"$nulls":6},{"v":0.18477610645102058,"d":"18.5%"},{"v":622.4003573474065,"d":"622.40"},{"v":2746.0024589138447,"d":"2,746.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":30846.467953671356,"d":"30,846.5"},"US$05 per capita",{"v":30846.467953671356,"d":"30,846.5"},null,null,{"v":0.7507371549610249,"d":"75.1%"},{"v":5.147167235585413,"d":"5.15"},null,null,"t DM/ha",{"v":0.5882917107497871,"d":"0.59"},"feed per animal product (kg Nr/t DM)",{"v":0.25491953427658365,"d":"25.5%"},-3.6866642707045205E-3,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","B2","BAU",null,"EFF",{"$nulls":9},"HIGH_AP",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","B","Baseline (2000)",2000,{"$nulls":23},{"v":83,"d":"83.0"},{"v":39,"d":"39.0"},{"v":122,"d":"122.0"},{"v":138,"d":"138.0"},"Tg N/yr",null,{"v":0.44,"d":"44.0%"},{"v":14,"d":"14.00"},{"v":12,"d":"12.00"},"Tg P/yr",null,{"v":0.612903,"d":"61.3%"},null,null,{"v":6.1,"d":"6.10"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"$f":"BE622","v":{"v":0.13823995605041392,"d":"13.8%"}},{"v":450,"d":"450.00"},{"v":2278,"d":"2,278.00"},{"$nulls":5},"kcal/capita/day",{"$nulls":19},"IAASTD",{"$nulls":18},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","IAASTD","IAASTD baseline projection",2050,{"$nulls":23},{"v":104,"d":"104.0"},{"v":54,"d":"54.0"},{"v":158,"d":"158.0"},{"v":170,"d":"170.0"},"Tg N/yr",{"$f":"(AN118-AN$11)/AN$11","v":{"v":0.1026195652173913,"d":"10.3%"}},{"v":0.507205,"d":"50.7%"},{"v":23,"d":"23.00"},{"v":18,"d":"18.00"},"Tg P/yr",{"$f":"(AS118-AS$117)/AS$117","v":{"v":0.03222369608241442,"d":"3.2%"}},{"v":0.632653,"d":"63.3%"},null,null,{"v":9.4,"d":"9.40"},"billion",{"$f":"BF118+BG118","v":{"v":3267.5999999999995,"d":"3,267.60"}},{"$nulls":6},{"$f":"BE623","v":{"v":0.15930800298987874,"d":"15.9%"}},{"v":520.5548305697278,"d":"520.55"},{"v":2747.045169430272,"d":"2,747.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.6609945551838232,"d":"66.1%"},{"$nulls":6},{"$f":"CA$623","v":{"v":0.04144470134098377,"d":"4.1%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","IAASTD",null,null,"BAU","High","Const","Low","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","EX","Extensification of ruminant production",2050,{"$nulls":23},{"v":103,"d":"103.0"},{"v":55,"d":"55.0"},{"v":158,"d":"158.0"},{"v":169,"d":"169.0"},"Tg N/yr",{"v":0.130186956521739,"d":"13.0%"},{"v":0.519886,"d":"52.0%"},{"v":23,"d":"23.00"},{"v":18,"d":"18.00"},"Tg P/yr",{"v":0.04421091102507255,"d":"4.4%"},{"v":0.64,"d":"64.0%"},null,null,{"v":9.4,"d":"9.40"},"billion",{"v":3267.5999999999995,"d":"3,267.60"},{"$nulls":6},{"v":0.15930800298987874,"d":"15.9%"},{"v":520.5548305697278,"d":"520.55"},{"v":2747.045169430272,"d":"2,747.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.6609945551838232,"d":"66.1%"},{"$nulls":4},-0.2,null,{"$f":"IF(BY119=1,CA$118,(1+BY119)*CA$118)","v":{"v":0.03315576107278702,"d":"3.3%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+eff","IAASTD",null,null,"EFF","High","Const","Low","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0.9,"d":"90%"},{"v":0,"d":"0%"}," ",2," ",4]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","FE","Increased feed efficiency",2050,{"$nulls":23},{"v":109,"d":"109.0"},{"v":56,"d":"56.0"},{"v":165,"d":"165.0"},{"v":165,"d":"165.0"},"Tg N/yr",{"v":0.13751304347826093,"d":"13.8%"},{"v":0.523256,"d":"52.3%"},{"v":24,"d":"24.00"},{"v":17,"d":"17.00"},"Tg P/yr",{"v":0.03222369608241442,"d":"3.2%"},{"v":0.632653,"d":"63.3%"},null,null,{"v":9.4,"d":"9.40"},"billion",{"v":3267.5999999999995,"d":"3,267.60"},{"$nulls":6},{"v":0.15930800298987874,"d":"15.9%"},{"v":520.5548305697278,"d":"520.55"},{"v":2747.045169430272,"d":"2,747.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.6609945551838232,"d":"66.1%"},{"$nulls":4},0.1,"10% lower N and P excretion for cattle, pigs, poultry, and small ruminants in mixed and industrial systems",{"$f":"IF(BY120=1,CA$118,(1+BY120)*CA$118)","v":{"v":0.04558917147508215,"d":"4.6%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+eff","IAASTD",null,null,"EFF","High","Const","Trend","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","ST","Improved manure storage",2050,{"$nulls":23},{"v":104,"d":"104.0"},{"v":54,"d":"54.0"},{"v":158,"d":"158.0"},{"v":172,"d":"172.0"},"Tg N/yr",{"v":0.10558913043478255,"d":"10.6%"},{"v":0.508571,"d":"50.9%"},{"v":23,"d":"23.00"},{"v":18,"d":"18.00"},"Tg P/yr",{"v":0.03222369608241442,"d":"3.2%"},{"v":0.632653,"d":"63.3%"},null,null,{"v":9.4,"d":"9.40"},"billion",{"v":3267.5999999999995,"d":"3,267.60"},{"$nulls":6},{"v":0.15930800298987874,"d":"15.9%"},{"v":520.5548305697278,"d":"520.55"},{"v":2747.045169430272,"d":"2,747.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.6609945551838232,"d":"66.1%"},{"$nulls":6},{"$f":"CA$623","v":{"v":0.04144470134098377,"d":"4.1%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+eff","IAASTD",null,null,"EFF","High","Const","Low","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","IM","Integrated manure management",2050,{"$nulls":23},{"v":82,"d":"82.0"},{"v":55,"d":"55.0"},{"v":137,"d":"137.0"},{"v":156,"d":"156.0"},"Tg N/yr",{"v":0.17646956521739124,"d":"17.6%"},{"v":0.541176,"d":"54.1%"},{"v":18,"d":"18.00"},{"v":16,"d":"16.00"},"Tg P/yr",{"v":0.07614744910695496,"d":"7.6%"},{"v":0.659574,"d":"66.0%"},null,null,{"v":9.4,"d":"9.40"},"billion",{"v":3267.5999999999995,"d":"3,267.60"},{"$nulls":6},{"v":0.15930800298987874,"d":"15.9%"},{"v":520.5548305697278,"d":"520.55"},{"v":2747.045169430272,"d":"2,747.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.6609945551838232,"d":"66.1%"},{"$nulls":6},{"$f":"CA$623","v":{"v":0.04144470134098377,"d":"4.1%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+eff","IAASTD",null,null,"EFF","High","Const","Trend","Const","Const","Low","No","Trend","Yes","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[9,2013,"Exploring global changes in nitrogen and phosphorus cycles in agriculture induced by livestock production over the 1900-2050 period","Bouwman, L., Goldewijk, K.K., Van Der Hoek, K.W., Beusen, A.H.W., Van Vuuren, D.P., Willems, J., Rufino, M.C., Stehfest, E.","Bouwman et al. (2013)","Journal article","PNAS","DI","Beef partly replaced by poultry",2050,{"$nulls":23},{"v":104,"d":"104.0"},{"v":53,"d":"53.0"},{"v":157,"d":"157.0"},{"v":165,"d":"165.0"},"Tg N/yr",{"v":0.10953478260869562,"d":"11.0%"},{"v":0.510386,"d":"51.0%"},{"v":23,"d":"23.00"},{"v":18,"d":"18.00"},"Tg P/yr",{"v":0.019737217797922386,"d":"2.0%"},{"v":0.625,"d":"62.5%"},null,null,{"v":9.4,"d":"9.40"},"billion",{"v":3267.5999999999995,"d":"3,267.60"},{"$nulls":6},{"v":0.15930800298987874,"d":"15.9%"},{"v":520.5548305697278,"d":"520.55"},{"v":2747.045169430272,"d":"2,747.05"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.6609945551838232,"d":"66.1%"},{"$nulls":6},{"$f":"CA$623","v":{"v":0.04144470134098377,"d":"4.1%"}},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+diet","IAASTD",null,null,"DIET","High","Const","Low","Const","Const","Low","No","Trend","No","SUBST","No","Low","CONV","Const","Low","SUBST","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","B","Baseline (2011)",2011,{"$nulls":20},{"v":1448.16850237,"d":"1,448.17"},null,"km3/yr",{"$nulls":14},{"v":7.111488,"d":"7.11"},"billion",{"v":2770.1324212316745,"d":"2,770.13"},{"$nulls":6},{"$f":"BF124/AX124","v":{"v":0.19596808304257593,"d":"19.6%"}},{"v":542.8575403628607,"d":"542.86"},{"v":2227.274880868814,"d":"2,227.27"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","2050 Baseline (combined)","Current food and energy consumption patterns",2050,{"$nulls":20},{"v":1741.5948780958593,"d":"1,741.59"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.01089728639757,"d":"9.01"},"billion",{"v":2758.089535225826,"d":"2,758.09"},{"$nulls":6},{"v":0.18950508270029887,"d":"19.0%"},{"v":522.671985467799,"d":"522.67"},{"v":2235.417549758027,"d":"2,235.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","2050 Increased protein (from plant sources)","Increased protein demand, plant",2050,{"$nulls":20},{"v":2026.3331685624667,"d":"2,026.33"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.01089728639757,"d":"9.01"},"billion",{"v":3523.4455886062706,"d":"3,523.45"},{"$nulls":6},{"v":0.14834115422640753,"d":"14.8%"},{"v":522.6719854677981,"d":"522.67"},{"v":3000.7736031384725,"d":"3,000.77"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+diet","SSP",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","2050 Increased protein (from animal sources)","Increased protein demand, animal",2050,{"$nulls":20},{"v":1941.1169979685485,"d":"1,941.12"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.01089728639757,"d":"9.01"},"billion",{"v":3094.2856177541903,"d":"3,094.29"},{"$nulls":6},{"v":0.2775658662756297,"d":"27.8%"},{"v":858.8680679961637,"d":"858.87"},{"v":2235.4175497580263,"d":"2,235.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},"BAU+diet","SSP",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","2050 Replaced foods","Increased protein demand, replaced foods (with healthier alternatives in the same food group)",2050,{"$nulls":20},{"v":1673.5376406345338,"d":"1,673.54"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.01089728639757,"d":"9.01"},"billion",{"v":3005.832521420359,"d":"3,005.83"},{"$nulls":6},{"v":0.1738432424409329,"d":"17.4%"},{"v":522.5436717581201,"d":"522.54"},{"v":2483.2888496622395,"d":"2,483.29"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[10,2016,"Water saving potentials and possible trade-offs for future food and energy supply","Damerau, K., Patt, A.G., van Vliet, O.P.R. ","Damerau et al. (2016)","Journal article","Global Environmental Change","2050 Macro-nutrient shift","Increased protein demand, replaced foods (with healthier alternatives in the same food group), macro-nutrients shift (carbohydrate share from roughly 60% today to 40% and hence an increase in the fat share of a diet)",2050,{"$nulls":20},{"v":1307.720304478244,"d":"1,307.72"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.01089728639757,"d":"9.01"},"billion",{"v":2699.334138038197,"d":"2,699.33"},{"$nulls":6},{"v":0.3136951057075575,"d":"31.4%"},{"v":846.7679077719108,"d":"846.77"},{"v":1852.566230266286,"d":"1,852.57"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","B","Baseline (2000)",2000,{"$nulls":10},{"$f":"340+860","v":{"v":1200,"d":"1,200.0"}},{"v":340,"d":"340.0"},{"v":860,"d":"860.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":1570,"d":"1,570.00"},null,"km3/yr",{"$nulls":14},6.08,"billion",{"v":2700,"d":"2,700.00"},{"$nulls":6},{"v":0.16666666666666666,"d":"16.7%"},{"v":450,"d":"450.00"},{"v":2278,"d":"2,278.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":5630,"d":"5,630.0"},"US$2000/yr per capita",{"v":6385,"d":"6,385.0"},{"$nulls":3},{"$f":"(BV130*340/(340+860)+BW130*860/(340+860))","v":{"v":2.8113333333333332,"d":"2.81"}},{"v":3.7,"d":"3.70"},2.46,"t/ha",{"$nulls":5},0.596958174904943,{"$nulls":21},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","RF-HY","Emphasis on investments in rainfed areas: water harvesting and supplemental irrigation",2050,{"$nulls":10},{"$f":"340+920","v":{"v":1260,"d":"1,260.0"}},{"v":340,"d":"340.0"},{"v":920,"d":"920.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":1870,"d":"1,870.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"v":2790,"d":"2,790.00"},{"v":37,"d":"37.00"},{"$nulls":5},{"v":0.15306152927120667,"d":"15.3%"},{"$f":"(BF132/AY132)*AY131","v":{"v":427.04166666666663,"d":"427.04"}},{"$f":"AX131-BF131","v":{"v":2362.9583333333335,"d":"2,362.96"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"US$2000/yr per capita",{"v":19214,"d":"19,214.0"},null,null,{"$f":"BU131/$BU$130 - 1","v":{"v":0.5830482062400488,"d":"58.3%"}},{"$f":"(BV131*340/(340+920)+BW131*920/(340+920))","v":{"v":4.4504761904761905,"d":"4.45"}},5.02,4.24,"t/ha",null,null,{"$f":"IF(CM131=\"Trend\",CA$93,IF(CM131=\"Low\",CA$93/2,IF(CM131=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD131/CD$130 - 1","v":{"v":-7.1163959744414695E-3,"d":"-0.71%"}},0.5927099841521395,{"v":0,"d":"0.0%"},"EFF","Technogarden",null,null,"EFF","High+","Const","Low","Const","Const","Trend","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM131=\"Low_Con\",1,IF($CM131=\"Trend\",2,IF($CM131=\"Feed\",3,IF($CM131=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR131=\"Const\",\"1\",IF($CR131=\"Trend\",2,IF($CR131=\"Fert\",\"3\",IF($CR131=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM131=\"Low_Con\",1^2,IF($CM131=\"Trend\",2^2,IF($CM131=\"Feed\",3^2,IF($CM131=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR131=\"Const\",1^2,IF($CR131=\"Trend\",2^2,IF($CR131=\"Fert\",3^2,IF($CR131=\"Fert+\",4^2,\" \"))))","v":1}]
[{"$f":"IF(E132=E131,A131,A131+1)","v":11},2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","RF-LY","Simulates the pessimistic case where upgrading rainfed is not successful",2050,{"$nulls":10},{"$f":"340+1320","v":{"v":1660,"d":"1,660.0"}},{"v":340,"d":"340.0"},{"v":1320,"d":"1,320.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":1870,"d":"1,870.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"v":2970,"d":"2,970.00"},{"v":48,"d":"48.00"},{"$nulls":5},{"v":0.18653198653198652,"d":"18.7%"},{"v":554,"d":"554.00"},{"v":2416,"d":"2,416.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"US$2000/yr per capita",{"v":19214,"d":"19,214.0"},null,null,{"v":0.19713380436614858,"d":"19.7%"},{"$f":"(BV132*340/(340+1320)+BW132*1320/(340+1320))","v":{"v":3.3655421686746987,"d":"3.37"}},4.94,2.96,"t/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":-0.008687414335241339,"d":"-0.87%"},0.5917721518987342,{"v":0,"d":"0.0%"},"BAU","Technogarden",null,null,"BAU","Low","Const","Low","Const","Const","Trend","Yes","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","IRR-AE","Emphasizes food self-sufficiency and stable food supply through expansion of irrigated areas",2050,{"$nulls":10},{"$f":"450+1100","v":{"v":1550,"d":"1,550.0"}},{"v":450,"d":"450.0"},{"v":1100,"d":"1,100.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":2420,"d":"2,420.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"v":2970,"d":"2,970.00"},{"v":48,"d":"48.00"},{"$nulls":5},{"v":0.18653198653198652,"d":"18.7%"},{"v":554,"d":"554.00"},{"v":2416,"d":"2,416.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"US$2000/yr per capita",{"v":19214,"d":"19,214.0"},null,null,{"v":0.2651556296709938,"d":"26.5%"},{"$f":"(BV133*450/(450+1100)+BW133*1100/(450+1100))","v":{"v":3.556774193548387,"d":"3.56"}},5.04,2.95,"t/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":-0.016047245068332217,"d":"-1.60%"},0.587378640776699,{"v":0,"d":"0.0%"},"Self sufficiency","Technogarden",null,null,"EFF","High","Const","Low","Reg","Const","Trend","Yes","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","IRR-YI","Emphasis on improving performance of existing irrigated areas: increase in yield and water productivity",2050,{"$nulls":10},{"$f":"370+1140","v":{"v":1510,"d":"1,510.0"}},{"v":370,"d":"370.0"},{"v":1140,"d":"1,140.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":2255,"d":"2,255.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"v":2970,"d":"2,970.00"},{"v":48,"d":"48.00"},{"$nulls":5},{"v":0.18653198653198652,"d":"18.7%"},{"v":554,"d":"554.00"},{"v":2416,"d":"2,416.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"US$2000/yr per capita",{"v":19214,"d":"19,214.0"},null,null,{"v":0.368467587045183,"d":"36.8%"},{"$f":"(BV134*370/(370+1140)+BW134*1140/(370+1140))","v":{"v":3.8472185430463575,"d":"3.85"}},6.55,2.97,"t/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":0.0917584035933876,"d":"9.18%"},0.6517341040462428,{"v":0,"d":"0.0%"},"EFF","Technogarden",null,null,"EFF","High","Const","Low","Const","Const","High","Yes","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","TRADE","Agricultural trade from water abundant countries to water-scarce countries",2050,{"$nulls":10},{"$f":"340+1040","v":{"v":1380,"d":"1,380.0"}},{"v":340,"d":"340.0"},{"v":1040,"d":"1,040.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":1650,"d":"1,650.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"v":2970,"d":"2,970.00"},{"v":48,"d":"48.00"},{"$nulls":5},{"v":0.18653198653198652,"d":"18.7%"},{"v":554,"d":"554.00"},{"v":2416,"d":"2,416.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"US$2000/yr per capita",{"v":19214,"d":"19,214.0"},null,null,{"v":0.4783845923848604,"d":"47.8%"},{"$f":"(BV135*340/(340+1040)+BW135*1040/(340+1040))","v":{"v":4.156231884057971,"d":"4.16"}},4.94,{"v":3.9,"d":"3.90"},"t/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":1.4538908889503155E-3,"d":"0.15%"},0.5978260869565217,{"v":0,"d":"0.0%"},"TRADE","Technogarden",null,null,"EFF","High","Const","Low","Open","Const","Trend","Yes","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[11,2010,"Satisfying future water demands for agriculture","de Fraiture, C., Wichelns, D. ","de Fraiture & Wichelns (2010)","Journal article","Agricultural Water Management","OPTIMISED","An optimistic, but plausible, scenario that emphasizes optimal strategies that vary among regions",2050,{"$nulls":10},{"$f":"394+920","v":{"v":1314,"d":"1,314.0"}},{"v":394,"d":"394.0"},{"v":920,"d":"920.0"},{"$nulls":3},"Mha",{"$nulls":3},{"v":1945,"d":"1,945.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"v":2970,"d":"2,970.00"},{"v":48,"d":"48.00"},{"$nulls":5},{"v":0.18653198653198652,"d":"18.7%"},{"v":554,"d":"554.00"},{"v":2416,"d":"2,416.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"US$2000/yr per capita",{"v":19214,"d":"19,214.0"},null,null,{"v":0.5785096851946296,"d":"57.9%"},{"$f":"(BV136*394/(394+920)+BW136*920/(394+920))","v":{"v":4.437716894977169,"d":"4.44"}},5.74,3.88,"t/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":0.09518813894984746,"d":"9.52%"},0.653781512605042,{"v":0,"d":"0.0%"},"OPTIMISED","Technogarden",null,null,"EFF","High+","Const","Low","Const","Const","High","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[12,2009,"Present and future water requirements for feeding humanity","Falkenmark, M., Rockstrom, J., Karlberg, L. ","Falkenmark et al. (2009)","Journal article",null,"B","UN Medium population scenario - 9 billion",2050,{"$nulls":10},{"$f":"1537.4512+201","v":{"v":1738.4512,"d":"1,738.5"}},{"$nulls":5},"Mha",{"$nulls":3},{"$f":"1820+430+1300","v":{"v":3550,"d":"3,550.00"}},null,"km3/yr",{"$nulls":14},{"v":9,"d":"9.00"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE137*AX137","v":{"v":600,"d":"600.00"}},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"$nulls":38},{"$f":"IF($CT137=\"VGN\",\"NO MEAT\",IF($CT137=\"SUBST\",\"SUBST\",IF($CT137=\"PESC\",\"PESC\",IF($CT137=\"VEG\",\"NO MEAT\",IF($CT137=\" \",\" \",\"MEAT\")))))","v":"MEAT"},{"$f":"IF(CM137=\"Trend\",\"Low_Con\",IF(CM137=\"Feed+\",\"Feed\",IF(CM137=0,\" \",CM137)))","v":" "},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[12,2009,"Present and future water requirements for feeding humanity","Falkenmark, M., Rockstrom, J., Karlberg, L. ","Falkenmark et al. (2009)","Journal article",null,"A2","SRES A2 population based on IPPC AR4",2050,{"$nulls":10},{"$f":"1537.4512+261","v":{"v":1798.4512,"d":"1,798.5"}},{"$nulls":5},"Mha",{"$nulls":3},{"$f":"1820+550+1130","v":{"v":3500,"d":"3,500.00"}},null,"km3/yr",{"$nulls":14},{"v":11.296,"d":"11.30"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE138*AX138","v":{"v":600,"d":"600.00"}},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"$nulls":18},"Regional Competition",{"$nulls":19},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[13,2017,"The implications of allocation scenarios for global phosphorus flow from agriculture and wastewater","Lwin, C.M., Murakami, M., Hashimoto, S. ","Lwin et al. (2017)","Journal article","Resources, Conservation and Recycling","B","Baseline",2010,{"$nulls":30},{"v":13.987,"d":"13.99"},null,"Tg P/yr",{"$nulls":4},{"v":6.8,"d":"6.80"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[13,2017,"The implications of allocation scenarios for global phosphorus flow from agriculture and wastewater","Lwin, C.M., Murakami, M., Hashimoto, S. ","Lwin et al. (2017)","Journal article","Resources, Conservation and Recycling","S1","SSP3",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":24.328,"d":"24.33"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.940687,"d":"9.94"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":18},"SSP3",null,null,"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[13,2017,"The implications of allocation scenarios for global phosphorus flow from agriculture and wastewater","Lwin, C.M., Murakami, M., Hashimoto, S. ","Lwin et al. (2017)","Journal article","Resources, Conservation and Recycling","S2","SSP3",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":29.525,"d":"29.53"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.940687,"d":"9.94"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":18},"SSP3",null,null,"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[13,2017,"The implications of allocation scenarios for global phosphorus flow from agriculture and wastewater","Lwin, C.M., Murakami, M., Hashimoto, S. ","Lwin et al. (2017)","Journal article","Resources, Conservation and Recycling","S3","SSP3",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":26.676,"d":"26.68"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.940687,"d":"9.94"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":18},"SSP3",null,null,"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[14,2014,"The future of food — Scenarios and the effect on natural resource use in agriculture in 2050","Odegard, I.Y.R., van der Voet, E.","Odegard & van der Voet (2014)","Journal article",null,"A1","Affluent world : low population growth, high economic development, rapid and global technological development, western diet, high household and retail waste, 80% yield gap closure, high feed efficiency, intensive feedcrop management, 60% cereal irrigation efficiency, 10% fertilizer efficiency gain",2050,{"$nulls":9},{"$f":"U143+Y143","v":2.98},1.68,{"$f":"0.75*454","v":{"v":340.5,"d":"340.50"}},null,null,{"v":1.3,"d":"1.30"},null,"billion ha",{"$nulls":6},{"v":375,"d":"375.0"},null,{"$f":"4.208*(AH143^0.7799)","v":{"v":428.1172399079366,"d":"428.1"}},null,"TgN/yr",{"v":0.1,"d":"10.0%"},null,{"v":47.5,"d":"47.50"},null,"Tg P/yr",{"v":0.1,"d":"10.0%"},{"$nulls":3},7.78,"billion",{"$f":"835+2541","v":{"v":3376,"d":"3,376.00"}},{"$nulls":6},{"v":0.26,"d":"26.0%"},{"$f":"BE143*AX143","v":877.76},{"$f":"AX143-BF143","v":{"v":2498.24,"d":"2,498.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0.00%"},{"v":28400,"d":"28,400.0"},"US$1995/yr per capita",{"v":36394.5,"d":"36,394.5"},null,null,{"$f":"BT131","v":{"v":0.5830482062400488,"d":"58.3%"}},{"$nulls":4},"2.5 (cattle-milk); 59 (cattle-beef); 5.3 (pork); 3.5 (poultry); 2.9 (eggs)","input kg DM per kg product",{"$f":"IF(CM143=\"Trend\",CA$93,IF(CM143=\"Low\",CA$93/2,IF(CM143=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,null,{"v":0.6,"d":"60%"},null,"Economic Optimism","A1",null,null,"OTHER","High+","Const","High","Open","Const","Low","No","Trend","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[14,2014,"The future of food — Scenarios and the effect on natural resource use in agriculture in 2050","Odegard, I.Y.R., van der Voet, E.","Odegard & van der Voet (2014)","Journal article",null,"A2","Full world : high population growth, low economic development, slow and regional technological development, western diet, half of the waste in A1, 20% yield gap closure, high feed efficiency, some intensive feedcrop management, 60% cereal irrigation efficiency, 10% fertilizer efficiency gain",2050,{"$nulls":9},{"$f":"U144+Y144","v":6.32},1.92,{"$f":"0.75*454","v":{"v":340.5,"d":"340.50"}},null,null,{"v":4.4,"d":"4.40"},null,"billion ha",{"$nulls":6},{"v":250,"d":"250.0"},null,{"$f":"4.208*(AH144^0.7799)","v":{"v":312.0535617266116,"d":"312.1"}},null,"TgN/yr",{"v":0,"d":"0.0%"},null,{"v":38.3,"d":"38.30"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.9,"d":"9.90"},"billion",{"$f":"375+2572","v":{"v":2947,"d":"2,947.00"}},{"$nulls":6},{"v":0.22,"d":"22.0%"},{"$f":"BE144*AX144","v":648.34},{"$f":"AX144-BF144","v":{"v":2298.66,"d":"2,298.66"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50.00%"},{"v":11900,"d":"11,900.0"},"US$1995/yr per capita",{"v":15249.8,"d":"15,249.8"},null,null,{"$f":"BT132","v":{"v":0.19713380436614858,"d":"19.7%"}},{"$nulls":4},"2.5 (cattle-milk); 59 (cattle-beef); 5.3 (pork); 3.5 (poultry); 2.9 (eggs)","input kg DM per kg product",{"$f":"IF(CM144=\"Trend\",CA$93,IF(CM144=\"Low\",CA$93/2,IF(CM144=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"$f":"CD144/CD$130 - 1","v":{"v":0.005095541401273884,"d":"0.51%"}},{"v":0.6,"d":"60%"},{"v":0,"d":"0.0%"},"Regional Competition","A2",null,null,"OTHER","Low","Waste","Trend","Reg","Const","Low","No","Trend","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[14,2014,"The future of food — Scenarios and the effect on natural resource use in agriculture in 2050","Odegard, I.Y.R., van der Voet, E.","Odegard & van der Voet (2014)","Journal article",null,"B1","Vegetarian world : low population growth, med-high economic development, medium and global technological development, vegetarian diet, half of the waste in A1, 80% yield gap closure, high feed efficiency, no intensive feedcrop management, 65% cereal irrigation efficiency, 15% fertilizer efficiency gain",2050,{"$nulls":9},{"$f":"U145+Y145","v":1.16},0.86,{"$f":"0.75*363","v":272.25},null,null,{"v":0.3,"d":"0.30"},null,"billion ha",{"$nulls":6},{"v":135,"d":"135.0"},null,{"$f":"4.208*(AH145^0.7799)","v":{"v":192.98477024421496,"d":"193.0"}},null,"TgN/yr",{"v":0.15,"d":"15.0%"},null,{"v":21.5,"d":"21.50"},null,"Tg P/yr",{"v":0.15,"d":"15.0%"},{"$nulls":3},7.78,"billion",{"$f":"366+2386","v":{"v":2752,"d":"2,752.00"}},{"$nulls":6},{"v":0.09,"d":"9.0%"},{"$f":"BE145*AX145","v":{"v":247.67999999999998,"d":"247.68"}},{"$f":"AX145-BF145","v":{"v":2504.32,"d":"2,504.32"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50.00%"},{"v":22200,"d":"22,200.0"},"US$1995/yr per capita",{"v":28449.21,"d":"28,449.2"},null,null,{"$f":"BT131","v":{"v":0.5830482062400488,"d":"58.3%"}},{"$nulls":4},"2.5 (cattle-milk); 59 (cattle-beef); 5.3 (pork); 3.5 (poultry); 2.9 (eggs)","input kg DM per kg product",{"$f":"IF(CM145=\"Trend\",CA$93,IF(CM145=\"Low\",CA$93/2,IF(CM145=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"$f":"CD145/CD$130 - 1","v":{"v":0.08885350318471352,"d":"8.89%"}},{"v":0.65,"d":"65%"},{"v":0,"d":"0.0%"},"Global Sustainable Development","B1",null,null,"MIXED","High+","Waste","High","Open","Const","Low","No","High","No","VEG","No","Low","CONV","Const","Low","NO MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[14,2014,"The future of food — Scenarios and the effect on natural resource use in agriculture in 2050","Odegard, I.Y.R., van der Voet, E.","Odegard & van der Voet (2014)","Journal article",null,"B2","Low-input world : medium population growth, medium economic development, medium and regional technological development, reduced meat diet, half of the waste in A1, half of A2 yields, high feed efficiency, no intensive feedcrop management, 65% cereal irrigation efficiency, 15% fertilizer efficiency gain",2050,{"$nulls":9},{"$f":"U146+Y146","v":8.69},3.39,{"$f":"0.75*363","v":272.25},null,null,{"v":5.3,"d":"5.30"},null,"billion ha",{"$nulls":6},{"v":160,"d":"160.0"},null,{"$f":"4.208*(AH146^0.7799)","v":{"v":220.327600941081,"d":"220.3"}},null,"TgN/yr",{"v":0.15,"d":"15.0%"},null,25.95,null,"Tg P/yr",{"v":0.15,"d":"15.0%"},{"$nulls":3},9.15,"billion",{"$f":"369+2478","v":{"v":2847,"d":"2,847.00"}},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"BE146*AX146","v":483.99},{"$f":"AX146-BF146","v":{"v":2363.01,"d":"2,363.01"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50.00%"},{"v":17700,"d":"17,700.0"},"US$1995/yr per capita",{"v":22682.5,"d":"22,682.5"},null,null,{"$f":"BT144/2","v":{"v":0.09856690218307429,"d":"9.9%"}},{"$nulls":4},"2.5 (cattle-milk); 59 (cattle-beef); 5.3 (pork); 3.5 (poultry); 2.9 (eggs)","input kg DM per kg product",{"$f":"IF(CM146=\"Trend\",CA$93,IF(CM146=\"Low\",CA$93/2,IF(CM146=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"$f":"CD146/CD$130 - 1","v":{"v":0.08885350318471352,"d":"8.89%"}},{"v":0.65,"d":"65%"},{"v":0,"d":"0.0%"},"BAU","B2",null,null,"BAU","Low","Waste","Trend","Reg","Const","Low","No","High","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2," ",4," "]
[15,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment","B","Baseline (2000)",2000,{"$nulls":10},{"v":1537.4512,"d":"1,537.5"},{"$nulls":3},{"v":3417.1006,"d":"3,417.1"},null,"Mha",{"$nulls":3},{"v":1772,"d":"1,772.00"},null,"km3/yr",{"$nulls":14},{"v":6.1,"d":"6.10"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"$f":"BE667","v":{"v":0.1409921671018277,"d":"14.1%"}},{"v":450,"d":"450.00"},{"v":2278,"d":"2,278.00"},{"$nulls":6},{"v":0,"d":"0%"},{"$nulls":15},0.6,{"$nulls":21},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[15,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment","BAU","Same as baseline considering climate change (2050)",2050,{"$nulls":10},{"v":1537.4512,"d":"1,537.5"},{"$nulls":3},{"v":3417.1006,"d":"3,417.1"},null,"Mha",{"$nulls":3},{"v":1656,"d":"1,656.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":6.1,"d":"6.10"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"$f":"BF148/AX148","v":{"v":0.16501650165016502,"d":"16.5%"}},{"v":450,"d":"450.00"},{"$f":"AX148-BF148","v":{"v":2277,"d":"2,277.00"}},{"$nulls":6},{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM148=\"Trend\",CA$93,IF(CM148=\"Low\",CA$93/2,IF(CM148=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD148/CD$147 - 1","v":{"v":0.16666666666666674,"d":"16.67%"}},0.7,{"v":0,"d":"0.0%"},"BAU",{"$nulls":4},"Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[15,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment","Case 1","Efficient intensification (2050)",2050,{"$nulls":10},{"v":1537.4512,"d":"1,537.5"},{"$nulls":3},{"v":3417.1006,"d":"3,417.1"},null,"Mha",{"$nulls":3},{"$f":"AE$147+1125","v":{"v":2897,"d":"2,897.00"}},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"$f":"AX$147-(AX$147*800/2800)/2","v":{"v":2337.4285714285716,"d":"2,337.43"}},{"$nulls":6},{"v":0.16501650165016502,"d":"16.5%"},{"$f":"BF147-(BF147*800/2800)/2","v":{"v":385.7142857142857,"d":"385.71"}},{"v":1951.7142857142858,"d":"1,951.71"},{"$nulls":6},{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM149=\"Trend\",CA$93,IF(CM149=\"Low\",CA$93/2,IF(CM149=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD149/CD$147 - 1","v":{"v":0.16666666666666674,"d":"16.67%"}},0.7,{"v":0,"d":"0.0%"},"Efficient intensification (2050)",{"$nulls":3},"OTHER","Const","Waste","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[15,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment","Case 2","Expansion on pastures (2050)",2050,{"$nulls":10},{"$f":"U$147+X150","v":{"v":1729.2418,"d":"1,729.2"}},null,null,{"v":191.7906,"d":"191.8"},{"$f":"Y$147-X150","v":{"v":3225.3100000000004,"d":"3,225.3"}},null,"Mha",{"$nulls":3},{"$f":"AE$147+169","v":{"v":1941,"d":"1,941.00"}},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"v":0.16501650165016502,"d":"16.5%"},{"v":450,"d":"450.00"},{"v":2277,"d":"2,277.00"},{"$nulls":6},{"v":0,"d":"0%"},{"$nulls":5},{"v":1,"d":"100.0%"},{"$nulls":6},{"$f":"IF(CM150=\"Trend\",CA$93,IF(CM150=\"Low\",CA$93/2,IF(CM150=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD150/CD$147 - 1","v":{"v":0.16666666666666674,"d":"16.67%"}},0.7,{"v":0,"d":"0.0%"},"Expansion on pastures (2050)",{"$nulls":3},"EFF","High+","Const","Low","Const","Const","Low","Yes","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[15,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment","Case 3","Rainfed expansion (2050)",2050,{"$nulls":10},{"$f":"U$147+X151","v":{"v":1712.7948,"d":"1,712.8"}},null,null,{"v":175.3436,"d":"175.3"},{"$f":"Y$147-X151*0.625","v":{"v":3307.51085,"d":"3,307.5"}},null,"Mha",{"$nulls":3},{"$f":"AE$147+142","v":{"v":1914,"d":"1,914.00"}},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"v":0.16501650165016502,"d":"16.5%"},{"v":450,"d":"450.00"},{"v":2277,"d":"2,277.00"},{"$nulls":6},{"v":0,"d":"0%"},{"$nulls":5},{"v":1,"d":"100.0%"},{"$nulls":6},{"$f":"IF(CM151=\"Trend\",CA$93,IF(CM151=\"Low\",CA$93/2,IF(CM151=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD151/CD$147 - 1","v":{"v":0.16666666666666674,"d":"16.67%"}},0.7,{"v":0,"d":"0.0%"},"Rainfed expansion (2050)",{"$nulls":3},"EFF","High+","Const","Low","Const","Const","Low","Yes","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[15,2011,"Projected water consumption in future global agriculture: Scenarios and related impacts","Pfister, S., Bayer, P., Koehler, A., Hellweg, S. ","Pfister et al. (2011)","Journal article","Science of the Total Environment","Case 4","Expansion and intensification (2050)",2050,{"$nulls":10},{"$f":"U$147+X152","v":{"v":1729.2418,"d":"1,729.2"}},null,null,{"v":191.7906,"d":"191.8"},{"$f":"Y$147-X152","v":{"v":3225.3100000000004,"d":"3,225.3"}},null,"Mha",{"$nulls":3},{"$f":"AE$147+1294","v":{"v":3066,"d":"3,066.00"}},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"$f":"AX$147-(AX$147*800/2800)/2","v":{"v":2337.4285714285716,"d":"2,337.43"}},{"$nulls":6},{"v":0.33003300330033003,"d":"33.0%"},{"$f":"BF149*2","v":{"v":771.4285714285714,"d":"771.43"}},{"v":1566,"d":"1,566.00"},{"$nulls":6},{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM152=\"Trend\",CA$93,IF(CM152=\"Low\",CA$93/2,IF(CM152=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD152/CD$147 - 1","v":{"v":0.16666666666666674,"d":"16.67%"}},0.7,{"v":0,"d":"0.0%"},"Expansion and intensification (2050)",{"$nulls":3},"OTHER","Const","Waste","Low","Const","Const","Low","Yes","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","B","Baseline (2010)",2010,"GHGdirectAg",{"$f":"N153-M153","v":{"v":5.390956680097188,"d":"5.39"}},{"v":0.724895,"d":"0.72"},{"v":6.1158516800971885,"d":"6.12"},{"$nulls":4},"GtCO2eq/yr",{"$f":"U153+Y153","v":{"v":4736.36444469611,"d":"4,736.4"}},{"v":1429.7969100368039,"d":"1,429.8"},{"$nulls":3},{"v":3306.567534659306,"d":"3,306.6"},null,"Mha",{"$nulls":6},{"v":103,"d":"103.0"},49.2,{"$f":"+AH153+AI153","v":152.2},{"v":172,"d":"172.0"},"TgN/yr",null,{"v":0.525,"d":"52.5%"},{"v":17.9,"d":"17.90"},{"v":9.3,"d":"9.30"},"Mt P/yr",null,{"v":0.667,"d":"66.7%"},null,null,{"v":6.8,"d":"6.80"},"billion",{"v":2847.9999999999995,"d":"2,848.00"},{"v":229.99999999999991,"d":"230.00"},{"$nulls":3},{"v":136.99999999999994,"d":"137.00"},{"v":34.99999999999999,"d":"35.00"},{"v":0.17696629213483142,"d":"17.7%"},{"v":503.99999999999983,"d":"504.00"},{"v":2343.9999999999995,"d":"2,344.00"},{"$nulls":5},"kcal/capita/day",{"$nulls":7},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"$f":"BY153","v":{"v":0,"d":"0%"}},{"$nulls":24},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","BAU","Reference scenario for 2050 with higher food demands (+60%), combined with an assumed equilibrium in the soil N stock and a lower soil P accumulation rate",2050,"GHGdirectAg",{"$f":"N154-M154","v":{"v":9.465963319512412,"d":"9.47"}},{"v":1.257271,"d":"1.26"},{"v":10.723234319512411,"d":"10.72"},{"$nulls":4},"GtCO2eq/yr",{"v":8275.696948074707,"d":"8,275.7"},{"v":2384.750879387734,"d":"2,384.8"},{"$nulls":3},{"v":5890.9460686869725,"d":"5,890.9"},null,"Mha",{"$nulls":6},{"v":181,"d":"181.0"},{"v":82.73,"d":"82.7"},{"v":263.73,"d":"263.7"},{"v":293,"d":"293.0"},"TgN/yr",{"$f":"(AN154-AN$153)/AN$153","v":{"v":-0.017142857142857158,"d":"-1.7%"}},{"v":0.516,"d":"51.6%"},{"v":23.7,"d":"23.70"},{"v":15.6,"d":"15.60"},"Mt P/yr",{"$f":"(AS154-AS$153)/AS$153","v":{"v":0.07646176911544218,"d":"7.6%"}},{"v":0.718,"d":"71.8%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":3169.2546531031962,"d":"3,169.25"},{"v":293.05437535526534,"d":"293.05"},{"$nulls":3},{"v":163.83997285785034,"d":"163.84"},{"v":39.11862371256403,"d":"39.12"},{"v":0.19580486928345456,"d":"19.6%"},{"v":620.5554930768515,"d":"620.56"},{"v":2548.6991600263445,"d":"2,548.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BU154/$BU$153 - 1","v":{"v":0,"d":"0.0%"}},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"$f":"BY154","v":{"v":0,"d":"0%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Waste)","50% reduction in the fractions of wastes in households and food balance chains for all food items.",2050,"GHGdirectAg",{"v":8.369542341453704,"d":"8.37"},{"v":1.117521,"d":"1.12"},{"v":9.487063341453704,"d":"9.49"},{"$nulls":4},"GtCO2eq/yr",{"v":7356.556857728605,"d":"7,356.6"},{"v":2091.5324876486534,"d":"2,091.5"},{"$nulls":3},{"v":5265.024370079952,"d":"5,265.0"},null,"Mha",{"$nulls":6},{"v":158.09,"d":"158.1"},74.2,{"v":232.29000000000002,"d":"232.3"},{"$f":"AK$154*(1-0.12)","v":{"v":257.84,"d":"257.8"}},"TgN/yr",{"$f":"(AN155-AN$153)/AN$153","v":{"v":-0.01523809523809525,"d":"-1.5%"}},{"v":0.517,"d":"51.7%"},{"$f":"AO$154*(1-0.12)","v":{"v":20.855999999999998,"d":"20.86"}},{"$f":"AP$154*(1-0.08)","v":{"v":14.352,"d":"14.35"}},"Mt P/yr",{"$f":"(AS155-AS$153)/AS$153","v":{"v":0.07796101949025477,"d":"7.8%"}},{"v":0.719,"d":"71.9%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":2839.7212290348107,"d":"2,839.72"},{"v":262.58310613917865,"d":"262.58"},{"$nulls":3},{"v":146.8041858464615,"d":"146.80"},{"v":35.051139263429654,"d":"35.05"},{"v":0.1958048692834544,"d":"19.6%"},{"v":556.0312440526116,"d":"556.03"},{"v":2283.6899849821993,"d":"2,283.69"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Waste","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Diet)","50% reduction in the supply shares of animal-based products in the human diet.",2050,"GHGdirectAg",{"v":5.935374595173199,"d":"5.94"},{"v":0.747479,"d":"0.75"},{"v":6.682853595173199,"d":"6.68"},{"$nulls":4},"GtCO2eq/yr",{"v":4769.858255604871,"d":"4,769.9"},{"v":1766.9299832558556,"d":"1,766.9"},{"$nulls":3},{"v":3002.928272349016,"d":"3,002.9"},null,"Mha",{"$nulls":6},{"v":137,"d":"137.0"},{"v":58.19,"d":"58.2"},{"v":195.19,"d":"195.2"},{"$f":"AK$154*(1-0.34)","v":{"v":193.37999999999997,"d":"193.4"}},"TgN/yr",{"v":-0.05333333333333338,"d":"-5.3%"},{"v":0.497,"d":"49.7%"},{"$f":"AO$154*(1-0.19)","v":{"v":19.197,"d":"19.20"}},{"$f":"AP$154*(1-0.26)","v":{"v":11.544,"d":"11.54"}},"Mt P/yr",{"v":0.05697151424287844,"d":"5.7%"},{"v":0.705,"d":"70.5%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":3188.702297226667,"d":"3,188.70"},{"v":147.80385238350328,"d":"147.80"},{"$nulls":3},{"v":82.63374035430111,"d":"82.63"},{"v":19.729728579033623,"d":"19.73"},{"v":0.09815313907459598,"d":"9.8%"},{"v":312.98114004717274,"d":"312.98"},{"v":2875.721157179494,"d":"2,875.72"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+diet",{"$nulls":3},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Feed)","25% improvement in the feed conversion ratios for all animal products.",2050,"GHGdirectAg",{"v":8.41335872731184,"d":"8.41"},{"v":0.977629,"d":"0.98"},{"v":9.39098772731184,"d":"9.39"},{"$nulls":4},"GtCO2eq/yr",{"v":6365.905919240131,"d":"6,365.9"},{"v":1947.6963677249016,"d":"1,947.7"},{"$nulls":3},{"v":4418.20955151523,"d":"4,418.2"},null,"Mha",{"$nulls":6},{"v":152.075,"d":"152.1"},{"v":69.56,"d":"69.6"},{"v":221.635,"d":"221.6"},{"$f":"AK$154*(1-0.21)","v":{"v":231.47,"d":"231.5"}},"TgN/yr",{"v":-0.019047619047619063,"d":"-1.9%"},{"v":0.515,"d":"51.5%"},{"$f":"AO$154*(1-0.12)","v":{"v":20.855999999999998,"d":"20.86"}},{"$f":"AP$154*(1-0.15)","v":13.26},"Mt P/yr",{"v":0.07346326836581699,"d":"7.3%"},{"v":0.716,"d":"71.6%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":3169.2546531031962,"d":"3,169.25"},{"v":293.05437535526534,"d":"293.05"},{"$nulls":3},{"v":163.83997285785034,"d":"163.84"},{"v":39.11862371256403,"d":"39.12"},{"v":0.19580486928345456,"d":"19.6%"},{"v":620.5554930768515,"d":"620.56"},{"v":2548.6991600263445,"d":"2,548.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0.25,"d":"25%"},"Improvement in FCR for all animal products",{"v":0.25,"d":"25%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Yield)","50% increase in the biomass yields for all crops and grassland.",2050,"GHGdirectAg",{"v":9.600121117052716,"d":"9.60"},{"v":1.075844,"d":"1.08"},{"v":10.675965117052716,"d":"10.68"},{"$nulls":4},"GtCO2eq/yr",{"v":5502.715538037648,"d":"5,502.7"},{"v":1575.4181589129998,"d":"1,575.4"},{"$nulls":3},{"v":3927.2973791246486,"d":"3,927.3"},null,"Mha",{"$nulls":6},{"v":200.556,"d":"200.6"},{"v":88.273,"d":"88.3"},{"v":288.829,"d":"288.8"},{"$f":"AK$154*(1-0.05)","v":{"v":278.34999999999997,"d":"278.4"}},"TgN/yr",{"v":-0.019047619047619063,"d":"-1.9%"},{"v":0.515,"d":"51.5%"},{"$f":"AO$154*(1-0.29)","v":{"v":16.826999999999998,"d":"16.83"}},{"$f":"AP$154*(1-0.04)","v":{"v":14.975999999999999,"d":"14.98"}},"Mt P/yr",{"v":0.025487256371814114,"d":"2.5%"},{"v":0.684,"d":"68.4%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":3169.2546531031962,"d":"3,169.25"},{"v":293.05437535526534,"d":"293.05"},{"$nulls":3},{"v":163.83997285785034,"d":"163.84"},{"v":39.11862371256403,"d":"39.12"},{"v":0.19580486928345456,"d":"19.6%"},{"v":620.5554930768515,"d":"620.56"},{"v":2548.6991600263445,"d":"2,548.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"v":3.99533968612449,"d":"4.00"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Volat)","50% reduction in the NH3 volatilization from fertilizer application and manure storage/application.",2050,"GHGdirectAg",{"v":9.340952181303436,"d":"9.34"},{"v":1.257271,"d":"1.26"},{"v":10.598223181303435,"d":"10.60"},{"$nulls":4},"GtCO2eq/yr",{"v":8275.696935995691,"d":"8,275.7"},{"v":2384.750867308719,"d":"2,384.8"},{"$nulls":3},{"v":5890.9460686869725,"d":"5,890.9"},null,"Mha",{"$nulls":6},174.6,{"v":82.7291,"d":"82.7"},{"v":257.3291,"d":"257.3"},{"$f":"AK$154*(1-0.13)","v":{"v":254.91,"d":"254.9"}},"TgN/yr",{"v":0.04190476190476194,"d":"4.2%"},{"v":0.547,"d":"54.7%"},{"$f":"AO$154*(1-0)","v":{"v":23.7,"d":"23.70"}},{"$f":"AP$154*(1-0)","v":{"v":15.6,"d":"15.60"}},"Mt P/yr",{"v":0.07646176911544218,"d":"7.6%"},{"v":0.718,"d":"71.8%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":3169.2546531031962,"d":"3,169.25"},{"v":293.05437535526534,"d":"293.05"},{"$nulls":3},{"v":163.83997285785034,"d":"163.84"},{"v":39.11862371256403,"d":"39.12"},{"v":0.19580486928345456,"d":"19.6%"},{"v":620.5554930768515,"d":"620.56"},{"v":2548.6991600263445,"d":"2,548.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Const","Low","Const","Const","Low","No","High","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+Loss)","50% reduction in the loss fractions of available N and P in the soil.",2050,"GHGdirectAg",{"v":7.755079587944089,"d":"7.76"},{"v":1.257271,"d":"1.26"},{"v":9.01235058794409,"d":"9.01"},{"$nulls":4},"GtCO2eq/yr",{"v":8275.696935995691,"d":"8,275.7"},{"v":2384.750867308719,"d":"2,384.8"},{"$nulls":3},{"v":5890.9460686869725,"d":"5,890.9"},null,"Mha",{"$nulls":6},{"v":93.2188,"d":"93.2"},{"v":82.7291,"d":"82.7"},{"v":175.9479,"d":"175.9"},{"$f":"AK$154*(1-0.34)","v":{"v":193.37999999999997,"d":"193.4"}},"TgN/yr",{"v":0.1828571428571428,"d":"18.3%"},{"v":0.621,"d":"62.1%"},{"$f":"AO$154*(1-0.19)","v":{"v":19.197,"d":"19.20"}},{"$f":"AP$154*(1-0.35)","v":10.14},"Mt P/yr",{"v":0.14692653673163414,"d":"14.7%"},{"v":0.765,"d":"76.5%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":3169.2546531031962,"d":"3,169.25"},{"v":293.05437535526534,"d":"293.05"},{"$nulls":3},{"v":163.83997285785034,"d":"163.84"},{"v":39.11862371256403,"d":"39.12"},{"v":0.19580486928345456,"d":"19.6%"},{"v":620.5554930768515,"d":"620.56"},{"v":2548.6991600263445,"d":"2,548.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"v":2.66355979074966,"d":"2.66"},null,null,"t/ha",{"v":0,"d":"0%"},"Improvement in FCR for all animal products",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Const","Low","Const","Const","Low","No","High","Yes","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[16,2018,"Can our global food system meet food demand within planetary boundaries","Conijn, J.G., Bindraban, P.S., Schroder, J.J., Jongschaap, R.E.E.","Conijn et al. (2018)","Journal article","Agriculture, Ecosystems and Environment","(+All)","All above measures simultaneously.",2050,"GHGdirectAg",{"v":4.091255235978343,"d":"4.09"},{"v":0.495066,"d":"0.50"},{"v":4.5863212359783425,"d":"4.59"},{"$nulls":4},"GtCO2eq/yr",{"v":2349.167228927028,"d":"2,349.2"},{"v":1011.8230033150087,"d":"1,011.8"},{"$nulls":3},{"v":1337.3442256120195,"d":"1,337.3"},null,"Mha",{"$nulls":6},{"v":72.82116,"d":"72.8"},{"v":50.2512,"d":"50.3"},{"v":123.07236,"d":"123.1"},{"$f":"AK$154*(1-0.71)","v":{"v":84.97000000000001,"d":"85.0"}},"TgN/yr",{"v":0.23619047619047617,"d":"23.6%"},{"v":0.649,"d":"64.9%"},{"$f":"AO$154*(1-0.27)","v":{"v":17.301,"d":"17.30"}},{"$f":"AP$154*(1-0.5)","v":{"v":7.8,"d":"7.80"}},"Mt P/yr",{"v":0.06296851574212882,"d":"6.3%"},{"v":0.709,"d":"70.9%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"v":2843.4745576622076,"d":"2,843.47"},{"v":131.80173456220174,"d":"131.80"},{"$nulls":3},{"v":73.68732368220121,"d":"73.69"},{"v":17.593671661621137,"d":"17.59"},{"v":0.09815313907459597,"d":"9.8%"},{"v":279.0959537132939,"d":"279.10"},{"v":2564.3786039489137,"d":"2,564.38"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"v":3.99533968612449,"d":"4.00"},null,null,"t/ha",{"v":0.25,"d":"25%"},"Improvement in FCR for all animal products",{"v":0.25,"d":"25%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+all",{"$nulls":3},"MIXED","High","Waste","High","Const","Const","Low","No","High","Yes","FLEX","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[17,2001,"Forecasting agriculturally driven global environmental change","Tilman, D., Fargione, J., Wolff, B., D'Antonio, C., Dobson, A., Howarth, R., Schindler, D., Schlesinger, W.H., Simberloff, D., Swackhamer, D.","Tilman et al. (2001)","Journal article","Science","B","Baseline (2000)",2000,{"$nulls":9},{"$f":"SUM(U162+Y162)","v":{"v":5010,"d":"5,010.0"}},{"v":1540,"d":"1,540.0"},{"$nulls":3},{"v":3470,"d":"3,470.0"},null,"Mha",{"$nulls":6},{"v":87,"d":"87.0"},null,{"$f":"4.208*(AH162^0.7799)","v":{"v":136.99565598327297,"d":"137.0"}},null,"TgN/yr",null,null,{"v":34.3,"d":"34.30"},null,"Mt P2O5/yr",{"$nulls":4},{"v":6.1,"d":"6.10"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"v":0.16464979831316465,"d":"16.5%"},{"$f":"AX162-BG162","v":{"v":449,"d":"449.00"}},{"v":2278,"d":"2,278.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},280,"million ha",{"$nulls":32},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[17,2001,"Forecasting agriculturally driven global environmental change","Tilman, D., Fargione, J., Wolff, B., D'Antonio, C., Dobson, A., Howarth, R., Schindler, D., Schlesinger, W.H., Simberloff, D., Swackhamer, D.","Tilman et al. (2001)","Journal article","Science","BAU","Mean forecast (2050)",2050,{"$nulls":9},{"v":5900,"d":"5,900.0"},{"v":1890,"d":"1,890.0"},{"$nulls":3},{"v":4010,"d":"4,010.0"},null,"Mha",{"$nulls":6},{"v":236,"d":"236.0"},null,{"v":298.3388437703846,"d":"298.3"},null,"TgN/yr",{"$f":"AM$12","v":{"v":0.08695652173913039,"d":"8.7%"}},null,{"v":83.7,"d":"83.70"},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"$f":"AX$93","v":{"v":3028,"d":"3,028.00"}},{"$nulls":6},{"$f":"BE$93","v":{"v":0.17,"d":"17.0%"}},{"$f":"BF$93","v":514.76},{"$f":"BG$93","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14438.5821896113,"d":"14,438.6"},"1994 US$ per capita",{"v":19027.39,"d":"19,027.4"},529,"million ha",{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM163=\"Trend\",CA$93,IF(CM163=\"Low\",CA$93/2,IF(CM163=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Trend","Const","Const","Low","Const","Const","No","TREND","No","Low","CONV","No","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[17,2001,"Forecasting agriculturally driven global environmental change","Tilman, D., Fargione, J., Wolff, B., D'Antonio, C., Dobson, A., Howarth, R., Schindler, D., Schlesinger, W.H., Simberloff, D., Swackhamer, D.","Tilman et al. (2001)","Journal article","Science","Year","Univariate - year (2050)",2050,{"$nulls":9},{"v":5690,"d":"5,690.0"},{"v":1790,"d":"1,790.0"},{"$nulls":3},{"v":3900,"d":"3,900.0"},null,"Mha",{"$nulls":6},{"v":186,"d":"186.0"},null,{"v":247.78149921644064,"d":"247.8"},null,"TgN/yr",{"$f":"AM$12","v":{"v":0.08695652173913039,"d":"8.7%"}},null,{"v":62,"d":"62.00"},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"v":14438.582189611347,"d":"14,438.6"},"1995 US$ per capita",{"v":19027.39,"d":"19,027.4"},465,"million ha",{"$nulls":7},{"$f":"IF(CM164=\"Trend\",CA$93,IF(CM164=\"Low\",CA$93/2,IF(CM164=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Low","Const","Const","Low","Const","Const","No","TREND","No","Low","CONV","No","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[17,2001,"Forecasting agriculturally driven global environmental change","Tilman, D., Fargione, J., Wolff, B., D'Antonio, C., Dobson, A., Howarth, R., Schindler, D., Schlesinger, W.H., Simberloff, D., Swackhamer, D.","Tilman et al. (2001)","Journal article","Science","Pop","Univariate - population (2050)",2050,{"$nulls":9},{"v":5520,"d":"5,520.0"},{"v":1730,"d":"1,730.0"},{"$nulls":3},{"v":3790,"d":"3,790.0"},null,"Mha",{"$nulls":6},{"v":166,"d":"166.0"},null,{"v":226.74516179150368,"d":"226.7"},null,"TgN/yr",{"$f":"AM$12","v":{"v":0.08695652173913039,"d":"8.7%"}},null,{"v":56.2,"d":"56.20"},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"v":14438.582189611347,"d":"14,438.6"},"1995 US$ per capita",{"v":19027.39,"d":"19,027.4"},417,"million ha",{"$nulls":7},{"$f":"IF(CM165=\"Trend\",CA$93,IF(CM165=\"Low\",CA$93/2,IF(CM165=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Low","Const","Const","Low","Const","Const","No","TREND","No","Low","CONV","No","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[17,2001,"Forecasting agriculturally driven global environmental change","Tilman, D., Fargione, J., Wolff, B., D'Antonio, C., Dobson, A., Howarth, R., Schindler, D., Schlesinger, W.H., Simberloff, D., Swackhamer, D.","Tilman et al. (2001)","Journal article","Science","GDP","Univariate - GDP (2050)",2050,{"$nulls":9},{"v":6790,"d":"6,790.0"},{"v":2200,"d":"2,200.0"},{"$nulls":3},{"v":4590,"d":"4,590.0"},null,"Mha",{"$nulls":6},{"v":343,"d":"343.0"},null,{"v":399.34809343446125,"d":"399.3"},null,"TgN/yr",{"$f":"AM$12","v":{"v":0.08695652173913039,"d":"8.7%"}},null,{"v":98.3,"d":"98.30"},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"v":14438.582189611347,"d":"14,438.6"},"1995 US$ per capita",{"v":19027.39,"d":"19,027.4"},761,"million ha",{"$nulls":7},{"$f":"IF(CM166=\"Trend\",CA$93,IF(CM166=\"Low\",CA$93/2,IF(CM166=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Low","Const","Const","Low","Const","Const","No","TREND","No","Low","CONV","No","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[17,2001,"Forecasting agriculturally driven global environmental change","Tilman, D., Fargione, J., Wolff, B., D'Antonio, C., Dobson, A., Howarth, R., Schindler, D., Schlesinger, W.H., Simberloff, D., Swackhamer, D.","Tilman et al. (2001)","Journal article","Science","Multivariate","Multivariate (2050)",2050,{"$nulls":9},{"v":5580,"d":"5,580.0"},{"v":1830,"d":"1,830.0"},{"$nulls":3},{"v":3750,"d":"3,750.0"},null,"Mha",{"$nulls":6},{"v":249,"d":"249.0"},null,{"v":311.0796502098656,"d":"311.1"},null,"TgN/yr",{"$f":"AM$12","v":{"v":0.08695652173913039,"d":"8.7%"}},null,{"v":118,"d":"118.00"},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9,"d":"9.00"},"billion",{"$f":"AX$93","v":{"v":3028,"d":"3,028.00"}},{"$nulls":6},{"$f":"BE$93","v":{"v":0.17,"d":"17.0%"}},{"$f":"BF$93","v":514.76},{"$f":"BG$93","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14438.582189611347,"d":"14,438.6"},"1995 US$ per capita",{"v":19027.39,"d":"19,027.4"},473,"million ha",{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM167=\"Trend\",CA$93,IF(CM167=\"Low\",CA$93/2,IF(CM167=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Trend","Const","Const","Low","Const","Const","No","TREND","No","Low","CONV","No","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[18,2011,"Global food demand and the sustainable intensification of agriculture","Tilman, D., Balzer, C., Hill, J., Befort, B.L.","Tilman et al. (2011)","Journal article","PNAS","B","Baseline (2005)",2005,{"$nulls":10},{"v":1554,"d":"1,554.0"},{"$nulls":5},"Mha",{"$nulls":12},94,null,null,"N intensity (kg ha)",{"$nulls":4},{"v":6.5,"d":"6.50"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[18,2011,"Global food demand and the sustainable intensification of agriculture","Tilman, D., Balzer, C., Hill, J., Befort, B.L.","Tilman et al. (2011)","Journal article","PNAS","BAU-2050","Business-as-usual (2050) - past trends",2050,"GHGdirectAgLUC",{"$nulls":5},{"$f":"3*3.67","v":11.01},null,"GtCO2eq/yr",null,{"$f":"U168+1000","v":{"v":2554,"d":"2,554.0"}},{"$nulls":5},"Mha",{"$nulls":6},{"v":250,"d":"250.0"},null,{"$f":"4.208*(AH169^0.7799)","v":{"v":312.0535617266116,"d":"312.1"}},null,"TgN/yr",{"$f":"1-AN169/AN$168","v":{"v":-0.4893617021276595,"d":"-48.9%"}},140,null,null,"N intensity (kg ha)",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.3,"d":"9.30"},"billion",{"$f":"1/(1-BE169)*BG169","v":{"v":2940.795439823811,"d":"2,940.80"}},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"AX169-BG169","v":{"v":499.9352247700481,"d":"499.94"}},{"$f":"22700/9.3","v":{"v":2440.860215053763,"d":"2,440.86"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM169=\"Trend\",CA$93,IF(CM169=\"Low\",CA$93/2,IF(CM169=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Trend","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[{"$f":"IF(E170=E169,A169,A169+1)","v":18},2011,"Global food demand and the sustainable intensification of agriculture","Tilman, D., Balzer, C., Hill, J., Befort, B.L.","Tilman et al. (2011)","Journal article","PNAS","N-minimising","Technology improvement and transfer (2050)",2050,"GHGdirectAgLUC",{"$nulls":5},{"$f":"1.6*3.67","v":{"v":5.872,"d":"5.87"}},null,"GtCO2eq/yr",null,{"$f":"U168+500","v":{"v":2054,"d":"2,054.0"}},{"$nulls":5},"Mha",{"$nulls":6},{"v":100,"d":"100.0"},null,{"$f":"4.208*(AH170^0.7799)","v":{"v":152.71290236091087,"d":"152.7"}},null,"TgN/yr",{"$f":"1-AN170/AN$168","v":{"v":0.3085106382978723,"d":"30.9%"}},65,null,null,"N intensity (kg ha)",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.3,"d":"9.30"},"billion",{"$f":"1/(1-BE170)*BG170","v":{"v":2940.795439823811,"d":"2,940.80"}},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"AX170-BG170","v":{"v":499.9352247700481,"d":"499.94"}},{"$f":"22700/9.3","v":{"v":2440.860215053763,"d":"2,440.86"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":1,"d":"100.0%"},{"$nulls":6},{"$f":"IF(CM170=\"Trend\",CA$93,IF(CM170=\"Low\",CA$93/2,IF(CM170=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High+","Const","Low","Const","Const","Low","No","High","No","TREND","No","High","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[18,2011,"Global food demand and the sustainable intensification of agriculture","Tilman, D., Balzer, C., Hill, J., Befort, B.L.","Tilman et al. (2011)","Journal article","PNAS","Current N-intensity","Current N-intensity trajectory (2050)",2050,"GHGdirectAgLUC",{"$nulls":5},{"$f":"1.4*3.67","v":{"v":5.138,"d":"5.14"}},null,"GtCO2eq/yr",null,{"$f":"U168+400","v":{"v":1954,"d":"1,954.0"}},{"$nulls":5},"Mha",{"$nulls":6},{"v":125,"d":"125.0"},null,{"$f":"4.208*(AH171^0.7799)","v":{"v":181.7422290348276,"d":"181.7"}},null,"TgN/yr",{"$f":"1-AN171/AN$168","v":{"v":0,"d":"0.0%"}},{"$f":"AN168","v":94},null,null,"N intensity (kg ha)",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.3,"d":"9.30"},"billion",{"$f":"1/(1-BE171)*BG171","v":{"v":2940.795439823811,"d":"2,940.80"}},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"AX171-BG171","v":{"v":499.9352247700481,"d":"499.94"}},{"$f":"22700/9.3","v":{"v":2440.860215053763,"d":"2,440.86"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":1,"d":"100.0%"},{"$nulls":6},{"$f":"IF(CM171=\"Trend\",CA$93,IF(CM171=\"Low\",CA$93/2,IF(CM171=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High+","Const","Low","Const","Const","Low","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[18,2011,"Global food demand and the sustainable intensification of agriculture","Tilman, D., Balzer, C., Hill, J., Befort, B.L.","Tilman et al. (2011)","Journal article","PNAS","Land sparing","Land sparing trajectory (2050)",2050,"GHGdirectAgLUC",{"$nulls":5},{"$f":"1*3.67","v":3.67},null,"GtCO2eq/yr",null,{"$f":"U168+200","v":{"v":1754,"d":"1,754.0"}},{"$nulls":5},"Mha",{"$nulls":6},{"v":225,"d":"225.0"},null,{"$f":"4.208*(AH172^0.7799)","v":{"v":287.4371360510339,"d":"287.4"}},null,"TgN/yr",{"$f":"1-AN172/AN$168","v":{"v":-0.7021276595744681,"d":"-70.2%"}},160,null,null,"N intensity (kg ha)",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.3,"d":"9.30"},"billion",{"$f":"1/(1-BE172)*BG172","v":{"v":2940.795439823811,"d":"2,940.80"}},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"AX172-BG172","v":{"v":499.9352247700481,"d":"499.94"}},{"$f":"22700/9.3","v":{"v":2440.860215053763,"d":"2,440.86"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM172=\"Trend\",CA$93,IF(CM172=\"Low\",CA$93/2,IF(CM172=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Land sparing",{"$nulls":3},"EFF","Trend","Const","Low","Const","Const","Low","No","Const","No","TREND","No","High+","CONV","Const","High","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[19,2016,"Analysis and valuation of the health and climate change cobenefits of dietary change","Springmann, M., Godfray, H.C.J., Rayner, M. and Scarborough, P. ","Springmann et al. (2016)","Journal article","PNAS","B","Baseline (2005/07)","2005/07","GHGLCA",{"$nulls":3},{"v":7.55083,"d":"7.55"},{"$nulls":3},"GtCO2eq/yr",{"$nulls":28},{"v":6.581,"d":"6.58"},"billion",{"v":2770.24,"d":"2,770.24"},{"v":212.79000000000002,"d":"212.79"},null,null,50.89,157.55,null,{"$f":"BF173/AX173","v":{"v":0.14544588194524663,"d":"14.5%"}},402.92,{"$f":"AX173-BF173","v":{"v":2367.3199999999997,"d":"2,367.32"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":8817.201033277617,"d":"8,817.2"},"US$2005/yr per capita",{"$f":"BO173","v":{"v":8817.201033277617,"d":"8,817.2"}},{"$nulls":14},"Baseline","SSP2",null,null,"Baseline"]
[19,2016,"Analysis and valuation of the health and climate change cobenefits of dietary change","Springmann, M., Godfray, H.C.J., Rayner, M. and Scarborough, P. ","Springmann et al. (2016)","Journal article","PNAS","REF","Reference scenario from FAO",2050,"GHGLCA",{"$nulls":3},{"v":11.40128,"d":"11.40"},{"$nulls":3},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14944,"d":"9.15"},"billion",{"v":3071.72,"d":"3,071.72"},{"v":265.34999999999997,"d":"265.35"},null,null,66.21,194.08,null,{"$f":"BF174/AX174","v":{"v":0.16197765421327465,"d":"16.2%"}},{"v":497.54999999999995,"d":"497.55"},{"$f":"AX174-BF174","v":{"v":2574.17,"d":"2,574.17"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25001.748740906547,"d":"25,001.7"},"US$2005/yr per capita",{"$f":"BO174","v":{"v":25001.748740906547,"d":"25,001.7"}},null,null,{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM174=\"Trend\",CA$93,IF(CM174=\"Low\",CA$93/2,IF(CM174=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0.12164133738601823,"d":"12.2%"},"BAU","SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Trend","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[19,2016,"Analysis and valuation of the health and climate change cobenefits of dietary change","Springmann, M., Godfray, H.C.J., Rayner, M. and Scarborough, P. ","Springmann et al. (2016)","Journal article","PNAS","HGD","Healthy global diets (HGD)",2050,"GHGLCA",{"$nulls":3},{"v":8.10388,"d":"8.10"},{"$nulls":3},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14944,"d":"9.15"},"billion",{"v":2623.09,"d":"2,623.09"},153.97,null,null,36.45,194.08,null,{"$f":"BF175/AX175","v":{"v":0.14721950066524594,"d":"14.7%"}},386.17,{"$f":"AX175-BF175","v":{"v":2236.92,"d":"2,236.92"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25001.748740906547,"d":"25,001.7"},"US$2005/yr per capita",{"$f":"BO175","v":{"v":25001.748740906547,"d":"25,001.7"}},null,null,{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM175=\"Trend\",CA$93,IF(CM175=\"Low\",CA$93/2,IF(CM175=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0.13189380530973452,"d":"13.2%"},"BAU+diet","SSP2",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Trend","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[19,2016,"Analysis and valuation of the health and climate change cobenefits of dietary change","Springmann, M., Godfray, H.C.J., Rayner, M. and Scarborough, P. ","Springmann et al. (2016)","Journal article","PNAS","VGT","Vegetarian (2050)",2050,"GHGLCA",{"$nulls":3},{"v":4.21013,"d":"4.21"},{"$nulls":3},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14944,"d":"9.15"},"billion",{"v":2623.09,"d":"2,623.09"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},194.08,null,{"$f":"BF176/AX176","v":{"v":0.08852155282510323,"d":"8.9%"}},{"v":232.20000000000002,"d":"232.20"},{"$f":"AX176-BF176","v":{"v":2390.8900000000003,"d":"2,390.89"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25001.748740906547,"d":"25,001.7"},"US$2005/yr per capita",{"$f":"BO176","v":{"v":25001.748740906547,"d":"25,001.7"}},null,null,{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM176=\"Trend\",CA$93,IF(CM176=\"Low\",CA$93/2,IF(CM176=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0.14130151843817787,"d":"14.1%"},"BAU+diet","SSP2",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VEG","No","Trend","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[19,2016,"Analysis and valuation of the health and climate change cobenefits of dietary change","Springmann, M., Godfray, H.C.J., Rayner, M. and Scarborough, P. ","Springmann et al. (2016)","Journal article","PNAS","VGN","Vegan (2050)",2050,"GHGLCA",{"$nulls":3},{"v":3.38071,"d":"3.38"},{"$nulls":3},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14944,"d":"9.15"},"billion",{"v":2623.09,"d":"2,623.09"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},null,{"$f":"BF177/AX177","v":{"v":0,"d":"0.0%"}},{"v":0,"d":"0.00"},{"$f":"AX177-BF177","v":{"v":2623.09,"d":"2,623.09"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":25001.748740906547,"d":"25,001.7"},"US$2005/yr per capita",{"$f":"BO177","v":{"v":25001.748740906547,"d":"25,001.7"}},null,null,{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"IF(CM177=\"Trend\",CA$93,IF(CM177=\"Low\",CA$93/2,IF(CM177=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0.028392857142857143,"d":"2.8%"},"BAU+diet","SSP2",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VGN","No","Trend","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[20,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Nathaniel P. Springer and Faye Duchin","Springer & Duchin (2014)","Journal article","Environmental Science & Technology","B","Baseline (2000)",2000,{"$nulls":9},{"$f":"U178+Y178","v":{"v":3589,"d":"3,589.0"}},{"v":1283,"d":"1,283.0"},{"$nulls":3},{"v":2306,"d":"2,306.0"},null,"Mha",{"$nulls":3},{"$f":"TRANSPOSE('T8 - Water withdrawals'!N14:S14)","v":{"v":0,"d":"0.0"}},{"v":2673.6423527794004,"d":"2,673.6"},"km3/yr",{"$nulls":14},{"v":6.1,"d":"6.10"},"billion",{"v":2727,"d":"2,727.00"},{"$nulls":6},{"$f":"BE698","v":{"v":0.16716190312553206,"d":"16.7%"}},{"v":450,"d":"450.00"},{"v":2278,"d":"2,278.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$f":"(207.2/(447.1+207.2)*BV178)+(447.1/(447.1+207.2)*BW178)","v":{"v":3.2383463243160633,"d":"3.24"}},{"v":4.4,"d":"4.40"},{"v":2.7,"d":"2.70"},"t/ha",{"$nulls":5},{"$f":"TRANSPOSE('T8 - Water withdrawals'!N16:S16)","v":0},null,"Baseline",{"$nulls":3},"Baseline",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[20,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Nathaniel P. Springer and Faye Duchin","Springer & Duchin (2014)","Journal article","Environmental Science & Technology","S1","Extensive scenario- BAU (2050)",2050,{"$nulls":9},{"$f":"U179+Y179","v":{"v":6719,"d":"6,719.0"}},{"v":2277,"d":"2,277.0"},{"$nulls":3},{"v":4442,"d":"4,442.0"},null,"Mha",{"$nulls":3},{"v":0,"d":"0.0"},{"v":5568.129434070032,"d":"5,568.1"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":3130,"d":"3,130.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE179*AX179","v":{"v":626,"d":"626.00"}},{"$f":"AX179-BF179","v":{"v":2504,"d":"2,504.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":38174.56513632426,"d":"38,175"},"GDP (10^9 $2000)",{"$f":"BO179*1.13410302","v":{"v":43293.88960829205,"d":"43,293.9"}},null,null,{"v":0,"d":"0.0%"},{"$f":"(207.2/(447.1+207.2)*BV179)+(447.1/(447.1+207.2)*BW179)","v":{"v":3.2383463243160633,"d":"3.24"}},{"v":4.4,"d":"4.40"},{"v":2.7,"d":"2.70"},"t/ha",null,null,{"$f":"IF(CM179=\"Trend\",CA$93,IF(CM179=\"Low\",CA$93/2,IF(CM179=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD179/CD$178 - 1","v":{"$error":"#DIV/0!"}},0,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Const","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[20,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Nathaniel P. Springer and Faye Duchin","Springer & Duchin (2014)","Journal article","Environmental Science & Technology","S2.1","Dietary moderation (2050)",2050,{"$nulls":9},{"$f":"U180+Y180","v":{"v":6203,"d":"6,203.0"}},{"v":2062,"d":"2,062.0"},{"$nulls":3},{"v":4141,"d":"4,141.0"},null,"Mha",{"$nulls":3},{"v":0,"d":"0.0"},{"v":5122.119773461677,"d":"5,122.1"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE180*AX180","v":{"v":600,"d":"600.00"}},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":55020.78856714066,"d":"55,021"},"GDP (10^9 $2000)",{"$f":"BO180*1.13410302","v":{"v":62399.2424767757,"d":"62,399.2"}},null,null,{"v":0,"d":"0.0%"},{"$f":"(207.2/(447.1+207.2)*BV180)+(447.1/(447.1+207.2)*BW180)","v":{"v":3.2383463243160633,"d":"3.24"}},{"v":4.4,"d":"4.40"},{"v":2.7,"d":"2.70"},"t/ha",null,null,{"$f":"IF(CM180=\"Trend\",CA$93,IF(CM180=\"Low\",CA$93/2,IF(CM180=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"$f":"CD180/CD$178 - 1","v":{"$error":"#DIV/0!"}},0,{"v":0,"d":"0.0%"},"BAU+diet",{"$nulls":3},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Const","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[20,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Nathaniel P. Springer and Faye Duchin","Springer & Duchin (2014)","Journal article","Environmental Science & Technology","S2.2","Technological change (2050)",2050,{"$nulls":9},{"$f":"U181+Y181","v":{"v":5359,"d":"5,359.0"}},{"v":1789,"d":"1,789.0"},{"$nulls":3},{"v":3570,"d":"3,570.0"},null,"Mha",{"$nulls":3},{"v":0,"d":"0.0"},{"v":4926.316120600223,"d":"4,926.3"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":3130,"d":"3,130.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE181*AX181","v":{"v":626,"d":"626.00"}},{"v":2504,"d":"2,504.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":51313.18019210682,"d":"51,313"},"GDP (10^9 $2000)",{"$f":"BO181*1.13410302","v":{"v":58194.432621672524,"d":"58,194.4"}},null,null,{"$f":"BU181/BU$178-1","v":{"v":0.10396205488826493,"d":"10.4%"}},{"$f":"(207.2/(447.1+207.2)*BV181)+(447.1/(447.1+207.2)*BW181)","v":{"v":3.575011462631821,"d":"3.58"}},{"v":4.6,"d":"4.60"},{"v":3.1,"d":"3.10"},"t/ha",null,null,{"$f":"IF(CM181=\"Trend\",CA$93,IF(CM181=\"Low\",CA$93/2,IF(CM181=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"$f":"CD181/CD$178 - 1","v":{"$error":"#DIV/0!"}},0,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","Trend","Const","Const","High","No","Const","No","TREND","No","Low","Const","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[20,2014,"Feeding Nine Billion People Sustainably: Conserving Land and Water through Shifting Diets and Changes in Technologies","Nathaniel P. Springer and Faye Duchin","Springer & Duchin (2014)","Journal article","Environmental Science & Technology","S2.3","Dietary moderation and technological change (2050)",2050,{"$nulls":9},{"$f":"U182+Y182","v":{"v":5232,"d":"5,232.0"}},{"v":1765,"d":"1,765.0"},{"$nulls":3},{"v":3467,"d":"3,467.0"},null,"Mha",{"$nulls":3},{"v":0,"d":"0.0"},{"v":5063.696748450791,"d":"5,063.7"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE182*AX182","v":{"v":600,"d":"600.00"}},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":50693.88963021077,"d":"50,694"},"GDP (10^9 $2000)",{"$f":"BO182*1.13410302","v":{"v":57492.09332516872,"d":"57,492.1"}},null,null,{"$f":"BU182/BU$178-1","v":{"v":0.10396205488826493,"d":"10.4%"}},{"$f":"(207.2/(447.1+207.2)*BV182)+(447.1/(447.1+207.2)*BW182)","v":{"v":3.575011462631821,"d":"3.58"}},{"v":4.6,"d":"4.60"},{"v":3.1,"d":"3.10"},"t/ha",null,null,{"$f":"IF(CM182=\"Trend\",CA$93,IF(CM182=\"Low\",CA$93/2,IF(CM182=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"$f":"CD182/CD$178 - 1","v":{"$error":"#DIV/0!"}},0,{"v":0,"d":"0.0%"},"BAU+diet+eff",{"$nulls":3},"MIXED","High","Const","Trend","Const","Const","High","No","Const","No","TREND","No","Low","Const","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","B","Baseline (2009)",2009,"GHGLCA",{"$nulls":3},{"v":8.37537587856,"d":"8.38"},{"$nulls":3},"GtCO2eq/yr",null,{"v":1549.1997,"d":"1,549.2"},{"$nulls":5},"Mha",{"$nulls":20},{"v":6.8,"d":"6.80"},"billion",{"v":2825,"d":"2,825.00"},{"v":227,"d":"227.00"},null,null,{"v":51,"d":"51.00"},{"v":135,"d":"135.00"},{"v":33,"d":"33.00"},{"$f":"BF183/AX183","v":{"v":0.175929203539823,"d":"17.6%"}},{"v":497,"d":"497.00"},{"v":2328,"d":"2,328.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0,"d":"0.0%"},{"$nulls":11},"Baseline",null,null,"Completed","BASELINE"]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050","BAU income-dependent (2050)",2050,"GHGLCA",{"$nulls":3},{"v":15.08850386118,"d":"15.09"},{"$nulls":3},"GtCO2eq/yr",null,{"v":2677.219439,"d":"2,677.2"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3154.7733183998166,"d":"3,154.77"},{"v":114.33077222423981,"d":"114.33"},null,null,{"v":46.56738298188375,"d":"46.57"},null,{"v":35.163992012207295,"d":"35.16"},{"v":0.13132758581463214,"d":"13.1%"},{"v":414.3087636978637,"d":"414.31"},{"v":2740.4645547019527,"d":"2,740.46"},{"$nulls":4},{"v":878.2821059351493,"d":"878.28"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"$f":"0.341","v":{"v":0.341,"d":"34.1%"}},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","BAU","Const","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med","Mediterranean diet (2050)",2050,"GHGLCA",{"$nulls":3},{"v":10.71211213715,"d":"10.71"},{"$nulls":3},"GtCO2eq/yr",null,{"v":2147.952014,"d":"2,148.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2381.6,"d":"2,381.60"},{"v":30.6,"d":"30.60"},null,null,{"v":15.9,"d":"15.90"},null,{"v":24.6,"d":"24.60"},{"v":0.15703728585824658,"d":"15.7%"},{"v":374.00000000000006,"d":"374.00"},{"v":2007.6,"d":"2,007.60"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"$f":"0.341","v":{"v":0.341,"d":"34.1%"}},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","DIET","Const","Const","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc","Pescatarian (2050)",2050,"GHGLCA",{"$nulls":3},{"v":8.03756586948,"d":"8.04"},{"$nulls":3},"GtCO2eq/yr",null,{"v":1828.7950680000001,"d":"1,828.8"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999993,"d":"2,082.30"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","DIET","Const","Const","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg","Vegetarian (2050)",2050,"GHGLCA",{"$nulls":3},{"v":6.504290471439999,"d":"6.50"},{"$nulls":3},"GtCO2eq/yr",null,{"v":1905.582623,"d":"1,905.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","DIET","Const","Const","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - trade optimised","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2447.056478,"d":"2,447.1"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3154.7733183998166,"d":"3,154.77"},{"v":114.33077222423981,"d":"114.33"},null,null,{"v":46.56738298188375,"d":"46.57"},null,{"v":35.163992012207295,"d":"35.16"},{"v":0.13132758581463214,"d":"13.1%"},{"v":414.3087636978637,"d":"414.31"},{"v":2740.4645547019527,"d":"2,740.46"},{"$nulls":4},{"v":878.2821059351493,"d":"878.28"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","Const","Const","Trend","Open","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - trade optimised","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1964.0668580000001,"d":"1,964.1"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2381.6,"d":"2,381.60"},{"v":30.6,"d":"30.60"},null,null,{"v":15.9,"d":"15.90"},null,{"v":24.6,"d":"24.60"},{"v":0.15703728585824658,"d":"15.7%"},{"v":374.00000000000006,"d":"374.00"},{"v":2007.6,"d":"2,007.60"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","Const","Const","Trend","Open","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc - trade optimised","Pescatarian (2050)",2050,{"$nulls":10},{"v":1666.56168,"d":"1,666.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999993,"d":"2,082.30"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","Const","Const","Trend","Open","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - trade optimised","Vegetarian (2050)",2050,{"$nulls":10},{"v":1728.251622,"d":"1,728.3"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","Const","Const","Trend","Open","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
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[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - all measures","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1171.6073700000002,"d":"1,171.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$185-(AX$185*1/3)/(1/$BN193)","v":{"v":2143.44,"d":"2,143.44"}},{"$f":"AY$185-(AY$185*1/3)/(1/$BN193)","v":{"v":27.540000000000003,"d":"27.54"}},null,null,{"$f":"BB$185-(BB$185*1/3)/(1/$BN193)","v":14.31},null,{"$f":"BD$185-(BD$185*1/3)/(1/$BN193)","v":22.14},{"v":0.15703728585824656,"d":"15.7%"},{"$f":"BF$185-(BF$185*1/3)/(1/$BN193)","v":{"v":336.6,"d":"336.60"}},{"v":1806.8400000000001,"d":"1,806.84"},{"$nulls":4},{"$f":"BL$185-(BL$185*1/3)/(1/$BN193)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":4},{"v":0.3,"d":"30%"},"Increase relative to trend",{"$f":"1.3*CA$93","v":{"v":0.1651,"d":"16.5%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","High","Waste","High","Open","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
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[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - high yield gap closure","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1789.207345,"d":"1,789.2"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2381.6,"d":"2,381.60"},{"v":30.6,"d":"30.60"},null,null,{"v":15.9,"d":"15.90"},null,{"v":24.6,"d":"24.60"},{"v":0.15703728585824658,"d":"15.7%"},{"v":374.00000000000006,"d":"374.00"},{"v":2007.6,"d":"2,007.60"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc - high yield gap closure","Pescatarian (2050)",2050,{"$nulls":10},{"v":1598.604489,"d":"1,598.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999993,"d":"2,082.30"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - high yield gap closure","Vegetarian (2050)",2050,{"$nulls":10},{"v":1627.267903,"d":"1,627.3"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - feed efficiency","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2167.558713,"d":"2,167.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3154.7733183998166,"d":"3,154.77"},{"v":114.33077222423981,"d":"114.33"},null,null,{"v":46.56738298188375,"d":"46.57"},null,{"v":35.163992012207295,"d":"35.16"},{"v":0.13132758581463214,"d":"13.1%"},{"v":414.3087636978637,"d":"414.31"},{"v":2740.4645547019527,"d":"2,740.46"},{"$nulls":4},{"v":878.2821059351493,"d":"878.28"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"$f":"0.341","v":{"v":0.341,"d":"34.1%"}},{"$nulls":4},{"v":0.3,"d":"30%"},"Increase relative to trend",{"$f":"1.3*CA$93","v":{"v":0.1651,"d":"16.5%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","Const","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - feed efficiency","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1744.841993,"d":"1,744.8"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2381.6,"d":"2,381.60"},{"v":30.6,"d":"30.60"},null,null,{"v":15.9,"d":"15.90"},null,{"v":24.6,"d":"24.60"},{"v":0.15703728585824658,"d":"15.7%"},{"v":374.00000000000006,"d":"374.00"},{"v":2007.6,"d":"2,007.60"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"$f":"0.341","v":{"v":0.341,"d":"34.1%"}},{"$nulls":4},{"v":0.3,"d":"30%"},"Increase relative to trend",{"$f":"1.3*CA$93","v":{"v":0.1651,"d":"16.5%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","Const","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED",{"$f":"IF(CM201=\"Trend\",\"Low_Con\",IF(CM201=\"Feed+\",\"Feed\",IF(CM201=0,\" \",CM201)))","v":"High"},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc -feed efficiency","Pescatarian (2050)",2050,{"$nulls":10},{"v":1590.662659,"d":"1,590.7"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999993,"d":"2,082.30"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":4},{"v":0.3,"d":"30%"},"Increase relative to trend",{"$f":"1.3*CA$93","v":{"v":0.1651,"d":"16.5%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","Const","Const","High","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low",{"$f":"IF($CT202=\"VGN\",\"NO MEAT\",IF($CT202=\"SUBST\",\"SUBST\",IF($CT202=\"PESC\",\"PESC\",IF($CT202=\"VEG\",\"NO MEAT\",IF($CT202=\" \",\" \",\"MEAT\")))))","v":"PESC"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - feed efficiency","Vegetarian (2050)",2050,{"$nulls":10},{"v":1677.902433,"d":"1,677.9"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":4},{"v":0.3,"d":"30%"},"Increase relative to trend",{"$f":"1.3*CA$93","v":{"v":0.1651,"d":"16.5%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","Const","Const","High","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - pasture efficiency","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2492.360246,"d":"2,492.4"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3154.7733183998166,"d":"3,154.77"},{"v":114.33077222423981,"d":"114.33"},null,null,{"v":46.56738298188375,"d":"46.57"},null,{"v":35.163992012207295,"d":"35.16"},{"v":0.13132758581463214,"d":"13.1%"},{"v":414.3087636978637,"d":"414.31"},{"v":2740.4645547019527,"d":"2,740.46"},{"$nulls":4},{"v":878.2821059351493,"d":"878.28"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","Const","Const","Trend","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - pasture efficiency","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":2026.3671410000002,"d":"2,026.4"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2381.6,"d":"2,381.60"},{"v":30.6,"d":"30.60"},null,null,{"v":15.9,"d":"15.90"},null,{"v":24.6,"d":"24.60"},{"v":0.15703728585824658,"d":"15.7%"},{"v":374.00000000000006,"d":"374.00"},{"v":2007.6,"d":"2,007.60"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","Const","Const","Trend","Const","Leftovers","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc -pasture efficiency","Pescatarian (2050)",2050,{"$nulls":10},{"v":1736.631826,"d":"1,736.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999993,"d":"2,082.30"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","Const","Const","Trend","Const","Leftovers","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - pasture efficiency","Vegetarian (2050)",2050,{"$nulls":10},{"v":1832.902518,"d":"1,832.9"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","Const","Const","Trend","Const","Leftovers","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - waste reduction","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2457.1405290000002,"d":"2,457.1"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$184-(AX$184*1/3)/(1/$BN208)","v":{"v":2839.295986559835,"d":"2,839.30"}},{"$f":"AY$184-(AY$184*1/3)/(1/$BN208)","v":{"v":102.89769500181583,"d":"102.90"}},null,null,{"$f":"BB$184-(BB$184*1/3)/(1/$BN208)","v":{"v":41.91064468369538,"d":"41.91"}},null,{"$f":"BD$184-(BD$184*1/3)/(1/$BN208)","v":{"v":31.647592810986566,"d":"31.65"}},{"v":0.13132758581463214,"d":"13.1%"},{"$f":"BF$184-(BF$184*1/3)/(1/$BN208)","v":{"v":372.87788732807735,"d":"372.88"}},{"v":2466.418099231758,"d":"2,466.42"},{"$nulls":4},{"$f":"BL$184-(BL$184*1/3)/(1/$BN208)","v":{"v":790.4538953416344,"d":"790.45"}},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","Const","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - waste reduction","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1861.2716970000001,"d":"1,861.3"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$185-(AX$185*1/3)/(1/$BN209)","v":{"v":2143.44,"d":"2,143.44"}},{"$f":"AY$185-(AY$185*1/3)/(1/$BN209)","v":{"v":27.540000000000003,"d":"27.54"}},null,null,{"$f":"BB$185-(BB$185*1/3)/(1/$BN209)","v":14.31},null,{"$f":"BD$185-(BD$185*1/3)/(1/$BN209)","v":22.14},{"v":0.15703728585824656,"d":"15.7%"},{"$f":"BF$185-(BF$185*1/3)/(1/$BN209)","v":{"v":336.6,"d":"336.60"}},{"v":1806.8400000000001,"d":"1,806.84"},{"$nulls":4},{"$f":"BL$185-(BL$185*1/3)/(1/$BN209)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"$f":"0.341","v":{"v":0.341,"d":"34.1%"}},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","Const","Waste","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc -waste reduction","Pescatarian (2050)",2050,{"$nulls":10},{"v":1630.699798,"d":"1,630.7"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$186-(AX$186*1/3)/(1/$BN210)","v":{"v":2110.6799999999994,"d":"2,110.68"}},{"$f":"AY$186-(AY$186*1/3)/(1/$BN210)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$186-(BB$186*1/3)/(1/$BN210)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$186-(BD$186*1/3)/(1/$BN210)","v":{"v":39.330000000000005,"d":"39.33"}},{"v":0.11210131332082554,"d":"11.2%"},{"$f":"BF$186-(BF$186*1/3)/(1/$BN210)","v":{"v":236.60999999999999,"d":"236.61"}},{"v":1874.0699999999995,"d":"1,874.07"},{"$nulls":4},{"$f":"BL$186-(BL$186*1/3)/(1/$BN210)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","Const","Waste","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - waste reduction","Vegetarian (2050)",2050,{"$nulls":10},{"v":1686.358718,"d":"1,686.4"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$187-(AX$187*1/3)/(1/$BN211)","v":{"v":2235.69,"d":"2,235.69"}},{"$f":"AY$187-(AY$187*1/3)/(1/$BN211)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$187-(BB$187*1/3)/(1/$BN211)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$187-(BD$187*1/3)/(1/$BN211)","v":{"v":0,"d":"0.00"}},{"v":0.12604162473330383,"d":"12.6%"},{"$f":"BF$187-(BF$187*1/3)/(1/$BN211)","v":281.79},{"v":1953.9,"d":"1,953.90"},{"$nulls":4},{"$f":"BL$187-(BL$187*1/3)/(1/$BN211)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.341,"d":"34.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","Const","Waste","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - Medium yield gap closure","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2533.8244750000003,"d":"2,533.8"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3154.7733183998166,"d":"3,154.77"},{"v":114.33077222423981,"d":"114.33"},null,null,{"v":46.56738298188375,"d":"46.57"},null,{"v":35.163992012207295,"d":"35.16"},{"v":0.13132758581463214,"d":"13.1%"},{"v":414.3087636978637,"d":"414.31"},{"v":2740.4645547019527,"d":"2,740.46"},{"$nulls":4},{"v":878.2821059351493,"d":"878.28"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - medium yield gap closure","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1970.1727070000002,"d":"1,970.2"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2381.6,"d":"2,381.60"},{"v":30.6,"d":"30.60"},null,null,{"v":15.9,"d":"15.90"},null,{"v":24.6,"d":"24.60"},{"v":0.15703728585824658,"d":"15.7%"},{"v":374.00000000000006,"d":"374.00"},{"v":2007.6,"d":"2,007.60"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc - medium yield gap closure","Pescatarian (2050)",2050,{"$nulls":10},{"v":1731.164652,"d":"1,731.2"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2345.1999999999994,"d":"2,345.20"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":43.7,"d":"43.70"},{"v":0.11210131332082554,"d":"11.2%"},{"v":262.9,"d":"262.90"},{"v":2082.2999999999993,"d":"2,082.30"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - medium yield gap closure","Vegetarian (2050)",2050,{"$nulls":10},{"v":1763.814123,"d":"1,763.8"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2484.1,"d":"2,484.10"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},null,{"v":0,"d":"0.00"},{"v":0.12604162473330383,"d":"12.6%"},{"v":313.1,"d":"313.10"},{"v":2171,"d":"2,171.00"},{"$nulls":4},{"v":473.1,"d":"473.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - medium waste reduction + medium yield gap reduction","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2425.9387690000003,"d":"2,425.9"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$184-(AX$184*1/3)/(1/$BN216)","v":{"v":2997.0346524798256,"d":"2,997.03"}},{"$f":"AY$184-(AY$184*1/3)/(1/$BN216)","v":{"v":108.61423361302782,"d":"108.61"}},null,null,{"$f":"BB$184-(BB$184*1/3)/(1/$BN216)","v":{"v":44.23901383278957,"d":"44.24"}},null,{"$f":"BD$184-(BD$184*1/3)/(1/$BN216)","v":{"v":33.40579241159693,"d":"33.41"}},{"v":0.13132758581463214,"d":"13.1%"},{"$f":"BF$184-(BF$184*1/3)/(1/$BN216)","v":{"v":393.5933255129705,"d":"393.59"}},{"v":2603.441326966855,"d":"2,603.44"},{"$nulls":4},{"$f":"BL$184-(BL$184*1/3)/(1/$BN216)","v":{"v":834.3680006383918,"d":"834.37"}},"kcal/capita/day",{"v":0.15,"d":"15%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","High","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - medium waste reduction + medium yield gap reduction","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1830.662297,"d":"1,830.7"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$185-(AX$185*1/3)/(1/$BN217)","v":{"v":2262.52,"d":"2,262.52"}},{"$f":"AY$185-(AY$185*1/3)/(1/$BN217)","v":29.07},null,null,{"$f":"BB$185-(BB$185*1/3)/(1/$BN217)","v":{"v":15.105,"d":"15.11"}},null,{"$f":"BD$185-(BD$185*1/3)/(1/$BN217)","v":23.37},{"v":0.15703728585824658,"d":"15.7%"},{"$f":"BF$185-(BF$185*1/3)/(1/$BN217)","v":{"v":355.30000000000007,"d":"355.30"}},{"v":1907.2199999999998,"d":"1,907.22"},{"$nulls":4},{"$f":"BL$185-(BL$185*1/3)/(1/$BN217)","v":{"v":449.44500000000005,"d":"449.45"}},"kcal/capita/day",{"v":0.15,"d":"15%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc - medium waste reduction + medium yield gap reduction","Pescatarian (2050)",2050,{"$nulls":10},{"v":1634.3125360000001,"d":"1,634.3"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$186-(AX$186*1/3)/(1/$BN218)","v":{"v":2227.9399999999996,"d":"2,227.94"}},{"$f":"AY$186-(AY$186*1/3)/(1/$BN218)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$186-(BB$186*1/3)/(1/$BN218)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$186-(BD$186*1/3)/(1/$BN218)","v":{"v":41.515,"d":"41.52"}},{"v":0.11210131332082553,"d":"11.2%"},{"$f":"BF$186-(BF$186*1/3)/(1/$BN218)","v":{"v":249.75499999999997,"d":"249.76"}},{"v":1978.1849999999997,"d":"1,978.19"},{"$nulls":4},{"$f":"BL$186-(BL$186*1/3)/(1/$BN218)","v":{"v":449.44500000000005,"d":"449.45"}},"kcal/capita/day",{"v":0.15,"d":"15%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - medium waste reduction + medium yield gap reduction","Vegetarian (2050)",2050,{"$nulls":10},{"v":1658.058179,"d":"1,658.1"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$187-(AX$187*1/3)/(1/$BN219)","v":{"v":2359.895,"d":"2,359.90"}},{"$f":"AY$187-(AY$187*1/3)/(1/$BN219)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$187-(BB$187*1/3)/(1/$BN219)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$187-(BD$187*1/3)/(1/$BN219)","v":{"v":0,"d":"0.00"}},{"v":0.12604162473330383,"d":"12.6%"},{"$f":"BF$187-(BF$187*1/3)/(1/$BN219)","v":{"v":297.44500000000005,"d":"297.45"}},{"v":2062.45,"d":"2,062.45"},{"$nulls":4},{"$f":"BL$187-(BL$187*1/3)/(1/$BN219)","v":{"v":449.44500000000005,"d":"449.45"}},"kcal/capita/day",{"v":0.15,"d":"15%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - high waste + medium yield gap closure","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2327.883617,"d":"2,327.9"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$184-(AX$184*1/3)/(1/$BN220)","v":{"v":2839.295986559835,"d":"2,839.30"}},{"$f":"AY$184-(AY$184*1/3)/(1/$BN220)","v":{"v":102.89769500181583,"d":"102.90"}},null,null,{"$f":"BB$184-(BB$184*1/3)/(1/$BN220)","v":{"v":41.91064468369538,"d":"41.91"}},null,{"$f":"BD$184-(BD$184*1/3)/(1/$BN220)","v":{"v":31.647592810986566,"d":"31.65"}},{"v":0.13132758581463214,"d":"13.1%"},{"$f":"BF$184-(BF$184*1/3)/(1/$BN220)","v":{"v":372.87788732807735,"d":"372.88"}},{"v":2466.418099231758,"d":"2,466.42"},{"$nulls":4},{"$f":"BL$184-(BL$184*1/3)/(1/$BN220)","v":{"v":790.4538953416344,"d":"790.45"}},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","High","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - high waste + medium yield gap closure","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1709.787512,"d":"1,709.8"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$185-(AX$185*1/3)/(1/$BN221)","v":{"v":2143.44,"d":"2,143.44"}},{"$f":"AY$185-(AY$185*1/3)/(1/$BN221)","v":{"v":27.540000000000003,"d":"27.54"}},null,null,{"$f":"BB$185-(BB$185*1/3)/(1/$BN221)","v":14.31},null,{"$f":"BD$185-(BD$185*1/3)/(1/$BN221)","v":22.14},{"v":0.15703728585824656,"d":"15.7%"},{"$f":"BF$185-(BF$185*1/3)/(1/$BN221)","v":{"v":336.6,"d":"336.60"}},{"v":1806.8400000000001,"d":"1,806.84"},{"$nulls":4},{"$f":"BL$185-(BL$185*1/3)/(1/$BN221)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc - high waste + medium yield gap closure","Pescatarian (2050)",2050,{"$nulls":10},{"v":1549.00822,"d":"1,549.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$186-(AX$186*1/3)/(1/$BN222)","v":{"v":2110.6799999999994,"d":"2,110.68"}},{"$f":"AY$186-(AY$186*1/3)/(1/$BN222)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$186-(BB$186*1/3)/(1/$BN222)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$186-(BD$186*1/3)/(1/$BN222)","v":{"v":39.330000000000005,"d":"39.33"}},{"v":0.11210131332082554,"d":"11.2%"},{"$f":"BF$186-(BF$186*1/3)/(1/$BN222)","v":{"v":236.60999999999999,"d":"236.61"}},{"v":1874.0699999999995,"d":"1,874.07"},{"$nulls":4},{"$f":"BL$186-(BL$186*1/3)/(1/$BN222)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - high waste + medium yield gap closure","Vegetarian (2050)",2050,{"$nulls":10},{"v":1566.254567,"d":"1,566.3"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$187-(AX$187*1/3)/(1/$BN223)","v":{"v":2235.69,"d":"2,235.69"}},{"$f":"AY$187-(AY$187*1/3)/(1/$BN223)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$187-(BB$187*1/3)/(1/$BN223)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$187-(BD$187*1/3)/(1/$BN223)","v":{"v":0,"d":"0.00"}},{"v":0.12604162473330383,"d":"12.6%"},{"$f":"BF$187-(BF$187*1/3)/(1/$BN223)","v":281.79},{"v":1953.9,"d":"1,953.90"},{"$nulls":4},{"$f":"BL$187-(BL$187*1/3)/(1/$BN223)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.491,"d":"49.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","BAU-2050 - high waste + high yield gap closure","BAU income-dependent (2050)",2050,{"$nulls":10},{"v":2158.285616,"d":"2,158.3"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$184-(AX$184*1/3)/(1/$BN224)","v":{"v":2839.295986559835,"d":"2,839.30"}},{"$f":"AY$184-(AY$184*1/3)/(1/$BN224)","v":{"v":102.89769500181583,"d":"102.90"}},null,null,{"$f":"BB$184-(BB$184*1/3)/(1/$BN224)","v":{"v":41.91064468369538,"d":"41.91"}},null,{"$f":"BD$184-(BD$184*1/3)/(1/$BN224)","v":{"v":31.647592810986566,"d":"31.65"}},{"v":0.13132758581463214,"d":"13.1%"},{"$f":"BF$184-(BF$184*1/3)/(1/$BN224)","v":{"v":372.87788732807735,"d":"372.88"}},{"v":2466.418099231758,"d":"2,466.42"},{"$nulls":4},{"$f":"BL$184-(BL$184*1/3)/(1/$BN224)","v":{"v":790.4538953416344,"d":"790.45"}},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","GDP-based",null,"Completed","EFF","High","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Med - high waste + high yield gap closure","Mediterranean diet (2050)",2050,{"$nulls":10},{"v":1552.472771,"d":"1,552.5"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$185-(AX$185*1/3)/(1/$BN225)","v":{"v":2143.44,"d":"2,143.44"}},{"$f":"AY$185-(AY$185*1/3)/(1/$BN225)","v":{"v":27.540000000000003,"d":"27.54"}},null,null,{"$f":"BB$185-(BB$185*1/3)/(1/$BN225)","v":14.31},null,{"$f":"BD$185-(BD$185*1/3)/(1/$BN225)","v":22.14},{"v":0.15703728585824656,"d":"15.7%"},{"$f":"BF$185-(BF$185*1/3)/(1/$BN225)","v":{"v":336.6,"d":"336.60"}},{"v":1806.8400000000001,"d":"1,806.84"},{"$nulls":4},{"$f":"BL$185-(BL$185*1/3)/(1/$BN225)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Mediterranean","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","MED","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Pesc - high waste + high yield gap closure","Pescatarian (2050)",2050,{"$nulls":10},{"v":1433.5891900000001,"d":"1,433.6"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$186-(AX$186*1/3)/(1/$BN226)","v":{"v":2110.6799999999994,"d":"2,110.68"}},{"$f":"AY$186-(AY$186*1/3)/(1/$BN226)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$186-(BB$186*1/3)/(1/$BN226)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$186-(BD$186*1/3)/(1/$BN226)","v":{"v":39.330000000000005,"d":"39.33"}},{"v":0.11210131332082554,"d":"11.2%"},{"$f":"BF$186-(BF$186*1/3)/(1/$BN226)","v":{"v":236.60999999999999,"d":"236.61"}},{"v":1874.0699999999995,"d":"1,874.07"},{"$nulls":4},{"$f":"BL$186-(BL$186*1/3)/(1/$BN226)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Pescatarian","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[21,2014,"Global diets link environmental sustainability and human health","Tilman, D. and M. Clark","Tilman & Clark (2014)","Journal article","Nature","Veg - high waste + high yield gap closure","Vegetarian (2050)",2050,{"$nulls":10},{"v":1448.9861,"d":"1,449.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"$f":"AX$187-(AX$187*1/3)/(1/$BN227)","v":{"v":2235.69,"d":"2,235.69"}},{"$f":"AY$187-(AY$187*1/3)/(1/$BN227)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"BB$187-(BB$187*1/3)/(1/$BN227)","v":{"v":0,"d":"0.00"}},null,{"$f":"BD$187-(BD$187*1/3)/(1/$BN227)","v":{"v":0,"d":"0.00"}},{"v":0.12604162473330383,"d":"12.6%"},{"$f":"BF$187-(BF$187*1/3)/(1/$BN227)","v":281.79},{"v":1953.9,"d":"1,953.90"},{"$nulls":4},{"$f":"BL$187-(BL$187*1/3)/(1/$BN227)","v":425.79},"kcal/capita/day",{"v":0.3,"d":"30%"},{"v":13900,"d":"13,900.0"},"US$1990 per capita",{"v":20770.24,"d":"20,770.2"},null,null,{"v":0.641,"d":"64.1%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU + diet","Vegetarian","Diet - less animal products","Completed","MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
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[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","LAU HD","BAU healthy diet (2050)",2050,"GHGnonCO2Ag",8.31,{"$nulls":6},"GtCO2eq/yr",{"v":5460,"d":"5,460.0"},{"v":2690,"d":"2,690.0"},{"$nulls":3},{"v":2770,"d":"2,770.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3336.0342390232163,"d":"3,336.03"},172.13,null,null,{"v":68.84942655346198,"d":"68.85"},{"v":288.7085009094536,"d":"288.71"},{"v":56.77168860276125,"d":"56.77"},{"v":0.16715955534175775,"d":"16.7%"},557.65,{"v":2778.384239023216,"d":"2,778.38"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+diet",null,"BAU + healthy diet",null,"DIET","Const","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB231","v":{"v":30.329913961392833,"d":"30.33"}},{"$f":"DB229/DB$234*1","v":{"v":0.47929868242601503,"d":"48%"}},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","INT PD","Intensive livestock - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":8.624977091508393,"d":"8.62"},{"$nulls":6},"GtCO2eq/yr",{"v":4396.1575290219325,"d":"4,396.2"},{"v":4396.1575290219325,"d":"4,396.2"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3897.69578560787,"d":"3,897.70"},{"v":326,"d":"326.00"},null,null,{"v":98,"d":"98.00"},{"v":222,"d":"222.00"},{"v":31,"d":"31.00"},{"v":0.1654823863836793,"d":"16.5%"},{"v":645,"d":"645.00"},{"v":3252.69578560787,"d":"3,252.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$229*6.2/5.1","v":{"v":0.2012347273677811,"d":"20.1%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",null,"Projected diet and intensive livestock",null,"EFF","Const","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",{"v":27.81395467141463,"d":"27.81"},{"v":0.43953938821044164,"d":"44%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","INT HD","Intensive livestock - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":5.965982812540532,"d":"5.97"},{"$nulls":6},"GtCO2eq/yr",{"v":3496.809290408613,"d":"3,496.8"},{"v":3496.809290408613,"d":"3,496.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3556.528860289955,"d":"3,556.53"},{"v":153,"d":"153.00"},null,null,{"v":49,"d":"49.00"},{"v":209,"d":"209.00"},{"v":31,"d":"31.00"},{"v":0.1259655179526578,"d":"12.6%"},{"v":448,"d":"448.00"},{"v":3108.528860289955,"d":"3,108.53"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$229*6.2/5.1","v":{"v":0.2012347273677811,"d":"20.1%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",null,"Healthy diet and intensive livestock",null,"MIXED","Const","Const","High","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":30.329913961392833,"d":"30.33"},{"v":0.47929868242601503,"d":"48%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","IDP PD","Intensive dairy and poultry - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":4.645297159052649,"d":"4.65"},{"$nulls":6},"GtCO2eq/yr",{"v":3357.143939174116,"d":"3,357.1"},{"v":3357.143939174116,"d":"3,357.1"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3894,"d":"3,894.00"},{"v":405,"d":"405.00"},null,null,{"v":22,"d":"22.00"},{"v":222,"d":"222.00"},{"v":14,"d":"14.00"},{"v":0.16461222393425784,"d":"16.5%"},{"v":641,"d":"641.00"},{"v":3253,"d":"3,253.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$229*7.3/5.1","v":{"v":0.23693766286851645,"d":"23.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Const","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":55.94765532235931,"d":"55.95"},{"v":0.8841316699732634,"d":"88%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","IDP HD","Intensive dairy and poultry - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":4.369368099016869,"d":"4.37"},{"$nulls":6},"GtCO2eq/yr",{"v":3036.5482110426956,"d":"3,036.5"},{"v":3036.5482110426956,"d":"3,036.5"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3553,"d":"3,553.00"},{"v":221,"d":"221.00"},null,null,{"v":21,"d":"21.00"},{"v":209,"d":"209.00"},{"v":15,"d":"15.00"},{"v":0.12524627075710668,"d":"12.5%"},{"v":445,"d":"445.00"},{"v":3108,"d":"3,108.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$229*7.3/5.1","v":{"v":0.23693766286851645,"d":"23.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Const","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":44.30483084831493,"d":"44.30"},{"v":0.7001420141756851,"d":"70%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","IDA PD","Intensive dairy and aquaculture - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":4.360465168016834,"d":"4.36"},{"$nulls":6},"GtCO2eq/yr",{"v":3472.3556386596856,"d":"3,472.4"},{"v":3472.3556386596856,"d":"3,472.4"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3952,"d":"3,952.00"},{"v":22,"d":"22.00"},null,null,{"v":22,"d":"22.00"},{"v":222,"d":"222.00"},{"v":389,"d":"389.00"},{"v":0.16017206477732793,"d":"16.0%"},{"v":633,"d":"633.00"},{"v":3319,"d":"3,319.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM234=\"Trend\",CA$93,IF(CM234=\"Low\",CA$93/2,IF(CM234=\"High\",CA$93*2,0.5)))","v":{"v":0.5,"d":"50.0%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Const","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","High+",{"v":63.2797774612589,"d":"63.28"},{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","IDA HD","Intensive dairy and aquaculture - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":4.302339283359063,"d":"4.30"},{"$nulls":6},"GtCO2eq/yr",{"v":3249.7907721042448,"d":"3,249.8"},{"v":3249.7907721042448,"d":"3,249.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3584,"d":"3,584.00"},{"v":21,"d":"21.00"},null,null,{"v":21,"d":"21.00"},{"v":209,"d":"209.00"},{"v":306,"d":"306.00"},{"v":0.12165178571428571,"d":"12.2%"},{"v":436,"d":"436.00"},{"v":3148,"d":"3,148.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$229*7.3/5.1","v":{"v":0.23693766286851645,"d":"23.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Const","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","High+",{"v":56.1214811769222,"d":"56.12"},{"v":0.8868786115956374,"d":"89%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","ART PD","Artificial meat - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":2.6647242974565946,"d":"2.66"},{"$nulls":6},"GtCO2eq/yr",{"v":1898.7412952211907,"d":"1,898.7"},{"v":1898.7412952211907,"d":"1,898.7"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3894,"d":"3,894.00"},{"v":405,"d":"405.00"},null,null,{"v":405,"d":"405.00"},{"v":222,"d":"222.00"},{"v":14,"d":"14.00"},{"v":0.16461222393425784,"d":"16.5%"},{"v":641,"d":"641.00"},{"v":3253,"d":"3,253.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.23693766286851645,"d":"23.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":23.519364323028462,"d":"23.52"},{"v":0.37167267753789857,"d":"37%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","ART HD","Artificial meat - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.6749085592966515,"d":"2.67"},{"$nulls":6},"GtCO2eq/yr",{"v":2010.8496459979706,"d":"2,010.8"},{"v":2010.8496459979706,"d":"2,010.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3553,"d":"3,553.00"},{"v":222,"d":"222.00"},null,null,{"v":222,"d":"222.00"},{"v":209,"d":"209.00"},{"v":14,"d":"14.00"},{"v":0.12524627075710668,"d":"12.5%"},{"v":445,"d":"445.00"},{"v":3108,"d":"3,108.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.23693766286851645,"d":"23.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":23.66397491487887,"d":"23.66"},{"v":0.3739579351296931,"d":"37%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","PBE PD","Plant-based eating - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":2.978788783362246,"d":"2.98"},{"$nulls":6},"GtCO2eq/yr",{"v":2289.6369037594723,"d":"2,289.6"},{"v":2289.6369037594723,"d":"2,289.6"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3934,"d":"3,934.00"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":3934,"d":"3,934.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.23693766286851645,"d":"23.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+diet",{"$nulls":3},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","PBE HD","Plant-based eating - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.9082160955606455,"d":"2.91"},{"$nulls":6},"GtCO2eq/yr",{"v":2303.4344361213707,"d":"2,303.4"},{"v":2303.4344361213707,"d":"2,303.4"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3577,"d":"3,577.00"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":3577,"d":"3,577.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.23693766286851645,"d":"23.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+diet",{"$nulls":3},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","EL PD","Ecological leftovers - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":6.6390879086808,"d":"6.64"},{"$nulls":6},"GtCO2eq/yr",{"v":5521.82362450875,"d":"5,521.8"},{"v":2153.7405684358964,"d":"2,153.7"},{"$nulls":3},{"v":3368.083056072854,"d":"3,368.1"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3969,"d":"3,969.00"},{"v":322,"d":"322.00"},null,null,{"v":96,"d":"96.00"},{"v":165,"d":"165.00"},{"v":14,"d":"14.00"},{"v":0.12597631645250693,"d":"12.6%"},{"v":500,"d":"500.00"},{"v":3469,"d":"3,469.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.23693766286851645,"d":"23.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"EFF","Const","Const","High","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":4.233002589003002,"d":"4.23"},{"v":0.0668934493582018,"d":"7%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","EL HD","Ecological leftovers - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":3.86255320256023,"d":"3.86"},{"$nulls":6},"GtCO2eq/yr",{"v":2913.6447399974354,"d":"2,913.6"},{"v":2261.9550504798704,"d":"2,262.0"},{"$nulls":3},{"v":651.6896895175652,"d":"651.7"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3561,"d":"3,561.00"},{"v":74,"d":"74.00"},null,null,{"v":22,"d":"22.00"},{"v":158,"d":"158.00"},{"v":14,"d":"14.00"},{"v":0.06936253861274923,"d":"6.9%"},{"v":247,"d":"247.00"},{"v":3314,"d":"3,314.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.23693766286851645,"d":"23.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","Const","Const","High","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","High",{"v":3.9757661419716546,"d":"3.98"},{"v":0.06282838375033312,"d":"6%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change",{"$f":"CONCATENATE(\"WR: \",H228)","v":"WR: LAU PD"},{"$f":"CONCATENATE(\"50% waste reduction: \",I228)","v":"50% waste reduction: BAU projected diet (2050)"},2050,"GHGnonCO2Ag",10.06,{"$nulls":6},"GtCO2eq/yr",{"v":5630,"d":"5,630.0"},{"v":2370,"d":"2,370.0"},{"$nulls":3},{"v":3260,"d":"3,260.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3215.166368659544,"d":"3,215.17"},{"v":279.477,"d":"279.48"},null,null,{"v":211.85931312920505,"d":"211.86"},{"v":195.7934334092875,"d":"195.79"},{"v":36.76171889388348,"d":"36.76"},{"v":0.17301126480491086,"d":"17.3%"},556.26,{"v":2658.9063686595437,"d":"2,658.91"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"EFF","Const","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB244","v":{"v":29.762640715642398,"d":"29.76"}},{"v":0.4703341558662032,"d":"47%"},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: LAU HD","50% waste reduction: BAU healthy diet (2050)",2050,"GHGnonCO2Ag",7.46,{"$nulls":6},"GtCO2eq/yr",{"v":4710,"d":"4,710.0"},{"v":2230,"d":"2,230.0"},{"$nulls":3},{"v":2480,"d":"2,480.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2877.001273610191,"d":"2,877.00"},130.55,null,null,{"v":63.97145406543776,"d":"63.97"},{"v":183.30084703975226,"d":"183.30"},{"v":36.76171889388348,"d":"36.76"},{"v":0.1341014352474958,"d":"13.4%"},385.81,{"$f":"AX243-BF243","v":{"v":2491.1912736101913,"d":"2,491.19"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB245","v":{"v":31.799010815234137,"d":"31.80"}},{"$f":"DB243/DB$234*1","v":{"v":0.5025145803444411,"d":"50%"}},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: INT PD","50% waste reduction: Intensive livestock - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":7.28423131621793,"d":"7.28"},{"$nulls":6},"GtCO2eq/yr",{"v":3561.4165716737657,"d":"3,561.4"},{"v":3561.4165716737657,"d":"3,561.4"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3295,"d":"3,295.00"},{"v":287,"d":"287.00"},null,null,{"v":86,"d":"86.00"},{"v":199.0890460605262,"d":"199.09"},{"v":36,"d":"36.00"},{"v":0.1723823975720789,"d":"17.2%"},{"v":568,"d":"568.00"},{"v":2727,"d":"2,727.00"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM244=\"Trend\",CA$93,IF(CM244=\"Low\",CA$93/2,IF(CM244=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Waste","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",{"v":29.762640715642398,"d":"29.76"},{"v":0.4703341558662032,"d":"47%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: INT HD","50% waste reduction: Intensive livestock - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":5.04191417791025,"d":"5.04"},{"$nulls":6},"GtCO2eq/yr",{"v":2819.1194090861136,"d":"2,819.1"},{"v":2819.1194090861136,"d":"2,819.1"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2955.3554774421277,"d":"2,955.36"},{"v":135,"d":"135.00"},null,null,{"v":43,"d":"43.00"},{"v":187.01338285663147,"d":"187.01"},{"v":36,"d":"36.00"},{"v":0.13365566444205693,"d":"13.4%"},{"v":395,"d":"395.00"},{"v":2560.3554774421277,"d":"2,560.36"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","High","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":31.799010815234137,"d":"31.80"},{"v":0.5025145803444411,"d":"50%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: IDP PD","50% waste reduction: Intensive dairy and poultry - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":3.9745720924085792,"d":"3.97"},{"$nulls":6},"GtCO2eq/yr",{"v":2798.661482587131,"d":"2,798.7"},{"v":2798.661482587131,"d":"2,798.7"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3294.145453563161,"d":"3,294.15"},{"v":354,"d":"354.00"},null,null,{"v":20,"d":"20.00"},{"v":199,"d":"199.00"},{"v":14,"d":"14.00"},{"v":0.1721235470603449,"d":"17.2%"},{"v":567,"d":"567.00"},{"v":2727.145453563161,"d":"2,727.15"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Waste","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":57.451286461408316,"d":"57.45"},{"v":0.9078933075670359,"d":"91%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: IDP HD","50% waste reduction: Intensive dairy and poultry - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":3.684610769282128,"d":"3.68"},{"$nulls":6},"GtCO2eq/yr",{"v":2468.761861172575,"d":"2,468.8"},{"v":2468.761861172575,"d":"2,468.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2954.1515269745055,"d":"2,954.15"},{"v":192,"d":"192.00"},null,null,{"v":18,"d":"18.00"},{"v":187,"d":"187.00"},{"v":14,"d":"14.00"},{"$f":"BF247/AX247","v":{"v":0.1330331218326133,"d":"13.3%"}},{"v":393,"d":"393.00"},{"v":2561.1515269745055,"d":"2,561.15"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":45.891757072402406,"d":"45.89"},{"v":0.7252199504098797,"d":"73%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: IDA PD","50% waste reduction: Intensive dairy and aquaculture - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":3.7310668560811155,"d":"3.73"},{"$nulls":6},"GtCO2eq/yr",{"v":2814.2724956802585,"d":"2,814.3"},{"v":2814.2724956802585,"d":"2,814.3"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3316.4675356054795,"d":"3,316.47"},{"v":20,"d":"20.00"},null,null,{"v":20,"d":"20.00"},{"v":199,"d":"199.00"},{"v":313,"d":"313.00"},{"v":0.16011011544639064,"d":"16.0%"},{"v":531,"d":"531.00"},{"v":2785.4675356054795,"d":"2,785.47"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Waste","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","High+",{"v":62.440277848757745,"d":"62.44"},{"v":0.9867335245763923,"d":"99%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: IDA HD","50% waste reduction: Intensive dairy and aquaculture - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":3.625454830397811,"d":"3.63"},{"$nulls":6},"GtCO2eq/yr",{"v":2585.5278687150076,"d":"2,585.5"},{"v":2585.5278687150076,"d":"2,585.5"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2966.1679359704603,"d":"2,966.17"},{"v":18,"d":"18.00"},null,null,{"v":18,"d":"18.00"},{"v":187,"d":"187.00"},{"v":164,"d":"164.00"},{"v":0.12440293603243738,"d":"12.4%"},{"v":369,"d":"369.00"},{"v":2597.1679359704603,"d":"2,597.17"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","High+",{"v":55.12400333056298,"d":"55.12"},{"v":0.8711156319143339,"d":"87%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: ART PD","50% waste reduction: Artificial meat - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":2.2660652407924826,"d":"2.27"},{"$nulls":6},"GtCO2eq/yr",{"v":1578.2515110914494,"d":"1,578.3"},{"v":1578.2515110914494,"d":"1,578.3"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3294.145453563161,"d":"3,294.15"},{"v":354,"d":"354.00"},null,null,{"v":354,"d":"354.00"},{"v":199,"d":"199.00"},{"v":14,"d":"14.00"},{"v":0.1721235470603449,"d":"17.2%"},{"v":567,"d":"567.00"},{"v":2727.145453563161,"d":"2,727.15"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Waste","Low","Const","Const","Low","No","Const","No","TREND","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":25.32363463804805,"d":"25.32"},{"v":0.40018526698441165,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: ART HD","50% waste reduction: Artificial meat - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.2225363983594106,"d":"2.22"},{"$nulls":6},"GtCO2eq/yr",{"v":1615.8235710212332,"d":"1,615.8"},{"v":1615.8235710212332,"d":"1,615.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2954.1268994625875,"d":"2,954.13"},{"v":193,"d":"193.00"},null,null,{"v":193,"d":"193.00"},{"v":187,"d":"187.00"},{"v":14,"d":"14.00"},{"v":0.13303423088273367,"d":"13.3%"},{"v":393,"d":"393.00"},{"v":2561.1268994625875,"d":"2,561.13"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","Low","Const","Const","Low","No","Const","No","MOD","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":25.439457847402196,"d":"25.44"},{"v":0.40201560226688093,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: PBE PD","50% waste reduction: Plant-based eating - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":2.5359771814293355,"d":"2.54"},{"$nulls":6},"GtCO2eq/yr",{"v":1912.6778449792462,"d":"1,912.7"},{"v":1912.6778449792462,"d":"1,912.7"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3309.9645689472495,"d":"3,309.96"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":3309.9645689472495,"d":"3,309.96"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"DIET","Const","Waste","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: PBE HD","50% waste reduction: Plant-based eating - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.4236947521191716,"d":"2.42"},{"$nulls":6},"GtCO2eq/yr",{"v":1866.5613679618773,"d":"1,866.6"},{"v":1866.5613679618773,"d":"1,866.6"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2963.8779253949124,"d":"2,963.88"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":2963.8779253949124,"d":"2,963.88"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: EL PD","50% waste reduction: Ecological leftovers - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":6.249998337249621,"d":"6.25"},{"$nulls":6},"GtCO2eq/yr",{"v":1756.5814099473916,"d":"1,756.6"},{"v":1756.5814099473916,"d":"1,756.6"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3336.9153898613285,"d":"3,336.92"},{"v":213,"d":"213.00"},null,null,{"v":111,"d":"111.00"},{"v":163.65627382113198,"d":"163.66"},{"v":14,"d":"14.00"},{"v":0.11687440478261786,"d":"11.7%"},{"v":390,"d":"390.00"},{"v":2946.9153898613285,"d":"2,946.92"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","Const","Waste","High","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":2.0161576287064014,"d":"2.02"},{"v":0.03186101009822185,"d":"3%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","WR: EL HD","50% waste reduction: Ecological leftovers - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":3.324822731652691,"d":"3.32"},{"$nulls":6},"GtCO2eq/yr",{"v":1830.3702412418886,"d":"1,830.4"},{"v":1830.3702412418886,"d":"1,830.4"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2957.355250048092,"d":"2,957.36"},{"v":65,"d":"65.00"},null,null,{"v":21,"d":"21.00"},{"v":153.00687007409303,"d":"153.01"},{"v":14,"d":"14.00"},{"v":0.07844847182164782,"d":"7.8%"},{"v":232,"d":"232.00"},{"v":2725.355250048092,"d":"2,725.36"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","Const","Waste","High","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","High",{"v":3.770661645410344,"d":"3.77"},{"$f":"DB255/DB$234*1","v":{"v":0.0595871508511359,"d":"6%"}},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change",{"$f":"CONCATENATE(\"YGR: \",H228)","v":"YGR: LAU PD"},{"$f":"CONCATENATE(\"50% yield gap reduction: \",I228)","v":"50% yield gap reduction: BAU projected diet (2050)"},2050,"GHGnonCO2Ag",10.91,{"$nulls":6},"GtCO2eq/yr",{"v":5410,"d":"5,410.0"},{"v":1810.0000000000002,"d":"1,810.0"},{"$nulls":3},{"v":3600,"d":"3,600.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3782.855429298546,"d":"3,782.86"},317.52,null,null,{"v":240.64744340390206,"d":"240.65"},{"v":218.4324838276058,"d":"218.43"},{"v":46.917779301210935,"d":"46.92"},{"v":0.16692152576316877,"d":"16.7%"},631.44,{"v":3151.415429298546,"d":"3,151.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB258","v":{"v":27.81395467141463,"d":"27.81"}},{"v":0.43953938821044164,"d":"44%"},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: LAU HD","50% yield gap reduction: BAU healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":8,"d":"8.00"},{"$nulls":6},"GtCO2eq/yr",{"v":4530,"d":"4,530.0"},{"v":1739.9999999999998,"d":"1,740.0"},{"$nulls":3},{"v":2790,"d":"2,790.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3336.0342390232163,"d":"3,336.03"},172.13,null,null,{"v":68.84942655346198,"d":"68.85"},{"v":288.7085009094536,"d":"288.71"},{"v":56.77168860276125,"d":"56.77"},{"v":0.16715955534175775,"d":"16.7%"},557.65,{"v":2778.384239023216,"d":"2,778.38"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB259","v":{"v":30.329913961392833,"d":"30.33"}},{"v":0.47929868242601503,"d":"48%"},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: INT PD","50% yield gap reduction: Intensive livestock - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":6.280682287845637,"d":"6.28"},{"$nulls":6},"GtCO2eq/yr",{"v":3017.473863309359,"d":"3,017.5"},{"v":3017.473863309359,"d":"3,017.5"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3897.69578560787,"d":"3,897.70"},{"v":326,"d":"326.00"},null,null,{"v":98,"d":"98.00"},{"v":222,"d":"222.00"},{"v":31,"d":"31.00"},{"v":0.1654823863836793,"d":"16.5%"},{"v":645,"d":"645.00"},{"v":3252.69578560787,"d":"3,252.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"IF(CM258=\"Trend\",CA$93,IF(CM258=\"Low\",CA$93/2,IF(CM258=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",{"v":27.81395467141463,"d":"27.81"},{"v":0.43953938821044164,"d":"44%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: INT HD","50% yield gap reduction: Intensive livestock - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":4.162505319552342,"d":"4.16"},{"$nulls":6},"GtCO2eq/yr",{"v":2378.4942246412447,"d":"2,378.5"},{"v":2378.4942246412447,"d":"2,378.5"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3556.528860289955,"d":"3,556.53"},{"v":153,"d":"153.00"},null,null,{"v":49,"d":"49.00"},{"v":209,"d":"209.00"},{"v":31,"d":"31.00"},{"v":0.1259655179526578,"d":"12.6%"},{"v":448,"d":"448.00"},{"v":3108.528860289955,"d":"3,108.53"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","High","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":30.329913961392833,"d":"30.33"},{"v":0.47929868242601503,"d":"48%"},{"v":0,"d":"0%"},{"$f":"IF($CM259=\"Low_Con\",1,IF($CM259=\"Trend\",2,IF($CM259=\"Feed\",3,IF($CM259=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR259=\"Const\",\"1\",IF($CR259=\"Trend\",2,IF($CR259=\"Fert\",\"3\",IF($CR259=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM259=\"Low_Con\",1^2,IF($CM259=\"Trend\",2^2,IF($CM259=\"Feed\",3^2,IF($CM259=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR259=\"Const\",1^2,IF($CR259=\"Trend\",2^2,IF($CR259=\"Fert\",3^2,IF($CR259=\"Fert+\",4^2,\" \"))))","v":1}]
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[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: IDP HD","50% yield gap reduction: Intensive dairy and poultry - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":3.0104454308479958,"d":"3.01"},{"$nulls":6},"GtCO2eq/yr",{"v":2022.8441364620521,"d":"2,022.8"},{"v":2022.8441364620521,"d":"2,022.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3553,"d":"3,553.00"},{"v":221,"d":"221.00"},null,null,{"v":21,"d":"21.00"},{"v":209,"d":"209.00"},{"v":15,"d":"15.00"},{"v":0.12524627075710668,"d":"12.5%"},{"v":445,"d":"445.00"},{"v":3108,"d":"3,108.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":44.30483084831493,"d":"44.30"},{"$f":"DB261/DB$234*1","v":{"v":0.7001420141756851,"d":"70%"}},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: IDA PD","50% yield gap reduction: Intensive dairy and aquaculture - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":3.0104711073656296,"d":"3.01"},{"$nulls":6},"GtCO2eq/yr",{"v":2284.131043454391,"d":"2,284.1"},{"v":2284.131043454391,"d":"2,284.1"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3952,"d":"3,952.00"},{"v":22,"d":"22.00"},null,null,{"v":22,"d":"22.00"},{"v":222,"d":"222.00"},{"v":389,"d":"389.00"},{"v":0.16017206477732793,"d":"16.0%"},{"v":633,"d":"633.00"},{"v":3319,"d":"3,319.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","High+",{"v":63.2797774612589,"d":"63.28"},{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: IDA HD","50% yield gap reduction: Intensive dairy and aquaculture - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.955199542652225,"d":"2.96"},{"$nulls":6},"GtCO2eq/yr",{"v":2162.5825150279543,"d":"2,162.6"},{"v":2162.5825150279543,"d":"2,162.6"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3584,"d":"3,584.00"},{"v":21,"d":"21.00"},null,null,{"v":21,"d":"21.00"},{"v":209,"d":"209.00"},{"v":306,"d":"306.00"},{"v":0.12165178571428571,"d":"12.2%"},{"v":436,"d":"436.00"},{"v":3148,"d":"3,148.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","High+",{"v":56.1214811769222,"d":"56.12"},{"v":0.8868786115956374,"d":"89%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: ART PD","50% yield gap reduction: Artificial meat - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":1.6180424094862114,"d":"1.62"},{"$nulls":6},"GtCO2eq/yr",{"v":1200.5091232464765,"d":"1,200.5"},{"v":1200.5091232464765,"d":"1,200.5"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3894,"d":"3,894.00"},{"v":405,"d":"405.00"},null,null,{"v":405,"d":"405.00"},{"v":222,"d":"222.00"},{"v":14,"d":"14.00"},{"v":0.16461222393425784,"d":"16.5%"},{"v":641,"d":"641.00"},{"v":3253,"d":"3,253.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","Low","Const","Const","Low","No","Const","No","TREND","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":23.519364323028462,"d":"23.52"},{"v":0.37167267753789857,"d":"37%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: ART HD","50% yield gap reduction: Artificial meat - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":1.6246170852738846,"d":"1.62"},{"$nulls":6},"GtCO2eq/yr",{"v":1331.4233002742528,"d":"1,331.4"},{"v":1331.4233002742528,"d":"1,331.4"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3553,"d":"3,553.00"},{"v":222,"d":"222.00"},null,null,{"v":222,"d":"222.00"},{"v":209,"d":"209.00"},{"v":14,"d":"14.00"},{"v":0.12524627075710668,"d":"12.5%"},{"v":445,"d":"445.00"},{"v":3108,"d":"3,108.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","Low","Const","Const","Low","No","Const","No","MOD","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":23.66397491487887,"d":"23.66"},{"v":0.3739579351296931,"d":"37%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: PBE PD","50% yield gap reduction: Plant-based eating - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":1.7535207671404824,"d":"1.75"},{"$nulls":6},"GtCO2eq/yr",{"v":1449.2071908973248,"d":"1,449.2"},{"v":1449.2071908973248,"d":"1,449.2"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3934,"d":"3,934.00"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":3934,"d":"3,934.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"DIET","High","Const","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: PBE HD","50% yield gap reduction: Plant-based eating - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":1.7216797894253364,"d":"1.72"},{"$nulls":6},"GtCO2eq/yr",{"v":1510.111190481059,"d":"1,510.1"},{"v":1510.111190481059,"d":"1,510.1"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3577,"d":"3,577.00"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":3577,"d":"3,577.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: EL PD","50% yield gap reduction: Ecological leftovers - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":5.438084731428726,"d":"5.44"},{"$nulls":6},"GtCO2eq/yr",{"v":4730.285579044383,"d":"4,730.3"},{"v":1362.2025229715287,"d":"1,362.2"},{"$nulls":3},{"v":3368.083056072854,"d":"3,368.1"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3969,"d":"3,969.00"},{"v":322,"d":"322.00"},null,null,{"v":96,"d":"96.00"},{"v":165,"d":"165.00"},{"v":14,"d":"14.00"},{"v":0.12597631645250693,"d":"12.6%"},{"v":500,"d":"500.00"},{"v":3469,"d":"3,469.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Const","High","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":4.233002589003002,"d":"4.23"},{"v":0.0668934493582018,"d":"7%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR: EL HD","50% yield gap reduction: Ecological leftovers - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.7213401207515,"d":"2.72"},{"$nulls":6},"GtCO2eq/yr",{"v":2165.801501278793,"d":"2,165.8"},{"v":1513.751366083821,"d":"1,513.8"},{"$nulls":3},{"v":652.050135194972,"d":"652.1"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3561,"d":"3,561.00"},{"v":74,"d":"74.00"},null,null,{"v":22,"d":"22.00"},{"v":158,"d":"158.00"},{"v":14,"d":"14.00"},{"v":0.06936253861274923,"d":"6.9%"},{"v":247,"d":"247.00"},{"v":3314,"d":"3,314.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Const","High","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","High",{"v":3.9757661419716546,"d":"3.98"},{"v":0.06282838375033312,"d":"6%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change",{"$f":"CONCATENATE(\"YGR+WR \",H228)","v":"YGR+WR LAU PD"},{"$f":"CONCATENATE(\"50% yield gap reduction+\",I242)","v":"50% yield gap reduction+50% waste reduction: BAU projected diet (2050)"},2050,"GHGnonCO2Ag",9.98,{"$nulls":6},"GtCO2eq/yr",{"v":4860,"d":"4,860.0"},{"v":1550,"d":"1,550.0"},{"$nulls":3},{"v":3310,"d":"3,310.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3215.166368659544,"d":"3,215.17"},{"v":279.477,"d":"279.48"},null,null,{"v":211.85931312920505,"d":"211.86"},{"v":195.7934334092875,"d":"195.79"},{"v":36.76171889388348,"d":"36.76"},{"v":0.17301126480491086,"d":"17.3%"},556.26,{"v":2658.9063686595437,"d":"2,658.91"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB272","v":{"v":29.762640715642398,"d":"29.76"}},{"$f":"DB270/DB$234*1","v":{"v":0.4703341558662032,"d":"47%"}},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR LAU HD","50% yield gap reduction+50% waste reduction: BAU healthy diet (2050)",2050,"GHGnonCO2Ag",7.22,{"$nulls":6},"GtCO2eq/yr",{"v":3970,"d":"3,970.0"},{"v":1470,"d":"1,470.0"},{"$nulls":3},{"v":2500,"d":"2,500.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2877.001273610191,"d":"2,877.00"},130.55,null,null,{"v":63.97145406543776,"d":"63.97"},{"v":183.30084703975226,"d":"183.30"},{"v":36.76171889388348,"d":"36.76"},{"v":0.1341014352474958,"d":"13.4%"},385.81,{"v":2491.1912736101913,"d":"2,491.19"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"CA$80","v":{"v":0.16553179186704575,"d":"16.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",{"$f":"DB273","v":{"v":31.799010815234137,"d":"31.80"}},{"v":0.5025145803444411,"d":"50%"},{"v":0,"d":"0%"},2,"1",4,1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR INT PD","50% yield gap reduction+50% waste reduction: Intensive livestock - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":5.374421076127951,"d":"5.37"},{"$nulls":6},"GtCO2eq/yr",{"v":2426.042417838544,"d":"2,426.0"},{"v":2426.042417838544,"d":"2,426.0"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3295,"d":"3,295.00"},{"v":287,"d":"287.00"},null,null,{"v":86,"d":"86.00"},{"v":199.0890460605262,"d":"199.09"},{"v":36,"d":"36.00"},{"v":0.1723823975720789,"d":"17.2%"},{"v":568,"d":"568.00"},{"v":2727,"d":"2,727.00"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"IF(CM272=\"Trend\",CA$93,IF(CM272=\"Low\",CA$93/2,IF(CM272=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Waste","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",{"v":29.762640715642398,"d":"29.76"},{"v":0.4703341558662032,"d":"47%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR INT HD","50% yield gap reduction+50% waste reduction: Intensive livestock - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":3.572502034930773,"d":"3.57"},{"$nulls":6},"GtCO2eq/yr",{"v":1900.6234225233077,"d":"1,900.6"},{"v":1900.6234225233077,"d":"1,900.6"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2955.3554774421277,"d":"2,955.36"},{"v":135,"d":"135.00"},null,null,{"v":43,"d":"43.00"},{"v":187.01338285663147,"d":"187.01"},{"v":36,"d":"36.00"},{"v":0.13365566444205693,"d":"13.4%"},{"v":395,"d":"395.00"},{"v":2560.3554774421277,"d":"2,560.36"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","High","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",{"v":31.799010815234137,"d":"31.80"},{"v":0.5025145803444411,"d":"50%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR IDP PD","50% yield gap reduction+50% waste reduction: Intensive dairy and poultry - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":2.761365919464869,"d":"2.76"},{"$nulls":6},"GtCO2eq/yr",{"v":1829.0859084272793,"d":"1,829.1"},{"v":1829.0859084272793,"d":"1,829.1"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3294.145453563161,"d":"3,294.15"},{"v":354,"d":"354.00"},null,null,{"v":20,"d":"20.00"},{"v":199,"d":"199.00"},{"v":14,"d":"14.00"},{"v":0.1721235470603449,"d":"17.2%"},{"v":567,"d":"567.00"},{"v":2727.145453563161,"d":"2,727.15"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Waste","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":57.451286461408316,"d":"57.45"},{"v":0.9078933075670359,"d":"91%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR IDP HD","50% yield gap reduction+50% waste reduction: Intensive dairy and poultry - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.5723293851394478,"d":"2.57"},{"$nulls":6},"GtCO2eq/yr",{"v":1629.752969480292,"d":"1,629.8"},{"v":1629.752969480292,"d":"1,629.8"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2954.1515269745055,"d":"2,954.15"},{"v":192,"d":"192.00"},null,null,{"v":18,"d":"18.00"},{"v":187,"d":"187.00"},{"v":14,"d":"14.00"},{"v":0.1330331218326133,"d":"13.3%"},{"v":393,"d":"393.00"},{"v":2561.1515269745055,"d":"2,561.15"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","High+","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","DAIRY","High+",{"v":45.891757072402406,"d":"45.89"},{"v":0.7252199504098797,"d":"73%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR IDA PD","50% yield gap reduction+50% waste reduction: Intensive dairy and aquaculture - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":2.6028650058392464,"d":"2.60"},{"$nulls":6},"GtCO2eq/yr",{"v":1839.0361066063597,"d":"1,839.0"},{"v":1839.0361066063597,"d":"1,839.0"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3316.4675356054795,"d":"3,316.47"},{"v":20,"d":"20.00"},null,null,{"v":20,"d":"20.00"},{"v":199,"d":"199.00"},{"v":313,"d":"313.00"},{"v":0.16011011544639064,"d":"16.0%"},{"v":531,"d":"531.00"},{"v":2785.4675356054795,"d":"2,785.47"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Waste","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low",{"$f":"IF($CT276=\"VGN\",\"NO MEAT\",IF($CT276=\"SUBST\",\"SUBST\",IF($CT276=\"PESC\",\"PESC\",IF($CT276=\"VEG\",\"NO MEAT\",IF($CT276=\" \",\" \",\"MEAT\")))))","v":"PESC"},"High+",{"v":62.440277848757745,"d":"62.44"},{"v":0.9867335245763923,"d":"99%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR IDA HD","50% yield gap reduction+50% waste reduction: Intensive dairy and aquaculture - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.523736087870746,"d":"2.52"},{"$nulls":6},"GtCO2eq/yr",{"v":1705.355822010455,"d":"1,705.4"},{"v":1705.355822010455,"d":"1,705.4"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2966.1679359704603,"d":"2,966.17"},{"v":18,"d":"18.00"},null,null,{"v":18,"d":"18.00"},{"v":187,"d":"187.00"},{"v":164,"d":"164.00"},{"v":0.12440293603243738,"d":"12.4%"},{"v":369,"d":"369.00"},{"v":2597.1679359704603,"d":"2,597.17"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.5,"d":"50.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","High+","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low",{"$f":"IF($CT277=\"VGN\",\"NO MEAT\",IF($CT277=\"SUBST\",\"SUBST\",IF($CT277=\"PESC\",\"PESC\",IF($CT277=\"VEG\",\"NO MEAT\",IF($CT277=\" \",\" \",\"MEAT\")))))","v":"PESC"},"High+",{"v":55.12400333056298,"d":"55.12"},{"v":0.8711156319143339,"d":"87%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR ART PD","50% yield gap reduction+50% waste reduction: Artificial meat - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":1.3847479450378515,"d":"1.38"},{"$nulls":6},"GtCO2eq/yr",{"v":989.991740494843,"d":"990.0"},{"v":989.991740494843,"d":"990.0"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3294.145453563161,"d":"3,294.15"},{"v":354,"d":"354.00"},null,null,{"v":354,"d":"354.00"},{"v":199,"d":"199.00"},{"v":14,"d":"14.00"},{"v":0.1721235470603449,"d":"17.2%"},{"v":567,"d":"567.00"},{"v":2727.145453563161,"d":"2,727.15"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Waste","Low","Const","Const","Low","No","Const","No","TREND","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":25.32363463804805,"d":"25.32"},{"v":0.40018526698441165,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR ART HD","50% yield gap reduction+50% waste reduction: Artificial meat - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":1.3621604437430281,"d":"1.36"},{"$nulls":6},"GtCO2eq/yr",{"v":1057.1036723475636,"d":"1,057.1"},{"v":1057.1036723475636,"d":"1,057.1"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2954.1268994625875,"d":"2,954.13"},{"v":193,"d":"193.00"},null,null,{"v":193,"d":"193.00"},{"v":187,"d":"187.00"},{"v":14,"d":"14.00"},{"v":0.13303423088273367,"d":"13.3%"},{"v":393,"d":"393.00"},{"v":2561.1268994625875,"d":"2,561.13"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","Low","Const","Const","Low","No","Const","No","MOD","Yes","Low","CONV","Const","Low","MEAT","Low",{"v":25.439457847402196,"d":"25.44"},{"v":0.40201560226688093,"d":"40%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR PBE PD","50% yield gap reduction+50% waste reduction: Plant-based eating - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":1.5008969547516058,"d":"1.50"},{"$nulls":6},"GtCO2eq/yr",{"v":1202.6940963851143,"d":"1,202.7"},{"v":1202.6940963851143,"d":"1,202.7"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3309.9645689472495,"d":"3,309.96"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":3309.9645689472495,"d":"3,309.96"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"MIXED","High","Waste","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR PBE HD","50% yield gap reduction+50% waste reduction: Plant-based eating - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":1.4456759173442904,"d":"1.45"},{"$nulls":6},"GtCO2eq/yr",{"v":1210.2477068645176,"d":"1,210.2"},{"v":1210.2477068645176,"d":"1,210.2"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2963.8779253949124,"d":"2,963.88"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":14,"d":"14.00"},{"v":0,"d":"0.0%"},{"v":0,"d":"0.00"},{"v":2963.8779253949124,"d":"2,963.88"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT",{"$f":"IF(CM281=\"Trend\",\"Low_Con\",IF(CM281=\"Feed+\",\"Feed\",IF(CM281=0,\" \",CM281)))","v":"Low"},{"v":0,"d":"0.00"},{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR EL PD","50% yield gap reduction+50% waste reduction: Ecological leftovers - projected diet (2050)",2050,"GHGnonCO2Ag",{"v":5.2719780855484455,"d":"5.27"},{"$nulls":6},"GtCO2eq/yr",{"v":4464.39810611279,"d":"4,464.4"},{"v":1105.954794440674,"d":"1,106.0"},{"$nulls":3},{"v":3358.4433116721157,"d":"3,358.4"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":3336.9153898613285,"d":"3,336.92"},{"v":213,"d":"213.00"},null,null,{"v":111,"d":"111.00"},{"v":163.65627382113198,"d":"163.66"},{"v":14,"d":"14.00"},{"v":0.11687440478261786,"d":"11.7%"},{"v":390,"d":"390.00"},{"v":2946.9153898613285,"d":"2,946.92"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",{"$nulls":3},"EFF","High","Waste","High","Const","Leftovers+","Low","No","Const","No","MOD","No","Low","CONV","Const","Low",{"$f":"IF($CT282=\"VGN\",\"NO MEAT\",IF($CT282=\"SUBST\",\"SUBST\",IF($CT282=\"PESC\",\"PESC\",IF($CT282=\"VEG\",\"NO MEAT\",IF($CT282=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",{"v":2.0161576287064014,"d":"2.02"},{"v":0.03186101009822185,"d":"3%"},{"v":0,"d":"0%"}," ","1"," ",1]
[22,2017,"Greedy or needy? Land use and climate impacts of food in 2050 under different livestock futures","E. Röös, B. Bajželj, P. Smith, M. Patel, D. Little and T. Garnett","Roos et al. (2017)","Journal article","Global Environmental Change","YGR+WR EL HD","50% yield gap reduction+50% waste reduction: Ecological leftovers - healthy diet (2050)",2050,"GHGnonCO2Ag",{"v":2.392502009194474,"d":"2.39"},{"$nulls":6},"GtCO2eq/yr",{"v":1752.2619655638036,"d":"1,752.3"},{"v":1218.3114800720273,"d":"1,218.3"},{"$nulls":3},{"v":533.9504854917762,"d":"534.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.551,"d":"9.55"},"billion",{"v":2957.355250048092,"d":"2,957.36"},{"v":65,"d":"65.00"},null,null,{"v":21,"d":"21.00"},{"v":153.00687007409303,"d":"153.01"},{"v":14,"d":"14.00"},{"v":0.07844847182164782,"d":"7.8%"},{"v":232,"d":"232.00"},{"v":2725.355250048092,"d":"2,725.36"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",{"$nulls":3},"MIXED","High","Waste","High","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","High",{"v":3.770661645410344,"d":"3.77"},{"v":0.0595871508511359,"d":"6%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","Baseline","Baseline",2005,{"$nulls":16},"Mha",{"v":4032.74269,"d":"4,032.7"},{"$nulls":19},6.54,"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":21},"BASELINE",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","50% yield gap closure + improved livestock efficiency + diet (20% ruminant meat substitution)",2050,{"$nulls":9},{"$f":"SUM(U285,Y285)","v":{"v":4240,"d":"4,240.0"}},{"v":2000,"d":"2,000.0"},{"$nulls":3},{"v":2240,"d":"2,240.0"},null,"Mha",{"$f":"$AB$284+AC285","v":{"v":4275.66503,"d":"4,275.7"}},{"v":242.92234000000008,"d":"242.9"},{"v":0.78,"d":"78.00%"},{"v":1700,"d":"1,700.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":5},"Improvement relative to baseline",{"$f":"7.3/6.3*BY$93","v":{"v":0.14715873015873018,"d":"14.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2","BAU + YG + Diet",null,"MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5621.00785615391,"d":"5,621.0"},{"v":2132.43954143004,"d":"2,132.4"},{"$nulls":3},{"v":3488.56831472387,"d":"3,488.6"},null,"Mha",{"v":3941.754698356871,"d":"3,941.8"},{"v":-90.98799164312913,"d":"-91.0"},{"v":0.7324953493912111,"d":"73.25%"},{"v":1814.78080480009,"d":"1,814.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.289976985104217,"d":"0.28998"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5621.10024550336,"d":"5,621.1"},{"v":2146.6441883213,"d":"2,146.6"},{"$nulls":3},{"v":3474.45605718206,"d":"3,474.5"},null,"Mha",{"v":3941.78349533686,"d":"3,941.8"},{"v":-90.9591946631399,"d":"-91.0"},{"v":0.732499446270952,"d":"73.25%"},{"v":1816.0203736526,"d":"1,816.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.28998633523262,"d":"0.28999"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5624.82253862318,"d":"5,624.8"},{"v":2152.15069943055,"d":"2,152.2"},{"$nulls":3},{"v":3472.67183919263,"d":"3,472.7"},null,"Mha",{"v":3942.315903222978,"d":"3,942.3"},{"v":-90.42678677702224,"d":"-90.4"},{"v":0.732575190709547,"d":"73.26%"},{"v":1817.05974918926,"d":"1,817.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290012997272638,"d":"0.29001"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5623.81599306662,"d":"5,623.8"},{"v":2143.5902388716,"d":"2,143.6"},{"$nulls":3},{"v":3480.22575419502,"d":"3,480.2"},null,"Mha",{"v":3942.430939042448,"d":"3,942.4"},{"v":-90.31175095755225,"d":"-90.3"},{"v":0.7325915565895259,"d":"73.26%"},{"v":1817.81733986049,"d":"1,817.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290072563243937,"d":"0.29007"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5627.96914886449,"d":"5,628.0"},{"v":2149.97145318788,"d":"2,150.0"},{"$nulls":3},{"v":3477.99769567661,"d":"3,478.0"},null,"Mha",{"v":3942.7177347485667,"d":"3,942.7"},{"v":-90.02495525143331,"d":"-90.0"},{"v":0.732632358351329,"d":"73.26%"},{"v":1819.17629406326,"d":"1,819.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290229344245408,"d":"0.29023"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5621.25145090874,"d":"5,621.3"},{"v":2154.02063597935,"d":"2,154.0"},{"$nulls":3},{"v":3467.23081492939,"d":"3,467.2"},null,"Mha",{"v":3943.445374820504,"d":"3,943.4"},{"v":-89.29731517949585,"d":"-89.3"},{"v":0.7327358780214639,"d":"73.27%"},{"v":1820.11941269935,"d":"1,820.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290688515486234,"d":"0.29069"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5600.29667237169,"d":"5,600.3"},{"v":2164.33669388375,"d":"2,164.3"},{"$nulls":3},{"v":3435.95997848794,"d":"3,436.0"},null,"Mha",{"v":3941.5484239331236,"d":"3,941.5"},{"v":-91.19426606687648,"d":"-91.2"},{"v":0.73246600320602,"d":"73.25%"},{"v":1824.00704208841,"d":"1,824.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.293539838454249,"d":"0.29354"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5517.21013078719,"d":"5,517.2"},{"v":2170.93856247654,"d":"2,170.9"},{"$nulls":3},{"v":3346.27156831065,"d":"3,346.3"},null,"Mha",{"v":3932.375973019928,"d":"3,932.4"},{"v":-100.36671698007194,"d":"-100.4"},{"v":0.7311610598288161,"d":"73.12%"},{"v":1835.37458595568,"d":"1,835.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.304357202350283,"d":"0.30436"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5460.81643139435,"d":"5,460.8"},{"v":2173.11561769511,"d":"2,173.1"},{"$nulls":3},{"v":3287.70081369925,"d":"3,287.7"},null,"Mha",{"v":3918.1835173773843,"d":"3,918.2"},{"v":-114.55917262261573,"d":"-114.6"},{"v":0.729141931989129,"d":"72.91%"},{"v":1851.74107628026,"d":"1,851.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.319691297677179,"d":"0.31969"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5489.81195077162,"d":"5,489.8"},{"v":2189.52780313529,"d":"2,189.5"},{"$nulls":3},{"v":3300.28414763633,"d":"3,300.3"},null,"Mha",{"v":3916.9872689763515,"d":"3,917.0"},{"v":-115.75542102364852,"d":"-115.8"},{"v":0.7289717444958199,"d":"72.90%"},{"v":1870.18399291194,"d":"1,870.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.343323390597333,"d":"0.34332"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5612.36312466606,"d":"5,612.4"},{"v":2234.17906989888,"d":"2,234.2"},{"$nulls":3},{"v":3378.18405476718,"d":"3,378.2"},null,"Mha",{"v":3946.9571897943188,"d":"3,947.0"},{"v":-85.78550020568127,"d":"-85.8"},{"v":0.733235495815597,"d":"73.32%"},{"v":1880.87884627885,"d":"1,880.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.425541974274635,"d":"0.42554"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5621.00785615391,"d":"5,621.0"},{"v":2134.02744199973,"d":"2,134.0"},{"$nulls":3},{"v":3486.98041415418,"d":"3,487.0"},null,"Mha",{"v":3941.754698356878,"d":"3,941.8"},{"v":-90.98799164312186,"d":"-91.0"},{"v":0.7324953493912121,"d":"73.25%"},{"v":1814.78080480014,"d":"1,814.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.289976985104216,"d":"0.28998"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5621.10024550336,"d":"5,621.1"},{"v":2146.6441883213,"d":"2,146.6"},{"$nulls":3},{"v":3474.45605718206,"d":"3,474.5"},null,"Mha",{"v":3941.78349533686,"d":"3,941.8"},{"v":-90.9591946631399,"d":"-91.0"},{"v":0.732499446270952,"d":"73.25%"},{"v":1816.0203736526,"d":"1,816.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.28998633523262,"d":"0.28999"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5624.82253862318,"d":"5,624.8"},{"v":2156.53711691508,"d":"2,156.5"},{"$nulls":3},{"v":3468.28542170811,"d":"3,468.3"},null,"Mha",{"v":3942.315903222978,"d":"3,942.3"},{"v":-90.42678677702224,"d":"-90.4"},{"v":0.732575190709547,"d":"73.26%"},{"v":1817.05974918926,"d":"1,817.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290012997272638,"d":"0.29001"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5623.81599306662,"d":"5,623.8"},{"v":2143.5902388716,"d":"2,143.6"},{"$nulls":3},{"v":3480.22575419502,"d":"3,480.2"},null,"Mha",{"v":3942.430939042448,"d":"3,942.4"},{"v":-90.31175095755225,"d":"-90.3"},{"v":0.7325915565895259,"d":"73.26%"},{"v":1817.81733986049,"d":"1,817.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290072563243937,"d":"0.29007"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5627.96914886449,"d":"5,628.0"},{"v":2149.97145318788,"d":"2,150.0"},{"$nulls":3},{"v":3477.99769567661,"d":"3,478.0"},null,"Mha",{"v":3942.7177347485667,"d":"3,942.7"},{"v":-90.02495525143331,"d":"-90.0"},{"v":0.732632358351329,"d":"73.26%"},{"v":1819.17629406326,"d":"1,819.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290229344245408,"d":"0.29023"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5621.25145090874,"d":"5,621.3"},{"v":2154.02063597935,"d":"2,154.0"},{"$nulls":3},{"v":3467.23081492939,"d":"3,467.2"},null,"Mha",{"v":3943.445374820504,"d":"3,943.4"},{"v":-89.29731517949585,"d":"-89.3"},{"v":0.7327358780214639,"d":"73.27%"},{"v":1820.11941269935,"d":"1,820.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290688515486234,"d":"0.29069"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5600.11221676243,"d":"5,600.1"},{"v":2163.40467458725,"d":"2,163.4"},{"$nulls":3},{"v":3436.70754217519,"d":"3,436.7"},null,"Mha",{"v":3941.4723638919204,"d":"3,941.5"},{"v":-91.27032610807964,"d":"-91.3"},{"v":0.7324551823198711,"d":"73.25%"},{"v":1824.00704208841,"d":"1,824.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.293529515474696,"d":"0.29353"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5514.83064464804,"d":"5,514.8"},{"v":2170.34580498134,"d":"2,170.3"},{"$nulls":3},{"v":3344.4848396667,"d":"3,344.5"},null,"Mha",{"v":3932.3753781279484,"d":"3,932.4"},{"v":-100.36731187205169,"d":"-100.4"},{"v":0.7311609751949101,"d":"73.12%"},{"v":1835.40581115978,"d":"1,835.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.304355204546942,"d":"0.30436"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5457.96904008782,"d":"5,458.0"},{"v":2175.04193979737,"d":"2,175.0"},{"$nulls":3},{"v":3282.92710029045,"d":"3,282.9"},null,"Mha",{"v":3917.2295190802506,"d":"3,917.2"},{"v":-115.51317091974943,"d":"-115.5"},{"v":0.7290062088578211,"d":"72.90%"},{"v":1851.93256352039,"d":"1,851.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.319730519871375,"d":"0.31973"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5486.06082183998,"d":"5,486.1"},{"v":2198.94271713238,"d":"2,198.9"},{"$nulls":3},{"v":3287.11810470761,"d":"3,287.1"},null,"Mha",{"v":3915.1749195873126,"d":"3,915.2"},{"v":-117.56777041268742,"d":"-117.6"},{"v":0.7287139057398769,"d":"72.87%"},{"v":1869.42461154716,"d":"1,869.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.343130714228476,"d":"0.34313"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5585.93363463751,"d":"5,585.9"},{"v":2217.99879323552,"d":"2,218.0"},{"$nulls":3},{"v":3367.93484140198,"d":"3,367.9"},null,"Mha",{"v":3940.4291210921274,"d":"3,940.4"},{"v":-92.31356890787265,"d":"-92.3"},{"v":0.7323067625795759,"d":"73.23%"},{"v":1883.12625471045,"d":"1,883.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.419854736602284,"d":"0.41985"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"$f":"AX307-BF307","v":{"v":2291.63,"d":"2,291.63"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5622.69960937048,"d":"5,622.7"},{"v":2129.34486077197,"d":"2,129.3"},{"$nulls":3},{"v":3493.35474859851,"d":"3,493.4"},null,"Mha",{"v":3937.851080087041,"d":"3,937.9"},{"v":-94.89160991295921,"d":"-94.9"},{"v":0.7319399906483239,"d":"73.19%"},{"v":1816.56367597092,"d":"1,816.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290690338824467,"d":"0.29069"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5622.50422075417,"d":"5,622.5"},{"v":2144.61946605179,"d":"2,144.6"},{"$nulls":3},{"v":3477.88475470238,"d":"3,477.9"},null,"Mha",{"v":3937.826800787325,"d":"3,937.8"},{"v":-94.91588921267521,"d":"-94.9"},{"v":0.731936536488507,"d":"73.19%"},{"v":1817.07718534408,"d":"1,817.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290696382635059,"d":"0.29070"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5622.80856160402,"d":"5,622.8"},{"v":2139.80164897997,"d":"2,139.8"},{"$nulls":3},{"v":3483.00691262405,"d":"3,483.0"},null,"Mha",{"v":3937.917847722688,"d":"3,937.9"},{"v":-94.8248422773122,"d":"-94.8"},{"v":0.731949489525426,"d":"73.19%"},{"v":1818.55475686326,"d":"1,818.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290720660057631,"d":"0.29072"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5626.53581094152,"d":"5,626.5"},{"v":2155.8457628016,"d":"2,155.8"},{"$nulls":3},{"v":3470.69004813992,"d":"3,470.7"},null,"Mha",{"v":3938.334331446553,"d":"3,938.3"},{"v":-94.40835855344721,"d":"-94.4"},{"v":0.7320087417015689,"d":"73.20%"},{"v":1819.1507997846,"d":"1,819.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290793435084256,"d":"0.29079"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"$f":"BF311/AX311","v":{"v":0.17,"d":"17.0%"}},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5624.19210068667,"d":"5,624.2"},{"v":2152.47741191215,"d":"2,152.5"},{"$nulls":3},{"v":3471.71468877452,"d":"3,471.7"},null,"Mha",{"v":3939.09136188288,"d":"3,939.1"},{"v":-93.6513281171201,"d":"-93.7"},{"v":0.732116442670871,"d":"73.21%"},{"v":1819.42003827377,"d":"1,819.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.290944126033413,"d":"0.29094"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5626.18383793586,"d":"5,626.2"},{"v":2152.00891273229,"d":"2,152.0"},{"$nulls":3},{"v":3474.17492520357,"d":"3,474.2"},null,"Mha",{"v":3939.6039178949777,"d":"3,939.6"},{"v":-93.13877210502233,"d":"-93.1"},{"v":0.732189362829263,"d":"73.22%"},{"v":1820.77234463047,"d":"1,820.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.291400904961429,"d":"0.29140"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5607.22607115022,"d":"5,607.2"},{"v":2171.64758400859,"d":"2,171.6"},{"$nulls":3},{"v":3435.57848714163,"d":"3,435.6"},null,"Mha",{"v":3936.800698537353,"d":"3,936.8"},{"v":-95.94199146264691,"d":"-95.9"},{"v":0.731790555294592,"d":"73.18%"},{"v":1823.66278193739,"d":"1,823.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.293842463736831,"d":"0.29384"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5532.85651936351,"d":"5,532.9"},{"v":2167.16799235778,"d":"2,167.2"},{"$nulls":3},{"v":3365.68852700573,"d":"3,365.7"},null,"Mha",{"v":3924.2095325666432,"d":"3,924.2"},{"v":-108.53315743335679,"d":"-108.5"},{"v":0.729999239233024,"d":"73.00%"},{"v":1838.91022547159,"d":"1,838.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.303784335931146,"d":"0.30378"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5460.89432411829,"d":"5,460.9"},{"v":2162.357828617,"d":"2,162.4"},{"$nulls":3},{"v":3298.53649550129,"d":"3,298.5"},null,"Mha",{"v":3904.2516944037516,"d":"3,904.3"},{"v":-128.49099559624847,"d":"-128.5"},{"v":0.7271598837564519,"d":"72.72%"},{"v":1854.45619045365,"d":"1,854.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.318358002563315,"d":"0.31836"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5411.81135035623,"d":"5,411.8"},{"v":2173.77936547991,"d":"2,173.8"},{"$nulls":3},{"v":3238.03198487631,"d":"3,238.0"},null,"Mha",{"v":3888.722561275641,"d":"3,888.7"},{"v":-144.02012872435898,"d":"-144.0"},{"v":0.724950589902386,"d":"72.50%"},{"v":1869.26456283773,"d":"1,869.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.341126281438032,"d":"0.34113"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Current (2005) diet & agricultural productivity",2050,{"$nulls":9},{"v":5408.45464404126,"d":"5,408.5"},{"v":2196.77999465427,"d":"2,196.8"},{"$nulls":3},{"v":3211.67464938699,"d":"3,211.7"},null,"Mha",{"v":3886.3461738883398,"d":"3,886.3"},{"v":-146.39651611166028,"d":"-146.4"},{"v":0.724612506764948,"d":"72.46%"},{"v":1887.27376625665,"d":"1,887.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.394163308232276,"d":"0.39416"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3716.33355615219,"d":"3,716.3"},{"v":1534.45500502232,"d":"1,534.5"},{"$nulls":3},{"v":2181.87855112988,"d":"2,181.9"},null,"Mha",{"v":4425.258979330107,"d":"4,425.3"},{"v":392.5162893301067,"d":"392.5"},{"v":0.8012823851875019,"d":"80.13%"},{"v":1480.20561238231,"d":"1,480.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.10251870348846,"d":"0.10252"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"7.3/6.3*BY$93","v":{"v":0.14715873015873018,"d":"14.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3720.62022854097,"d":"3,720.6"},{"v":1601.59613463983,"d":"1,601.6"},{"$nulls":3},{"v":2119.02409390113,"d":"2,119.0"},null,"Mha",{"v":4428.5466714741715,"d":"4,428.5"},{"v":395.80398147417145,"d":"395.8"},{"v":0.801750117545002,"d":"80.18%"},{"v":1484.77185198128,"d":"1,484.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102549524414806,"d":"0.10255"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"7.3/6.3*BY$93","v":{"v":0.14715873015873018,"d":"14.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3703.62445979228,"d":"3,703.6"},{"v":1602.94588889564,"d":"1,602.9"},{"$nulls":3},{"v":2100.67857089664,"d":"2,100.7"},null,"Mha",{"v":4432.476216635343,"d":"4,432.5"},{"v":399.73352663534297,"d":"399.7"},{"v":0.8023091648467561,"d":"80.23%"},{"v":1496.5977431627,"d":"1,496.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102841611180562,"d":"0.10284"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3601.22102100148,"d":"3,601.2"},{"v":1628.65385642389,"d":"1,628.7"},{"$nulls":3},{"v":1972.56716457759,"d":"1,972.6"},null,"Mha",{"v":4427.862657918135,"d":"4,427.9"},{"v":395.11996791813453,"d":"395.1"},{"v":0.8016528045183839,"d":"80.17%"},{"v":1518.35822044552,"d":"1,518.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.105022439916391,"d":"0.10502"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3499.68205681736,"d":"3,499.7"},{"v":1633.46376953898,"d":"1,633.5"},{"$nulls":3},{"v":1866.21828727838,"d":"1,866.2"},null,"Mha",{"v":4424.735828420856,"d":"4,424.7"},{"v":391.99313842085576,"d":"392.0"},{"v":0.801207957717596,"d":"80.12%"},{"v":1537.16187344111,"d":"1,537.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.108148441112765,"d":"0.10815"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM323=\"Low_Con\",1,IF($CM323=\"Trend\",2,IF($CM323=\"Feed\",3,IF($CM323=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR323=\"Const\",\"1\",IF($CR323=\"Trend\",2,IF($CR323=\"Fert\",\"3\",IF($CR323=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM323=\"Low_Con\",1^2,IF($CM323=\"Trend\",2^2,IF($CM323=\"Feed\",3^2,IF($CM323=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR323=\"Const\",1^2,IF($CR323=\"Trend\",2^2,IF($CR323=\"Fert\",3^2,IF($CR323=\"Fert+\",4^2,\" \"))))","v":1}]
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[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3436.77611008854,"d":"3,436.8"},{"v":1675.96999616238,"d":"1,676.0"},{"$nulls":3},{"v":1760.80611392616,"d":"1,760.8"},null,"Mha",{"v":4460.580520236028,"d":"4,460.6"},{"v":427.8378302360279,"d":"427.8"},{"v":0.806307499119865,"d":"80.63%"},{"v":1583.37602539313,"d":"1,583.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.115350976100323,"d":"0.11535"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3468.53230991923,"d":"3,468.5"},{"v":1682.07526056858,"d":"1,682.1"},{"$nulls":3},{"v":1786.45704935065,"d":"1,786.5"},null,"Mha",{"v":4507.541600004619,"d":"4,507.5"},{"v":474.79891000461885,"d":"474.8"},{"v":0.8129885433260761,"d":"81.30%"},{"v":1610.46244755401,"d":"1,610.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.121330206460107,"d":"0.12133"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3557.87827443832,"d":"3,557.9"},{"v":1757.09206795728,"d":"1,757.1"},{"$nulls":3},{"v":1800.78620648104,"d":"1,800.8"},null,"Mha",{"v":4585.292620879438,"d":"4,585.3"},{"v":552.5499308794379,"d":"552.5"},{"v":0.824050001241917,"d":"82.41%"},{"v":1629.66324594979,"d":"1,629.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.133108962037653,"d":"0.13311"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3803.03885729871,"d":"3,803.0"},{"v":1861.41964264388,"d":"1,861.4"},{"$nulls":3},{"v":1941.61921465483,"d":"1,941.6"},null,"Mha",{"v":4690.1963134948755,"d":"4,690.2"},{"v":657.4536234948755,"d":"657.5"},{"v":0.838974406967087,"d":"83.90%"},{"v":1664.99043373946,"d":"1,665.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.160510352388501,"d":"0.16051"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4274.4404516314,"d":"4,274.4"},{"v":1975.91417623335,"d":"1,975.9"},{"$nulls":3},{"v":2298.52627539804,"d":"2,298.5"},null,"Mha",{"v":4827.337819820817,"d":"4,827.3"},{"v":794.5951298208165,"d":"794.6"},{"v":0.85848521188863,"d":"85.85%"},{"v":1726.89143297448,"d":"1,726.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.273395678147149,"d":"0.27340"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3716.33355615219,"d":"3,716.3"},{"v":1534.45500502232,"d":"1,534.5"},{"$nulls":3},{"v":2181.87855112988,"d":"2,181.9"},null,"Mha",{"v":4425.258979330107,"d":"4,425.3"},{"v":392.5162893301067,"d":"392.5"},{"v":0.8012823851875019,"d":"80.13%"},{"v":1480.20561238231,"d":"1,480.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.10251870348846,"d":"0.10252"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3720.62022854097,"d":"3,720.6"},{"v":1601.59613463983,"d":"1,601.6"},{"$nulls":3},{"v":2119.02409390113,"d":"2,119.0"},null,"Mha",{"v":4428.5466714741715,"d":"4,428.5"},{"v":395.80398147417145,"d":"395.8"},{"v":0.801750117545002,"d":"80.18%"},{"v":1484.77185198128,"d":"1,484.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102549524414806,"d":"0.10255"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3703.62445979228,"d":"3,703.6"},{"v":1602.94588889564,"d":"1,602.9"},{"$nulls":3},{"v":2100.67857089664,"d":"2,100.7"},null,"Mha",{"v":4432.476216635343,"d":"4,432.5"},{"v":399.73352663534297,"d":"399.7"},{"v":0.8023091648467561,"d":"80.23%"},{"v":1496.5977431627,"d":"1,496.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102841611180562,"d":"0.10284"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3601.22102100148,"d":"3,601.2"},{"v":1628.65385642389,"d":"1,628.7"},{"$nulls":3},{"v":1972.56716457759,"d":"1,972.6"},null,"Mha",{"v":4427.862657918135,"d":"4,427.9"},{"v":395.11996791813453,"d":"395.1"},{"v":0.8016528045183839,"d":"80.17%"},{"v":1518.35822044552,"d":"1,518.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.105022439916391,"d":"0.10502"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3499.68205681736,"d":"3,499.7"},{"v":1633.46376953898,"d":"1,633.5"},{"$nulls":3},{"v":1866.21828727838,"d":"1,866.2"},null,"Mha",{"v":4424.735828420856,"d":"4,424.7"},{"v":391.99313842085576,"d":"392.0"},{"v":0.801207957717596,"d":"80.12%"},{"v":1537.16187344111,"d":"1,537.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.108148441112765,"d":"0.10815"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3448.27286479356,"d":"3,448.3"},{"v":1641.47739108492,"d":"1,641.5"},{"$nulls":3},{"v":1806.79547370864,"d":"1,806.8"},null,"Mha",{"v":4434.039424734465,"d":"4,434.0"},{"v":401.29673473446474,"d":"401.3"},{"v":0.8025315588476011,"d":"80.25%"},{"v":1562.40105117376,"d":"1,562.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.11146043927112,"d":"0.11146"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3436.77611008854,"d":"3,436.8"},{"v":1675.96999616238,"d":"1,676.0"},{"$nulls":3},{"v":1760.80611392616,"d":"1,760.8"},null,"Mha",{"v":4460.580520236028,"d":"4,460.6"},{"v":427.8378302360279,"d":"427.8"},{"v":0.806307499119865,"d":"80.63%"},{"v":1583.37602539313,"d":"1,583.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.115350976100323,"d":"0.11535"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3468.53230991923,"d":"3,468.5"},{"v":1682.07526056858,"d":"1,682.1"},{"$nulls":3},{"v":1786.45704935065,"d":"1,786.5"},null,"Mha",{"v":4507.541600004619,"d":"4,507.5"},{"v":474.79891000461885,"d":"474.8"},{"v":0.8129885433260761,"d":"81.30%"},{"v":1610.46244755401,"d":"1,610.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.121330206460107,"d":"0.12133"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3557.87827443832,"d":"3,557.9"},{"v":1757.09206795728,"d":"1,757.1"},{"$nulls":3},{"v":1800.78620648104,"d":"1,800.8"},null,"Mha",{"v":4585.292620879438,"d":"4,585.3"},{"v":552.5499308794379,"d":"552.5"},{"v":0.824050001241917,"d":"82.41%"},{"v":1629.66324594979,"d":"1,629.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.133108962037653,"d":"0.13311"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3803.03885729871,"d":"3,803.0"},{"v":1861.41964264388,"d":"1,861.4"},{"$nulls":3},{"v":1941.61921465483,"d":"1,941.6"},null,"Mha",{"v":4690.1963134948755,"d":"4,690.2"},{"v":657.4536234948755,"d":"657.5"},{"v":0.838974406967087,"d":"83.90%"},{"v":1664.99043373946,"d":"1,665.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.160510352388501,"d":"0.16051"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4271.72278393039,"d":"4,271.7"},{"v":1970.25147222392,"d":"1,970.3"},{"$nulls":3},{"v":2301.47131170647,"d":"2,301.5"},null,"Mha",{"v":4825.638932858536,"d":"4,825.6"},{"v":792.8962428585355,"d":"792.9"},{"v":0.858243515169724,"d":"85.82%"},{"v":1726.89393458364,"d":"1,726.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.273270665121713,"d":"0.27327"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3716.33355615219,"d":"3,716.3"},{"v":1534.45500502232,"d":"1,534.5"},{"$nulls":3},{"v":2181.87855112988,"d":"2,181.9"},null,"Mha",{"v":4425.258979330107,"d":"4,425.3"},{"v":392.5162893301067,"d":"392.5"},{"v":0.8012823851875019,"d":"80.13%"},{"v":1480.20561238231,"d":"1,480.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.10251870348846,"d":"0.10252"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3720.62022854097,"d":"3,720.6"},{"v":1601.59613463983,"d":"1,601.6"},{"$nulls":3},{"v":2119.02409390113,"d":"2,119.0"},null,"Mha",{"v":4428.5466714741715,"d":"4,428.5"},{"v":395.80398147417145,"d":"395.8"},{"v":0.801750117545002,"d":"80.18%"},{"v":1484.77185198128,"d":"1,484.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102549524414806,"d":"0.10255"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3703.62445979228,"d":"3,703.6"},{"v":1602.94588889564,"d":"1,602.9"},{"$nulls":3},{"v":2100.67857089664,"d":"2,100.7"},null,"Mha",{"v":4432.476216635343,"d":"4,432.5"},{"v":399.73352663534297,"d":"399.7"},{"v":0.8023091648467561,"d":"80.23%"},{"v":1496.5977431627,"d":"1,496.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102841611180562,"d":"0.10284"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3601.22102100148,"d":"3,601.2"},{"v":1628.65385642389,"d":"1,628.7"},{"$nulls":3},{"v":1972.56716457759,"d":"1,972.6"},null,"Mha",{"v":4427.862657918135,"d":"4,427.9"},{"v":395.11996791813453,"d":"395.1"},{"v":0.8016528045183839,"d":"80.17%"},{"v":1518.35822044552,"d":"1,518.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.105022439916391,"d":"0.10502"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3499.68205681736,"d":"3,499.7"},{"v":1633.46376953898,"d":"1,633.5"},{"$nulls":3},{"v":1866.21828727838,"d":"1,866.2"},null,"Mha",{"v":4424.735828420856,"d":"4,424.7"},{"v":391.99313842085576,"d":"392.0"},{"v":0.801207957717596,"d":"80.12%"},{"v":1537.16187344111,"d":"1,537.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.108148441112765,"d":"0.10815"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST",{"$f":"IF(CM345=\"Trend\",\"Low_Con\",IF(CM345=\"Feed+\",\"Feed\",IF(CM345=0,\" \",CM345)))","v":"High"},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3448.27286479356,"d":"3,448.3"},{"v":1641.47739108492,"d":"1,641.5"},{"$nulls":3},{"v":1806.79547370864,"d":"1,806.8"},null,"Mha",{"v":4434.039424734465,"d":"4,434.0"},{"v":401.29673473446474,"d":"401.3"},{"v":0.8025315588476011,"d":"80.25%"},{"v":1562.40105117376,"d":"1,562.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.11146043927112,"d":"0.11146"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low",{"$f":"IF($CT346=\"VGN\",\"NO MEAT\",IF($CT346=\"SUBST\",\"SUBST\",IF($CT346=\"PESC\",\"PESC\",IF($CT346=\"VEG\",\"NO MEAT\",IF($CT346=\" \",\" \",\"MEAT\")))))","v":"SUBST"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3436.77611008854,"d":"3,436.8"},{"v":1675.96999616238,"d":"1,676.0"},{"$nulls":3},{"v":1760.80611392616,"d":"1,760.8"},null,"Mha",{"v":4460.580520236028,"d":"4,460.6"},{"v":427.8378302360279,"d":"427.8"},{"v":0.806307499119865,"d":"80.63%"},{"v":1583.37602539313,"d":"1,583.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.115350976100323,"d":"0.11535"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3468.53230991923,"d":"3,468.5"},{"v":1682.07526056858,"d":"1,682.1"},{"$nulls":3},{"v":1786.45704935065,"d":"1,786.5"},null,"Mha",{"v":4507.541600004619,"d":"4,507.5"},{"v":474.79891000461885,"d":"474.8"},{"v":0.8129885433260761,"d":"81.30%"},{"v":1610.46244755401,"d":"1,610.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.121330206460107,"d":"0.12133"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3557.87827443832,"d":"3,557.9"},{"v":1757.09206795728,"d":"1,757.1"},{"$nulls":3},{"v":1800.78620648104,"d":"1,800.8"},null,"Mha",{"$f":"$AB$284+AC349","v":{"v":4585.292620879438,"d":"4,585.3"}},{"v":552.5499308794379,"d":"552.5"},{"v":0.824050001241917,"d":"82.41%"},{"v":1629.66324594979,"d":"1,629.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.133108962037653,"d":"0.13311"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3801.0112541222,"d":"3,801.0"},{"v":1864.38045448096,"d":"1,864.4"},{"$nulls":3},{"v":1936.63079964124,"d":"1,936.6"},null,"Mha",{"v":4688.784021899757,"d":"4,688.8"},{"v":656.0413318997571,"d":"656.0"},{"v":0.838773483508224,"d":"83.88%"},{"v":1665.46218428268,"d":"1,665.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.160335299605458,"d":"0.16034"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4121.79113413472,"d":"4,121.8"},{"v":1941.79837734328,"d":"1,941.8"},{"$nulls":3},{"v":2179.99275679145,"d":"2,180.0"},null,"Mha",{"v":4792.3065789594675,"d":"4,792.3"},{"v":759.5638889594675,"d":"759.6"},{"v":0.8535013982721971,"d":"85.35%"},{"v":1732.42128536454,"d":"1,732.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.257888879379625,"d":"0.25789"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3716.5708937029,"d":"3,716.6"},{"v":1526.67205368247,"d":"1,526.7"},{"$nulls":3},{"v":2189.89884002042,"d":"2,189.9"},null,"Mha",{"v":4425.304392611633,"d":"4,425.3"},{"v":392.56170261163334,"d":"392.6"},{"v":0.801288846030032,"d":"80.13%"},{"v":1479.67522779478,"d":"1,479.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102525431438489,"d":"0.10253"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3721.70631225607,"d":"3,721.7"},{"v":1594.67736198216,"d":"1,594.7"},{"$nulls":3},{"v":2127.02895027391,"d":"2,127.0"},null,"Mha",{"v":4428.965920487927,"d":"4,429.0"},{"v":396.22323048792714,"d":"396.2"},{"v":0.801809763132542,"d":"80.18%"},{"v":1484.41458185048,"d":"1,484.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102557560183071,"d":"0.10256"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3703.78868997599,"d":"3,703.8"},{"v":1619.54453521362,"d":"1,619.5"},{"$nulls":3},{"v":2084.24415476237,"d":"2,084.2"},null,"Mha",{"v":4432.311986448285,"d":"4,432.3"},{"v":399.56929644828506,"d":"399.6"},{"v":0.802285800197878,"d":"80.23%"},{"v":1496.14704217326,"d":"1,496.1"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.102842709003855,"d":"0.10284"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3601.63085511187,"d":"3,601.6"},{"v":1629.29336741241,"d":"1,629.3"},{"$nulls":3},{"v":1972.33748769946,"d":"1,972.3"},null,"Mha",{"v":4427.845512799266,"d":"4,427.8"},{"v":395.1028227992656,"d":"395.1"},{"v":0.8016503653219761,"d":"80.17%"},{"v":1517.81764121588,"d":"1,517.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.105024366144082,"d":"0.10502"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3501.30504657874,"d":"3,501.3"},{"v":1618.74030121691,"d":"1,618.7"},{"$nulls":3},{"v":1882.56474536184,"d":"1,882.6"},null,"Mha",{"v":4425.285576426313,"d":"4,425.3"},{"v":392.5428864263131,"d":"392.5"},{"v":0.8012861690948649,"d":"80.13%"},{"v":1536.26112039771,"d":"1,536.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.108159152368699,"d":"0.10816"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3449.68193210765,"d":"3,449.7"},{"v":1640.37289241966,"d":"1,640.4"},{"$nulls":3},{"v":1809.30903968799,"d":"1,809.3"},null,"Mha",{"v":4434.323181638754,"d":"4,434.3"},{"v":401.5804916387542,"d":"401.6"},{"v":0.802571928286096,"d":"80.26%"},{"v":1561.44342347366,"d":"1,561.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.111459165642829,"d":"0.11146"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3437.94013455091,"d":"3,437.9"},{"v":1668.96629144247,"d":"1,669.0"},{"$nulls":3},{"v":1768.97384310844,"d":"1,769.0"},null,"Mha",{"v":4461.163385413385,"d":"4,461.2"},{"v":428.42069541338515,"d":"428.4"},{"v":0.806390422000586,"d":"80.64%"},{"v":1581.93213206817,"d":"1,581.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.115382254692137,"d":"0.11538"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3469.22110379819,"d":"3,469.2"},{"v":1690.12831110074,"d":"1,690.1"},{"$nulls":3},{"v":1779.09279269746,"d":"1,779.1"},null,"Mha",{"v":4508.481268622494,"d":"4,508.5"},{"v":475.73857862249406,"d":"475.7"},{"v":0.813122227807058,"d":"81.31%"},{"v":1609.74149367647,"d":"1,609.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.121356247874104,"d":"0.12136"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3552.5829349622,"d":"3,552.6"},{"v":1739.40677024957,"d":"1,739.4"},{"$nulls":3},{"v":1813.17616471263,"d":"1,813.2"},null,"Mha",{"v":4581.686725926718,"d":"4,581.7"},{"v":548.9440359267182,"d":"548.9"},{"v":0.823536998906775,"d":"82.35%"},{"v":1631.45823779352,"d":"1,631.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.132677907199715,"d":"0.13268"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3755.63840910023,"d":"3,755.6"},{"v":1826.2289031984,"d":"1,826.2"},{"$nulls":3},{"v":1929.40950590183,"d":"1,929.4"},null,"Mha",{"v":4673.803476506699,"d":"4,673.8"},{"v":641.0607865066986,"d":"641.1"},{"v":0.83664223596244,"d":"83.66%"},{"v":1672.28713876708,"d":"1,672.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.15805540511167,"d":"0.15806"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3778.52844781914,"d":"3,778.5"},{"v":1839.55477621334,"d":"1,839.6"},{"$nulls":3},{"v":1938.97367160581,"d":"1,939.0"},null,"Mha",{"v":4662.100020960487,"d":"4,662.1"},{"v":629.3573309604872,"d":"629.4"},{"v":0.834977212409852,"d":"83.50%"},{"v":1759.42003328095,"d":"1,759.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.233981305739524,"d":"0.23398"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3664.9443950024,"d":"3,664.9"},{"v":1548.7913651802,"d":"1,548.8"},{"$nulls":3},{"v":2116.1530298222,"d":"2,116.2"},null,"Mha",{"v":4427.407246808594,"d":"4,427.4"},{"v":394.66455680859417,"d":"394.7"},{"v":0.801588014233113,"d":"80.16%"},{"v":1507.76776012938,"d":"1,507.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.106383471478752,"d":"0.10638"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3663.94201064329,"d":"3,663.9"},{"v":1596.12279767537,"d":"1,596.1"},{"$nulls":3},{"v":2067.81921296792,"d":"2,067.8"},null,"Mha",{"v":4429.9776691042425,"d":"4,430.0"},{"v":397.2349791042425,"d":"397.2"},{"v":0.8019537022681941,"d":"80.20%"},{"v":1517.1629301633,"d":"1,517.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.106418327800677,"d":"0.10642"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3646.59550855971,"d":"3,646.6"},{"v":1644.24942556127,"d":"1,644.2"},{"$nulls":3},{"v":2002.34608299844,"d":"2,002.3"},null,"Mha",{"v":4431.412107189828,"d":"4,431.4"},{"v":398.669417189828,"d":"398.7"},{"v":0.802157776457035,"d":"80.22%"},{"v":1525.97331702982,"d":"1,526.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.106773888550033,"d":"0.10677"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3613.14489960717,"d":"3,613.1"},{"v":1626.88720814788,"d":"1,626.9"},{"$nulls":3},{"v":1986.2576914593,"d":"1,986.3"},null,"Mha",{"v":4429.740973409153,"d":"4,429.7"},{"v":396.9982834091534,"d":"397.0"},{"v":0.8019200281190879,"d":"80.19%"},{"v":1544.51885780337,"d":"1,544.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.107954357099254,"d":"0.10795"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3547.30598967282,"d":"3,547.3"},{"v":1641.30067860605,"d":"1,641.3"},{"$nulls":3},{"v":1906.00531106677,"d":"1,906.0"},null,"Mha",{"v":4422.503060971032,"d":"4,422.5"},{"v":389.760370971032,"d":"389.8"},{"v":0.8008903070564961,"d":"80.09%"},{"v":1566.25208950467,"d":"1,566.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.110496437416424,"d":"0.11050"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3493.1633795052,"d":"3,493.2"},{"v":1650.30337592708,"d":"1,650.3"},{"$nulls":3},{"v":1842.86000357812,"d":"1,842.9"},null,"Mha",{"v":4419.423916334597,"d":"4,419.4"},{"v":386.68122633459734,"d":"386.7"},{"v":0.800452244270574,"d":"80.05%"},{"v":1590.60684839201,"d":"1,590.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.113878268939209,"d":"0.11388"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3465.50266289246,"d":"3,465.5"},{"v":1660.27712604274,"d":"1,660.3"},{"$nulls":3},{"v":1805.22553684972,"d":"1,805.2"},null,"Mha",{"v":4425.005750697226,"d":"4,425.0"},{"v":392.26306069722614,"d":"392.3"},{"v":0.8012463589355739,"d":"80.12%"},{"v":1619.77883086493,"d":"1,619.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.117711143634155,"d":"0.11771"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3455.95028189268,"d":"3,456.0"},{"v":1658.91911791404,"d":"1,658.9"},{"$nulls":3},{"v":1797.03116397864,"d":"1,797.0"},null,"Mha",{"v":4427.615404620454,"d":"4,427.6"},{"v":394.87271462045373,"d":"394.9"},{"v":0.801617628363575,"d":"80.16%"},{"v":1650.21445962435,"d":"1,650.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.121912496021919,"d":"0.12191"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3432.5307510952,"d":"3,432.5"},{"v":1654.52063951987,"d":"1,654.5"},{"$nulls":3},{"v":1778.01011157532,"d":"1,778.0"},null,"Mha",{"v":4435.9256924447145,"d":"4,435.9"},{"v":403.1830024447145,"d":"403.2"},{"v":0.802799913792143,"d":"80.28%"},{"v":1687.19668871759,"d":"1,687.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.128656153415819,"d":"0.12866"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"$f":"AX371-BF371","v":{"v":2291.63,"d":"2,291.63"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3377.33320539849,"d":"3,377.3"},{"v":1658.09054028048,"d":"1,658.1"},{"$nulls":3},{"v":1719.24266511802,"d":"1,719.2"},null,"Mha",{"v":4441.535395440485,"d":"4,441.5"},{"v":408.7927054404854,"d":"408.8"},{"v":0.803597993263125,"d":"80.36%"},{"v":1736.91663370127,"d":"1,736.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.142527413703451,"d":"0.14253"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Constant diet, yield gap reduced to half",2050,{"$nulls":9},{"v":3312.77857452859,"d":"3,312.8"},{"v":1625.74676639877,"d":"1,625.7"},{"$nulls":3},{"v":1687.03180812982,"d":"1,687.0"},null,"Mha",{"v":4455.299104756568,"d":"4,455.3"},{"v":422.5564147565683,"d":"422.6"},{"v":0.805556124354559,"d":"80.56%"},{"v":1799.97705558537,"d":"1,800.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.188524483404915,"d":"0.18852"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":2761,"d":"2,761.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"v":469.37000000000006,"d":"469.37"},{"v":2291.63,"d":"2,291.63"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4426.17739864083,"d":"4,426.2"},{"v":1777.31283819384,"d":"1,777.3"},{"$nulls":3},{"v":2648.86456044698,"d":"2,648.9"},null,"Mha",{"v":4212.375829059997,"d":"4,212.4"},{"v":179.63313905999712,"d":"179.6"},{"v":0.770995991758717,"d":"77.10%"},{"v":1647.28592168284,"d":"1,647.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155747406912152,"d":"0.15575"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4430.59586372008,"d":"4,430.6"},{"v":1883.73722931873,"d":"1,883.7"},{"$nulls":3},{"v":2546.85863440134,"d":"2,546.9"},null,"Mha",{"v":4214.869896098635,"d":"4,214.9"},{"v":182.12720609863482,"d":"182.1"},{"v":0.771350816907979,"d":"77.14%"},{"v":1649.65343743926,"d":"1,649.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155765532443729,"d":"0.15577"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"$f":"BF375/AX375","v":{"v":0.2,"d":"20.0%"}},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4431.23512371212,"d":"4,431.2"},{"v":1875.86478051172,"d":"1,875.9"},{"$nulls":3},{"v":2555.37034320041,"d":"2,555.4"},null,"Mha",{"v":4218.305257343873,"d":"4,218.3"},{"v":185.56256734387262,"d":"185.6"},{"v":0.771839557806971,"d":"77.18%"},{"v":1654.17309809588,"d":"1,654.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.15586940587679,"d":"0.15587"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4415.31105304826,"d":"4,415.3"},{"v":1879.25837261227,"d":"1,879.3"},{"$nulls":3},{"v":2536.052680436,"d":"2,536.1"},null,"Mha",{"v":4221.658982060106,"d":"4,221.7"},{"v":188.91629206010566,"d":"188.9"},{"v":0.772316684465792,"d":"77.23%"},{"v":1662.02261978253,"d":"1,662.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.156402035389818,"d":"0.15640"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4329.59317094746,"d":"4,329.6"},{"v":1918.19507057694,"d":"1,918.2"},{"$nulls":3},{"v":2411.39810037052,"d":"2,411.4"},null,"Mha",{"v":4216.906967755263,"d":"4,216.9"},{"v":184.16427775526336,"d":"184.2"},{"v":0.77164062638119,"d":"77.16%"},{"v":1674.26044735608,"d":"1,674.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.159446817301894,"d":"0.15945"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4235.6089181839,"d":"4,235.6"},{"v":1908.36797749599,"d":"1,908.4"},{"$nulls":3},{"v":2327.24094068791,"d":"2,327.2"},null,"Mha",{"v":4212.667696340802,"d":"4,212.7"},{"v":179.9250063408017,"d":"179.9"},{"v":0.7710375150417209,"d":"77.10%"},{"v":1688.51996245896,"d":"1,688.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.163807158736099,"d":"0.16381"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4198.04924570558,"d":"4,198.0"},{"v":1902.29049274599,"d":"1,902.3"},{"$nulls":3},{"v":2295.7587529596,"d":"2,295.8"},null,"Mha",{"v":4217.338367631371,"d":"4,217.3"},{"v":184.59567763137056,"d":"184.6"},{"v":0.771702000643814,"d":"77.17%"},{"v":1699.97763759469,"d":"1,700.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.168620828434013,"d":"0.16862"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4173.04837106558,"d":"4,173.0"},{"v":1947.63164630281,"d":"1,947.6"},{"$nulls":3},{"v":2225.41672476277,"d":"2,225.4"},null,"Mha",{"v":4237.88930011602,"d":"4,237.9"},{"v":205.14661011602038,"d":"205.1"},{"v":0.774625734277823,"d":"77.46%"},{"v":1718.60039913616,"d":"1,718.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.175329183247015,"d":"0.17533"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4253.07622446133,"d":"4,253.1"},{"v":2029.16922885508,"d":"2,029.2"},{"$nulls":3},{"v":2223.90699560625,"d":"2,223.9"},null,"Mha",{"v":4281.983869948889,"d":"4,282.0"},{"v":249.2411799488891,"d":"249.2"},{"v":0.7808989667451969,"d":"78.09%"},{"v":1734.28743045747,"d":"1,734.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.186528224009297,"d":"0.18653"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4444.87795518421,"d":"4,444.9"},{"v":2107.6212158095,"d":"2,107.6"},{"$nulls":3},{"v":2337.25673937471,"d":"2,337.3"},null,"Mha",{"v":4364.6742764736355,"d":"4,364.7"},{"v":331.93158647363543,"d":"331.9"},{"v":0.7926631396335491,"d":"79.27%"},{"v":1761.69776652327,"d":"1,761.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.214394297716101,"d":"0.21439"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4830.76084024471,"d":"4,830.8"},{"v":2184.05019322784,"d":"2,184.1"},{"$nulls":3},{"v":2646.71064701686,"d":"2,646.7"},null,"Mha",{"v":4473.453580742339,"d":"4,473.5"},{"v":440.71089074233896,"d":"440.7"},{"v":0.808138919665042,"d":"80.81%"},{"v":1795.30108562573,"d":"1,795.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.329562425044243,"d":"0.32956"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"7.3/6.3*BY$93","v":{"v":0.14715873015873018,"d":"14.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4426.17739864083,"d":"4,426.2"},{"v":1777.31283819384,"d":"1,777.3"},{"$nulls":3},{"v":2648.86456044698,"d":"2,648.9"},null,"Mha",{"v":4212.375829059997,"d":"4,212.4"},{"v":179.63313905999712,"d":"179.6"},{"v":0.770995991758717,"d":"77.10%"},{"v":1647.28592168284,"d":"1,647.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155747406912152,"d":"0.15575"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4430.59586372008,"d":"4,430.6"},{"v":1883.73722931873,"d":"1,883.7"},{"$nulls":3},{"v":2546.85863440134,"d":"2,546.9"},null,"Mha",{"v":4214.869896098635,"d":"4,214.9"},{"v":182.12720609863482,"d":"182.1"},{"v":0.771350816907979,"d":"77.14%"},{"v":1649.65343743926,"d":"1,649.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155765532443729,"d":"0.15577"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4431.23512371212,"d":"4,431.2"},{"v":1875.86478051172,"d":"1,875.9"},{"$nulls":3},{"v":2555.37034320041,"d":"2,555.4"},null,"Mha",{"v":4218.305257343873,"d":"4,218.3"},{"v":185.56256734387262,"d":"185.6"},{"v":0.771839557806971,"d":"77.18%"},{"v":1654.17309809588,"d":"1,654.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.15586940587679,"d":"0.15587"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM387=\"Low_Con\",1,IF($CM387=\"Trend\",2,IF($CM387=\"Feed\",3,IF($CM387=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR387=\"Const\",\"1\",IF($CR387=\"Trend\",2,IF($CR387=\"Fert\",\"3\",IF($CR387=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM387=\"Low_Con\",1^2,IF($CM387=\"Trend\",2^2,IF($CM387=\"Feed\",3^2,IF($CM387=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR387=\"Const\",1^2,IF($CR387=\"Trend\",2^2,IF($CR387=\"Fert\",3^2,IF($CR387=\"Fert+\",4^2,\" \"))))","v":1}]
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[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4329.59317094746,"d":"4,329.6"},{"v":1918.19507057694,"d":"1,918.2"},{"$nulls":3},{"v":2411.39810037052,"d":"2,411.4"},null,"Mha",{"v":4216.906967755263,"d":"4,216.9"},{"v":184.16427775526336,"d":"184.2"},{"v":0.77164062638119,"d":"77.16%"},{"v":1674.26044735608,"d":"1,674.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.159446817301894,"d":"0.15945"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4235.6089181839,"d":"4,235.6"},{"v":1908.36797749599,"d":"1,908.4"},{"$nulls":3},{"v":2327.24094068791,"d":"2,327.2"},null,"Mha",{"v":4212.667696340802,"d":"4,212.7"},{"v":179.9250063408017,"d":"179.9"},{"v":0.7710375150417209,"d":"77.10%"},{"v":1688.51996245896,"d":"1,688.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.163807158736099,"d":"0.16381"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4198.04924570558,"d":"4,198.0"},{"v":1902.29049274599,"d":"1,902.3"},{"$nulls":3},{"v":2295.7587529596,"d":"2,295.8"},null,"Mha",{"v":4217.338367631371,"d":"4,217.3"},{"v":184.59567763137056,"d":"184.6"},{"v":0.771702000643814,"d":"77.17%"},{"v":1699.97763759469,"d":"1,700.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.168620828434013,"d":"0.16862"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4173.04837106558,"d":"4,173.0"},{"v":1947.63164630281,"d":"1,947.6"},{"$nulls":3},{"v":2225.41672476277,"d":"2,225.4"},null,"Mha",{"v":4237.88930011602,"d":"4,237.9"},{"v":205.14661011602038,"d":"205.1"},{"v":0.774625734277823,"d":"77.46%"},{"v":1718.60039913616,"d":"1,718.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.175329183247015,"d":"0.17533"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4253.07622446133,"d":"4,253.1"},{"v":2029.16922885508,"d":"2,029.2"},{"$nulls":3},{"v":2223.90699560625,"d":"2,223.9"},null,"Mha",{"v":4281.983869948889,"d":"4,282.0"},{"v":249.2411799488891,"d":"249.2"},{"v":0.7808989667451969,"d":"78.09%"},{"v":1734.28743045747,"d":"1,734.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.186528224009297,"d":"0.18653"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4444.87795518421,"d":"4,444.9"},{"v":2107.6212158095,"d":"2,107.6"},{"$nulls":3},{"v":2337.25673937471,"d":"2,337.3"},null,"Mha",{"v":4364.6742764736355,"d":"4,364.7"},{"v":331.93158647363543,"d":"331.9"},{"v":0.7926631396335491,"d":"79.27%"},{"v":1761.69776652327,"d":"1,761.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.214394297716101,"d":"0.21439"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4809.90065806224,"d":"4,809.9"},{"v":2173.43621036299,"d":"2,173.4"},{"$nulls":3},{"v":2636.46444769926,"d":"2,636.5"},null,"Mha",{"v":4467.49839292691,"d":"4,467.5"},{"v":434.7557029269101,"d":"434.8"},{"v":0.807291688867811,"d":"80.73%"},{"v":1796.54762151468,"d":"1,796.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.327550210402691,"d":"0.32755"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4426.17739864083,"d":"4,426.2"},{"v":1782.62792222734,"d":"1,782.6"},{"$nulls":3},{"v":2643.54947641348,"d":"2,643.5"},null,"Mha",{"v":4212.375829059997,"d":"4,212.4"},{"v":179.63313905999712,"d":"179.6"},{"v":0.770995991758717,"d":"77.10%"},{"v":1647.28592168284,"d":"1,647.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155747406912152,"d":"0.15575"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4430.59586372008,"d":"4,430.6"},{"v":1883.73722931873,"d":"1,883.7"},{"$nulls":3},{"v":2546.85863440134,"d":"2,546.9"},null,"Mha",{"v":4214.869896098635,"d":"4,214.9"},{"v":182.12720609863482,"d":"182.1"},{"v":0.771350816907979,"d":"77.14%"},{"v":1649.65343743926,"d":"1,649.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155765532443729,"d":"0.15577"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4431.23512371212,"d":"4,431.2"},{"v":1875.86478051172,"d":"1,875.9"},{"$nulls":3},{"v":2555.37034320041,"d":"2,555.4"},null,"Mha",{"v":4218.305257343873,"d":"4,218.3"},{"v":185.56256734387262,"d":"185.6"},{"v":0.771839557806971,"d":"77.18%"},{"v":1654.17309809588,"d":"1,654.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.15586940587679,"d":"0.15587"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4415.31105304826,"d":"4,415.3"},{"v":1879.25837261227,"d":"1,879.3"},{"$nulls":3},{"v":2536.052680436,"d":"2,536.1"},null,"Mha",{"v":4221.658982060106,"d":"4,221.7"},{"v":188.91629206010566,"d":"188.9"},{"v":0.772316684465792,"d":"77.23%"},{"v":1662.02261978253,"d":"1,662.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.156402035389818,"d":"0.15640"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4329.59317094746,"d":"4,329.6"},{"v":1918.19507057694,"d":"1,918.2"},{"$nulls":3},{"v":2411.39810037052,"d":"2,411.4"},null,"Mha",{"v":4216.906967755263,"d":"4,216.9"},{"v":184.16427775526336,"d":"184.2"},{"v":0.77164062638119,"d":"77.16%"},{"v":1674.26044735608,"d":"1,674.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.159446817301894,"d":"0.15945"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4235.6089181839,"d":"4,235.6"},{"v":1908.36797749599,"d":"1,908.4"},{"$nulls":3},{"v":2327.24094068791,"d":"2,327.2"},null,"Mha",{"v":4212.667696340802,"d":"4,212.7"},{"v":179.9250063408017,"d":"179.9"},{"v":0.7710375150417209,"d":"77.10%"},{"v":1688.51996245896,"d":"1,688.5"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.163807158736099,"d":"0.16381"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4198.04924570558,"d":"4,198.0"},{"v":1902.29049274599,"d":"1,902.3"},{"$nulls":3},{"v":2295.7587529596,"d":"2,295.8"},null,"Mha",{"v":4217.338367631371,"d":"4,217.3"},{"v":184.59567763137056,"d":"184.6"},{"v":0.771702000643814,"d":"77.17%"},{"v":1699.97763759469,"d":"1,700.0"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.168620828434013,"d":"0.16862"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4173.04837106558,"d":"4,173.0"},{"v":1947.63164630281,"d":"1,947.6"},{"$nulls":3},{"v":2225.41672476277,"d":"2,225.4"},null,"Mha",{"v":4237.88930011602,"d":"4,237.9"},{"v":205.14661011602038,"d":"205.1"},{"v":0.774625734277823,"d":"77.46%"},{"v":1718.60039913616,"d":"1,718.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.175329183247015,"d":"0.17533"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4251.59373461451,"d":"4,251.6"},{"v":2022.61446981602,"d":"2,022.6"},{"$nulls":3},{"v":2228.97926479849,"d":"2,229.0"},null,"Mha",{"v":4280.869322143112,"d":"4,280.9"},{"v":248.12663214311215,"d":"248.1"},{"v":0.780740402606616,"d":"78.07%"},{"v":1734.38884983288,"d":"1,734.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.186585560637823,"d":"0.18659"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4435.34691961356,"d":"4,435.3"},{"v":2094.3420363883,"d":"2,094.3"},{"$nulls":3},{"v":2341.00488322526,"d":"2,341.0"},null,"Mha",{"v":4360.787862131146,"d":"4,360.8"},{"v":328.0451721311456,"d":"328.0"},{"v":0.792110228453615,"d":"79.21%"},{"v":1765.39891166745,"d":"1,765.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.21396745828224,"d":"0.21397"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4638.45811629643,"d":"4,638.5"},{"v":2145.58822040327,"d":"2,145.6"},{"$nulls":3},{"v":2492.86989589317,"d":"2,492.9"},null,"Mha",{"v":4413.161579736555,"d":"4,413.2"},{"v":380.4188897365548,"d":"380.4"},{"v":0.79956131612642,"d":"79.96%"},{"v":1805.21231339542,"d":"1,805.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.309220827276414,"d":"0.30922"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4413.61850101822,"d":"4,413.6"},{"v":1782.61431584984,"d":"1,782.6"},{"$nulls":3},{"v":2631.00418516839,"d":"2,631.0"},null,"Mha",{"v":4211.578348749023,"d":"4,211.6"},{"v":178.8356587490225,"d":"178.8"},{"v":0.770882536079302,"d":"77.09%"},{"v":1649.44257530117,"d":"1,649.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155921871342442,"d":"0.15592"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4420.20501339868,"d":"4,420.2"},{"v":1867.87468731629,"d":"1,867.9"},{"$nulls":3},{"v":2552.33032608238,"d":"2,552.3"},null,"Mha",{"v":4213.906973083893,"d":"4,213.9"},{"v":181.16428308389277,"d":"181.2"},{"v":0.771213824077738,"d":"77.12%"},{"v":1650.55380055289,"d":"1,650.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.155939910650815,"d":"0.15594"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4417.19593158647,"d":"4,417.2"},{"v":1874.82072513463,"d":"1,874.8"},{"$nulls":3},{"v":2542.37520645184,"d":"2,542.4"},null,"Mha",{"v":4215.903137081752,"d":"4,215.9"},{"v":183.16044708175195,"d":"183.2"},{"v":0.7714978137129479,"d":"77.15%"},{"v":1655.20597495148,"d":"1,655.2"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.156051414445585,"d":"0.15605"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST",{"$f":"IF(CM409=\"Trend\",\"Low_Con\",IF(CM409=\"Feed+\",\"Feed\",IF(CM409=0,\" \",CM409)))","v":"High"},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4400.52312930984,"d":"4,400.5"},{"v":1880.26758131267,"d":"1,880.3"},{"$nulls":3},{"v":2520.25554799718,"d":"2,520.3"},null,"Mha",{"v":4221.172760690133,"d":"4,221.2"},{"v":188.4300706901331,"d":"188.4"},{"v":0.7722475108760279,"d":"77.22%"},{"v":1664.56559413214,"d":"1,664.6"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.156704992677541,"d":"0.15670"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low",{"$f":"IF($CT410=\"VGN\",\"NO MEAT\",IF($CT410=\"SUBST\",\"SUBST\",IF($CT410=\"PESC\",\"PESC\",IF($CT410=\"VEG\",\"NO MEAT\",IF($CT410=\" \",\" \",\"MEAT\")))))","v":"SUBST"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4326.24656665064,"d":"4,326.2"},{"v":1881.80003929901,"d":"1,881.8"},{"$nulls":3},{"v":2444.44652735163,"d":"2,444.4"},null,"Mha",{"v":4215.420998045812,"d":"4,215.4"},{"v":182.67830804581172,"d":"182.7"},{"v":0.771429220907405,"d":"77.14%"},{"v":1674.8584378984,"d":"1,674.9"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.159424189484608,"d":"0.15942"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4237.49798109985,"d":"4,237.5"},{"v":1910.75612444898,"d":"1,910.8"},{"$nulls":3},{"v":2326.74185665087,"d":"2,326.7"},null,"Mha",{"v":4211.128759687357,"d":"4,211.1"},{"v":178.38606968735712,"d":"178.4"},{"v":0.770818574083317,"d":"77.08%"},{"v":1689.26062473039,"d":"1,689.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.163817460737304,"d":"0.16382"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4198.2667105074,"d":"4,198.3"},{"v":1923.14989338534,"d":"1,923.1"},{"$nulls":3},{"v":2275.11681712206,"d":"2,275.1"},null,"Mha",{"$f":"$AB$284+AC413","v":{"v":4213.067147202132,"d":"4,213.1"}},{"v":180.32445720213218,"d":"180.3"},{"v":0.771094343991905,"d":"77.11%"},{"v":1701.82786742162,"d":"1,701.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.168661003212119,"d":"0.16866"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4179.46349357494,"d":"4,179.5"},{"v":1951.17416931278,"d":"1,951.2"},{"$nulls":3},{"v":2228.28932426216,"d":"2,228.3"},null,"Mha",{"$f":"$AB$284+AC414","v":{"v":4229.560359364982,"d":"4,229.6"}},{"v":196.81766936498207,"d":"196.8"},{"v":0.7734407951405031,"d":"77.34%"},{"v":1720.79509185226,"d":"1,720.8"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.174832404031812,"d":"0.17483"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4239.41306848869,"d":"4,239.4"},{"v":1997.14833760411,"d":"1,997.1"},{"$nulls":3},{"v":2242.26473088457,"d":"2,242.3"},null,"Mha",{"$f":"$AB$284+AC415","v":{"v":4252.5266273959405,"d":"4,252.5"}},{"v":219.78393739594048,"d":"219.8"},{"v":0.776708152976452,"d":"77.67%"},{"v":1749.43106574608,"d":"1,749.4"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.184432562390294,"d":"0.18443"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4289.68548653446,"d":"4,289.7"},{"v":2027.23063713585,"d":"2,027.2"},{"$nulls":3},{"v":2262.45484939861,"d":"2,262.5"},null,"Mha",{"$f":"$AB$284+AC416","v":{"v":4278.663984190212,"d":"4,278.7"}},{"v":245.9212941902124,"d":"245.9"},{"v":0.780426654276604,"d":"78.04%"},{"v":1785.31538230081,"d":"1,785.3"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.205128596684273,"d":"0.20513"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[23,2018,"Land use options for staying within the Planetary Boundaries - Synergies and trade-offs between global and local sustainability goals","V. Heck, H. Hoff, S. Wirsenius, C. Meyer and H. Kreft","Heck et al. (2018)","Journal article","Global Environmental Change","SSP2 Optimised","Improved diet, yield gap reduced to half",2050,{"$nulls":9},{"v":4270.85230072056,"d":"4,270.9"},{"v":2027.02848573122,"d":"2,027.0"},{"$nulls":3},{"v":2243.82381498934,"d":"2,243.8"},null,"Mha",{"$f":"$AB$284+AC417","v":{"v":4279.709343754879,"d":"4,279.7"}},{"v":246.9666537548792,"d":"247.0"},{"v":0.780575375164142,"d":"78.06%"},{"v":1833.73280603194,"d":"1,833.7"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,{"v":0.27646644772192,"d":"0.27647"},"Endemism richness (index)",{"v":9.11174,"d":"9.11"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"v":600,"d":"600.00"},{"v":2400,"d":"2,400.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.14715873015873018,"d":"14.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Low","No","Const","No","SUBST","No","Low","CONV","Const","Low","SUBST","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[24,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP1","SSP1 - Sustainability",2050,{"$nulls":10},{"v":1522,"d":"1,522.0"},{"$nulls":5},"Mha",{"$nulls":6},{"v":84.2585727,"d":"84.3"},{"v":34.84130565,"d":"34.8"},{"$f":"+AH418+AI418","v":{"v":119.09987835000001,"d":"119.1"}},{"v":54.59965812,"d":"54.6"},"Tg N/yr",{"$f":"(AN418-AN$11)/AN$11","v":{"v":0.49425861304347823,"d":"49.4%"}},{"v":0.687358962,"d":"68.7%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.531,"d":"8.53"},"billion",{"v":2983.078125,"d":"2,983.08"},{"$nulls":6},{"v":0.12099805641980546,"d":"12.1%"},{"v":360.9466552734375,"d":"360.95"},{"v":2588.4501953125,"d":"2,588.45"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":24563,"d":"24,563.0"},"2005 US$ per capita",{"$f":"BO418","v":{"v":24563,"d":"24,563.0"}},null,null,{"$f":"BU418/2 - 1","v":{"v":0.5601182654402102,"d":"56.0%"}},{"$f":"4749/U418","v":{"v":3.1202365308804203,"d":"3.12"}},{"$nulls":5},{"$f":"IF(CM418=\"Trend\",CA$93,IF(CM418=\"Low\",CA$93/2,IF(CM418=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","SSP1",null,null,"MIXED","High","Const","Low","Const","Const","Low","No","High+","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[24,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP2","SSP2 - Middle of the road",2050,{"$nulls":10},{"v":1735,"d":"1,735.0"},{"$nulls":5},"Mha",{"$nulls":6},{"v":186.1073256,"d":"186.1"},{"v":40.08713346,"d":"40.1"},{"$f":"+AH419+AI419","v":{"v":226.19445905999999,"d":"226.2"}},{"v":162.5248669,"d":"162.5"},"Tg N/yr",{"$f":"(AN419-AN$11)/AN$11","v":{"v":-0.02660260869565218,"d":"-2.7%"}},{"v":0.4477628,"d":"44.8%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.243,"d":"9.24"},"billion",{"v":3063.748046875,"d":"3,063.75"},{"$nulls":6},{"v":0.14101566509247826,"d":"14.1%"},{"v":432.0364685058594,"d":"432.04"},{"v":2598.19775390625,"d":"2,598.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17877,"d":"17,877.0"},"2005 US$ per capita",{"v":17877,"d":"17,877.0"},null,null,{"v":0.47291066282420746,"d":"47.3%"},{"$f":"5111/U419","v":{"v":2.945821325648415,"d":"2.95"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2",null,null,"BAU","Trend","Const","Low","Const","Const","Low","No","Trend","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[24,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP3","SSP3 - Fragmentation",2050,{"$nulls":10},{"v":1846,"d":"1,846.0"},{"$nulls":5},"Mha",{"$nulls":6},{"v":259.2922316,"d":"259.3"},{"v":42.99241987,"d":"43.0"},{"$f":"+AH420+AI420","v":{"v":302.28465147,"d":"302.3"}},{"v":250.1879531,"d":"250.2"},"Tg N/yr",{"$f":"(AN420-AN$11)/AN$11","v":{"v":-0.22906019152173918,"d":"-22.9%"}},{"v":0.3546323119,"d":"35.5%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":10.038,"d":"10.04"},"billion",{"v":3022.385009765625,"d":"3,022.39"},{"$nulls":6},{"v":0.15381637414316304,"d":"15.4%"},{"v":464.8923034667969,"d":"464.89"},{"v":2525.861572265625,"d":"2,525.86"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":12024,"d":"12,024.0"},"2005 US$ per capita",{"v":12024,"d":"12,024.0"},null,null,{"v":0.37296858071505956,"d":"37.3%"},{"$f":"5069/U420","v":{"v":2.745937161430119,"d":"2.75"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP3",null,null,"OTHER","Const","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[24,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP4","SSP4 - Inequality",2050,{"$nulls":10},{"v":1732,"d":"1,732.0"},{"$nulls":5},"Mha",{"$nulls":6},{"v":187.4360786,"d":"187.4"},{"v":38.63654814,"d":"38.6"},{"$f":"+AH421+AI421","v":{"v":226.07262674,"d":"226.1"}},{"v":173.2584707,"d":"173.3"},"Tg N/yr",{"$f":"(AN421-AN$11)/AN$11","v":{"v":-0.08646296521739134,"d":"-8.6%"}},{"v":0.420227036,"d":"42.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.213,"d":"9.21"},"billion",{"v":2972.520751953125,"d":"2,972.52"},{"$nulls":6},{"v":0.14428728272354727,"d":"14.4%"},{"v":428.8969421386719,"d":"428.90"},{"v":2511.346435546875,"d":"2,511.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17500,"d":"17,500.0"},"2005 US$ per capita",{"v":17500,"d":"17,500.0"},null,null,{"v":0.40155889145496526,"d":"40.2%"},{"$f":"4855/U421","v":{"v":2.8031177829099305,"d":"2.80"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP4",null,null,"OTHER","Const","Const","Low","Const","Const","Low","No","Trend","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[24,2018,"Assessing future reactive nitrogen inputs into global croplands based on the shared socioeconomic pathways","Mogollón, J.M., Lassaletta, L., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018a)","Journal article","Environmental Research Letters","SSP5","SSP5 - Conventional development",2050,{"$nulls":10},{"v":1720,"d":"1,720.0"},{"$nulls":5},"Mha",{"$nulls":6},{"v":156.390321,"d":"156.4"},{"v":42.09451519,"d":"42.1"},{"$f":"+AH422+AI422","v":{"v":198.48483619,"d":"198.5"}},{"v":124.1894515,"d":"124.2"},"Tg N/yr",{"$f":"(AN422-AN$11)/AN$11","v":{"v":0.15127646739130424,"d":"15.1%"}},{"v":0.529587175,"d":"53.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.629,"d":"8.63"},"billion",{"v":3242.962646484375,"d":"3,242.96"},{"$nulls":6},{"v":0.15341592842072774,"d":"15.3%"},{"v":497.5221252441406,"d":"497.52"},{"v":2711.42578125,"d":"2,711.43"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":32449,"d":"32,449.0"},"2005 US$ per capita",{"v":32449,"d":"32,449.0"},null,null,{"v":0.5159883720930232,"d":"51.6%"},{"$f":"5215/U422","v":{"v":3.0319767441860463,"d":"3.03"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Economic optimism","SSP5",null,null,"EFF","High","Const","Low","Const","Const","Low","No","High","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[25,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP1","SSP1 - Sustainability",2050,{"$nulls":10},{"v":1522,"d":"1,522.0"},{"$nulls":5},"Mha",{"$nulls":13},{"v":22.36788933,"d":"22.37"},{"v":10.71254643,"d":"10.71"},"Tg P/yr",{"$f":"(AS423-AS$117)/AS$117","v":{"v":0.020548944939084983,"d":"2.1%"}},{"v":0.62549751,"d":"62.5%"},null,null,{"v":8.531,"d":"8.53"},"billion",{"v":2983.078125,"d":"2,983.08"},{"$nulls":6},{"v":0.12099805641980546,"d":"12.1%"},{"v":360.9466552734375,"d":"360.95"},{"v":2588.4501953125,"d":"2,588.45"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":24563,"d":"24,563.0"},"2005 US$ per capita",{"v":24563,"d":"24,563.0"},null,null,{"v":0.5601182654402102,"d":"56.0%"},{"$f":"BU418","v":{"v":3.1202365308804203,"d":"3.12"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","SSP1",null,null,"MIXED","High","Const","Low","Const","Const","Low","No","High+","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[25,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP2","SSP2 - Middle of the road",2050,{"$nulls":10},{"v":1735,"d":"1,735.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},null,{"v":25.70993648,"d":"25.71"},{"v":11.39046287,"d":"11.39"},"Tg P/yr",{"$f":"(AS424-AS$117)/AS$117","v":{"v":-0.02421614839542309,"d":"-2.4%"}},{"v":0.59806085,"d":"59.8%"},null,null,{"v":9.243,"d":"9.24"},"billion",{"v":3063.748046875,"d":"3,063.75"},{"$nulls":6},{"v":0.14101566509247826,"d":"14.1%"},{"v":432.0364685058594,"d":"432.04"},{"v":2598.19775390625,"d":"2,598.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17877,"d":"17,877.0"},"2005 US$ per capita",{"v":17877,"d":"17,877.0"},null,null,{"v":0.47291066282420746,"d":"47.3%"},{"$f":"BU419","v":{"v":2.945821325648415,"d":"2.95"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","SSP2",null,null,"BAU","Trend","Const","Low","Const","Const","Low","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[25,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP3","SSP3 - Fragmentation",2050,{"$nulls":10},{"v":1846,"d":"1,846.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},null,{"v":26.55438683,"d":"26.55"},{"v":9.90653102,"d":"9.91"},"Tg P/yr",{"$f":"(AS425-AS$117)/AS$117","v":{"v":-0.06618114122463097,"d":"-6.6%"}},{"v":0.57234038,"d":"57.2%"},null,null,{"v":10.038,"d":"10.04"},"billion",{"v":3022.385009765625,"d":"3,022.39"},{"$nulls":6},{"v":0.15381637414316304,"d":"15.4%"},{"v":464.8923034667969,"d":"464.89"},{"v":2525.861572265625,"d":"2,525.86"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":12024,"d":"12,024.0"},"2005 US$ per capita",{"v":12024,"d":"12,024.0"},null,null,{"v":0.37296858071505956,"d":"37.3%"},{"$f":"BU420","v":{"v":2.745937161430119,"d":"2.75"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP3",null,null,"OTHER","Const","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[25,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP4","SSP4 - Inequality",2050,{"$nulls":10},{"v":1732,"d":"1,732.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},null,{"v":24.59518543,"d":"24.60"},{"v":9.880412320000001,"d":"9.88"},"Tg P/yr",{"$f":"(AS426-AS$117)/AS$117","v":{"v":-0.05160821532934249,"d":"-5.2%"}},{"v":0.58127217,"d":"58.1%"},null,null,{"v":9.213,"d":"9.21"},"billion",{"v":2972.520751953125,"d":"2,972.52"},{"$nulls":6},{"v":0.14428728272354727,"d":"14.4%"},{"v":428.8969421386719,"d":"428.90"},{"v":2511.346435546875,"d":"2,511.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17500,"d":"17,500.0"},"2005 US$ per capita",{"v":17500,"d":"17,500.0"},null,null,{"v":0.40155889145496526,"d":"40.2%"},{"$f":"BU421","v":{"v":2.8031177829099305,"d":"2.80"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP4",null,null,"OTHER","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[25,2018,"Future agricultural phosphorus demand according to the shared socioeconomic pathways","Mogollón, J.M., Beusen, A., Van Grinsven, H., Westhoek, H. and Bouwman, L.F.L.","Mogollon et al. (2018b)","Journal article","Global Environmental Change","SSP5","SSP5 - Conventional development",2050,{"$nulls":10},{"v":1720,"d":"1,720.0"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},null,{"v":26.01023965,"d":"26.01"},{"v":13.303387169999999,"d":"13.30"},"Tg P/yr",{"$f":"(AS427-AS$117)/AS$117","v":{"v":0.04371115820937417,"d":"4.4%"}},{"v":0.6396937,"d":"64.0%"},null,null,{"v":8.629,"d":"8.63"},"billion",{"v":3242.962646484375,"d":"3,242.96"},{"$nulls":6},{"v":0.15341592842072774,"d":"15.3%"},{"v":497.5221252441406,"d":"497.52"},{"v":2711.42578125,"d":"2,711.43"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":32449,"d":"32,449.0"},"2005 US$ per capita",{"v":32449,"d":"32,449.0"},null,null,{"v":0.5159883720930232,"d":"51.6%"},{"$f":"BU422","v":{"v":3.0319767441860463,"d":"3.03"}},{"$nulls":5},{"v":0.0635,"d":"6.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Economic optimism","SSP5",null,null,"EFF","High","Const","Low","Const","Const","Low","No","High+","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[26,2012,"Future carbon dioxide removal via biomass energy constrained by agricultural efficiency and dietary trends","Powell, T.W.R. & Lenton, T.M.","Powell & Lenton (2012)","Journal article","Energy&Environmental Science","Low meat-low efficiency","15% of total calories from meat and 2000 level of efficiency ",2050,{"$nulls":9},{"v":7.3,"d":"7.30"},{"v":1.5031,"d":"1.50"},{"$nulls":3},{"$f":"T428-U428","v":{"v":5.7969,"d":"5.80"}},null,"billion ha",{"$nulls":20},9.31,"billion",{"v":3302,"d":"3,302.00"},null,{"$f":"0.304*BF428","v":{"v":150.57119999999998,"d":"150.57"}},{"$f":"0.117*$BF428","v":{"v":57.9501,"d":"57.95"}},{"$f":"0.105*$BF428","v":{"v":52.006499999999996,"d":"52.01"}},{"$f":"0.202*$BF428","v":{"v":100.0506,"d":"100.05"}},null,{"v":0.15,"d":"15.0%"},{"$f":"BE428*AX428","v":{"v":495.29999999999995,"d":"495.30"}},{"$f":"AX428-BF428","v":{"v":2806.7,"d":"2,806.70"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},"3.1% for dairy, 0.505% for bovine meat, 3.6% for eggs and poultry, 6% for pig meat",null,{"$f":"1.01^(2050-2010)-1","v":{"v":0.48886373358822155,"d":"48.9%"}},{"$nulls":3},"total land use inc bioenergy crops",{"v":0.030600000000000002,"d":"3.1%"},"total livestock products divided by total biomass harvest of the livestock sector",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+diet",null,null,"Low meat-low efficiency","DIET","Trend","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[26,2012,"Future carbon dioxide removal via biomass energy constrained by agricultural efficiency and dietary trends","Powell, T.W.R. & Lenton, T.M.","Powell & Lenton (2012)","Journal article","Energy&Environmental Science","Low meat-high efficiency","15% of total calories from meat and high efficiency (20% less food waste)",2050,{"$nulls":9},4.13,{"v":1.559,"d":"1.56"},{"$nulls":3},{"$f":"T429-U429","v":{"v":2.5709999999999997,"d":"2.57"}},null,"billion ha",{"$nulls":20},9.31,"billion",{"$f":"AX$184-(AX$184*1/3)/(1/$BN429)","v":{"v":2944.4550971731624,"d":"2,944.46"}},null,{"$f":"0.454*BF429","v":{"v":200.51739211749234,"d":"200.52"}},{"$f":"0.174*BF429","v":{"v":76.85027803621952,"d":"76.85"}},{"$f":"0.052*$BF429","v":{"v":22.966749757950662,"d":"22.97"}},{"$f":"0.301*$BF429","v":{"v":132.94214763736827,"d":"132.94"}},null,{"v":0.15,"d":"15.0%"},{"$f":"BE429*AX429","v":{"v":441.6682645759743,"d":"441.67"}},{"v":2502.786832597188,"d":"2,502.79"},{"$nulls":5},"kcal/capita/day",{"v":0.2,"d":"20%"},{"$nulls":3},"3.1% for dairy, 0.505% for bovine meat, 3.6% for eggs and poultry, 6% for pig meat",null,{"$f":"1.01^(2050-2010)-1","v":{"v":0.48886373358822155,"d":"48.9%"}},{"$nulls":3},"total land use inc bioenergy crops",{"v":0.042800000000000005,"d":"4.3%"},"total livestock products divided by total biomass harvest of the livestock sector",{"$f":"(BY429-BY$428)/BY$428","v":{"v":0.39869281045751637,"d":"40%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff+diet",null,null,"Low meat-high efficiency","MIXED","Trend","Waste","High","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"$f":"(('T9 - Feed composition+factors'!B$2+'T9 - Feed composition+factors'!B$3)-('T9 - Feed composition+factors'!B$4*1.2-'T9 - Feed composition+factors'!B$4))/('T9 - Feed composition+factors'!B$2+'T9 - Feed composition+factors'!B$3)","v":{"v":0.9368421052631578,"d":"94%"}},{"v":0,"d":"0%"}," ","1"," ",1]
[26,2012,"Future carbon dioxide removal via biomass energy constrained by agricultural efficiency and dietary trends","Powell, T.W.R. & Lenton, T.M.","Powell & Lenton (2012)","Journal article","Energy&Environmental Science","High meat-low efficiency","18.8% of total calories from meat and 2000 level of efficiency ",2050,{"$nulls":9},8.83,1.65,{"$nulls":3},{"$f":"T430-U430","v":7.18},null,"billion ha",{"$nulls":20},9.31,"billion",{"v":3302,"d":"3,302.00"},null,{"$f":"0.304*BF430","v":{"v":188.715904,"d":"188.72"}},{"$f":"0.117*BF430","v":{"v":72.630792,"d":"72.63"}},{"$f":"0.105*$BF430","v":{"v":65.18148,"d":"65.18"}},{"$f":"0.202*$BF430","v":{"v":125.39675199999999,"d":"125.40"}},null,{"v":0.188,"d":"18.8%"},{"$f":"BE430*AX430","v":{"v":620.776,"d":"620.78"}},{"v":2681.224,"d":"2,681.22"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":3},"3.1% for dairy, 0.505% for bovine meat, 3.6% for eggs and poultry, 6% for pig meat",null,{"$f":"1.01^(2050-2010)-1","v":{"v":0.48886373358822155,"d":"48.9%"}},{"$nulls":3},"total land use inc bioenergy crops",{"v":0.030600000000000002,"d":"3.1%"},"total livestock products divided by total biomass harvest of the livestock sector",{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",null,null,"High meat-low efficiency","BAU","Trend","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[26,2012,"Future carbon dioxide removal via biomass energy constrained by agricultural efficiency and dietary trends","Powell, T.W.R. & Lenton, T.M.","Powell & Lenton (2012)","Journal article","Energy&Environmental Science","High meat-high efficiency","18.8% of total calories from meat and high efficiency (20% less food waste)",2050,{"$nulls":9},4.82,1.61,{"$nulls":3},{"$f":"T431-U431","v":3.21},null,"billion ha",{"$nulls":20},9.31,"billion",{"$f":"AX$184-(AX$184*1/3)/(1/$BN431)","v":{"v":2944.4550971731624,"d":"2,944.46"}},null,{"$f":"0.454*BF431","v":{"v":251.31513145392378,"d":"251.32"}},{"$f":"0.174*BF431","v":{"v":96.31901513872849,"d":"96.32"}},{"$f":"0.052*$BF431","v":{"v":28.784993029964834,"d":"28.78"}},{"$f":"0.301*$BF431","v":{"v":166.6208250388349,"d":"166.62"}},null,{"v":0.188,"d":"18.8%"},{"$f":"BE431*AX431","v":{"v":553.5575582685545,"d":"553.56"}},{"v":2390.8975389046077,"d":"2,390.90"},{"$nulls":5},"kcal/capita/day",{"v":0.2,"d":"20%"},{"$nulls":3},"3.1% for dairy, 0.505% for bovine meat, 3.6% for eggs and poultry, 6% for pig meat",null,{"$f":"1.01^(2050-2010)-1","v":{"v":0.48886373358822155,"d":"48.9%"}},{"$nulls":3},"total land use inc bioenergy crops",{"v":0.042800000000000005,"d":"4.3%"},"total livestock products divided by total biomass harvest of the livestock sector",{"$f":"(BY431-BY$428)/BY$428","v":{"v":0.39869281045751637,"d":"40%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU+eff",null,null,"High meat-high efficiency","EFF","Trend","Waste","High","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"$f":"(('T9 - Feed composition+factors'!B$2+'T9 - Feed composition+factors'!B$3)-('T9 - Feed composition+factors'!B$4*1.2-'T9 - Feed composition+factors'!B$4))/('T9 - Feed composition+factors'!B$2+'T9 - Feed composition+factors'!B$3)","v":{"v":0.9368421052631578,"d":"94%"}},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","CurrentSituation","CurrentSituation","2005/09","GHGnonCO2AgLUC",{"v":7.44851455382485,"d":"7.45"},{"$nulls":3},{"v":2.8114854461751495,"d":"2.81"},10.26,null,"GtCO2eq/yr",{"v":4917.967140642219,"d":"4,918.0"},{"v":1539.3343906422301,"d":"1,539.3"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1371.32423442259,"d":"1,371.32"},null,"km3/yr",{"$nulls":3},{"v":87.9077630864186,"d":"87.9"},"Tg N/yr",{"$nulls":3},{"v":47.1833389948746,"d":"47.18"},"Mt P2O5/yr",{"$nulls":4},{"v":6.67236154999998,"d":"6.67"},"billion",{"v":2763.27493771531,"d":"2,763.27"},{"$nulls":6},{"v":0.153276023030274,"d":"15.3%"},{"v":423.54379299223075,"d":"423.54"},{"v":2339.731144723079,"d":"2,339.73"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":11},"Baseline",{"$nulls":3},"BASELINE",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0Org","100Conc_0Org",2050,"GHGnonCO2AgLUC",{"v":9.47340616100703,"d":"9.47"},{"$nulls":3},{"v":2.49659383899297,"d":"2.50"},11.97,null,"GtCO2eq/yr",{"v":5005.071164973239,"d":"5,005.1"},{"v":1626.43841497325,"d":"1,626.4"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2178.43852418006,"d":"2,178.44"},null,"km3/yr",{"$nulls":3},{"v":121.732859418664,"d":"121.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.9373514711144,"d":"63.94"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05829843303,"d":"3,028.06"},{"$nulls":6},{"v":0.169712048820854,"d":"17.0%"},{"v":513.8979777760585,"d":"513.90"},{"v":2514.1603206569716,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":4},{"$f":"IF(DC434=0,1,-0.2)","v":1},null,{"$f":"IF(BY433=1,CA$93,(1+BY433)*CA$93*(1-DC433)+CA432*(DC433))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","BAU",null,null,"BAU",{"$f":"IF(BT433<0.34,\"Low\",\"Trend\")","v":"Trend"},{"$f":"IF(BN433=0,\"Const\",\"Waste\")","v":"Const"},"Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Conv","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0Conc_100Org","0Conc_100Org",2050,"GHGnonCO2AgLUC",{"v":6.74274368262174,"d":"6.74"},{"$nulls":3},{"v":2.457256317378259,"d":"2.46"},{"v":9.2,"d":"9.20"},null,"GtCO2eq/yr",{"v":4883.9301806066005,"d":"4,883.9"},{"v":1505.29743060661,"d":"1,505.3"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":38.121680390013,"d":"38.12"},null,"km3/yr",{"$nulls":3},{"v":-25.6593918718076,"d":"-25.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.0316067509526,"d":"38.03"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05825864195,"d":"3,028.06"},{"$nulls":6},{"v":0.0490854649891212,"d":"4.9%"},{"v":148.63364763958873,"d":"148.63"},{"v":2879.4246110023614,"d":"2,879.42"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":4},{"$f":"IF(DC435=0,1,-0.2)","v":1},null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"EFF+DIET","Organic",null,null,"MIXED","Trend","Const",{"$f":"IF(CO434=\"Low\",\"Trend\",\"Low\")","v":"Low"},"Const","Const","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0Conc_0Org","0Conc_0Org",2050,"GHGnonCO2AgLUC",{"v":7.49480050671037,"d":"7.49"},{"$nulls":3},{"v":2.23519949328963,"d":"2.24"},9.73,null,"GtCO2eq/yr",{"v":4582.14976332467,"d":"4,582.1"},{"v":1203.51701332468,"d":"1,203.5"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1717.77749295201,"d":"1,717.78"},null,"km3/yr",{"$nulls":3},{"v":65.1640677048199,"d":"65.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.3763153278279,"d":"38.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05829207511,"d":"3,028.06"},{"$nulls":6},{"v":0.0500161432422824,"d":"5.0%"},{"v":151.4517972824097,"d":"151.45"},{"v":2876.6064947927002,"d":"2,876.61"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BT$93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"EFF+DIET","Organic",null,null,"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Conv","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0Conc_80Org","0Conc_80Org",2050,"GHGnonCO2AgLUC",{"v":6.91807488772281,"d":"6.92"},{"$nulls":3},{"v":2.4019251122771905,"d":"2.40"},9.32,null,"GtCO2eq/yr",{"v":4809.46485526238,"d":"4,809.5"},{"v":1430.83210526239,"d":"1,430.8"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1706.3949386343,"d":"1,706.39"},null,"km3/yr",{"$nulls":3},{"v":-3.94826499712482,"d":"-3.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.0693667594786,"d":"38.07"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05826532859,"d":"3,028.06"},{"$nulls":6},{"v":0.0492499977903886,"d":"4.9%"},{"v":149.131862876601,"d":"149.13"},{"v":2878.926402451989,"d":"2,878.93"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0.8)+(BT$93*0.2)","v":{"v":0.27210884353741494,"d":"27.2%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"EFF+DIET","Organic",null,null,"MIXED","Low","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","Org-80%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.8,"d":"80%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0Conc_60Org","0Conc_60Org",2050,"GHGnonCO2AgLUC",{"v":7.07922135947543,"d":"7.08"},{"$nulls":3},{"v":2.3507786405245694,"d":"2.35"},9.43,null,"GtCO2eq/yr",{"v":4743.36841582916,"d":"4,743.4"},{"v":1364.73566582917,"d":"1,364.7"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1708.75498970701,"d":"1,708.75"},null,"km3/yr",{"$nulls":3},{"v":15.7075388806981,"d":"15.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.1299079957382,"d":"38.13"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05827201521,"d":"3,028.06"},{"$nulls":6},{"v":0.049427868496956,"d":"4.9%"},{"v":149.67046607028763,"d":"149.67"},{"v":2878.3878059449225,"d":"2,878.39"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0.6)+(BT$93*0.4)","v":{"v":0.2891156462585034,"d":"28.9%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"EFF+DIET","Organic",null,null,"MIXED","Low","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0Conc_40Org","0Conc_40Org",2050,"GHGnonCO2AgLUC",{"v":7.22807794996915,"d":"7.23"},{"$nulls":3},{"v":2.311922050030849,"d":"2.31"},9.54,null,"GtCO2eq/yr",{"v":4684.15665915527,"d":"4,684.2"},{"v":1305.5239091552799,"d":"1,305.5"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1711.51517830258,"d":"1,711.52"},null,"km3/yr",{"$nulls":3},{"v":33.6217947161691,"d":"33.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.2071385659185,"d":"38.21"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05827870183,"d":"3,028.06"},{"$nulls":6},{"v":0.0496162359864175,"d":"5.0%"},{"v":150.24085413669516,"d":"150.24"},{"v":2877.817424565135,"d":"2,877.82"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0.4)+(BT$93*0.6)","v":{"v":0.3061224489795918,"d":"30.6%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"EFF+DIET","Organic",null,null,"MIXED","Low","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","Org-40%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.4,"d":"40%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0Conc_20Org","0Conc_20Org",2050,"GHGnonCO2AgLUC",{"v":7.36618113898037,"d":"7.37"},{"$nulls":3},{"v":2.27381886101963,"d":"2.27"},9.64,null,"GtCO2eq/yr",{"v":4630.706296954951,"d":"4,630.7"},{"v":1252.07354695496,"d":"1,252.1"},{"$nulls":3},{"v":3378.63274999999,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1714.5521775347,"d":"1,714.55"},null,"km3/yr",{"$nulls":3},{"v":50.0412655846104,"d":"50.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.290054593472,"d":"38.29"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.14051099999997,"d":"9.14"},"billion",{"v":3028.05828538847,"d":"3,028.06"},{"$nulls":6},{"v":0.0498129620765482,"d":"5.0%"},{"v":150.83655253563342,"d":"150.84"},{"v":2877.2217328528363,"d":"2,877.22"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0.2)+(BT$93*0.8)","v":{"v":0.32312925170068024,"d":"32.3%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"EFF+DIET","Organic",null,null,"MIXED","Low","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstCalAndGrass_CCNO","100%Organic - 0Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":6.771890760116987,"d":"6.77"},{"$nulls":3},{"v":2.499342807682407,"d":"2.50"},{"v":9.271233567799394,"d":"9.27"},null,"GtCO2eq/yr",{"v":4802.983465483037,"d":"4,803.0"},{"v":1424.3507154830381,"d":"1,424.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":38.12558034612375,"d":"38.13"},null,"km3/yr",{"$nulls":3},{"v":-25.882560924569027,"d":"-25.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.40057912740669,"d":"38.40"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582581835592,"d":"3,028.06"},{"$nulls":6},{"v":0.04912517885107098,"d":"4.9%"},{"v":148.75390350472983,"d":"148.75"},{"v":2879.3043546788294,"d":"2,879.30"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*1)+(BT$93*0)","v":{"v":0.2551020408163265,"d":"25.5%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%",{"$f":"IF(ISNUMBER(SEARCH(\"CCY\",H440)),\"Yes\",\"Const\")","v":"Const"},"Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstCalAndGrass_CCNO_W50","100%Organic - 0Conc_ConstCalAndGrass_CCNO_W50",2050,"GHGnonCO2AgLUC",{"v":6.070965672589548,"d":"6.07"},{"$nulls":3},{"v":2.3540309778913113,"d":"2.35"},{"v":8.424996650480859,"d":"8.42"},null,"GtCO2eq/yr",{"v":4644.027588949258,"d":"4,644.0"},{"v":1265.3948389492573,"d":"1,265.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":32.796630910247295,"d":"32.80"},null,"km3/yr",{"$nulls":3},{"v":-31.902408921007492,"d":"-31.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.07128380789141,"d":"36.07"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2660.6625573139404,"d":"2,660.66"},{"$nulls":6},{"v":0.04843477415800489,"d":"4.8%"},{"v":128.86859007416044,"d":"128.87"},{"v":2531.79396723978,"d":"2,531.79"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstCalAndGrass_CCYes","100%Organic - 0Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.0231698261524,"d":"7.02"},{"$nulls":3},{"v":3.341444582134795,"d":"3.34"},{"v":10.364614408287196,"d":"10.36"},null,"GtCO2eq/yr",{"v":5545.979616688609,"d":"5,546.0"},{"v":2167.3468666886047,"d":"2,167.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":36.90211338522181,"d":"36.90"},null,"km3/yr",{"$nulls":3},{"v":-24.10267745382958,"d":"-24.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":37.13189386485516,"d":"37.13"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582503491173,"d":"3,028.06"},{"$nulls":6},{"v":0.03653985443519752,"d":"3.7%"},{"v":110.64480768905564,"d":"110.64"},{"v":2917.4134426600617,"d":"2,917.41"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstCalAndGrass_CCY_W50","100%Organic - 0Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":6.281708067723635,"d":"6.28"},{"$nulls":3},{"v":3.0904187241735372,"d":"3.09"},{"v":9.372126791897172,"d":"9.37"},null,"GtCO2eq/yr",{"v":5299.3040029351105,"d":"5,299.3"},{"v":1920.6712529351114,"d":"1,920.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":31.74405224892689,"d":"31.74"},null,"km3/yr",{"$nulls":3},{"v":-29.962493922248704,"d":"-30.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":34.84957676901947,"d":"34.85"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2661.430396941685,"d":"2,661.43"},{"$nulls":6},{"v":0.036053914388561745,"d":"3.6%"},{"v":95.95498368245141,"d":"95.95"},{"v":2565.475413259234,"d":"2,565.48"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstCalProtNo_CCNO","100%Organic - 0Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":6.82473700019582,"d":"6.82"},{"$nulls":3},{"v":2.524589170860674,"d":"2.52"},{"v":9.349326171056493,"d":"9.35"},null,"GtCO2eq/yr",{"v":4876.138530352962,"d":"4,876.1"},{"v":1497.505780352965,"d":"1,497.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":38.105860489698784,"d":"38.11"},null,"km3/yr",{"$nulls":3},{"v":-32.80069119974991,"d":"-32.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":39.01433191357594,"d":"39.01"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3407.9579755615528,"d":"3,407.96"},{"$nulls":6},{"v":0.04362499407086764,"d":"4.4%"},{"v":148.67214647763882,"d":"148.67"},{"v":3259.285829083914,"d":"3,259.29"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},{"$f":"IF(DC445=0,1,-0.2)","v":1},null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstCalProtNo_CCYes","100%Organic - 0Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":6.491281163721367,"d":"6.49"},{"$nulls":3},{"v":2.524589170860674,"d":"2.52"},{"v":9.01587033458204,"d":"9.02"},null,"GtCO2eq/yr",{"v":4876.138530352962,"d":"4,876.1"},{"v":1497.505780352965,"d":"1,497.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":36.56698850053434,"d":"36.57"},null,"km3/yr",{"$nulls":3},{"v":-3.8797384299247932,"d":"-3.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":35.29496714430362,"d":"35.29"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2413.3777631114826,"d":"2,413.38"},{"$nulls":6},{"v":0.04412250107199636,"d":"4.4%"},{"v":106.48426294001857,"d":"106.48"},{"v":2306.893500171464,"d":"2,306.89"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstProtAndGrass_CCNO","100%Organic - 0Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":6.855833005216126,"d":"6.86"},{"$nulls":3},{"v":2.5693036201739132,"d":"2.57"},{"v":9.425136625390039,"d":"9.43"},null,"GtCO2eq/yr",{"v":4923.815158077881,"d":"4,923.8"},{"v":1545.1824080778842,"d":"1,545.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":38.16125615334699,"d":"38.16"},null,"km3/yr",{"$nulls":3},{"v":-34.55316483654874,"d":"-34.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.222758324757585,"d":"38.22"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3405.6339436606013,"d":"3,405.63"},{"$nulls":6},{"v":0.043931158198515945,"d":"4.4%"},{"v":149.61344354518963,"d":"149.61"},{"v":3256.020500115412,"d":"3,256.02"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 0Conc_ConstProtAndGrass_CCYes","100%Organic - 0Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.145802300561304,"d":"7.15"},{"$nulls":3},{"v":3.491065358431864,"d":"3.49"},{"v":10.636867658993168,"d":"10.64"},null,"GtCO2eq/yr",{"v":5733.906830973941,"d":"5,733.9"},{"v":2355.274080973942,"d":"2,355.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":36.95961109686814,"d":"36.96"},null,"km3/yr",{"$nulls":3},{"v":-34.5313937667591,"d":"-34.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":37.44221612973729,"d":"37.44"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3488.277162429458,"d":"3,488.28"},{"$nulls":6},{"v":0.03208027761753355,"d":"3.2%"},{"v":111.90489977763917,"d":"111.90"},{"v":3376.372262651819,"d":"3,376.37"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstCalAndGrass_CCNO","100%Organic - 50Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.469010440617927,"d":"7.47"},{"$nulls":3},{"v":2.6803769453492743,"d":"2.68"},{"v":10.149387385967202,"d":"10.15"},null,"GtCO2eq/yr",{"v":5048.964329293847,"d":"5,049.0"},{"v":1670.3315792938463,"d":"1,670.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":44.72755414587812,"d":"44.73"},null,"km3/yr",{"$nulls":3},{"v":-17.896580855170072,"d":"-17.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":49.843497395720625,"d":"49.84"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.05825804719,"d":"3,028.06"},{"$nulls":6},{"v":0.09437693052351846,"d":"9.4%"},{"v":285.778843840886,"d":"285.78"},{"v":2742.279414206304,"d":"2,742.28"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstCalAndGrass_CCN_W50","100%Organic - 50Conc_ConstCalAndGrass_CCN_W50",2050,"GHGnonCO2AgLUC",{"v":6.679854228038293,"d":"6.68"},{"$nulls":3},{"v":2.510624981881127,"d":"2.51"},{"v":9.19047920991942,"d":"9.19"},null,"GtCO2eq/yr",{"v":4869.051264499431,"d":"4,869.1"},{"v":1490.4185144994328,"d":"1,490.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":38.48625080623003,"d":"38.49"},null,"km3/yr",{"$nulls":3},{"v":-26.739650371934733,"d":"-26.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":45.9596396259471,"d":"45.96"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2644.767646216077,"d":"2,644.77"},{"$nulls":6},{"v":0.09345253090162212,"d":"9.3%"},{"v":247.16023018561833,"d":"247.16"},{"v":2397.607416030459,"d":"2,397.61"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstCalAndGrass_CCYes","100%Organic - 50Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.775196219430059,"d":"7.78"},{"$nulls":3},{"v":3.6473750211519325,"d":"3.65"},{"v":11.422571240581991,"d":"11.42"},null,"GtCO2eq/yr",{"v":5901.604031678482,"d":"5,901.6"},{"v":2522.971281678486,"d":"2,523.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":43.48100666825587,"d":"43.48"},null,"km3/yr",{"$nulls":3},{"v":-16.8347147966862,"d":"-16.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":48.01496557685454,"d":"48.01"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582502680504,"d":"3,028.06"},{"$nulls":6},{"v":0.07479617886052162,"d":"7.5%"},{"v":226.48718648712722,"d":"226.49"},{"v":2801.5710637809234,"d":"2,801.57"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstCalAndGrass_CCY_W50","100%Organic - 50Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":6.939198985809484,"d":"6.94"},{"$nulls":3},{"v":3.365827481887641,"d":"3.37"},{"v":10.305026467697125,"d":"10.31"},null,"GtCO2eq/yr",{"v":5624.409564759249,"d":"5,624.4"},{"v":2245.7768147592487,"d":"2,245.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":37.41745215388211,"d":"37.42"},null,"km3/yr",{"$nulls":3},{"v":-25.38700833271699,"d":"-25.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":44.20700014074483,"d":"44.21"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2644.991260329952,"d":"2,644.99"},{"$nulls":6},{"v":0.07406589643249438,"d":"7.4%"},{"v":195.903648752451,"d":"195.90"},{"v":2449.0876115775013,"d":"2,449.09"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"},{"$f":"IF($CM451=\"Low_Con\",1,IF($CM451=\"Trend\",2,IF($CM451=\"Feed\",3,IF($CM451=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR451=\"Const\",\"1\",IF($CR451=\"Trend\",2,IF($CR451=\"Fert\",\"3\",IF($CR451=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM451=\"Low_Con\",1^2,IF($CM451=\"Trend\",2^2,IF($CM451=\"Feed\",3^2,IF($CM451=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR451=\"Const\",1^2,IF($CR451=\"Trend\",2^2,IF($CR451=\"Fert\",3^2,IF($CR451=\"Fert+\",4^2,\" \"))))","v":1}]
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[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstCalProtNo_CCYes","100%Organic - 50Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.270414378536109,"d":"7.27"},{"$nulls":3},{"v":2.5126055421813644,"d":"2.51"},{"v":9.783019920717473,"d":"9.78"},null,"GtCO2eq/yr",{"v":4874.846463011915,"d":"4,874.8"},{"v":1496.2137130119138,"d":"1,496.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":44.34249941346884,"d":"44.34"},null,"km3/yr",{"$nulls":3},{"v":-10.238442286929093,"d":"-10.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.82521729071712,"d":"47.83"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2837.470267511331,"d":"2,837.47"},{"$nulls":6},{"v":0.09736533722549477,"d":"9.7%"},{"v":276.2712494635556,"d":"276.27"},{"v":2561.199018047775,"d":"2,561.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstProtAndGrass_CCNO","100%Organic - 50Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.469010440617927,"d":"7.47"},{"$nulls":3},{"v":2.6803769453492743,"d":"2.68"},{"v":10.149387385967202,"d":"10.15"},null,"GtCO2eq/yr",{"v":5048.964329293847,"d":"5,049.0"},{"v":1670.3315792938463,"d":"1,670.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":44.72755414587812,"d":"44.73"},null,"km3/yr",{"$nulls":3},{"v":-17.896580855170072,"d":"-17.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":49.843497395720625,"d":"49.84"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.05825804719,"d":"3,028.06"},{"$nulls":6},{"v":0.09437693052351846,"d":"9.4%"},{"v":285.778843840886,"d":"285.78"},{"v":2742.279414206304,"d":"2,742.28"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 50Conc_ConstProtAndGrass_CCYes","100%Organic - 50Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.775196219430059,"d":"7.78"},{"$nulls":3},{"v":3.6473750211519325,"d":"3.65"},{"v":11.422571240581991,"d":"11.42"},null,"GtCO2eq/yr",{"v":5901.604031678482,"d":"5,901.6"},{"v":2522.971281678486,"d":"2,523.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":43.48100666825587,"d":"43.48"},null,"km3/yr",{"$nulls":3},{"v":-16.8347147966862,"d":"-16.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":48.01496557685454,"d":"48.01"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582502680504,"d":"3,028.06"},{"$nulls":6},{"v":0.07479617886052162,"d":"7.5%"},{"v":226.48718648712722,"d":"226.49"},{"v":2801.5710637809234,"d":"2,801.57"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstCalAndGrass_CCNO","100%Organic - 100Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.740298883416438,"d":"8.74"},{"$nulls":3},{"v":2.848382835982005,"d":"2.85"},{"v":11.588681719398442,"d":"11.59"},null,"GtCO2eq/yr",{"v":5285.448315109589,"d":"5,285.4"},{"v":1906.8155651095874,"d":"1,906.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2181.1316214187377,"d":"2,181.13"},null,"km3/yr",{"$nulls":3},{"v":20.705500992563543,"d":"20.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.19320520486414,"d":"64.19"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582661236663,"d":"3,028.06"},{"$nulls":6},{"v":0.17398199765337097,"d":"17.4%"},{"v":526.8276261509983,"d":"526.83"},{"v":2501.230639972668,"d":"2,501.23"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstCalAndGrass_CCN0_W50","100%Organic - 100Conc_ConstCalAndGrass_CCN0_W50",2050,"GHGnonCO2AgLUC",{"v":7.795626232947578,"d":"7.80"},{"$nulls":3},{"v":2.662779193677836,"d":"2.66"},{"v":10.458405426625415,"d":"10.46"},null,"GtCO2eq/yr",{"v":5085.652793199722,"d":"5,085.7"},{"v":1707.0200431997177,"d":"1,707.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1844.2858941148015,"d":"1,844.29"},null,"km3/yr",{"$nulls":3},{"v":5.331185407618931,"d":"5.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":58.30254137575596,"d":"58.30"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2620.915264669486,"d":"2,620.92"},{"$nulls":6},{"v":0.17358440986420462,"d":"17.4%"},{"v":454.9500295217384,"d":"454.95"},{"v":2165.9652351477475,"d":"2,165.97"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstCalAndGrass_CCYes","100%Organic - 100Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.811112530903285,"d":"8.81"},{"$nulls":3},{"v":3.3791621763761444,"d":"3.38"},{"v":12.19027470727943,"d":"12.19"},null,"GtCO2eq/yr",{"v":5841.678089114416,"d":"5,841.7"},{"v":2463.045339114413,"d":"2,463.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2159.9663148694835,"d":"2,159.97"},null,"km3/yr",{"$nulls":3},{"v":7.439979154362124,"d":"7.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":61.51226818184814,"d":"61.51"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058256494295,"d":"3,028.06"},{"$nulls":6},{"v":0.17323028887900477,"d":"17.3%"},{"v":524.5514065149623,"d":"524.55"},{"v":2503.506849979333,"d":"2,503.51"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50","100%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":8.110404447138507,"d":"8.11"},{"$nulls":3},{"v":3.6084804810107296,"d":"3.61"},{"v":11.718884928149237,"d":"11.72"},null,"GtCO2eq/yr",{"v":5928.614352852991,"d":"5,928.6"},{"v":2549.9816028529904,"d":"2,550.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1845.0390582378977,"d":"1,845.04"},null,"km3/yr",{"$nulls":3},{"v":5.705414193369432,"d":"5.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":56.402262377595314,"d":"56.40"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2619.58410013047,"d":"2,619.58"},{"$nulls":6},{"v":0.15126702286072438,"d":"15.1%"},{"v":396.2566879600259,"d":"396.26"},{"v":2223.327412170444,"d":"2,223.33"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstCalProtNo_CCNO","100%Organic - 100Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.123461884065323,"d":"8.12"},{"$nulls":3},{"v":2.500799969351036,"d":"2.50"},{"v":10.624261853416359,"d":"10.62"},null,"GtCO2eq/yr",{"v":4873.834734871096,"d":"4,873.8"},{"v":1495.2019848710945,"d":"1,495.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1779.5297642717728,"d":"1,779.53"},null,"km3/yr",{"$nulls":3},{"v":33.71558979414657,"d":"33.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":58.32940573844902,"d":"58.33"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2485.7420129402167,"d":"2,485.74"},{"$nulls":6},{"v":0.18837073849986932,"d":"18.8%"},{"v":468.24105869770034,"d":"468.24"},{"v":2017.5009542425164,"d":"2,017.50"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstCalProtNo_CCYes","100%Organic - 100Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.5867514720254965,"d":"7.59"},{"$nulls":3},{"v":2.500799969351035,"d":"2.50"},{"v":10.087551441376531,"d":"10.09"},null,"GtCO2eq/yr",{"v":4873.834734871095,"d":"4,873.8"},{"v":1495.2019848710947,"d":"1,495.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1204.80994503452,"d":"1,204.81"},null,"km3/yr",{"$nulls":3},{"v":46.92725632259039,"d":"46.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":51.170819851301694,"d":"51.17"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":1728.1803959838446,"d":"1,728.18"},{"$nulls":6},{"v":0.20269742790794426,"d":"20.3%"},{"v":350.2977212268579,"d":"350.30"},{"v":1377.8826747569867,"d":"1,377.88"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstProtAndGrass_CCNO","100%Organic - 100Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.740298883416438,"d":"8.74"},{"$nulls":3},{"v":2.848382835982005,"d":"2.85"},{"v":11.588681719398442,"d":"11.59"},null,"GtCO2eq/yr",{"v":5285.448315109589,"d":"5,285.4"},{"v":1906.8155651095874,"d":"1,906.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2181.1316214187377,"d":"2,181.13"},null,"km3/yr",{"$nulls":3},{"v":20.705500992563543,"d":"20.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.19320520486414,"d":"64.19"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582661236663,"d":"3,028.06"},{"$nulls":6},{"v":0.17398199765337097,"d":"17.4%"},{"v":526.8276261509983,"d":"526.83"},{"v":2501.230639972668,"d":"2,501.23"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstProtAndGrass_CCYes","100%Organic - 100Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.839305405373715,"d":"8.84"},{"$nulls":3},{"v":3.644178551775379,"d":"3.64"},{"v":12.483483957149094,"d":"12.48"},null,"GtCO2eq/yr",{"v":6013.290453467895,"d":"6,013.3"},{"v":2634.6577034678958,"d":"2,634.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2077.3142439115336,"d":"2,077.31"},null,"km3/yr",{"$nulls":3},{"v":27.070667712318556,"d":"27.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.27316430231091,"d":"60.27"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2836.7757184126385,"d":"2,836.78"},{"$nulls":6},{"v":0.1547337031472285,"d":"15.5%"},{"v":438.9448119081271,"d":"438.94"},{"v":2397.8309065045114,"d":"2,397.83"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50","100%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50",2050,"GHGnonCO2AgLUC",{"v":7.5672274753594335,"d":"7.57"},{"$nulls":3},{"v":2.4807324558800703,"d":"2.48"},{"v":10.047959931239504,"d":"10.05"},null,"GtCO2eq/yr",{"v":4920.119028745096,"d":"4,920.1"},{"v":1541.4862787450973,"d":"1,541.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1690.4885097151964,"d":"1,690.49"},null,"km3/yr",{"$nulls":3},{"v":13.050244455815148,"d":"13.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":56.238182449086295,"d":"56.24"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2402.3048400465323,"d":"2,402.30"},{"$nulls":6},{"v":0.18154400358501452,"d":"18.2%"},{"v":436.12403849370537,"d":"436.12"},{"v":1966.1808015528268,"d":"1,966.18"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2551020408163265,"d":"25.5%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Low","Const","Const","Low","No","Const","No","TREND","No","Low","Org-100%","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100%Organic - 100Conc_ConstProtAndGrass_CCYes_WR50","100%Organic - 100Conc_ConstProtAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":8.110404447138507,"d":"8.11"},{"$nulls":3},{"v":3.6084804810107296,"d":"3.61"},{"v":11.718884928149237,"d":"11.72"},null,"GtCO2eq/yr",{"v":5928.614352852991,"d":"5,928.6"},{"v":2549.9816028529904,"d":"2,550.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1845.0390582378977,"d":"1,845.04"},null,"km3/yr",{"$nulls":3},{"v":5.705414193369432,"d":"5.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":56.402262377595314,"d":"56.40"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2619.58410013047,"d":"2,619.58"},{"$nulls":6},{"v":0.15126702286072438,"d":"15.1%"},{"v":396.2566879600259,"d":"396.26"},{"v":2223.327412170444,"d":"2,223.33"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low",{"$f":"IF(BN465=0,\"Const\",\"Waste\")","v":"Waste"},"Low","Const","Const","Low","No","Const","No","MOD","No","Low","Org-100%","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":1,"d":"100%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstCalAndGrass_CCNO","60%Organic - 0Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.100104996550698,"d":"7.10"},{"$nulls":3},{"v":2.3771575421528253,"d":"2.38"},{"v":9.477262538703524,"d":"9.48"},null,"GtCO2eq/yr",{"v":4653.821178088986,"d":"4,653.8"},{"v":1275.1884280889876,"d":"1,275.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1701.8138793982655,"d":"1,701.81"},null,"km3/yr",{"$nulls":3},{"v":16.227868356127928,"d":"16.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.37604798967338,"d":"38.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058271740174,"d":"3,028.06"},{"$nulls":6},{"v":0.04944670860878576,"d":"4.9%"},{"v":149.72751501315977,"d":"149.73"},{"v":2878.330756727014,"d":"2,878.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0.6)+(BT$93*0.4)","v":{"v":0.2891156462585034,"d":"28.9%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstCalAndGrass_CCNO_W50","60%Organic - 0Conc_ConstCalAndGrass_CCNO_W50",2050,"GHGnonCO2AgLUC",{"v":6.358329248684861,"d":"6.36"},{"$nulls":3},{"v":2.2500573562826456,"d":"2.25"},{"v":8.608386604967507,"d":"8.61"},null,"GtCO2eq/yr",{"v":4511.451874825319,"d":"4,511.5"},{"v":1132.8191248253188,"d":"1,132.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1443.0512245021887,"d":"1,443.05"},null,"km3/yr",{"$nulls":3},{"v":5.525899138028295,"d":"5.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.00058919734449,"d":"36.00"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2667.46080046838,"d":"2,667.46"},{"$nulls":6},{"v":0.04864500882085132,"d":"4.9%"},{"v":129.75865416805948,"d":"129.76"},{"v":2537.7021463003207,"d":"2,537.70"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstCalAndGrass_CCYes","60%Organic - 0Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.305648064130758,"d":"7.31"},{"$nulls":3},{"v":3.1411609898427186,"d":"3.14"},{"v":10.446809053973476,"d":"10.45"},null,"GtCO2eq/yr",{"v":5318.55347764216,"d":"5,318.6"},{"v":1939.9207276421655,"d":"1,939.9"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1668.3266531967527,"d":"1,668.33"},null,"km3/yr",{"$nulls":3},{"v":16.462652554974504,"d":"16.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.883152527502865,"d":"36.88"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582612394783,"d":"3,028.06"},{"$nulls":6},{"v":0.04154006521089099,"d":"4.2%"},{"v":125.78573763426512,"d":"125.79"},{"v":2902.2725236052133,"d":"2,902.27"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstCalAndGrass_CCY_W50","60%Organic - 0Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":6.529560822972226,"d":"6.53"},{"$nulls":3},{"v":2.916176248828523,"d":"2.92"},{"v":9.44573707180075,"d":"9.45"},null,"GtCO2eq/yr",{"v":5097.793689964142,"d":"5,097.8"},{"v":1719.1609399641416,"d":"1,719.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1417.3851045435497,"d":"1,417.39"},null,"km3/yr",{"$nulls":3},{"v":6.084309196718996,"d":"6.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":34.5996063752229,"d":"34.60"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2668.763611820404,"d":"2,668.76"},{"$nulls":6},{"v":0.040874774481034486,"d":"4.1%"},{"v":109.08511077635008,"d":"109.09"},{"v":2559.678501044054,"d":"2,559.68"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstCalProtNo_CCNO","60%Organic - 0Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.3670541012858495,"d":"7.37"},{"$nulls":3},{"v":2.527876396163818,"d":"2.53"},{"v":9.894930497449668,"d":"9.89"},null,"GtCO2eq/yr",{"v":4878.436052782405,"d":"4,878.4"},{"v":1499.8033027824029,"d":"1,499.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1896.137716397013,"d":"1,896.14"},null,"km3/yr",{"$nulls":3},{"v":6.280341875596359,"d":"6.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":40.16650804738253,"d":"40.17"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3749.403903811742,"d":"3,749.40"},{"$nulls":6},{"v":0.04041146002801581,"d":"4.0%"},{"v":151.51888598777464,"d":"151.52"},{"v":3597.8850178239672,"d":"3,597.89"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstCalProtNo_CCYes","60%Organic - 0Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":6.8815761023744635,"d":"6.88"},{"$nulls":3},{"v":2.5278763961638195,"d":"2.53"},{"v":9.409452498538283,"d":"9.41"},null,"GtCO2eq/yr",{"v":4878.436052782404,"d":"4,878.4"},{"v":1499.8033027824029,"d":"1,499.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1280.0891940097624,"d":"1,280.09"},null,"km3/yr",{"$nulls":3},{"v":23.158493173874046,"d":"23.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":35.84043064476239,"d":"35.84"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2663.6142658120807,"d":"2,663.61"},{"$nulls":6},{"v":0.045880076284085206,"d":"4.6%"},{"v":122.20682570683587,"d":"122.21"},{"v":2541.407440105245,"d":"2,541.41"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstProtAndGrass_CCNO","60%Organic - 0Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.234833591111896,"d":"7.23"},{"$nulls":3},{"v":2.482041562207072,"d":"2.48"},{"v":9.716875153318968,"d":"9.72"},null,"GtCO2eq/yr",{"v":4796.476836679017,"d":"4,796.5"},{"v":1417.8440866790158,"d":"1,417.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1773.1366048092605,"d":"1,773.14"},null,"km3/yr",{"$nulls":3},{"v":8.656823569770598,"d":"8.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.01080677133683,"d":"38.01"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3462.4565115514965,"d":"3,462.46"},{"$nulls":6},{"v":0.04354048277320731,"d":"4.4%"},{"v":150.7570280941874,"d":"150.76"},{"v":3311.6994834573093,"d":"3,311.70"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 0Conc_ConstProtAndGrass_CCYes","60%Organic - 0Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.5005929526577875,"d":"7.50"},{"$nulls":3},{"v":3.339592740893795,"d":"3.34"},{"v":10.840185693551582,"d":"10.84"},null,"GtCO2eq/yr",{"v":5541.27991251257,"d":"5,541.3"},{"v":2162.64716251257,"d":"2,162.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1814.6671928561998,"d":"1,814.67"},null,"km3/yr",{"$nulls":3},{"v":8.3412387362037,"d":"8.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":37.048338607711905,"d":"37.05"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3538.926778527275,"d":"3,538.93"},{"$nulls":6},{"v":0.03596116453500358,"d":"3.6%"},{"v":127.26392815994951,"d":"127.26"},{"v":3411.6628503673255,"d":"3,411.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT",{"$f":"IF(CM473=\"Trend\",\"Low_Con\",IF(CM473=\"Feed+\",\"Feed\",IF(CM473=0,\" \",CM473)))","v":"Low"},null,{"v":0,"d":"0%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstCalAndGrass_CCNO","60%Organic - 50Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.876776144180755,"d":"7.88"},{"$nulls":3},{"v":2.5140152402661573,"d":"2.51"},{"v":10.390791384446912,"d":"10.39"},null,"GtCO2eq/yr",{"v":4849.098919176529,"d":"4,849.1"},{"v":1470.4661691765284,"d":"1,470.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1908.6721249156237,"d":"1,908.67"},null,"km3/yr",{"$nulls":3},{"v":34.42538020327454,"d":"34.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":49.991356138401166,"d":"49.99"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582734222253,"d":"3,028.06"},{"$nulls":6},{"v":0.0937341558580735,"d":"9.4%"},{"v":283.8324861482878,"d":"283.83"},{"v":2744.2257872739374,"d":"2,744.23"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low",{"$f":"IF($CT474=\"VGN\",\"NO MEAT\",IF($CT474=\"SUBST\",\"SUBST\",IF($CT474=\"PESC\",\"PESC\",IF($CT474=\"VEG\",\"NO MEAT\",IF($CT474=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstCalAndGrass_CCN_W50","60%Organic - 50Conc_ConstCalAndGrass_CCN_W50",2050,"GHGnonCO2AgLUC",{"v":7.0398230965118485,"d":"7.04"},{"$nulls":3},{"v":2.3660101629907686,"d":"2.37"},{"v":9.405833259502618,"d":"9.41"},null,"GtCO2eq/yr",{"v":4688.497968939602,"d":"4,688.5"},{"v":1309.8652189396037,"d":"1,309.9"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1615.5786327308363,"d":"1,615.58"},null,"km3/yr",{"$nulls":3},{"v":20.227739350445194,"d":"20.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":46.02067428425352,"d":"46.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2649.4562712938414,"d":"2,649.46"},{"$nulls":6},{"v":0.0926808620082293,"d":"9.3%"},{"v":245.55389107662222,"d":"245.55"},{"v":2403.902380217219,"d":"2,403.90"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstCalAndGrass_CCYes","60%Organic - 50Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.12110891767972,"d":"8.12"},{"$nulls":3},{"v":3.373616009007806,"d":"3.37"},{"v":11.494724926687526,"d":"11.49"},null,"GtCO2eq/yr",{"v":5592.058151474033,"d":"5,592.1"},{"v":2213.425401474032,"d":"2,213.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1875.956325706192,"d":"1,875.96"},null,"km3/yr",{"$nulls":3},{"v":33.22897528620317,"d":"33.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.697220088649196,"d":"47.70"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058262603582,"d":"3,028.06"},{"$nulls":6},{"v":0.08171678093761661,"d":"8.2%"},{"v":247.44317371151686,"d":"247.44"},{"v":2780.615088892065,"d":"2,780.62"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstCalAndGrass_CCY_W50","60%Organic - 50Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":7.245041120608157,"d":"7.25"},{"$nulls":3},{"v":3.1205949525159875,"d":"3.12"},{"v":10.365636073124143,"d":"10.37"},null,"GtCO2eq/yr",{"v":5345.9006840861575,"d":"5,345.9"},{"v":1967.267934086163,"d":"1,967.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1591.2390576783996,"d":"1,591.24"},null,"km3/yr",{"$nulls":3},{"v":19.554483794240177,"d":"19.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":43.85538510103435,"d":"43.86"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2649.8563964622235,"d":"2,649.86"},{"$nulls":6},{"v":0.08079659672203293,"d":"8.1%"},{"v":214.09937863625768,"d":"214.10"},{"v":2435.7570178259657,"d":"2,435.76"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstCalProtNo_CCNO","60%Organic - 50Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.346215546976179,"d":"7.35"},{"$nulls":3},{"v":2.51442711004254,"d":"2.51"},{"v":9.860642657018719,"d":"9.86"},null,"GtCO2eq/yr",{"v":4876.275579021476,"d":"4,876.3"},{"v":1497.6428290214717,"d":"1,497.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1280.8815735473286,"d":"1,280.88"},null,"km3/yr",{"$nulls":3},{"v":42.99482491496095,"d":"43.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":43.68410527050723,"d":"43.68"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2231.904243485344,"d":"2,231.90"},{"$nulls":6},{"v":0.10117479662019485,"d":"10.1%"},{"v":225.81245791037952,"d":"225.81"},{"v":2006.0917855749644,"d":"2,006.09"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstCalProtNo_CCYes","60%Organic - 50Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.909144429912235,"d":"7.91"},{"$nulls":3},{"v":2.51442711004254,"d":"2.51"},{"v":10.423571539954775,"d":"10.42"},null,"GtCO2eq/yr",{"v":4876.275579021476,"d":"4,876.3"},{"v":1497.6428290214717,"d":"1,497.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1893.958026237554,"d":"1,893.96"},null,"km3/yr",{"$nulls":3},{"v":32.75993837831018,"d":"32.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":50.02479196740545,"d":"50.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3155.913735692957,"d":"3,155.91"},{"$nulls":6},{"v":0.09089900559324533,"d":"9.1%"},{"v":286.86942031255387,"d":"286.87"},{"v":2869.044315380403,"d":"2,869.04"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstProtAndGrass_CCNO","60%Organic - 50Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.876776144180755,"d":"7.88"},{"$nulls":3},{"v":2.5140152402661573,"d":"2.51"},{"v":10.390791384446912,"d":"10.39"},null,"GtCO2eq/yr",{"v":4849.098919176529,"d":"4,849.1"},{"v":1470.4661691765284,"d":"1,470.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1908.6721249156237,"d":"1,908.67"},null,"km3/yr",{"$nulls":3},{"v":34.42538020327454,"d":"34.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":49.991356138401166,"d":"49.99"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582734222253,"d":"3,028.06"},{"$nulls":6},{"v":0.0937341558580735,"d":"9.4%"},{"v":283.8324861482878,"d":"283.83"},{"v":2744.2257872739374,"d":"2,744.23"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 50Conc_ConstProtAndGrass_CCYes","60%Organic - 50Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.12110891767972,"d":"8.12"},{"$nulls":3},{"v":3.373616009007806,"d":"3.37"},{"v":11.494724926687526,"d":"11.49"},null,"GtCO2eq/yr",{"v":5592.058151474033,"d":"5,592.1"},{"v":2213.425401474032,"d":"2,213.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1875.956325706192,"d":"1,875.96"},null,"km3/yr",{"$nulls":3},{"v":33.22897528620317,"d":"33.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.697220088649196,"d":"47.70"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058262603582,"d":"3,028.06"},{"$nulls":6},{"v":0.08171678093761661,"d":"8.2%"},{"v":247.44317371151686,"d":"247.44"},{"v":2780.615088892065,"d":"2,780.62"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-60%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.6,"d":"60%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstCalAndGrass_CCNO","60%Organic - 100Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.145589864287684,"d":"9.15"},{"$nulls":3},{"v":2.6543488250605507,"d":"2.65"},{"v":11.799938689348235,"d":"11.80"},null,"GtCO2eq/yr",{"v":5052.632103006457,"d":"5,052.6"},{"v":1673.999353006459,"d":"1,674.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2182.1610284118715,"d":"2,182.16"},null,"km3/yr",{"$nulls":3},{"v":78.81596301059568,"d":"78.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.02476480672497,"d":"64.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058282401027,"d":"3,028.06"},{"$nulls":6},{"v":0.17119866966125913,"d":"17.1%"},{"v":518.3995496038132,"d":"518.40"},{"v":2509.658732797214,"d":"2,509.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstCalAndGrass_CCN0_W50","60%Organic - 100Conc_ConstCalAndGrass_CCN0_W50",2050,"GHGnonCO2AgLUC",{"v":8.156867630643566,"d":"8.16"},{"$nulls":3},{"v":2.487306286314051,"d":"2.49"},{"v":10.644173916957616,"d":"10.64"},null,"GtCO2eq/yr",{"v":4874.262291303294,"d":"4,874.3"},{"v":1495.629541303296,"d":"1,495.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1843.3613187964165,"d":"1,843.36"},null,"km3/yr",{"$nulls":3},{"v":57.93685141445604,"d":"57.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":58.06409143553059,"d":"58.06"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2626.286537388876,"d":"2,626.29"},{"$nulls":6},{"v":0.17050027298159023,"d":"17.1%"},{"v":447.7825715526787,"d":"447.78"},{"v":2178.503965836197,"d":"2,178.50"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstCalAndGrass_CCYes","60%Organic - 100Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.473406161007057,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974933788845783,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2178.43852418007,"d":"2,178.44"},null,"km3/yr",{"$nulls":3},{"v":121.73285941866392,"d":"121.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.93735147111459,"d":"63.94"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50","60%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":8.391781961070159,"d":"8.39"},{"$nulls":3},{"v":3.318868427318834,"d":"3.32"},{"v":11.710650388388991,"d":"11.71"},null,"GtCO2eq/yr",{"v":5594.33609910771,"d":"5,594.3"},{"v":2215.7033491077145,"d":"2,215.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1818.4730752581502,"d":"1,818.47"},null,"km3/yr",{"$nulls":3},{"v":55.36965780046992,"d":"55.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":55.41323230061462,"d":"55.41"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2625.2249425551067,"d":"2,625.22"},{"$nulls":6},{"v":0.1592937479471451,"d":"15.9%"},{"v":418.18192030393163,"d":"418.18"},{"v":2207.043022251175,"d":"2,207.04"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstCalProtNo_CCNO","60%Organic - 100Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.80073774737214,"d":"8.80"},{"$nulls":3},{"v":2.501155879479471,"d":"2.50"},{"v":11.301893626851612,"d":"11.30"},null,"GtCO2eq/yr",{"v":4874.395413323247,"d":"4,874.4"},{"v":1495.762663323247,"d":"1,495.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1980.8213454387085,"d":"1,980.82"},null,"km3/yr",{"$nulls":3},{"v":78.95145903208586,"d":"79.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":61.10915009364734,"d":"61.11"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2756.407746986098,"d":"2,756.41"},{"$nulls":6},{"v":0.17799265112824503,"d":"17.8%"},{"v":490.62032247648847,"d":"490.62"},{"v":2265.7874245096095,"d":"2,265.79"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstCalProtNo_CCYes","60%Organic - 100Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.082303022685764,"d":"8.08"},{"$nulls":3},{"v":2.50115587947947,"d":"2.50"},{"v":10.583458902165233,"d":"10.58"},null,"GtCO2eq/yr",{"v":4874.395413323247,"d":"4,874.4"},{"v":1495.762663323247,"d":"1,495.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1341.6580088271164,"d":"1,341.66"},null,"km3/yr",{"$nulls":3},{"v":77.39147099723479,"d":"77.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":52.73511020445831,"d":"52.74"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":1949.867285132447,"d":"1,949.87"},{"$nulls":6},{"v":0.20410483772091234,"d":"20.4%"},{"v":397.977345809274,"d":"397.98"},{"v":1551.889939323173,"d":"1,551.89"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","Org-60%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstProtAndGrass_CCNO","60%Organic - 100Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.145589864287684,"d":"9.15"},{"$nulls":3},{"v":2.6543488250605507,"d":"2.65"},{"v":11.799938689348235,"d":"11.80"},null,"GtCO2eq/yr",{"v":5052.632103006457,"d":"5,052.6"},{"v":1673.999353006459,"d":"1,674.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2182.1610284118715,"d":"2,182.16"},null,"km3/yr",{"$nulls":3},{"v":78.81596301059568,"d":"78.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.02476480672497,"d":"64.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058282401027,"d":"3,028.06"},{"$nulls":6},{"v":0.17119866966125913,"d":"17.1%"},{"v":518.3995496038132,"d":"518.40"},{"v":2509.658732797214,"d":"2,509.66"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstProtAndGrass_CCYes","60%Organic - 100Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.27414104036293,"d":"9.27"},{"$nulls":3},{"v":3.4708804163781504,"d":"3.47"},{"v":12.74502145674108,"d":"12.75"},null,"GtCO2eq/yr",{"v":5774.826846558796,"d":"5,774.8"},{"v":2396.194096558793,"d":"2,396.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2116.572281960394,"d":"2,116.57"},null,"km3/yr",{"$nulls":3},{"v":76.25547095049302,"d":"76.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.18540639831559,"d":"60.19"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2940.215443319646,"d":"2,940.22"},{"$nulls":6},{"v":0.16066705284751795,"d":"16.1%"},{"v":472.39575001492597,"d":"472.40"},{"v":2467.81969330472,"d":"2,467.82"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50","60%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50",2050,"GHGnonCO2AgLUC",{"v":8.038233648957974,"d":"8.04"},{"$nulls":3},{"v":2.409311076096158,"d":"2.41"},{"v":10.447544725054131,"d":"10.45"},null,"GtCO2eq/yr",{"v":4807.463254017583,"d":"4,807.5"},{"v":1428.8305040175817,"d":"1,428.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1772.8043449906877,"d":"1,772.80"},null,"km3/yr",{"$nulls":3},{"v":59.256340777165974,"d":"59.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":57.117142939130204,"d":"57.12"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2524.1064169543756,"d":"2,524.11"},{"$nulls":6},{"v":0.17409513357516213,"d":"17.4%"},{"v":439.4346438175959,"d":"439.43"},{"v":2084.67177313678,"d":"2,084.67"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.2891156462585034,"d":"28.9%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","60%Organic - 100Conc_ConstProtAndGrass_CCYes_WR50","60%Organic - 100Conc_ConstProtAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":8.391781961070159,"d":"8.39"},{"$nulls":3},{"v":3.318868427318834,"d":"3.32"},{"v":11.710650388388991,"d":"11.71"},null,"GtCO2eq/yr",{"v":5594.33609910771,"d":"5,594.3"},{"v":2215.7033491077145,"d":"2,215.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1818.4730752581502,"d":"1,818.47"},null,"km3/yr",{"$nulls":3},{"v":55.36965780046992,"d":"55.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":55.41323230061462,"d":"55.41"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2625.2249425551067,"d":"2,625.22"},{"$nulls":6},{"v":0.1592937479471451,"d":"15.9%"},{"v":418.18192030393163,"d":"418.18"},{"v":2207.043022251175,"d":"2,207.04"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-60%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.6,"d":"60%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstCalAndGrass_CCNO","20%Organic - 0Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.373903056451246,"d":"7.37"},{"$nulls":3},{"v":2.2804921093952912,"d":"2.28"},{"v":9.654395165846537,"d":"9.65"},null,"GtCO2eq/yr",{"v":4536.104902201276,"d":"4,536.1"},{"v":1157.4721522012735,"d":"1,157.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1712.4143462649097,"d":"1,712.41"},null,"km3/yr",{"$nulls":3},{"v":50.36332457597437,"d":"50.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.37681204892592,"d":"38.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058285296783,"d":"3,028.06"},{"$nulls":6},{"v":0.04981779823893629,"d":"5.0%"},{"v":150.85119671265454,"d":"150.85"},{"$f":"AX492-BF492","v":{"v":2877.2070885841285,"d":"2,877.21"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0.2)+(BT$93*0.8)","v":{"v":0.32312925170068024,"d":"32.3%"}},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstCalAndGrass_CCNO_W50","20%Organic - 0Conc_ConstCalAndGrass_CCNO_W50",2050,"GHGnonCO2AgLUC",{"v":6.597732364129537,"d":"6.60"},{"$nulls":3},{"v":2.1668249598508,"d":"2.17"},{"v":8.764557323980338,"d":"8.76"},null,"GtCO2eq/yr",{"v":4407.006118193818,"d":"4,407.0"},{"v":1028.373368193815,"d":"1,028.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1452.69383666565,"d":"1,452.69"},null,"km3/yr",{"$nulls":3},{"v":35.81169643482544,"d":"35.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":35.956855137851214,"d":"35.96"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2672.9753615539394,"d":"2,672.98"},{"$nulls":6},{"v":0.048925859438216146,"d":"4.9%"},{"v":130.77761682120303,"d":"130.78"},{"v":2542.1977447327363,"d":"2,542.20"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstCalAndGrass_CCYes","20%Organic - 0Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.538686430130759,"d":"7.54"},{"$nulls":3},{"v":2.9761551876254777,"d":"2.98"},{"v":10.514841617756236,"d":"10.51"},null,"GtCO2eq/yr",{"v":5137.004221790781,"d":"5,137.0"},{"v":1758.371471790777,"d":"1,758.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1670.804260213365,"d":"1,670.80"},null,"km3/yr",{"$nulls":3},{"v":49.045930090692266,"d":"49.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.67107299797155,"d":"36.67"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582721298933,"d":"3,028.06"},{"$nulls":6},{"v":0.046462663926426194,"d":"4.6%"},{"v":140.69165384760603,"d":"140.69"},{"v":2887.366618282287,"d":"2,887.37"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstCalAndGrass_CCY_W50","20%Organic - 0Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":6.733854606703041,"d":"6.73"},{"$nulls":3},{"v":2.77553760119215,"d":"2.78"},{"v":9.509392207895191,"d":"9.51"},null,"GtCO2eq/yr",{"v":4937.154952181635,"d":"4,937.2"},{"v":1558.5222021816323,"d":"1,558.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1419.9420229172606,"d":"1,419.94"},null,"km3/yr",{"$nulls":3},{"v":35.00287193780717,"d":"35.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":34.3881215721598,"d":"34.39"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2674.6531208700144,"d":"2,674.65"},{"$nulls":6},{"v":0.045614959835605165,"d":"4.6%"},{"v":122.00419468266172,"d":"122.00"},{"v":2552.6489261873526,"d":"2,552.65"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstCalProtNo_CCNO","20%Organic - 0Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.909371210035551,"d":"7.91"},{"$nulls":3},{"v":2.5311636212781017,"d":"2.53"},{"v":10.440534831313652,"d":"10.44"},null,"GtCO2eq/yr",{"v":4880.733575194035,"d":"4,880.7"},{"v":1502.1008251940336,"d":"1,502.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2062.9106064927173,"d":"2,062.91"},null,"km3/yr",{"$nulls":3},{"v":45.361375325383364,"d":"45.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":41.37836055184855,"d":"41.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":4090.847983176852,"d":"4,090.85"},{"$nulls":6},{"v":0.03773624145724362,"d":"3.8%"},{"v":154.37322725803978,"d":"154.37"},{"v":3936.474755918812,"d":"3,936.47"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstCalProtNo_CCYes","20%Organic - 0Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.27187104801421,"d":"7.27"},{"$nulls":3},{"v":2.5311636212781026,"d":"2.53"},{"v":9.803034669292312,"d":"9.80"},null,"GtCO2eq/yr",{"v":4880.7335751940345,"d":"4,880.7"},{"v":1502.1008251940339,"d":"1,502.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1393.4719424479417,"d":"1,393.47"},null,"km3/yr",{"$nulls":3},{"v":50.19672501024944,"d":"50.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.40292478365344,"d":"36.40"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2913.8515064512885,"d":"2,913.85"},{"$nulls":6},{"v":0.0473341950817124,"d":"4.7%"},{"v":137.92481564550687,"d":"137.92"},{"v":2775.9266908057816,"d":"2,775.93"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"$f":"IF(BY497=1,CA$93,(1+BY497)*CA$93*(1-DC497)+CA496*(DC497))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED",{"$f":"IF(BT497<0.34,\"Low\",\"Trend\")","v":"Low"},{"$f":"IF(BN497=0,\"Const\",\"Waste\")","v":"Const"},"Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstProtAndGrass_CCNO","20%Organic - 0Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.556237815012472,"d":"7.56"},{"$nulls":3},{"v":2.4126490005327157,"d":"2.41"},{"v":9.968886815545188,"d":"9.97"},null,"GtCO2eq/yr",{"v":4692.401335739839,"d":"4,692.4"},{"v":1313.7685857398344,"d":"1,313.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1805.819770801671,"d":"1,805.82"},null,"km3/yr",{"$nulls":3},{"v":44.86176747887904,"d":"44.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":37.83229111226295,"d":"37.83"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3514.1471720086224,"d":"3,514.15"},{"$nulls":6},{"v":0.043264060407382295,"d":"4.3%"},{"v":152.0362755302127,"d":"152.04"},{"v":3362.11089647841,"d":"3,362.11"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},{"$f":"IF(DC499=0,1,-0.2)","v":1},null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const",{"$f":"IF(CO498=\"Low\",\"Trend\",\"Low\")","v":"Low"},"Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 0Conc_ConstProtAndGrass_CCYes","20%Organic - 0Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.795809962944408,"d":"7.80"},{"$nulls":3},{"v":3.207449787974762,"d":"3.21"},{"v":11.00325975091917,"d":"11.00"},null,"GtCO2eq/yr",{"v":5379.645508865694,"d":"5,379.6"},{"v":2001.0127588656976,"d":"2,001.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1836.006207029076,"d":"1,836.01"},null,"km3/yr",{"$nulls":3},{"v":44.00627508675948,"d":"44.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.66605625586978,"d":"36.67"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3581.9927764511303,"d":"3,581.99"},{"$nulls":6},{"v":0.03975606755528838,"d":"4.0%"},{"v":142.40594680314612,"d":"142.41"},{"v":3439.5868296479844,"d":"3,439.59"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstCalAndGrass_CCNO","20%Organic - 50Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.208440064082252,"d":"8.21"},{"$nulls":3},{"v":2.382592918141443,"d":"2.38"},{"v":10.591032982223695,"d":"10.59"},null,"GtCO2eq/yr",{"v":4696.205422299711,"d":"4,696.2"},{"v":1317.5726722997128,"d":"1,317.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1927.153249657805,"d":"1,927.15"},null,"km3/yr",{"$nulls":3},{"v":75.47962670036439,"d":"75.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":50.208576860180514,"d":"50.21"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058288797272,"d":"3,028.06"},{"$nulls":6},{"v":0.09343274938295838,"d":"9.3%"},{"v":282.9198112141853,"d":"282.92"},{"v":2745.1384775830866,"d":"2,745.14"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstCalAndGrass_CCN_W50","20%Organic - 50Conc_ConstCalAndGrass_CCN_W50",2050,"GHGnonCO2AgLUC",{"v":7.331860038666709,"d":"7.33"},{"$nulls":3},{"v":2.2520842252033653,"d":"2.25"},{"v":9.583944263870073,"d":"9.58"},null,"GtCO2eq/yr",{"v":4550.638387036543,"d":"4,550.6"},{"v":1172.0056370365457,"d":"1,172.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1630.1770249149636,"d":"1,630.18"},null,"km3/yr",{"$nulls":3},{"v":56.97975860984791,"d":"57.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":46.151340355339045,"d":"46.15"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2653.140962914399,"d":"2,653.14"},{"$nulls":6},{"v":0.09228237136164212,"d":"9.2%"},{"v":244.83813961445134,"d":"244.84"},{"v":2408.3028232999477,"d":"2,408.30"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstCalAndGrass_CCYes","20%Organic - 50Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.395587941925525,"d":"8.40"},{"$nulls":3},{"v":3.1530646569242013,"d":"3.15"},{"v":11.548652598849726,"d":"11.55"},null,"GtCO2eq/yr",{"v":5353.221709416429,"d":"5,353.2"},{"v":1974.588959416428,"d":"1,974.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1878.9031353480484,"d":"1,878.90"},null,"km3/yr",{"$nulls":3},{"v":71.76906859480708,"d":"71.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.45405788071457,"d":"47.45"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058274939109,"d":"3,028.06"},{"$nulls":6},{"v":0.0885214291647039,"d":"8.9%"},{"v":268.04804609161783,"d":"268.05"},{"v":2760.0102288474914,"d":"2,760.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstCalAndGrass_CCY_W50","20%Organic - 50Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":7.487258722131459,"d":"7.49"},{"$nulls":3},{"v":2.923228094230256,"d":"2.92"},{"v":10.410486816361715,"d":"10.41"},null,"GtCO2eq/yr",{"v":5131.4030526199185,"d":"5,131.4"},{"v":1752.7703026199179,"d":"1,752.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1592.4791502105186,"d":"1,592.48"},null,"km3/yr",{"$nulls":3},{"v":54.08600260569961,"d":"54.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":43.59034001511154,"d":"43.59"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2653.605845602959,"d":"2,653.61"},{"$nulls":6},{"v":0.08741901057035281,"d":"8.7%"},{"v":231.9755974663151,"d":"231.98"},{"v":2421.630248136644,"d":"2,421.63"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstCalProtNo_CCNO","20%Organic - 50Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.8114360887430285,"d":"7.81"},{"$nulls":3},{"v":2.5162486779037176,"d":"2.52"},{"v":10.327684766646746,"d":"10.33"},null,"GtCO2eq/yr",{"v":4877.7046950310305,"d":"4,877.7"},{"v":1499.0719450310312,"d":"1,499.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1415.5085625305885,"d":"1,415.51"},null,"km3/yr",{"$nulls":3},{"v":72.32091795889046,"d":"72.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":44.91837559693547,"d":"44.92"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2477.2287740436163,"d":"2,477.23"},{"$nulls":6},{"v":0.10276007731381936,"d":"10.3%"},{"v":254.56022034473997,"d":"254.56"},{"v":2222.668553698876,"d":"2,222.67"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","Org-20%",{"$f":"IF(ISNUMBER(SEARCH(\"CCY\",H504)),\"Yes\",\"Const\")","v":"Const"},"Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstCalProtNo_CCYes","20%Organic - 50Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.547874481288348,"d":"8.55"},{"$nulls":3},{"v":2.5162486779037176,"d":"2.52"},{"v":11.064123159192066,"d":"11.06"},null,"GtCO2eq/yr",{"v":4877.7046950310305,"d":"4,877.7"},{"v":1499.0719450310312,"d":"1,499.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2090.792837678392,"d":"2,090.79"},null,"km3/yr",{"$nulls":3},{"v":75.73100559056303,"d":"75.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":52.43998162411007,"d":"52.44"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3474.350310679497,"d":"3,474.35"},{"$nulls":6},{"v":0.08562468353165924,"d":"8.6%"},{"v":297.4901458300539,"d":"297.49"},{"v":3176.860164849443,"d":"3,176.86"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstProtAndGrass_CCNO","20%Organic - 50Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.208440064082252,"d":"8.21"},{"$nulls":3},{"v":2.382592918141443,"d":"2.38"},{"v":10.591032982223695,"d":"10.59"},null,"GtCO2eq/yr",{"v":4696.205422299711,"d":"4,696.2"},{"v":1317.5726722997128,"d":"1,317.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1927.153249657805,"d":"1,927.15"},null,"km3/yr",{"$nulls":3},{"v":75.47962670036439,"d":"75.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":50.208576860180514,"d":"50.21"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058288797272,"d":"3,028.06"},{"$nulls":6},{"v":0.09343274938295838,"d":"9.3%"},{"v":282.9198112141853,"d":"282.92"},{"v":2745.1384775830866,"d":"2,745.14"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Const","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 50Conc_ConstProtAndGrass_CCYes","20%Organic - 50Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.395587941925525,"d":"8.40"},{"$nulls":3},{"v":3.1530646569242013,"d":"3.15"},{"v":11.548652598849726,"d":"11.55"},null,"GtCO2eq/yr",{"v":5353.221709416429,"d":"5,353.2"},{"v":1974.588959416428,"d":"1,974.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1878.9031353480484,"d":"1,878.90"},null,"km3/yr",{"$nulls":3},{"v":71.76906859480708,"d":"71.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.45405788071457,"d":"47.45"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058274939109,"d":"3,028.06"},{"$nulls":6},{"v":0.0885214291647039,"d":"8.9%"},{"v":268.04804609161783,"d":"268.05"},{"v":2760.0102288474914,"d":"2,760.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","Org-20%","Yes","Low","MEAT","Low",null,{"v":0.5,"d":"50%"},{"v":0.2,"d":"20%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstCalAndGrass_CCNO","20%Organic - 100Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstCalAndGrass_CCN0_W50","20%Organic - 100Conc_ConstCalAndGrass_CCN0_W50",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50","20%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstCalProtNo_CCNO","20%Organic - 100Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstCalProtNo_CCYes","20%Organic - 100Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstProtAndGrass_CCNO","20%Organic - 100Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstProtAndGrass_CCYes","20%Organic - 100Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","20%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50","20%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50",2050,"GHGnonCO2AgLUC",{"v":9.473314259290877,"d":"9.47"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.974841887129603,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.956091775397,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2177.6976436671316,"d":"2,177.70"},null,"km3/yr",{"$nulls":3},{"v":121.75685944940784,"d":"121.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":63.94543399982465,"d":"63.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058298433034,"d":"3,028.06"},{"$nulls":6},{"v":0.16971204882085425,"d":"17.0%"},{"v":513.8979777760599,"d":"513.90"},{"v":2514.1603206569744,"d":"2,514.16"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.32312925170068024,"d":"32.3%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","Org-20%","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0.2,"d":"20%"},{"$f":"IF($CM515=\"Low_Con\",1,IF($CM515=\"Trend\",2,IF($CM515=\"Feed\",3,IF($CM515=\"Feed+\",4,\" \"))))","v":2},{"$f":"IF($CR515=\"Const\",\"1\",IF($CR515=\"Trend\",2,IF($CR515=\"Fert\",\"3\",IF($CR515=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM515=\"Low_Con\",1^2,IF($CM515=\"Trend\",2^2,IF($CM515=\"Feed\",3^2,IF($CM515=\"Feed+\",4^2,\" \"))))","v":4},{"$f":"IF($CR515=\"Const\",1^2,IF($CR515=\"Trend\",2^2,IF($CR515=\"Fert\",3^2,IF($CR515=\"Fert+\",4^2,\" \"))))","v":1}]
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[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCNO","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.474764779030547,"d":"9.47"},{"$nulls":3},{"v":2.49961428545266,"d":"2.50"},{"v":11.974379064483207,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.327629008055,"d":"4,874.3"},{"v":1495.694879008056,"d":"1,495.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2185.7579571794345,"d":"2,185.76"},null,"km3/yr",{"$nulls":3},{"v":124.15850267545224,"d":"124.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.11837771783563,"d":"64.12"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582986783093,"d":"3,028.06"},{"$nulls":6},{"v":0.16932505617491442,"d":"16.9%"},{"v":512.7261415246205,"d":"512.73"},{"v":2515.332157153689,"d":"2,515.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"(BT$93*0.75*0)+(BT$93*1)","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCNO_W50","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCNO_W50",2050,"GHGnonCO2AgLUC",{"v":8.449373286362775,"d":"8.45"},{"$nulls":3},{"v":2.348165490070364,"d":"2.35"},{"v":10.79753877643314,"d":"10.80"},null,"GtCO2eq/yr",{"v":4712.657328202775,"d":"4,712.7"},{"v":1334.0245782027773,"d":"1,334.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1844.9886997651868,"d":"1,844.99"},null,"km3/yr",{"$nulls":3},{"v":98.86844331329283,"d":"98.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":58.016707227633496,"d":"58.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2630.502421105449,"d":"2,630.50"},{"$nulls":6},{"v":0.1684057602974733,"d":"16.8%"},{"v":442.9917601906074,"d":"442.99"},{"v":2187.5106609148415,"d":"2,187.51"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Waste","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCYes","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.667626088027333,"d":"9.67"},{"$nulls":3},{"v":3.331724476688369,"d":"3.33"},{"v":12.999350564715701,"d":"13.00"},null,"GtCO2eq/yr",{"v":5579.69094742127,"d":"5,579.7"},{"v":2201.0581974212696,"d":"2,201.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2122.429881399009,"d":"2,122.43"},null,"km3/yr",{"$nulls":3},{"v":116.89301814957217,"d":"116.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.433655070344074,"d":"60.43"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582828955394,"d":"3,028.06"},{"$nulls":6},{"v":0.16824942663920645,"d":"16.8%"},{"v":509.46906992727446,"d":"509.47"},{"v":2518.5892129682647,"d":"2,518.59"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCY_W50","100Conc_0%Organic - 0Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":8.609485837853011,"d":"8.61"},{"$nulls":3},{"v":3.087780639656216,"d":"3.09"},{"v":11.697266477509228,"d":"11.70"},null,"GtCO2eq/yr",{"v":5338.191034466046,"d":"5,338.2"},{"v":1959.5582844660426,"d":"1,959.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1794.9454731507149,"d":"1,794.95"},null,"km3/yr",{"$nulls":3},{"v":92.84931791732313,"d":"92.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":54.667343386941155,"d":"54.67"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2629.5632782086373,"d":"2,629.56"},{"$nulls":6},{"v":0.16738998229528188,"d":"16.7%"},{"v":440.16255058366716,"d":"440.16"},{"v":2189.40072762497,"d":"2,189.40"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstCalProtNo_CCNO","100Conc_0%Organic - 0Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.47801361067897,"d":"9.48"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.979541238517696,"d":"11.98"},null,"GtCO2eq/yr",{"v":4874.956091775396,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2182.11292660564,"d":"2,182.11"},null,"km3/yr",{"$nulls":3},{"v":124.15263122338867,"d":"124.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.17330240269773,"d":"64.17"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3027.061274552013,"d":"3,027.06"},{"$nulls":6},{"v":0.16948684391121552,"d":"16.9%"},{"v":513.0470617496821,"d":"513.05"},{"v":2514.014212802331,"d":"2,514.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstCalProtNo_CCYes","100Conc_0%Organic - 0Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.577854573346036,"d":"8.58"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.079382201184762,"d":"11.08"},null,"GtCO2eq/yr",{"v":4874.956091775396,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1478.506072619716,"d":"1,478.51"},null,"km3/yr",{"$nulls":3},{"v":107.81891589282576,"d":"107.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":54.35636348755056,"d":"54.36"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2171.5557425736,"d":"2,171.56"},{"$nulls":6},{"v":0.20522119332282496,"d":"20.5%"},{"v":445.6492608579875,"d":"445.65"},{"v":1725.9064817156127,"d":"1,725.91"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstProtAndGrass_CCNO","100Conc_0%Organic - 0Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.472986403538002,"d":"9.47"},{"$nulls":3},{"v":2.4986149845664376,"d":"2.50"},{"v":11.971601388104439,"d":"11.97"},null,"GtCO2eq/yr",{"v":4875.8230651889835,"d":"4,875.8"},{"v":1497.1903151889846,"d":"1,497.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2190.8230180223586,"d":"2,190.82"},null,"km3/yr",{"$nulls":3},{"v":124.19757756688242,"d":"124.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.04670786159697,"d":"64.05"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3031.024756043008,"d":"3,031.02"},{"$nulls":6},{"v":0.16910111800117542,"d":"16.9%"},{"v":512.5496749361126,"d":"512.55"},{"v":2518.4750811068952,"d":"2,518.48"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 0Conc_ConstProtAndGrass_CCYes","100Conc_0%Organic - 0Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.622656718665645,"d":"9.62"},{"$nulls":3},{"v":3.3187022645464865,"d":"3.32"},{"v":12.941358983212131,"d":"12.94"},null,"GtCO2eq/yr",{"v":5575.565410556757,"d":"5,575.6"},{"v":2196.932660556757,"d":"2,196.9"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2142.1427757796846,"d":"2,142.14"},null,"km3/yr",{"$nulls":3},{"v":116.13717892514296,"d":"116.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.093410650930856,"d":"60.09"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3024.60640036498,"d":"3,024.61"},{"$nulls":6},{"v":0.16663057267049383,"d":"16.7%"},{"v":503.9918965956575,"d":"503.99"},{"v":2520.6145037693223,"d":"2,520.61"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCNO","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.474764779030547,"d":"9.47"},{"$nulls":3},{"v":2.49961428545266,"d":"2.50"},{"v":11.974379064483207,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.327629008055,"d":"4,874.3"},{"v":1495.694879008056,"d":"1,495.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2185.7579571794345,"d":"2,185.76"},null,"km3/yr",{"$nulls":3},{"v":124.15850267545224,"d":"124.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.11837771783563,"d":"64.12"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582986783093,"d":"3,028.06"},{"$nulls":6},{"v":0.16932505617491442,"d":"16.9%"},{"v":512.7261415246205,"d":"512.73"},{"v":2515.332157153689,"d":"2,515.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCN_W50","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCN_W50",2050,"GHGnonCO2AgLUC",{"v":8.449373286362775,"d":"8.45"},{"$nulls":3},{"v":2.348165490070364,"d":"2.35"},{"v":10.79753877643314,"d":"10.80"},null,"GtCO2eq/yr",{"v":4712.657328202775,"d":"4,712.7"},{"v":1334.0245782027773,"d":"1,334.0"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1844.9886997651868,"d":"1,844.99"},null,"km3/yr",{"$nulls":3},{"v":98.86844331329283,"d":"98.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":58.016707227633496,"d":"58.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2630.502421105449,"d":"2,630.50"},{"$nulls":6},{"v":0.1684057602974733,"d":"16.8%"},{"v":442.9917601906074,"d":"442.99"},{"v":2187.5106609148415,"d":"2,187.51"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Waste","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCYes","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.667626088027333,"d":"9.67"},{"$nulls":3},{"v":3.331724476688369,"d":"3.33"},{"v":12.999350564715701,"d":"13.00"},null,"GtCO2eq/yr",{"v":5579.69094742127,"d":"5,579.7"},{"v":2201.0581974212696,"d":"2,201.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2122.429881399009,"d":"2,122.43"},null,"km3/yr",{"$nulls":3},{"v":116.89301814957217,"d":"116.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.433655070344074,"d":"60.43"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582828955394,"d":"3,028.06"},{"$nulls":6},{"v":0.16824942663920645,"d":"16.8%"},{"v":509.46906992727446,"d":"509.47"},{"v":2518.5892129682647,"d":"2,518.59"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCY_W50","100Conc_0%Organic - 50Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":8.609485837853011,"d":"8.61"},{"$nulls":3},{"v":3.087780639656216,"d":"3.09"},{"v":11.697266477509228,"d":"11.70"},null,"GtCO2eq/yr",{"v":5338.191034466046,"d":"5,338.2"},{"v":1959.5582844660426,"d":"1,959.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1794.9454731507149,"d":"1,794.95"},null,"km3/yr",{"$nulls":3},{"v":92.84931791732313,"d":"92.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":54.667343386941155,"d":"54.67"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2629.5632782086373,"d":"2,629.56"},{"$nulls":6},{"v":0.16738998229528188,"d":"16.7%"},{"v":440.16255058366716,"d":"440.16"},{"v":2189.40072762497,"d":"2,189.40"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstCalProtNo_CCNO","100Conc_0%Organic - 50Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.577854573346036,"d":"8.58"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.079382201184762,"d":"11.08"},null,"GtCO2eq/yr",{"v":4874.956091775396,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1478.506072619716,"d":"1,478.51"},null,"km3/yr",{"$nulls":3},{"v":107.81891589282576,"d":"107.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":54.35636348755056,"d":"54.36"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2171.5557425736,"d":"2,171.56"},{"$nulls":6},{"v":0.20522119332282496,"d":"20.5%"},{"v":445.6492608579875,"d":"445.65"},{"v":1725.9064817156127,"d":"1,725.91"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend",{"$f":"IF(BN529=0,\"Const\",\"Waste\")","v":"Const"},"Low","Const","Leftovers","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstCalProtNo_CCYes","100Conc_0%Organic - 50Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.47801361067897,"d":"9.48"},{"$nulls":3},{"v":2.5015276278387266,"d":"2.50"},{"v":11.979541238517696,"d":"11.98"},null,"GtCO2eq/yr",{"v":4874.956091775396,"d":"4,875.0"},{"v":1496.3233417753981,"d":"1,496.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2182.11292660564,"d":"2,182.11"},null,"km3/yr",{"$nulls":3},{"v":124.15263122338867,"d":"124.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.17330240269773,"d":"64.17"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3027.061274552013,"d":"3,027.06"},{"$nulls":6},{"v":0.16948684391121552,"d":"16.9%"},{"v":513.0470617496821,"d":"513.05"},{"v":2514.014212802331,"d":"2,514.01"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstProtAndGrass_CCNO","100Conc_0%Organic - 50Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":9.474764779030547,"d":"9.47"},{"$nulls":3},{"v":2.49961428545266,"d":"2.50"},{"v":11.974379064483207,"d":"11.97"},null,"GtCO2eq/yr",{"v":4874.327629008055,"d":"4,874.3"},{"v":1495.694879008056,"d":"1,495.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2185.7579571794345,"d":"2,185.76"},null,"km3/yr",{"$nulls":3},{"v":124.15850267545224,"d":"124.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.11837771783563,"d":"64.12"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582986783093,"d":"3,028.06"},{"$nulls":6},{"v":0.16932505617491442,"d":"16.9%"},{"v":512.7261415246205,"d":"512.73"},{"v":2515.332157153689,"d":"2,515.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 50Conc_ConstProtAndGrass_CCYes","100Conc_0%Organic - 50Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":9.667626088027333,"d":"9.67"},{"$nulls":3},{"v":3.331724476688369,"d":"3.33"},{"v":12.999350564715701,"d":"13.00"},null,"GtCO2eq/yr",{"v":5579.69094742127,"d":"5,579.7"},{"v":2201.0581974212696,"d":"2,201.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2122.429881399009,"d":"2,122.43"},null,"km3/yr",{"$nulls":3},{"v":116.89301814957217,"d":"116.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.433655070344074,"d":"60.43"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582828955394,"d":"3,028.06"},{"$nulls":6},{"v":0.16824942663920645,"d":"16.8%"},{"v":509.46906992727446,"d":"509.47"},{"v":2518.5892129682647,"d":"2,518.59"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Low","Const","Leftovers","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCNO","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.49976328038725,"d":"8.50"},{"$nulls":3},{"v":2.9654853278017823,"d":"2.97"},{"v":11.465248608189032,"d":"11.47"},null,"GtCO2eq/yr",{"v":5431.807638895683,"d":"5,431.8"},{"v":2053.1748888956818,"d":"2,053.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":53.999299062975545,"d":"54.00"},null,"km3/yr",{"$nulls":3},{"v":-15.114943812125508,"d":"-15.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.37773995110823,"d":"64.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582579850247,"d":"3,028.06"},{"$nulls":6},{"v":0.1758780700548953,"d":"17.6%"},{"v":532.5690424281944,"d":"532.57"},{"v":2495.4892155568305,"d":"2,495.49"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCN0_W50","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCN0_W50",2050,"GHGnonCO2AgLUC",{"v":7.580599686018667,"d":"7.58"},{"$nulls":3},{"v":2.7688229049238875,"d":"2.77"},{"v":10.349422590942554,"d":"10.35"},null,"GtCO2eq/yr",{"v":5218.764209556878,"d":"5,218.8"},{"v":1840.1314595568747,"d":"1,840.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":46.476959251993364,"d":"46.48"},null,"km3/yr",{"$nulls":3},{"v":-27.18035218850865,"d":"-27.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":58.518942372587524,"d":"58.52"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2617.6152696095373,"d":"2,617.62"},{"$nulls":6},{"v":0.17567578591172592,"d":"17.6%"},{"v":459.8516197031898,"d":"459.85"},{"v":2157.7636499063474,"d":"2,157.76"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCYes","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.580319800798991,"d":"8.58"},{"$nulls":3},{"v":3.398645505997035,"d":"3.40"},{"v":11.978965306796026,"d":"11.98"},null,"GtCO2eq/yr",{"v":5941.322992244519,"d":"5,941.3"},{"v":2562.690242244519,"d":"2,562.7"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":52.63523369940184,"d":"52.64"},null,"km3/yr",{"$nulls":3},{"v":-25.235951634823863,"d":"-25.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":61.94124201150221,"d":"61.94"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.058249894017,"d":"3,028.06"},{"$nulls":6},{"v":0.17501494268214057,"d":"17.5%"},{"v":529.9554410433843,"d":"529.96"},{"v":2498.1028088506328,"d":"2,498.10"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50","100Conc_0%Organic - 100Conc_ConstCalAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":7.937902299081082,"d":"7.94"},{"$nulls":3},{"v":3.7833464212697225,"d":"3.78"},{"v":11.721248720350804,"d":"11.72"},null,"GtCO2eq/yr",{"v":6138.473329897791,"d":"6,138.5"},{"v":2759.8405798977897,"d":"2,759.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":45.554830088034805,"d":"45.55"},null,"km3/yr",{"$nulls":3},{"v":-25.634209299944576,"d":"-25.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":57.016772182231314,"d":"57.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2616.0738902951725,"d":"2,616.07"},{"$nulls":6},{"v":0.14732727186044542,"d":"14.7%"},{"v":385.41902924253,"d":"385.42"},{"v":2230.6548610526424,"d":"2,230.65"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstCalProtNo_CCNO","100Conc_0%Organic - 100Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.784823952411911,"d":"7.78"},{"$nulls":3},{"v":2.500622014286819,"d":"2.50"},{"v":10.285445966698731,"d":"10.29"},null,"GtCO2eq/yr",{"v":4873.554395645018,"d":"4,873.6"},{"v":1494.921645645019,"d":"1,494.9"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":51.632367514488706,"d":"51.63"},null,"km3/yr",{"$nulls":3},{"v":11.084209161401148,"d":"11.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":56.94606234732459,"d":"56.95"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2350.4038503540164,"d":"2,350.40"},{"$nulls":6},{"v":0.1944665966065434,"d":"19.4%"},{"v":457.0750374292609,"d":"457.08"},{"v":1893.3288129247555,"d":"1,893.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT",{"$f":"IF(CM537=\"Trend\",\"Low_Con\",IF(CM537=\"Feed+\",\"Feed\",IF(CM537=0,\" \",CM537)))","v":"Low_Con"},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstCalProtNo_CCYes","100Conc_0%Organic - 100Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.338975696695357,"d":"7.34"},{"$nulls":3},{"v":2.5006220142868183,"d":"2.50"},{"v":9.839597710982176,"d":"9.84"},null,"GtCO2eq/yr",{"v":4873.554395645017,"d":"4,873.6"},{"v":1494.921645645019,"d":"1,494.9"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":48.54412154103158,"d":"48.54"},null,"km3/yr",{"$nulls":3},{"v":31.68021953971346,"d":"31.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":50.39981137167592,"d":"50.40"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":1617.3378321657024,"d":"1,617.34"},{"$nulls":6},{"v":0.2018465731515768,"d":"20.2%"},{"v":326.4540990510471,"d":"326.45"},{"v":1290.8837331146553,"d":"1,290.88"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Yes","Low",{"$f":"IF($CT538=\"VGN\",\"NO MEAT\",IF($CT538=\"SUBST\",\"SUBST\",IF($CT538=\"PESC\",\"PESC\",IF($CT538=\"VEG\",\"NO MEAT\",IF($CT538=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCNO","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.49976328038725,"d":"8.50"},{"$nulls":3},{"v":2.9654853278017823,"d":"2.97"},{"v":11.465248608189032,"d":"11.47"},null,"GtCO2eq/yr",{"v":5431.807638895683,"d":"5,431.8"},{"v":2053.1748888956818,"d":"2,053.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":53.999299062975545,"d":"54.00"},null,"km3/yr",{"$nulls":3},{"v":-15.114943812125508,"d":"-15.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":64.37773995110823,"d":"64.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582579850247,"d":"3,028.06"},{"$nulls":6},{"v":0.1758780700548953,"d":"17.6%"},{"v":532.5690424281944,"d":"532.57"},{"v":2495.4892155568305,"d":"2,495.49"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCYes","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.581729644542923,"d":"8.58"},{"$nulls":3},{"v":3.7403310082565695,"d":"3.74"},{"v":12.322060652799493,"d":"12.32"},null,"GtCO2eq/yr",{"v":6151.4326023081385,"d":"6,151.4"},{"v":2772.7998523081387,"d":"2,772.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":52.00852308647448,"d":"52.01"},null,"km3/yr",{"$nulls":3},{"v":-1.8983427091635745,"d":"-1.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":60.275504902901574,"d":"60.28"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2776.141359735189,"d":"2,776.14"},{"$nulls":6},{"v":0.15178989530727086,"d":"15.2%"},{"v":421.3902063523889,"d":"421.39"},{"v":2354.7511533828,"d":"2,354.75"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCNo_WR50",2050,"GHGnonCO2AgLUC",{"v":7.30320019289803,"d":"7.30"},{"$nulls":3},{"v":2.520518605918845,"d":"2.52"},{"v":9.823718798816875,"d":"9.82"},null,"GtCO2eq/yr",{"v":4985.853748259095,"d":"4,985.9"},{"v":1607.2209982590955,"d":"1,607.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":45.65907798135506,"d":"45.66"},null,"km3/yr",{"$nulls":3},{"v":-13.1265454435122,"d":"-13.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":55.76606092385287,"d":"55.77"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2335.354302479004,"d":"2,335.35"},{"$nulls":6},{"v":0.18606884218337835,"d":"18.6%"},{"v":434.53667115023944,"d":"434.54"},{"v":1900.8176313287647,"d":"1,900.82"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Waste","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCYes_WR50","100Conc_0%Organic - 100Conc_ConstProtAndGrass_CCYes_WR50",2050,"GHGnonCO2AgLUC",{"v":7.937902299081082,"d":"7.94"},{"$nulls":3},{"v":3.7833464212697225,"d":"3.78"},{"v":11.721248720350804,"d":"11.72"},null,"GtCO2eq/yr",{"v":6138.473329897791,"d":"6,138.5"},{"v":2759.8405798977897,"d":"2,759.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":45.554830088034805,"d":"45.55"},null,"km3/yr",{"$nulls":3},{"v":-25.634209299944576,"d":"-25.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":57.016772182231314,"d":"57.02"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2616.0738902951725,"d":"2,616.07"},{"$nulls":6},{"v":0.14732727186044542,"d":"14.7%"},{"v":385.41902924253,"d":"385.42"},{"v":2230.6548610526424,"d":"2,230.65"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Waste","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstCalAndGrass_CCNO","0%Organic - 0Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.494810816522564,"d":"7.49"},{"$nulls":3},{"v":2.2385810626995526,"d":"2.24"},{"v":9.733391879222117,"d":"9.73"},null,"GtCO2eq/yr",{"v":4485.868402258712,"d":"4,485.9"},{"v":1107.2356522587131,"d":"1,107.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1717.7774929520115,"d":"1,717.78"},null,"km3/yr",{"$nulls":3},{"v":65.16406770482013,"d":"65.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":38.38180055486402,"d":"38.38"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582920751053,"d":"3,028.06"},{"$nulls":6},{"v":0.05001614324228244,"d":"5.0%"},{"v":151.4517972824096,"d":"151.45"},{"v":2876.6064947926957,"d":"2,876.61"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Const",{"$f":"IF(CO543=\"Low\",\"Trend\",\"Low\")","v":"Low"},"Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstCalAndGrass_CCNO_W50","0%Organic - 0Conc_ConstCalAndGrass_CCNO_W50",2050,"GHGnonCO2AgLUC",{"v":6.7033751957502075,"d":"6.70"},{"$nulls":3},{"v":2.137619775873211,"d":"2.14"},{"v":8.840994971623418,"d":"8.84"},null,"GtCO2eq/yr",{"v":4362.480431859469,"d":"4,362.5"},{"v":983.847681859468,"d":"983.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1457.5306786038022,"d":"1,457.53"},null,"km3/yr",{"$nulls":3},{"v":48.92925317192466,"d":"48.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":35.94164075686988,"d":"35.94"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2675.3688677668047,"d":"2,675.37"},{"$nulls":6},{"v":0.049084990340645285,"d":"4.9%"},{"v":131.32045503199672,"d":"131.32"},{"v":2544.048412734808,"d":"2,544.05"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstCalAndGrass_CCYes","0%Organic - 0Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.6405755630668954,"d":"7.64"},{"$nulls":3},{"v":2.9042231480858156,"d":"2.90"},{"v":10.544798711152712,"d":"10.54"},null,"GtCO2eq/yr",{"v":5059.027452681023,"d":"5,059.0"},{"v":1680.3947026810251,"d":"1,680.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1671.9426009149527,"d":"1,671.94"},null,"km3/yr",{"$nulls":3},{"v":63.05423555746179,"d":"63.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.572024894980096,"d":"36.57"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582775750927,"d":"3,028.06"},{"$nulls":6},{"v":0.0488996687956229,"d":"4.9%"},{"v":148.0710468672664,"d":"148.07"},{"v":2879.9872307078263,"d":"2,879.99"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstCalAndGrass_CCY_W50","0%Organic - 0Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":6.823136568123309,"d":"6.82"},{"$nulls":3},{"v":2.713671611477386,"d":"2.71"},{"v":9.536808179600694,"d":"9.54"},null,"GtCO2eq/yr",{"v":4868.217616641379,"d":"4,868.2"},{"v":1489.584866641378,"d":"1,489.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1421.0968234237066,"d":"1,421.10"},null,"km3/yr",{"$nulls":3},{"v":47.42711651186324,"d":"47.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":34.29013744446159,"d":"34.29"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2677.1854892360298,"d":"2,677.19"},{"$nulls":6},{"v":0.04796004337612717,"d":"4.8%"},{"v":128.39793218969822,"d":"128.40"},{"v":2548.7875570463316,"d":"2,548.79"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstCalProtNo_CCNO","0%Organic - 0Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.180529786062475,"d":"8.18"},{"$nulls":3},{"v":2.5328072335133154,"d":"2.53"},{"v":10.71333701957579,"d":"10.71"},null,"GtCO2eq/yr",{"v":4881.882336329337,"d":"4,881.9"},{"v":1503.2495863293361,"d":"1,503.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2146.297052221892,"d":"2,146.30"},null,"km3/yr",{"$nulls":3},{"v":64.90189339706414,"d":"64.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":41.98800187645657,"d":"41.99"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":4261.569347090158,"d":"4,261.57"},{"$nulls":6},{"v":0.03655990430602269,"d":"3.7%"},{"v":155.80256752309577,"d":"155.80"},{"v":4105.766779567062,"d":"4,105.77"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstCalProtNo_CCYes","0%Organic - 0Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.467018538177158,"d":"7.47"},{"$nulls":3},{"v":2.5328072335133145,"d":"2.53"},{"v":9.999825771690473,"d":"10.00"},null,"GtCO2eq/yr",{"v":4881.882336329337,"d":"4,881.9"},{"v":1503.2495863293361,"d":"1,503.2"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1450.1633171295894,"d":"1,450.16"},null,"km3/yr",{"$nulls":3},{"v":63.715841796284224,"d":"63.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.68911070293106,"d":"36.69"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3038.9703317648978,"d":"3,038.97"},{"$nulls":6},{"v":0.047971000102097504,"d":"4.8%"},{"v":145.7824460953652,"d":"145.78"},{"v":2893.1878856695325,"d":"2,893.19"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstProtAndGrass_CCNO","0%Organic - 0Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":7.700028271015355,"d":"7.70"},{"$nulls":3},{"v":2.3898097154394247,"d":"2.39"},{"v":10.089837986454778,"d":"10.09"},null,"GtCO2eq/yr",{"v":4647.014599398802,"d":"4,647.0"},{"v":1268.3818493988001,"d":"1,268.4"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1821.9635667697412,"d":"1,821.96"},null,"km3/yr",{"$nulls":3},{"v":60.934550859023524,"d":"60.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":37.7504072088001,"d":"37.75"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3538.214040676439,"d":"3,538.21"},{"$nulls":6},{"v":0.043160247876097076,"d":"4.3%"},{"v":152.71019503428212,"d":"152.71"},{"v":3385.5038456421566,"d":"3,385.50"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 0Conc_ConstProtAndGrass_CCYes","0%Organic - 0Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":7.9254499641653995,"d":"7.93"},{"$nulls":3},{"v":3.14946694823947,"d":"3.15"},{"v":11.07491691240487,"d":"11.07"},null,"GtCO2eq/yr",{"v":5307.94425159908,"d":"5,307.9"},{"v":1929.3115015990788,"d":"1,929.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1845.30954376887,"d":"1,845.31"},null,"km3/yr",{"$nulls":3},{"v":59.69813834536609,"d":"59.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":36.47706492060833,"d":"36.48"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3600.928007607766,"d":"3,600.93"},{"$nulls":6},{"v":0.04162919867397199,"d":"4.2%"},{"v":149.9037474393738,"d":"149.90"},{"v":3451.024260168392,"d":"3,451.02"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers+","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstCalAndGrass_CCNO","0%Organic - 50Conc_ConstCalAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.352495447352808,"d":"8.35"},{"$nulls":3},{"v":2.3274166672313448,"d":"2.33"},{"v":10.679912114584154,"d":"10.68"},null,"GtCO2eq/yr",{"v":4632.149134186039,"d":"4,632.1"},{"v":1253.5163841860417,"d":"1,253.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1935.916502862705,"d":"1,935.92"},null,"km3/yr",{"$nulls":3},{"v":92.92146521082472,"d":"92.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":50.32716805382024,"d":"50.33"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582964847836,"d":"3,028.06"},{"$nulls":6},{"v":0.09337030643766835,"d":"9.3%"},{"v":282.73073105390824,"d":"282.73"},{"v":2745.3275654308754,"d":"2,745.33"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstCalAndGrass_CCN_W50","0%Organic - 50Conc_ConstCalAndGrass_CCN_W50",2050,"GHGnonCO2AgLUC",{"v":7.458519928572555,"d":"7.46"},{"$nulls":3},{"v":2.2045218620892775,"d":"2.20"},{"v":9.663041790661833,"d":"9.66"},null,"GtCO2eq/yr",{"v":4492.945974903981,"d":"4,492.9"},{"v":1114.3132249039804,"d":"1,114.3"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1637.1423830170359,"d":"1,637.14"},null,"km3/yr",{"$nulls":3},{"v":72.56830656097812,"d":"72.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":46.23110067309715,"d":"46.23"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2654.709540848472,"d":"2,654.71"},{"$nulls":6},{"v":0.09217981402561534,"d":"9.2%"},{"v":244.71063176743885,"d":"244.71"},{"v":2409.998909081033,"d":"2,410.00"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstCalAndGrass_CCYes","0%Organic - 50Conc_ConstCalAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.512347695862863,"d":"8.51"},{"$nulls":3},{"v":3.057938500644213,"d":"3.06"},{"v":11.570286196507075,"d":"11.57"},null,"GtCO2eq/yr",{"v":5252.714530527492,"d":"5,252.7"},{"v":1874.0817805274944,"d":"1,874.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1879.6206287921668,"d":"1,879.62"},null,"km3/yr",{"$nulls":3},{"v":87.88087740744173,"d":"87.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.34873599527302,"d":"47.35"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582811068684,"d":"3,028.06"},{"$nulls":6},{"v":0.09188348378557852,"d":"9.2%"},{"v":278.2285439738697,"d":"278.23"},{"v":2749.8297371329986,"d":"2,749.83"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstCalAndGrass_CCY_W50","0%Organic - 50Conc_ConstCalAndGrass_CCY_W50",2050,"GHGnonCO2AgLUC",{"v":7.590186502961338,"d":"7.59"},{"$nulls":3},{"v":2.839831946905943,"d":"2.84"},{"v":10.43001844986728,"d":"10.43"},null,"GtCO2eq/yr",{"v":5041.236649906088,"d":"5,041.2"},{"v":1662.6038999060868,"d":"1,662.6"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1592.527056855887,"d":"1,592.53"},null,"km3/yr",{"$nulls":3},{"v":68.50696378693506,"d":"68.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":43.477797231682146,"d":"43.48"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2655.1743508760496,"d":"2,655.17"},{"$nulls":6},{"v":0.09069230650393462,"d":"9.1%"},{"v":240.80388605103633,"d":"240.80"},{"v":2414.370464825013,"d":"2,414.37"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstCalProtNo_CCNO","0%Organic - 50Conc_ConstCalProtNo_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.044046359626464,"d":"8.04"},{"$nulls":3},{"v":2.5171594618343036,"d":"2.52"},{"v":10.561205821460767,"d":"10.56"},null,"GtCO2eq/yr",{"v":4878.4192530358105,"d":"4,878.4"},{"v":1499.786503035811,"d":"1,499.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1482.8220570222175,"d":"1,482.82"},null,"km3/yr",{"$nulls":3},{"v":86.97564177542208,"d":"87.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":45.56090931225433,"d":"45.56"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":2599.891503500058,"d":"2,599.89"},{"$nulls":6},{"v":0.1034396132307141,"d":"10.3%"},{"v":268.9317715638658,"d":"268.93"},{"v":2330.9597319361924,"d":"2,330.96"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstCalProtNo_CCYes","0%Organic - 50Conc_ConstCalProtNo_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.867239506976398,"d":"8.87"},{"$nulls":3},{"v":2.5171594618343045,"d":"2.52"},{"v":11.384398968810704,"d":"11.38"},null,"GtCO2eq/yr",{"v":4878.4192530358105,"d":"4,878.4"},{"v":1499.786503035811,"d":"1,499.8"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":2189.210243398812,"d":"2,189.21"},null,"km3/yr",{"$nulls":3},{"v":97.2073254197787,"d":"97.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":53.649772060000714,"d":"53.65"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3633.5663098614077,"d":"3,633.57"},{"$nulls":6},{"v":0.08333598536968251,"d":"8.3%"},{"v":302.80682883838153,"d":"302.81"},{"$f":"AX556-BF556","v":{"v":3330.759481023026,"d":"3,330.76"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstProtAndGrass_CCNO","0%Organic - 50Conc_ConstProtAndGrass_CCNO",2050,"GHGnonCO2AgLUC",{"v":8.352495447352808,"d":"8.35"},{"$nulls":3},{"v":2.3274166672313448,"d":"2.33"},{"v":10.679912114584154,"d":"10.68"},null,"GtCO2eq/yr",{"v":4632.149134186039,"d":"4,632.1"},{"v":1253.5163841860417,"d":"1,253.5"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1935.916502862705,"d":"1,935.92"},null,"km3/yr",{"$nulls":3},{"v":92.92146521082472,"d":"92.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":50.32716805382024,"d":"50.33"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582964847836,"d":"3,028.06"},{"$nulls":6},{"v":0.09337030643766835,"d":"9.3%"},{"v":282.73073105390824,"d":"282.73"},{"$f":"AX557-BF557","v":{"v":2745.3275654308754,"d":"2,745.33"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.34013605442176864,"d":"34.0%"},{"$nulls":4},1,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[27,2017,"Strategies for feeding the world more sustainably with organic agriculture","Muller, A., Schader, C., El-Hage Scialabba, N., Brüggemann, J., Isensee, A., Erb, K.-H., Smith, P., Klocke, P., Leiber, F., Stolze, M. and Niggli, U. ","Muller et al. (2017)","Journal article","Nature Communications","0%Organic - 50Conc_ConstProtAndGrass_CCYes","0%Organic - 50Conc_ConstProtAndGrass_CCYes",2050,"GHGnonCO2AgLUC",{"v":8.512347695862863,"d":"8.51"},{"$nulls":3},{"v":3.057938500644213,"d":"3.06"},{"v":11.570286196507075,"d":"11.57"},null,"GtCO2eq/yr",{"v":5252.714530527492,"d":"5,252.7"},{"v":1874.0817805274944,"d":"1,874.1"},{"$nulls":3},{"v":3378.63275,"d":"3,378.6"},null,"Mha",{"$nulls":3},{"v":1879.6206287921668,"d":"1,879.62"},null,"km3/yr",{"$nulls":3},{"v":87.88087740744173,"d":"87.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,null,{"v":47.34873599527302,"d":"47.35"},"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},9.14,"billion",{"v":3028.0582811068684,"d":"3,028.06"},{"$nulls":6},{"v":0.09188348378557852,"d":"9.2%"},{"v":278.2285439738697,"d":"278.23"},{"$f":"AX558-BF558","v":{"v":2749.8297371329986,"d":"2,749.83"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},-0.2,null,{"v":0.10160000000000001,"d":"10.2%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Low","Const","Low","Const","Leftovers","Low","No","Const","No","FLEX","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":0,"d":"0%"},{"v":0,"d":"0%"}," ","1"," ",1]
[28,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Baseline","Baseline",2000,"GHGLUC",{"$nulls":4},{"$f":"2.269","v":{"v":2.269,"d":"2.27"}},null,null,"GtCO2eq/yr",{"$f":"+U559+Y559","v":{"v":4878.200000000001,"d":"4,878.2"}},{"v":1540.9,"d":"1,540.9"},{"$nulls":3},{"v":3337.3,"d":"3,337.3"},null,"Mha",{"$nulls":20},{"v":6.093,"d":"6.09"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"v":5584,"d":"5,584.0"},"US$ per capita",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[28,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Reference","Reference",2050,"GHGLUC",{"$nulls":4},{"$f":"3.232","v":{"v":3.232,"d":"3.23"}},null,null,"GtCO2eq/yr",{"v":4968.3,"d":"4,968.3"},{"v":1717.8,"d":"1,717.8"},{"$nulls":3},{"v":3250.5,"d":"3,250.5"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.122,"d":"9.12"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"v":16012,"d":"16,012.0"},"US$ per capita",{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":15},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[28,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoRM","No ruminant meat",2050,"GHGLUC",{"$nulls":4},{"$f":"1.66","v":1.66},null,null,"GtCO2eq/yr",{"v":2112.1,"d":"2,112.1"},{"v":1610.7,"d":"1,610.7"},{"$nulls":3},501.4,null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.122,"d":"9.12"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":15},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[28,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoM","No meat",2050,"GHGLUC",{"$nulls":4},{"$f":"1.473","v":{"v":1.473,"d":"1.47"}},null,null,"GtCO2eq/yr",{"v":2045.2,"d":"2,045.2"},{"v":1544.9,"d":"1,544.9"},{"$nulls":3},500.3,null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.122,"d":"9.12"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":15},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[28,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","NoAP","No animal products",2050,"GHGLUC",{"$nulls":4},{"$f":"1.097","v":{"v":1.097,"d":"1.10"}},null,null,"GtCO2eq/yr",{"v":1560.7,"d":"1,560.7"},{"v":1560.7,"d":"1,560.7"},{"$nulls":3},{"v":0,"d":"0.0"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.122,"d":"9.12"},"billion",{"$nulls":7},{"v":0,"d":"0.0%"},{"$nulls":8},{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":15},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[28,2009,"Climate benefits of changing diet","Stehfest, E., Louwman, L., van Vuuren, D.P., den Elzen, M.G.J., Kabat, P.","Stehfest et al. (2009)","Journal article","Climatic Change","Hdiet","Healthy dietary variant",2050,"GHGLUC",{"$nulls":4},{"$f":"2.063","v":{"v":2.063,"d":"2.06"}},null,null,"GtCO2eq/yr",{"v":3449.6,"d":"3,449.6"},{"v":1579,"d":"1,579.0"},{"$nulls":3},{"v":1870.6,"d":"1,870.6"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.122,"d":"9.12"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":15},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[29,2012,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","B","Baseline (2007)",2007,{"$nulls":30},{"v":16.1,"d":"16.10"},null,"Tg P/yr",{"$nulls":4},{"v":6.6,"d":"6.60"},"billion",{"v":2901,"d":"2,901.00"},{"$nulls":6},{"$f":"BF565/AX565","v":{"v":0.16821785591175456,"d":"16.8%"}},{"v":488,"d":"488.00"},{"v":2319,"d":"2,319.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[29,2014,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","BAU","BAU (2050)",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":46.9,"d":"46.90"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.918,"d":"8.92"},"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},{"$f":"AX566*BE566","v":514.76},{"$f":"AX566-BF566","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[29,2012,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","Low + vegetarian","Low population growth + vegetarian",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":14.6,"d":"14.60"},null,"Tg P/yr",{"v":0,"d":"0.0%"},null,1000,null,7.68,"billion",{"v":3028,"d":"3,028.00"},{"v":0,"d":"0.00"},null,null,{"v":0,"d":"0.00"},274.17,null,{"v":0.07,"d":"7.0%"},{"$f":"AX567*BE567","v":211.96},{"$f":"AX567-BF567","v":{"v":2816.04,"d":"2,816.04"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Low population plus vegetarian",{"$nulls":3},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[29,2012,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","2050 & Low","Low population growth",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":27.200000000000003,"d":"27.20"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},7.68,"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},{"$f":"AX568*BE568","v":514.76},{"$f":"AX568-BF568","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Low population",{"$nulls":3},"OTHER","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[29,2012,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","2050 & Medium","Medium population growth",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":32.8,"d":"32.80"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.076,"d":"9.08"},"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},{"$f":"AX569*BE569","v":514.76},{"$f":"AX569-BF569","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Medium population",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[29,2012,"The role of diet in phosphorus demand","Metson, G.S., Bennett, E.M., Elser, J.J.","Metson et al. (2012)","Journal article","Environmental Research Letters","2050 & High","High population growth",2050,{"$nulls":28},{"v":0,"d":"0.0%"},null,{"v":39.1,"d":"39.10"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":10.646,"d":"10.65"},"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},{"$f":"AX570*BE570","v":514.76},{"$f":"AX570-BF570","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"High population",{"$nulls":3},"OTHER","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[30,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Baseline","Baseline",1995,"GHGnonCO2Ag",{"v":5314,"d":"5,314.00"},{"$nulls":6},"MtCO2eq/yr",{"$nulls":28},{"v":5.4,"d":"5.40"},"billion",{"v":2905.269098823718,"d":"2,905.27"},{"$nulls":6},{"$f":"BF571/AX571","v":{"v":0.15643941297637187,"d":"15.6%"}},{"$f":"AX571-BG571","v":{"v":454.4985923583754,"d":"454.50"}},{"v":2450.770506465343,"d":"2,450.77"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":5870.559259259259,"d":"5,870.6"},"US$ (in 1995 purchasing power parity terms",{"$f":"BO571*1.2815","v":{"v":7523.1216907407415,"d":"7,523.1"}},{"$nulls":34},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[30,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Baseline scenario","Reference",2050,"GHGnonCO2Ag",{"v":8690,"d":"8,690.00"},{"$nulls":6},"MtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},8.99,"billion",{"v":2800.9680755530035,"d":"2,800.97"},{"$nulls":6},{"v":0.1371781402923073,"d":"13.7%"},{"v":384.23159162248385,"d":"384.23"},{"v":2416.7364839305196,"d":"2,416.74"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14404.877641824249,"d":"14,404.9"},"US$ (in 1995 purchasing power parity terms",{"v":18459.793078487208,"d":"18,459.8"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM572=\"Trend\",CA$93,IF(CM572=\"Low\",CA$93/2,IF(CM572=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[30,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Increased meat scenario","Increased meat scenario",2050,"GHGnonCO2Ag",{"v":9352.64,"d":"9,352.64"},{"$nulls":6},"MtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},8.99,"billion",{"v":3364.9525561171645,"d":"3,364.95"},{"$nulls":6},{"v":0.21086825717176716,"d":"21.1%"},{"v":709.5616809741095,"d":"709.56"},{"v":2655.390875143055,"d":"2,655.39"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14404.877641824249,"d":"14,404.9"},"US$ (in 1995 purchasing power parity terms",{"v":18459.793078487208,"d":"18,459.8"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM573=\"Trend\",CA$93,IF(CM573=\"Low\",CA$93/2,IF(CM573=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"More meat",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[30,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Decreased meat scenario","Decreased meat scenario",2050,"GHGnonCO2Ag",{"v":3910.5,"d":"3,910.50"},{"$nulls":6},"MtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},8.99,"billion",{"v":3616.7747962872904,"d":"3,616.77"},{"$nulls":6},{"v":0.03577934502476033,"d":"3.6%"},{"v":129.40583331322023,"d":"129.41"},{"v":3487.36896297407,"d":"3,487.37"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14404.877641824249,"d":"14,404.9"},"US$ (in 1995 purchasing power parity terms",{"v":18459.793078487208,"d":"18,459.8"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM574=\"Trend\",CA$93,IF(CM574=\"Low\",CA$93/2,IF(CM574=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Less meat",{"$nulls":3},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[30,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Increased meat scenario + technical mitigation","Increased meat scenario + technical mitigation",2050,"GHGnonCO2Ag",{"v":5985.6896,"d":"5,985.69"},{"$nulls":6},"MtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},8.99,"billion",{"v":3364.9525561171645,"d":"3,364.95"},{"$nulls":6},{"v":0.21086825717176716,"d":"21.1%"},{"v":709.5616809741095,"d":"709.56"},{"v":2655.390875143055,"d":"2,655.39"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14404.877641824249,"d":"14,404.9"},"US$ (in 1995 purchasing power parity terms",{"v":18459.793078487208,"d":"18,459.8"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM575=\"Trend\",CA$93,IF(CM575=\"Low\",CA$93/2,IF(CM575=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"More meat",{"$nulls":3},"EFF","Const","Const","High","Const","Const","Low","No","High","No","HIGH_AP","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[30,2010,"Food consumption diet shifts and associated non-CO2 greenhouse gases from agricultural production","Popp, A., Lotze-Campen, H., Bodirsky, B","Popp et al. (2010)","Journal article","Global Environmental Change","Decreased meat scenario + technical mitigation","Decreased meat scenario + technical mitigation",2050,"GHGnonCO2Ag",{"v":2519,"d":"2,519.00"},{"$nulls":6},"MtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},8.99,"billion",{"v":3616.7747962872904,"d":"3,616.77"},{"$nulls":6},{"v":0.03577934502476033,"d":"3.6%"},{"v":129.40583331322023,"d":"129.41"},{"v":3487.36896297407,"d":"3,487.37"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":14404.877641824249,"d":"14,404.9"},"US$ (in 1995 purchasing power parity terms",{"v":18459.793078487208,"d":"18,459.8"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"$f":"IF(CM576=\"Trend\",CA$93,IF(CM576=\"Low\",CA$93/2,IF(CM576=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Less meat",{"$nulls":3},"MIXED","Const","Const","High","Const","Const","Low","No","High","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","Baseline","Baseline",2010,"GHGnonCO2AgLUC",{"v":3455,"d":"3,455.00"},{"$nulls":3},{"v":2634,"d":"2,634.00"},{"$f":"+L577+P577","v":{"v":6089,"d":"6,089.00"}},null,"MtCO2eq/yr",null,{"v":1537.4512,"d":"1,537.45"},{"$nulls":3},{"v":3417.1006,"d":"3,417.10"},null,"Mha",{"v":4055.60222,"d":"4,055.60"},{"$nulls":19},{"v":9.2,"d":"9.20"},"billion",{"v":2731,"d":"2,731.00"},{"$nulls":6},{"v":0.16,"d":"16.0%"},{"v":436.96000000000004,"d":"436.96"},{"v":2294.04,"d":"2,294.04"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":4},{"v":3.1,"d":"3.10"},null,null,"t DM/ha",0.0269618696186961,"t meat/t DM feed (non-dairy ruminant meat)",{"$nulls":25},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","TREND-HI","Crop - FAO historic trend 1980-2010 extended lineally; Feed efficiency - Bouwman et al. trend",2050,"GHGnonCO2AgLUC",{"v":4508,"d":"4,508.00"},{"$nulls":3},{"v":1895,"d":"1,895.00"},{"$f":"+L578+P578","v":{"v":6403,"d":"6,403.00"}},null,"MtCO2eq/yr",null,{"$f":"U577+204","v":{"v":1741.4512,"d":"1,741.45"}},{"$nulls":3},{"$f":"3417.1006+150","v":{"v":3567.1006,"d":"3,567.10"}},null,"Mha",{"$f":"$AB$577+AC578","v":{"v":3839.60222,"d":"3,839.60"}},-216,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3045,"d":"3,045.00"},{"$nulls":6},{"v":0.173,"d":"17.3%"},{"v":526.785,"d":"526.79"},{"v":2518.215,"d":"2,518.22"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"$f":"BU578/$BU$577 - 1","v":{"v":0.38709677419354827,"d":"38.7%"}},{"v":4.3,"d":"4.30"},null,null,"t DM/ha",0.0322755227552275,"t meat/t DM feed (non-dairy ruminant meat)",{"$f":"BY578/$BY$577 - 1","v":{"v":0.1970802919708048,"d":"19.71%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","SLOW","Crops & livestock - 50% of TREND growth rate",2050,"GHGnonCO2AgLUC",{"$f":"L578+66","v":{"v":4574,"d":"4,574.00"}},{"$nulls":3},{"$f":"P578+274","v":{"v":2169,"d":"2,169.00"}},{"v":6743,"d":"6,743.00"},null,"MtCO2eq/yr",null,{"$f":"U577+267","v":{"v":1804.4512,"d":"1,804.45"}},{"$nulls":3},{"$f":"3417.1006+172","v":{"v":3589.1006,"d":"3,589.10"}},null,"Mha",{"v":3812.60222,"d":"3,812.60"},-243,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2993,"d":"2,993.00"},{"$nulls":6},{"v":0.172,"d":"17.2%"},{"v":514.7959999999999,"d":"514.80"},{"v":2478.204,"d":"2,478.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0298154981549815,"t meat/t DM feed (non-dairy ruminant meat)",{"$f":"BY579/$BY$577 - 1","v":{"v":0.10583941605839575,"d":"10.58%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"OTHER","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM579=\"Low_Con\",1,IF($CM579=\"Trend\",2,IF($CM579=\"Feed\",3,IF($CM579=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR579=\"Const\",\"1\",IF($CR579=\"Trend\",2,IF($CR579=\"Fert\",\"3\",IF($CR579=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM579=\"Low_Con\",1^2,IF($CM579=\"Trend\",2^2,IF($CM579=\"Feed\",3^2,IF($CM579=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR579=\"Const\",1^2,IF($CR579=\"Trend\",2^2,IF($CR579=\"Fert\",3^2,IF($CR579=\"Fert+\",4^2,\" \"))))","v":1}]
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[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","SLOW + SI","SLOW + Sust Intens",2050,"GHGnonCO2AgLUC",{"$f":"L578+213","v":{"v":4721,"d":"4,721.00"}},{"$nulls":3},{"$f":"P578+274","v":{"v":2169,"d":"2,169.00"}},{"v":6890,"d":"6,890.00"},null,"MtCO2eq/yr",null,{"$f":"U577+267","v":{"v":1804.4512,"d":"1,804.45"}},{"$nulls":3},{"$f":"3417.1006+172","v":{"v":3589.1006,"d":"3,589.10"}},null,"Mha",{"v":3812.60222,"d":"3,812.60"},-243,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2993,"d":"2,993.00"},{"$nulls":6},{"v":0.172,"d":"17.2%"},{"v":514.7959999999999,"d":"514.80"},{"v":2478.204,"d":"2,478.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0298154981549815,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.10583941605839575,"d":"10.58%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"OTHER","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","SLOW - FT","SLOW + Free-Tech",2050,"GHGnonCO2AgLUC",{"$f":"L578+59","v":{"v":4567,"d":"4,567.00"}},{"$nulls":3},{"$f":"P578+100","v":{"v":1995,"d":"1,995.00"}},{"v":6562,"d":"6,562.00"},null,"MtCO2eq/yr",null,{"$f":"U577+231","v":{"v":1768.4512,"d":"1,768.45"}},{"$nulls":3},{"$f":"3417.1006+148","v":{"v":3565.1006,"d":"3,565.10"}},null,"Mha",{"v":3827.60222,"d":"3,827.60"},-228,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2993,"d":"2,993.00"},{"$nulls":6},{"v":0.172,"d":"17.2%"},{"v":514.7959999999999,"d":"514.80"},{"v":2478.204,"d":"2,478.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0298154981549815,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.10583941605839575,"d":"10.58%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"OTHER","Low","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV","Convergence: Crops - TREND + 50% yield gap closure; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-7","v":{"v":4501,"d":"4,501.00"}},{"$nulls":3},{"$f":"P578-449","v":{"v":1446,"d":"1,446.00"}},{"v":5947,"d":"5,947.00"},null,"MtCO2eq/yr",null,{"$f":"U577+118","v":{"v":1655.4512,"d":"1,655.45"}},{"$nulls":3},{"$f":"3417.1006+16","v":{"v":3433.1006,"d":"3,433.10"}},null,"Mha",{"v":3891.60222,"d":"3,891.60"},-164,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3189,"d":"3,189.00"},{"$nulls":6},{"v":0.177,"d":"17.7%"},{"v":564.453,"d":"564.45"},{"v":2624.547,"d":"2,624.55"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV + HI","Convergence + High-Input: Crops - TREND + 50% yield gap closure; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-7","v":{"v":4501,"d":"4,501.00"}},{"$nulls":3},{"$f":"P578-449","v":{"v":1446,"d":"1,446.00"}},{"v":5947,"d":"5,947.00"},null,"MtCO2eq/yr",null,{"$f":"U577+118","v":{"v":1655.4512,"d":"1,655.45"}},{"$nulls":3},{"$f":"3417.1006+16","v":{"v":3433.1006,"d":"3,433.10"}},null,"Mha",{"v":3891.60222,"d":"3,891.60"},-164,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3189,"d":"3,189.00"},{"$nulls":6},{"v":0.177,"d":"17.7%"},{"v":564.453,"d":"564.45"},{"v":2624.547,"d":"2,624.55"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV + SI","Convergence + Sust-Intens: Crops - TREND + 50% yield gap closure; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-182","v":{"v":4326,"d":"4,326.00"}},{"$nulls":3},{"$f":"P578-446","v":{"v":1449,"d":"1,449.00"}},{"v":5775,"d":"5,775.00"},null,"MtCO2eq/yr",null,{"$f":"U577+118","v":{"v":1655.4512,"d":"1,655.45"}},{"$nulls":3},{"$f":"3417.1006+16","v":{"v":3433.1006,"d":"3,433.10"}},null,"Mha",{"v":3891.60222,"d":"3,891.60"},-164,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3189,"d":"3,189.00"},{"$nulls":6},{"v":0.177,"d":"17.7%"},{"v":564.453,"d":"564.45"},{"v":2624.547,"d":"2,624.55"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV + FT","Convergence + Free-Tech: Crops - TREND + 50% yield gap closure; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-62","v":{"v":4446,"d":"4,446.00"}},{"$nulls":3},{"$f":"P578-263","v":{"v":1632,"d":"1,632.00"}},{"v":6078,"d":"6,078.00"},null,"MtCO2eq/yr",null,{"$f":"U577+133","v":{"v":1670.4512,"d":"1,670.45"}},{"$nulls":3},{"$f":"3417.1006+110","v":{"v":3527.1006,"d":"3,527.10"}},null,"Mha",{"v":3862.60222,"d":"3,862.60"},-193,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3189,"d":"3,189.00"},{"$nulls":6},{"v":0.177,"d":"17.7%"},{"v":564.453,"d":"564.45"},{"v":2624.547,"d":"2,624.55"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-C","Convergence: Crops - TREND + 50% yield gap closure; Livestock - TREND",2050,"GHGnonCO2AgLUC",{"$f":"L578+98","v":{"v":4606,"d":"4,606.00"}},{"$nulls":3},{"$f":"P578-165","v":{"v":1730,"d":"1,730.00"}},{"v":6336,"d":"6,336.00"},null,"MtCO2eq/yr",null,{"$f":"U577+108","v":{"v":1645.4512,"d":"1,645.45"}},{"$nulls":3},{"$f":"3417.1006+172","v":{"v":3589.1006,"d":"3,589.10"}},null,"Mha",{"v":3855.60222,"d":"3,855.60"},-200,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.169,"d":"16.9%"},{"v":531.8430000000001,"d":"531.84"},{"v":2615.157,"d":"2,615.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0322755227552275,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.1970802919708048,"d":"19.71%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-C + HI","High-Input + Convergence: Crops - TREND + 50% yield gap closure; Livestock - TREND",2050,"GHGnonCO2AgLUC",{"$f":"L578-98","v":{"v":4410,"d":"4,410.00"}},{"$nulls":3},{"$f":"P578-165","v":{"v":1730,"d":"1,730.00"}},{"v":6140,"d":"6,140.00"},null,"MtCO2eq/yr",null,{"$f":"U577+108","v":{"v":1645.4512,"d":"1,645.45"}},{"$nulls":3},{"$f":"3417.1006+172","v":{"v":3589.1006,"d":"3,589.10"}},null,"Mha",{"v":3855.60222,"d":"3,855.60"},-200,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.169,"d":"16.9%"},{"v":531.8430000000001,"d":"531.84"},{"v":2615.157,"d":"2,615.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0322755227552275,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.1970802919708048,"d":"19.71%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-C + FT","Free-Tech + Convergence: Crops - TREND + 50% yield gap closure; Livestock - TREND",2050,"GHGnonCO2AgLUC",{"$f":"L578-75","v":{"v":4433,"d":"4,433.00"}},{"$nulls":3},{"$f":"P578-164","v":{"v":1731,"d":"1,731.00"}},{"v":6164,"d":"6,164.00"},null,"MtCO2eq/yr",null,{"$f":"U577+108","v":{"v":1645.4512,"d":"1,645.45"}},{"$nulls":3},{"$f":"3417.1006+172","v":{"v":3589.1006,"d":"3,589.10"}},null,"Mha",{"v":3855.60222,"d":"3,855.60"},-200,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.169,"d":"16.9%"},{"v":531.8430000000001,"d":"531.84"},{"v":2615.157,"d":"2,615.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0322755227552275,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.1970802919708048,"d":"19.71%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-C + SI","Sust-Intens + Convergence: Crops - TREND + 50% yield gap closure; Livestock - TREND",2050,"GHGnonCO2AgLUC",{"$f":"L578+14","v":{"v":4522,"d":"4,522.00"}},{"$nulls":3},{"$f":"P578-53","v":{"v":1842,"d":"1,842.00"}},{"v":6364,"d":"6,364.00"},null,"MtCO2eq/yr",null,{"$f":"U577+130","v":{"v":1667.4512,"d":"1,667.45"}},{"$nulls":3},{"$f":"3417.1006+185","v":{"v":3602.1006,"d":"3,602.10"}},null,"Mha",{"v":3841.60222,"d":"3,841.60"},-214,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.169,"d":"16.9%"},{"v":531.8430000000001,"d":"531.84"},{"v":2615.157,"d":"2,615.16"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.596774193548387,"d":"59.7%"},4.95,null,null,"t DM/ha",0.0322755227552275,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.1970802919708048,"d":"19.71%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-L","Convergence: Crops - TREND; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-101","v":{"v":4407,"d":"4,407.00"}},{"$nulls":3},{"$f":"P578-270","v":{"v":1625,"d":"1,625.00"}},{"v":6032,"d":"6,032.00"},null,"MtCO2eq/yr",null,{"$f":"U577+212","v":{"v":1749.4512,"d":"1,749.45"}},{"$nulls":3},{"$f":"3417.1006+3","v":{"v":3420.1006,"d":"3,420.10"}},null,"Mha",{"v":3876.60222,"d":"3,876.60"},-179,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3082,"d":"3,082.00"},{"$nulls":6},{"v":0.182,"d":"18.2%"},{"v":560.924,"d":"560.92"},{"v":2521.076,"d":"2,521.08"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-L + HI","High-Input + Convergence: Crops - TREND; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-101","v":{"v":4407,"d":"4,407.00"}},{"$nulls":3},{"$f":"P578-270","v":{"v":1625,"d":"1,625.00"}},{"v":6032,"d":"6,032.00"},null,"MtCO2eq/yr",null,{"$f":"U577+212","v":{"v":1749.4512,"d":"1,749.45"}},{"$nulls":3},{"$f":"3417.1006+3","v":{"v":3420.1006,"d":"3,420.10"}},null,"Mha",{"v":3876.60222,"d":"3,876.60"},-179,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.182,"d":"18.2%"},{"v":572.754,"d":"572.75"},{"v":2574.246,"d":"2,574.25"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-L + SI","Sust-Intens + Convergence: Crops - TREND; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-101","v":{"v":4407,"d":"4,407.00"}},{"$nulls":3},{"$f":"P578-270","v":{"v":1625,"d":"1,625.00"}},{"v":6032,"d":"6,032.00"},null,"MtCO2eq/yr",null,{"$f":"U577+212","v":{"v":1749.4512,"d":"1,749.45"}},{"$nulls":3},{"$f":"3417.1006+3","v":{"v":3420.1006,"d":"3,420.10"}},null,"Mha",{"v":3876.60222,"d":"3,876.60"},-179,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.182,"d":"18.2%"},{"v":572.754,"d":"572.75"},{"v":2574.246,"d":"2,574.25"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[31,2013,"Agricultural productivity and greenhouse gas emissions: trade-offs or synergies between mitigation and food security?","Valin, H, Havlik, P, Mosnier, A, Herrero, M, Schmid, E, Obersteiner, M. ","Valin et al. (2013)","Journal article","Environmental Research Letters","CONV-L + FT","Free-Tech + Convergence: Crops - TREND; Livestock - TREND + 25% efficiency gap closure",2050,"GHGnonCO2AgLUC",{"$f":"L578-67","v":{"v":4441,"d":"4,441.00"}},{"$nulls":3},{"$f":"P578-183","v":{"v":1712,"d":"1,712.00"}},{"v":6153,"d":"6,153.00"},null,"MtCO2eq/yr",null,{"$f":"U577+208","v":{"v":1745.4512,"d":"1,745.45"}},{"$nulls":3},{"$f":"3417.1006+83","v":{"v":3500.1006,"d":"3,500.10"}},null,"Mha",{"v":3858.60222,"d":"3,858.60"},-197,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3147,"d":"3,147.00"},{"$nulls":6},{"v":0.182,"d":"18.2%"},{"v":572.754,"d":"572.75"},{"v":2574.246,"d":"2,574.25"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16000,"d":"16,000.0"},"USD per capita",{"$nulls":3},{"v":0.19354838709677424,"d":"19.4%"},{"v":3.7,"d":"3.70"},null,null,"t DM/ha",0.0451660516605166,"t meat/t DM feed (non-dairy ruminant meat)",{"v":0.6751824817518299,"d":"67.52%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Low","Const","High","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","BAU","BAU",1960,{"$nulls":56},{"v":378443.17926082725,"d":"378,443.2"},"USD",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","Basic diets","Basic diets",1960,{"$nulls":56},{"v":378443.17926082725,"d":"378,443.2"},"USD",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","No deforestation","No deforestation",1960,{"$nulls":56},{"v":378443.17926082725,"d":"378,443.2"},"USD",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","Low population growth","Low population growth",1960,{"$nulls":56},{"v":378443.17926082725,"d":"378,443.2"},"USD",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","BAU","BAU",2010,{"$nulls":56},{"v":1988687.0267557525,"d":"1,988,687.0"},"USD",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","Basic diets","Basic diets",2010,{"$nulls":56},{"v":1988687.0267557525,"d":"1,988,687.0"},"USD",{"$nulls":35},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","No deforestation","No deforestation",2010,{"$nulls":56},{"v":1988687.0267557525,"d":"1,988,687.0"},"USD",{"$nulls":35},"MEAT",{"$f":"IF(CM601=\"Trend\",\"Low_Con\",IF(CM601=\"Feed+\",\"Feed\",IF(CM601=0,\" \",CM601)))","v":" "},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","Low population growth","Low population growth",2010,{"$nulls":56},{"v":1988687.0267557525,"d":"1,988,687.0"},"USD",{"$nulls":35},{"$f":"IF($CT602=\"VGN\",\"NO MEAT\",IF($CT602=\"SUBST\",\"SUBST\",IF($CT602=\"PESC\",\"PESC\",IF($CT602=\"VEG\",\"NO MEAT\",IF($CT602=\" \",\" \",\"MEAT\")))))","v":"MEAT"}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","BAU","BAU",2050,{"$nulls":10},{"v":1942,"d":"1,942.00"},{"$nulls":5},"Mha",{"$nulls":39},{"v":4402386.955469492,"d":"4,402,387.0"},"USD",{"$nulls":19},"BAU",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","Basic diets","Basic diets",2050,{"$nulls":10},{"v":1394,"d":"1,394.00"},{"$nulls":5},"Mha",{"$nulls":39},{"v":4402386.955469492,"d":"4,402,387.0"},"USD",{"$nulls":19},"DIET",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","No deforestation","No deforestation",2050,{"$nulls":10},{"v":1942,"d":"1,942.00"},{"$nulls":5},"Mha",{"$nulls":39},{"v":4402386.955469492,"d":"4,402,387.0"},"USD",{"$nulls":19},"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[32,2017,"Is the available cropland and water enough for food demand? A global perspective of the Land-Water-Food Nexus","M. J. Ibarrola-Rivas, R. Granados-Ramirez, S. Nonhebel","Ibarrola-Rivas et al. (2017)","Journal article","Advances in Water Resources","Low population growth","Low population growth",2050,{"$nulls":10},{"v":1739,"d":"1,739.00"},{"$nulls":5},"Mha",{"$nulls":39},{"v":4402386.955469492,"d":"4,402,387.0"},"USD",{"$nulls":19},"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[33,2010,"Scenarios of global bioenergy production: The trade-offs between agricultural expansion, intensification and trade","Lotze-Campen, H., Popp, A., Beringer, T., Muller, C, Bondeau, A., Rost, S., Lucht, W.","Lotze-Campen et al. (2010)","Journal article",null,"Baseline","Baseline",2005,{"$nulls":93},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[33,2010,"Scenarios of global bioenergy production: The trade-offs between agricultural expansion, intensification and trade","Lotze-Campen, H., Popp, A., Beringer, T., Muller, C, Bondeau, A., Rost, S., Lucht, W.","Lotze-Campen et al. (2010)","Journal article",null,"Baseline scenario","Only food demand met, constant cropland area",2055,{"$nulls":10},{"v":1105.4,"d":"1,105.40"},{"$nulls":5},"Mha",{"$nulls":20},{"v":9.062,"d":"9.06"},"billion",{"v":3054,"d":"3,054.00"},{"$nulls":22},4.25,null,null,"t DM/ha",{"$nulls":27},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[33,2010,"Scenarios of global bioenergy production: The trade-offs between agricultural expansion, intensification and trade","Lotze-Campen, H., Popp, A., Beringer, T., Muller, C, Bondeau, A., Rost, S., Lucht, W.","Lotze-Campen et al. (2010)","Journal article",null,"Biof100 + area","Food demand + 100 Ej bioenergy + 1% annual cropland expansion",2055,{"$nulls":10},{"v":1369.3,"d":"1,369.30"},{"$nulls":5},"Mha",{"$nulls":20},{"v":9.062,"d":"9.06"},"billion",{"v":3054,"d":"3,054.00"},{"$nulls":21},{"v":0.012,"d":"1.2%"},{"$nulls":3},"per year",{"$nulls":27},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[33,2010,"Scenarios of global bioenergy production: The trade-offs between agricultural expansion, intensification and trade","Lotze-Campen, H., Popp, A., Beringer, T., Muller, C, Bondeau, A., Rost, S., Lucht, W.","Lotze-Campen et al. (2010)","Journal article",null,"Biof100 + trade","Food demand + 100 EJ bioenergy + constant cropland area, increased global trade",2055,{"$nulls":10},{"v":1123.6,"d":"1,123.60"},{"$nulls":5},"Mha",{"$nulls":20},{"v":9.062,"d":"9.06"},"billion",{"v":3054,"d":"3,054.00"},{"$nulls":21},{"v":0.014,"d":"1.4%"},{"$nulls":3},"per year",{"$nulls":27},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[34,2014,"Land Use in 2050","T. Ronzon","Ronzon (2014)","Book chapter","Agrimonde - Scenarios and Challenges for Feeding the World in 2050","B","Baseline (2000)",2000,{"$nulls":9},{"$f":"U611+Y611","v":{"v":4852,"d":"4,852.00"}},{"v":1512,"d":"1,512.00"},{"$nulls":3},{"v":3340,"d":"3,340.00"},null,"Mha",{"v":4296,"d":"4,296.00"},{"$nulls":19},{"v":5.984,"d":"5.98"},"billion",{"v":2991,"d":"2,991.00"},{"$nulls":5},{"v":29,"d":"29.00"},{"$f":"BF611/AX611","v":{"v":0.15947843530591777,"d":"15.9%"}},{"v":477,"d":"477.00"},{"$f":"AX611-BF611-BD611","v":{"v":2485,"d":"2,485.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[34,2014,"Land Use in 2050","T. Ronzon","Ronzon (2014)","Book chapter","Agrimonde - Scenarios and Challenges for Feeding the World in 2050","Agrimonde 1","Agrimonde 1",2050,{"$nulls":9},{"$f":"U612+Y612","v":{"v":4942,"d":"4,942.00"}},{"v":2103,"d":"2,103.00"},{"$nulls":3},{"v":2839,"d":"2,839.00"},null,"Mha",{"$f":"AB$611*0.99","v":{"v":4253.04,"d":"4,253.04"}},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.8,"d":"8.80"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":5},{"v":62,"d":"62.00"},{"$f":"BF612/AX612","v":{"v":0.146,"d":"14.6%"}},{"v":438,"d":"438.00"},{"$f":"AX612-BF612-BD612","v":{"v":2500,"d":"2,500.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"1.0098^40-1","v":{"v":0.4771161767600387,"d":"47.7%"}},{"$nulls":6},{"$f":"IF(CM612=\"Trend\",CA$93,IF(CM612=\"Low\",CA$93/2,IF(CM612=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Reformed Markets","RM",null,null,"OTHER","Trend","Const","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[34,2014,"Land Use in 2050","T. Ronzon","Ronzon (2014)","Book chapter","Agrimonde - Scenarios and Challenges for Feeding the World in 2050","BAU","Agrimonde GO",2050,{"$nulls":9},{"$f":"U613+Y613","v":{"v":5435,"d":"5,435.00"}},{"v":1861,"d":"1,861.00"},{"$nulls":3},{"v":3574,"d":"3,574.00"},null,"Mha",{"$f":"AB$611*0.99","v":{"v":4253.04,"d":"4,253.04"}},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.8,"d":"8.80"},"billion",{"v":3588,"d":"3,588.00"},{"$nulls":5},{"v":56,"d":"56.00"},{"$f":"BF613/AX613","v":{"v":0.23244147157190637,"d":"23.2%"}},{"v":834,"d":"834.00"},{"$f":"AX613-BF613-BD613","v":{"v":2698,"d":"2,698.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"1.014^40-1","v":{"v":0.7438864366374796,"d":"74.4%"}},{"$nulls":6},{"$f":"IF(CM613=\"Trend\",CA$93,IF(CM613=\"Low\",CA$93/2,IF(CM613=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","GSD",null,null,"BAU","High","Const","High","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[34,2014,"Land Use in 2050","T. Ronzon","Ronzon (2014)","Book chapter","Agrimonde - Scenarios and Challenges for Feeding the World in 2050","GO","Global orchestration (reactive environmental management + globalisation)",2050,{"$nulls":9},{"$f":"U614+Y614","v":{"v":5207,"d":"5,207.00"}},{"v":1800,"d":"1,800.00"},{"$nulls":3},{"v":3407,"d":"3,407.00"},null,"Mha",{"$f":"AB$611*0.99","v":{"v":4253.04,"d":"4,253.04"}},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":7.872,"d":"7.87"},"billion",{"v":3588,"d":"3,588.00"},{"$nulls":5},{"v":56,"d":"56.00"},{"$f":"BF614/AX614","v":{"v":0.23244147157190637,"d":"23.2%"}},{"v":834,"d":"834.00"},{"$f":"AX614-BF614-BD614","v":{"v":2698,"d":"2,698.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"1.014^40-1","v":{"v":0.7438864366374796,"d":"74.4%"}},{"$nulls":6},{"$f":"IF(CM614=\"Trend\",CA$93,IF(CM614=\"Low\",CA$93/2,IF(CM614=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Reformed Markets","RM",null,null,"OTHER","High","Const","High","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[35,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E. and Kropp, J.P.","Pradhan et al. (2013)","Journal article","Plos ONE","B","Baseline (2010)",2010,"GHGdirectAgLUC",{"$f":"2.478069+3.825677","v":{"v":6.303746,"d":"6.30"}},{"v":1.155589826,"d":"1.16"},{"v":7.459335614,"d":"7.46"},{"$nulls":4},"GtCO2eq/yr",{"$nulls":28},{"v":6.908685,"d":"6.91"},"billion",{"v":2850,"d":"2,850.00"},{"$nulls":6},{"$f":"BF615/AX615","v":{"v":0.17684210526315788,"d":"17.7%"}},{"v":504,"d":"504.00"},{"v":2346,"d":"2,346.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[35,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E. and Kropp, J.P.","Pradhan et al. (2013)","Journal article","Plos ONE","Scenario A","Population growth only",2050,"GHGdirectAgLUC",{"$f":"3.34+4.82","v":8.16},{"v":1.323802757,"d":"1.32"},{"$f":"M616+L616","v":{"v":9.483802757,"d":"9.48"}},{"$nulls":4},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.306,"d":"9.31"},"billion",{"v":2807,"d":"2,807.00"},{"v":221,"d":"221.00"},{"v":115,"d":"115.00"},{"v":51,"d":"51.00"},{"v":52,"d":"52.00"},{"v":167,"d":"167.00"},{"v":32,"d":"32.00"},{"v":0.17,"d":"17.0%"},{"v":488,"d":"488.00"},{"v":2319,"d":"2,319.00"},{"v":1288,"d":"1,288.00"},null,{"v":75,"d":"75.00"},{"v":175,"d":"175.00"},null,"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"$nulls":4},"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[35,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E. and Kropp, J.P.","Pradhan et al. (2013)","Journal article","Plos ONE","Scenario B","Population growth and diet change",2050,"GHGdirectAgLUC",{"$f":"3.56+14.02","v":17.58},{"v":2.23682553557297,"d":"2.24"},{"$f":"M617+L617","v":{"v":19.816825535572967,"d":"19.82"}},{"$nulls":4},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.306,"d":"9.31"},"billion",{"v":3090.69501603754,"d":"3,090.70"},{"$nulls":6},{"$f":"BF617/AX617","v":{"v":0.28798219604640024,"d":"28.8%"}},{"v":890.065138028155,"d":"890.07"},{"$f":"AX617-BF617-BD617","v":{"v":2200.629878009385,"d":"2,200.63"}},{"$nulls":4},{"v":474.40249345657,"d":"474.40"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"$nulls":4},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[35,2013,"Embodied Greenhouse Gas Emissions in Diets","Pradhan, P., Reusser, D.E. and Kropp, J.P.","Pradhan et al. (2013)","Journal article","Plos ONE","Scenario C","Population growth and diet change + improved efficiency",2050,"GHGdirectAgLUC",{"$f":"2.16+7.89","v":10.05},{"v":2.90295024251922,"d":"2.90"},{"$f":"M618+L618","v":{"v":12.95295024251922,"d":"12.95"}},{"$nulls":4},"GtCO2eq/yr",{"$nulls":19},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.306,"d":"9.31"},"billion",{"v":3090.69501603754,"d":"3,090.70"},{"$nulls":6},{"$f":"BF618/AX618","v":{"v":0.28798219604640024,"d":"28.8%"}},{"v":890.065138028155,"d":"890.07"},{"$f":"AX618-BF618-BD618","v":{"v":2200.629878009385,"d":"2,200.63"}},{"$nulls":4},{"v":474.40249345657,"d":"474.40"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BT93","v":{"v":0.34013605442176864,"d":"34.0%"}},{"$nulls":6},{"$f":"BY$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"$nulls":4},"EFF","Trend","Const","Trend","Const","Const","Low","No","Const","No","HIGH_AP","No","Trend","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[36,2015,"Closing yield gaps: How Sustainable Can We Be?","Pradhan, P., Fischer, G., van Velthuizen, H., Reusser, D.E. and Kropp, J.P. ","Pradhan et al. (2015)","Journal article","Plos ONE","B","Baseline (2010)",2010,{"$nulls":23},{"v":106,"d":"106.0"},null,{"$f":"4.208*(AH619^0.7799)","v":{"v":159.81287905684238,"d":"159.8"}},null,"TgN/yr",null,null,{"v":45,"d":"45.00"},null,"Mt P2O5/yr",{"$nulls":4},{"v":6.908685,"d":"6.91"},"billion",{"v":2850,"d":"2,850.00"},{"$nulls":6},{"$f":"BF619/AX619","v":{"v":0.17684210526315788,"d":"17.7%"}},{"v":504,"d":"504.00"},{"v":2346,"d":"2,346.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[36,2015,"Closing yield gaps: How Sustainable Can We Be?","Pradhan, P., Fischer, G., van Velthuizen, H., Reusser, D.E. and Kropp, J.P. ","Pradhan et al. (2015)","Journal article","Plos ONE","Scenario A","Population growth only",2050,{"$nulls":23},{"$f":"AH619*1.45","v":153.7},null,{"$f":"4.208*(AH620^0.7799)","v":{"v":213.53185869604937,"d":"213.5"}},null,"TgN/yr",{"v":0,"d":"0.0%"},null,{"$f":"AO619*1.22","v":{"v":54.9,"d":"54.90"}},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.306,"d":"9.31"},"billion",{"v":2727,"d":"2,727.00"},{"v":203,"d":"203.00"},{"v":107,"d":"107.00"},{"v":44,"d":"44.00"},{"v":49,"d":"49.00"},{"v":152,"d":"152.00"},{"v":28,"d":"28.00"},{"v":0.17,"d":"17.0%"},{"v":450,"d":"450.00"},{"v":2278,"d":"2,278.00"},{"v":1317,"d":"1,317.00"},null,{"v":65,"d":"65.00"},null,null,"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":1,"d":"100.0%"},{"$nulls":6},0,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"$nulls":4},"DIET","High+","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[36,2015,"Closing yield gaps: How Sustainable Can We Be?","Pradhan, P., Fischer, G., van Velthuizen, H., Reusser, D.E. and Kropp, J.P. ","Pradhan et al. (2015)","Journal article","Plos ONE","Scenario B","Population growth and diet change",2050,{"$nulls":23},{"$f":"AH619*1.73","v":{"v":183.38,"d":"183.4"}},null,{"$f":"4.208*(AH621^0.7799)","v":{"v":245.05520493554712,"d":"245.1"}},null,"TgN/yr",{"v":0,"d":"0.0%"},null,{"$f":"AO619*1.46","v":{"v":65.7,"d":"65.70"}},null,"Mt P2O5/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.306,"d":"9.31"},"billion",{"v":3090.69501603754,"d":"3,090.70"},{"$nulls":6},{"$f":"BF621/AX621","v":{"v":0.28798219604640024,"d":"28.8%"}},{"v":890.065138028155,"d":"890.07"},{"$f":"AX621-BF621-BD621","v":{"v":2200.629878009385,"d":"2,200.63"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":1,"d":"100.0%"},{"$nulls":6},0,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0%"},{"$nulls":4},"BAU","High+","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[37,2009,"Agriculture at a Crossroads (Ch.5 Looking into the Future for Agriculture and AKST)","International Assessment of Agricultural Knowledge, Science and Technology for Development","IAASTD (2009)","Report","IAASTD","B","Baseline (2000)",2000,{"$nulls":9},{"v":4915.1631,"d":"4,915.16"},{"$nulls":6},"Mha",{"$nulls":3},{"v":2616,"d":"2,616.00"},null,"km3/yr",{"$nulls":12},"p.330","MSA",{"v":6.1,"d":"6.10"},"billion",{"v":2760,"d":"2,760.00"},{"$nulls":6},{"v":0.13823995605041392,"d":"13.8%"},{"$f":"BE622*AX622","v":{"v":381.5422786991424,"d":"381.54"}},{"$f":"AX622-BF622-BD622","v":{"v":2378.4577213008574,"d":"2,378.46"}},{"$nulls":6},{"v":0,"d":"0%"},{"v":48582.5,"d":"48,582.5"},"Int'l $ (2005 billion)",{"$f":"BO622/AV622","v":{"v":7964.344262295082,"d":"7,964.3"}},null,null,{"v":0,"d":"0.0%"},{"v":2.76333564958417,"d":"2.76"},null,null,"t/ha",1.0971049394673134,"million tons meat+dairy/million tons feed (all animal protein)",{"$nulls":25},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[37,2009,"Agriculture at a Crossroads (Ch.5 Looking into the Future for Agriculture and AKST)","International Assessment of Agricultural Knowledge, Science and Technology for Development","IAASTD (2009)","Report","IAASTD","REF","Reference (2050) - Business as usual without deliberate interventions",2050,{"$nulls":9},{"$f":"+T622+400","v":{"v":5315.1631,"d":"5,315.16"}},{"$nulls":6},"Mha",{"$nulls":3},{"v":2707,"d":"2,707.00"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,"p.330","MSA",{"v":9.055,"d":"9.06"},"billion",{"v":3267.6,"d":"3,267.60"},{"$nulls":6},{"v":0.15930800298987874,"d":"15.9%"},{"$f":"BE623*AX623","v":{"v":520.5548305697278,"d":"520.55"}},{"$f":"AX623-BF623-BD623","v":{"v":2747.045169430272,"d":"2,747.05"}},{"$nulls":6},{"v":0,"d":"0%"},{"v":219273.811427166,"d":"219,273.8"},"Int'l $ (2005 billion)",{"$f":"BO623/AV623","v":{"v":24215.771554629046,"d":"24,215.8"}},null,null,{"$f":"BU623/$BU$622 - 1","v":{"v":0.6609945551838232,"d":"66.1%"}},{"v":4.58988546810466,"d":"4.59"},null,null,"t/ha",1.1536586027111577,"million tons meat+dairy/million tons feed (all animal protein)",{"$f":"IF(CB623<0,((1+CB623)^(J623-J$622)-(1+CB623)^(2010-J$622))*-1,((1+CB623)^(J623-J$622)-(1+CB623)^(2010-J$622)))","v":{"v":0.04144470134098377,"d":"4.1%"}},{"$f":"((BY623/BY$622)^(1/(J623-J622)))-1","v":1.0057744319429407E-3},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","High",{"$nulls":14},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[37,2009,"Agriculture at a Crossroads (Ch.5 Looking into the Future for Agriculture and AKST)","International Assessment of Agricultural Knowledge, Science and Technology for Development","IAASTD (2009)","Report","IAASTD","AKST_high","High investment in crop yield and livestock numbers growth",2050,{"$nulls":16},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,"p.330","MSA",{"v":9.073,"d":"9.07"},"billion",{"v":3970,"d":"3,970.00"},{"$nulls":15},{"v":0,"d":"0%"},{"$f":"BO622*(1.0331^50)","v":{"v":247512.9558283339,"d":"247,513.0"}},"Int'l $ (2005 billion)",{"$f":"BO624/AV624","v":{"v":27280.167070245112,"d":"27,280.2"}},null,null,{"$f":"BU624/$BU$622 - 1","v":{"v":1.244379426093598,"d":"124.4%"}},{"v":6.2019736793177,"d":"6.20"},null,null,"t/ha",null,"million tons meat+dairy/million tons feed (all animal protein)",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High+",{"$nulls":14},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[37,2009,"Agriculture at a Crossroads (Ch.5 Looking into the Future for Agriculture and AKST)","International Assessment of Agricultural Knowledge, Science and Technology for Development","IAASTD (2009)","Report","IAASTD","AKST_low","Low investment in crop yield and livestock numbers growth",2050,{"$nulls":10},{"v":1465,"d":"1,465.00"},{"$nulls":5},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},null,"p.330","MSA",{"v":9.073,"d":"9.07"},"billion",{"v":2650,"d":"2,650.00"},{"$nulls":15},{"v":0,"d":"0%"},{"$f":"BO622*(1.0286^50)","v":{"v":198978.3652923836,"d":"198,978.4"}},"Int'l $ (2005 billion)",{"$f":"BO625/AV625","v":{"v":21930.823905255547,"d":"21,930.8"}},null,null,{"$f":"BU625/$BU$622 - 1","v":{"v":0.22701071106215354,"d":"22.7%"}},{"v":3.39064244029967,"d":"3.39"},null,null,"t/ha",null,"million tons meat+dairy/million tons feed (all animal protein)",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[38,2004,"The role of nitrogen in sustaining food production and estimating future nitrogen fertilizer needs to meet food demand","Wood, S., Henao, J. and Rosegrant, M.","Wood et al. (2004)","Book chapter","Agriculture and the nitrogen cycle","B","Baseline (2000) - FAOSTAT",2000,{"$nulls":23},{"v":80.95,"d":"81.0"},null,{"$f":"4.208*(AH626^0.7799)","v":{"v":129.5072420528317,"d":"129.5"}},null,"TgN/yr",{"v":0,"d":"0.0%"},{"v":0.46,"d":"46.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":21},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[38,2004,"The role of nitrogen in sustaining food production and estimating future nitrogen fertilizer needs to meet food demand","Wood, S., Henao, J. and Rosegrant, M.","Wood et al. (2004)","Book chapter","Agriculture and the nitrogen cycle","TREND","BAU",2050,{"$nulls":23},171.3,null,{"v":232.37162684823755,"d":"232.4"},null,"TgN/yr",{"v":0,"d":"0.0%"},{"v":0.46,"d":"46.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":21},{"v":0,"d":"0%"},{"$nulls":12},{"$f":"IF(CM627=\"Trend\",CA$93,IF(CM627=\"Low\",CA$93/2,IF(CM627=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[38,2004,"The role of nitrogen in sustaining food production and estimating future nitrogen fertilizer needs to meet food demand","Wood, S., Henao, J. and Rosegrant, M.","Wood et al. (2004)","Book chapter","Agriculture and the nitrogen cycle","TREND","Constant NUE",2050,{"$nulls":23},{"v":121.23,"d":"121.2"},null,{"v":177.45296170740468,"d":"177.5"},null,"TgN/yr",{"v":0,"d":"0.0%"},{"v":0.46,"d":"46.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":21},{"v":0,"d":"0%"},{"$nulls":12},{"$f":"IF(CM628=\"Trend\",CA$93,IF(CM628=\"Low\",CA$93/2,IF(CM628=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Const","Const","Low","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[38,2004,"The role of nitrogen in sustaining food production and estimating future nitrogen fertilizer needs to meet food demand","Wood, S., Henao, J. and Rosegrant, M.","Wood et al. (2004)","Book chapter","Agriculture and the nitrogen cycle","TREND","Improved NUE",2050,{"$nulls":23},{"v":106.56,"d":"106.6"},null,{"v":160.4709622935402,"d":"160.5"},null,"TgN/yr",{"v":0.3,"d":"30.0%"},{"$nulls":26},{"v":0,"d":"0%"},{"$nulls":12},{"$f":"IF(CM629=\"Trend\",CA$93,IF(CM629=\"Low\",CA$93/2,IF(CM629=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Const","Const","Low","Const","Const","Low","No","High","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[39,2012,"Roads from Rio+20",null,"PBL (2012)","Report","Netherland Environment Agency","CC","Consumption change",2050,"GHGLUC",{"$nulls":4},{"v":4.285714285714286,"d":"4.29"},null,null,"GtCO2eq/yr",{"$f":"U630+Y630","v":{"v":4516,"d":"4,516.00"}},{"v":1589,"d":"1,589.00"},{"$nulls":3},{"v":2927,"d":"2,927.00"},null,"Mha",{"v":4964,"d":"4,964.00"},{"$nulls":5},{"v":115.45,"d":"115.5"},null,{"v":170.81923115598013,"d":"170.8"},{"v":138.33333333333334,"d":"138.3"},"TgN/yr",{"v":0.5,"d":"50.0%"},{"$f":"1.5*0.46","v":{"v":0.6900000000000001,"d":"69.0%"}},22.38,{"v":15.714285714285714,"d":"15.71"},"Tg P/yr",{"$f":"AM630","v":{"v":0.5,"d":"50.0%"}},{"$nulls":3},{"v":9.153,"d":"9.15"},"billion",{"v":3249,"d":"3,249.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},{"$f":"BE630*AX630","v":{"v":487.34999999999997,"d":"487.35"}},{"$f":"AX630-BF630-BD630","v":{"v":2761.65,"d":"2,761.65"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"$f":"BU630/$BU$622 - 1","v":{"v":0.6095562863459898,"d":"61.0%"}},{"v":4.44774426607218,"d":"4.45"},null,null,"t DM/ha",null,null,{"$f":"CA$633*1.15","v":{"v":0.14604999999999999,"d":"14.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","High","Waste","Low","Const","Const","Low","No","High","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[39,2012,"Roads from Rio+20",null,"PBL (2012)","Report","Netherland Environment Agency","DS","Decentralised solutions",2050,"GHGLUC",{"$nulls":4},{"v":6.666666666666666,"d":"6.67"},null,null,"GtCO2eq/yr",{"$f":"U631+Y631","v":{"v":4722,"d":"4,722.00"}},{"v":1734,"d":"1,734.00"},{"$nulls":3},{"v":2988,"d":"2,988.00"},null,"Mha",{"v":4761,"d":"4,761.00"},{"$nulls":5},{"v":118.18,"d":"118.2"},null,{"v":173.96135651632665,"d":"174.0"},{"v":161.66666666666666,"d":"161.7"},"TgN/yr",{"v":0.5,"d":"50.0%"},{"$f":"1.5*0.46","v":{"v":0.6900000000000001,"d":"69.0%"}},23.81,{"v":19.285714285714285,"d":"19.29"},"Tg P/yr",{"$f":"AM631","v":{"v":0.5,"d":"50.0%"}},{"$nulls":3},{"v":9.153,"d":"9.15"},"billion",{"v":3370,"d":"3,370.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE631*AX631","v":{"v":674,"d":"674.00"}},{"$f":"AX631-BF631-BD631","v":{"v":2696,"d":"2,696.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BU631/$BU$622 - 1","v":{"v":0.6746788429832697,"d":"67.5%"}},{"v":4.62769974842004,"d":"4.63"},null,null,"t DM/ha",null,null,{"$f":"CA$633*1.15","v":{"v":0.14604999999999999,"d":"14.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"MA Adaptive Mosaic + SRES B2",{"$nulls":3},"EFF","High","Const","Low","Const","Const","Low","No","High","Yes","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[39,2012,"Roads from Rio+20",null,"PBL (2012)","Report","Netherland Environment Agency","GT","Global Technology",2050,"GHGLUC",{"$nulls":4},{"v":4.285714285714286,"d":"4.29"},null,null,"GtCO2eq/yr",{"$f":"U632+Y632","v":{"v":4371,"d":"4,371.00"}},{"v":1474,"d":"1,474.00"},{"$nulls":3},{"v":2897,"d":"2,897.00"},null,"Mha",{"v":5053,"d":"5,053.00"},{"$nulls":5},{"v":120,"d":"120.0"},null,{"v":176.04722547915614,"d":"176.0"},{"v":136.66666666666666,"d":"136.7"},"TgN/yr",{"v":0.5,"d":"50.0%"},{"$f":"1.5*0.46","v":{"v":0.6900000000000001,"d":"69.0%"}},25.48,{"v":17.142857142857142,"d":"17.14"},"Tg P/yr",{"$f":"AM632","v":{"v":0.5,"d":"50.0%"}},{"$nulls":3},{"v":9.153,"d":"9.15"},"billion",{"v":3616,"d":"3,616.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE632*AX632","v":{"v":723.2,"d":"723.20"}},{"$f":"AX632-BF632-BD632","v":{"v":2892.8,"d":"2,892.80"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BU632/$BU$622 - 1","v":{"v":0.9618359954679085,"d":"96.2%"}},{"v":5.42121134491392,"d":"5.42"},null,null,"t DM/ha",null,null,{"$f":"CA$633*1.15","v":{"v":0.14604999999999999,"d":"14.6%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Millennium Assessment (MA) Technogarden scenario and parts of the B1 storyline",{"$nulls":3},"EFF","High+","Const","High","Open","Const","Low","No","High","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[39,2012,"Roads from Rio+20",null,"PBL (2012)","Report","Netherland Environment Agency","BAU","Trend",2050,"GHGLUC",{"$nulls":4},{"v":11.904761904761903,"d":"11.90"},null,null,"GtCO2eq/yr",{"$f":"U633+Y633","v":{"v":5292,"d":"5,292.00"}},{"v":1899,"d":"1,899.00"},{"$nulls":3},{"v":3393,"d":"3,393.00"},null,"Mha",{"v":4461,"d":"4,461.00"},{"$nulls":5},121.8,null,{"v":178.10333481469357,"d":"178.1"},{"v":178.33333333333334,"d":"178.3"},"TgN/yr",{"$f":"(AN633-AN$11)/AN$11","v":{"v":0.08695652173913039,"d":"8.7%"}},{"v":0.5,"d":"50.0%"},{"v":25,"d":"25.00"},{"v":18.333333333333332,"d":"18.33"},"Tg P/yr",{"$f":"AM633","v":{"v":0.08695652173913039,"d":"8.7%"}},null,-18.06,"MSA",{"v":9.153,"d":"9.15"},"billion",{"v":3315,"d":"3,315.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE633*AX633","v":{"v":663,"d":"663.00"}},{"$f":"AX633-BF633-BD633","v":{"v":2652,"d":"2,652.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":166749.077369454,"d":"166,749.1"},"Int'l $ (2005 billion)",{"$f":"BO633/AV633","v":{"v":18217.9697770626,"d":"18,218.0"}},null,null,{"$f":"BU633/$BU$622 - 1","v":{"v":0.4866341777654468,"d":"48.7%"}},{"v":4.10806922130951,"d":"4.11"},null,null,"t DM/ha",null,null,{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","Trend","Const","Trend","Const","Const","Low","No","Trend","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[40,2012,"Residual soil phosphorus as the missing piece in the global phosphorus crisis puzzle","Sattari, S.Z., Bouwman, A.F., Giller, K.E., van Ittersum, M.K.","Sattari et al. 2012","Journal","PNAS","Baseline","Baseline",2008,{"$nulls":30},{"v":17.8,"d":"17.80"},null,"Tg mineral fertilizer",{"$nulls":4},{"v":6.7,"d":"6.70"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[40,2012,"Residual soil phosphorus as the missing piece in the global phosphorus crisis puzzle","Sattari, S.Z., Bouwman, A.F., Giller, K.E., van Ittersum, M.K.","Sattari et al. 2012","Journal","PNAS","GO","Global orchestration from Millennium Ecosystem Assessment",2050,{"$nulls":30},{"v":20.8,"d":"20.80"},3.06,"Tg mineral fertilizer",{"$nulls":4},{"v":9.191,"d":"9.19"},"billion",{"$f":"2687+818","v":{"v":3505,"d":"3,505.00"}},{"v":70,"d":"70.00"},{"$nulls":8},{"v":172,"d":"172.00"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":22282,"d":"22,282.0"},"USD1995 per capita",{"$f":"BQ639","v":{"v":28554.3,"d":"28,554.3"}},{"$nulls":6},"55% increase in crop yields from 2005; P uptake 11.8 kg ha-1yr-1; P loss 10% of 30.6 total input",{"$nulls":11},"EFF",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[41,2016,"Negative global phosphorus budgets challenge sustainable intensification of grasslands","Sattari, S.Z., Bouwman, A.F., Martinez Rodriguez, R., Beusen, A.H.W., van Ittersum, M.K.","Sattari et al. 2016","Journal","Nature Communications",null,"Baseline",2005,{"$nulls":30},{"v":4.6,"d":"4.60"},null,"Tg mineral fertilizer",{"$nulls":22},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[41,2016,"Negative global phosphorus budgets challenge sustainable intensification of grasslands","Sattari, S.Z., Bouwman, A.F., Martinez Rodriguez, R., Beusen, A.H.W., van Ittersum, M.K.","Sattari et al. 2016","Journal","Nature Communications","Rio +20 Trend","Trend scenario from Rio +20 which includes global orchestration assumptions in MEA",2050,{"$nulls":30},{"v":24,"d":"24.00"},null,"Tg mineral fertilizer",{"$nulls":4},{"v":9,"d":"9.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":21},"EFF",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[42,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2049","Bouwman, A.F., Beusen, A.H.W., Billen, G. 2008","Bouwman et al. (2009)","Journal","Global Biogeochemical Cycles","B","Baseline",2000,{"$nulls":10},{"v":1492.31222,"d":"1,492.31"},{"$nulls":16},"TgN/yr",null,{"v":38.65522,"d":"3865.5%"},null,null,"Tg P/yr",null,{"v":203.8696,"d":"20387.0%"},null,null,6.08,"billion",{"v":2687,"d":"2,687.00"},{"$nulls":14},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[42,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2050","Bouwman, A.F., Beusen, A.H.W., Billen, G. 2009","Bouwman et al. (2009)","Journal","Global Biogeochemical Cycles","GO","Global Orchestration",2050,{"$nulls":10},{"$f":"U638*0.88","v":{"v":1313.2347536,"d":"1,313.23"}},{"$nulls":15},{"v":212.279,"d":"212.3"},"TgN/yr",{"$f":"(AN639-AN$638)/AN$638","v":{"v":0.20961826113006213,"d":"21.0%"}},{"v":46.75806,"d":"4675.8%"},null,34.978,"Mt P2O5/yr",{"$f":"(AS639-AS$638)/AS$638","v":{"v":-0.01098251038899377,"d":"-1.1%"}},{"v":201.6306,"d":"20163.1%"},null,null,{"v":8.2,"d":"8.20"},"billion",{"$f":"2687+818","v":{"v":3505,"d":"3,505.00"}},{"v":378.431927540334,"d":"378.43"},{"$nulls":5},{"$f":"AY639/(AY639+BH639)","v":{"v":0.20017363599574,"d":"20.0%"}},{"$f":"BE639*AX639","v":{"v":701.6085941650688,"d":"701.61"}},{"$f":"AX639-BF639-BD639","v":{"v":2803.391405834931,"d":"2,803.39"}},{"v":1512.0864,"d":"1,512.09"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":22282,"d":"22,282.0"},"USD1995 per capita",{"$f":"BQ644","v":{"v":28554.3,"d":"28,554.3"}},null,null,{"$f":"BU639/$BU$622 - 1","v":{"v":0.6610827614566614,"d":"66.1%"}},{"v":4.59012921164291,"d":"4.59"},null,null,"t DM/ha",null,null,{"$f":"IF(CM639=\"Trend\",CA$93,IF(CM639=\"Low\",CA$93/2,IF(CM639=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Reformed Markets",{"$nulls":3},"OTHER","High","Const","Trend",{"$f":"CN644","v":"Open"},"Leftovers","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[42,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2050","Bouwman, A.F., Beusen, A.H.W., Billen, G. 2009","Bouwman et al. (2009)","Journal","Global Biogeochemical Cycles","OS","Order from Strength",2050,{"$nulls":26},{"v":194.851,"d":"194.9"},"TgN/yr",{"$f":"(AN640-AN$638)/AN$638","v":{"v":0.32106996157310697,"d":"32.1%"}},{"v":51.06625,"d":"5106.6%"},null,29.853,"Mt P2O5/yr",{"$f":"(AS640-AS$638)/AS$638","v":{"v":-0.12411708268422557,"d":"-12.4%"}},{"v":178.5659,"d":"17856.6%"},null,null,{"v":9.7,"d":"9.70"},"billion",{"$f":"2687+250","v":{"v":2937,"d":"2,937.00"}},{"v":221.65298613076706,"d":"221.65"},{"$nulls":5},{"$f":"AY640/(AY640+BH640)","v":{"v":0.14227536880630187,"d":"14.2%"}},{"$f":"BE640*AX640","v":{"v":417.8627581841086,"d":"417.86"}},{"$f":"AX640-BF640-BD640","v":{"v":2519.1372418158912,"d":"2,519.14"}},{"v":1336.2624,"d":"1,336.26"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9838,"d":"9,838.0"},"USD1995 per capita",{"$f":"BQ645","v":{"v":12607.36,"d":"12,607.4"}},null,null,{"$f":"BU640/$BU$622 - 1","v":{"v":0.2769083702242603,"d":"27.7%"}},{"v":3.52852642069312,"d":"3.53"},null,null,"t DM/ha",null,null,{"$f":"IF(CM640=\"Trend\",CA$93,IF(CM640=\"Low\",CA$93/2,IF(CM640=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition",{"$nulls":3},"OTHER","Low","Const","Low",{"$f":"CN645","v":"Const"},"Const","Low","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[42,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2050","Bouwman, A.F., Beusen, A.H.W., Billen, G. 2009","Bouwman et al. (2009)","Journal","Global Biogeochemical Cycles","TG","Technogarden",2050,{"$nulls":10},{"$f":"U638*0.92","v":{"v":1372.9272424,"d":"1,372.93"}},{"$nulls":15},{"v":157.459,"d":"157.5"},"TgN/yr",{"$f":"(AN641-AN$638)/AN$638","v":{"v":0.45877400257972917,"d":"45.9%"}},{"v":56.38923,"d":"5638.9%"},null,26.26,"Mt P2O5/yr",{"$f":"(AS641-AS$638)/AS$638","v":{"v":-0.01098251038899377,"d":"-1.1%"}},{"v":201.6306,"d":"20163.1%"},null,null,{"v":8.9,"d":"8.90"},"billion",{"$f":"2687+507","v":{"v":3194,"d":"3,194.00"}},{"v":227.0591565242004,"d":"227.06"},{"$nulls":5},{"$f":"AY641/(AY641+BH641)","v":{"v":0.14606286430577375,"d":"14.6%"}},{"$f":"BE641*AX641","v":{"v":466.52478859264136,"d":"466.52"}},{"$f":"AX641-BF641-BD641","v":{"v":2727.4752114073585,"d":"2,727.48"}},{"v":1327.4712,"d":"1,327.47"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":12932,"d":"12,932.0"},"USD1995 per capita",{"$f":"BQ646","v":{"v":16572.31,"d":"16,572.3"}},null,null,{"$f":"BU641/$BU$622 - 1","v":{"v":0.57612359745754,"d":"57.6%"}},{"v":4.35535852500527,"d":"4.36"},null,null,"t DM/ha",null,null,{"$f":"IF(CM641=\"Trend\",CA$93,IF(CM641=\"Low\",CA$93/2,IF(CM641=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development",{"$nulls":3},"MIXED","High","Const","High",{"$f":"CN646","v":"Open"},"Const","Low","No","High","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[42,2009,"Human alteration of the global nitrogen and phosphorus soil balances for the period 1970-2050","Bouwman, A.F., Beusen, A.H.W., Billen, G. 2009","Bouwman et al. (2009)","Journal","Global Biogeochemical Cycles","AM","Adapting Mosaic",2050,{"$nulls":26},{"v":146.51,"d":"146.5"},"TgN/yr",{"$f":"(AN642-AN$638)/AN$638","v":{"v":0.32106996157310697,"d":"32.1%"}},{"v":51.06625,"d":"5106.6%"},null,22.288,"Mt P2O5/yr",{"$f":"(AS642-AS$638)/AS$638","v":{"v":0.0567710928946739,"d":"5.7%"}},{"v":215.4435,"d":"21544.4%"},null,null,{"v":9.6,"d":"9.60"},"billion",{"$f":"2687+207","v":{"v":2894,"d":"2,894.00"}},{"v":221.65298613076706,"d":"221.65"},{"$nulls":5},{"$f":"AY642/(AY642+BH642)","v":{"v":0.12849834442155453,"d":"12.8%"}},{"$f":"BE642*AX642","v":{"v":371.8742087559788,"d":"371.87"}},{"$f":"AX642-BF642-BD642","v":{"v":2522.125791244021,"d":"2,522.13"}},{"v":1503.2952,"d":"1,503.30"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"USD1995 per capita",{"$f":"BQ647","v":{"v":21709.82,"d":"21,709.8"}},null,null,{"$f":"BU642/$BU$622 - 1","v":{"v":0.34601977038540177,"d":"34.6%"}},{"v":3.71950441655108,"d":"3.72"},null,null,"t DM/ha",null,null,{"$f":"IF(CM642=\"Trend\",CA$93,IF(CM642=\"Low\",CA$93/2,IF(CM642=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Sustainable Development",{"$nulls":3},"BAU","Trend","Const","Trend",{"$f":"CN647","v":"Reg"},"Const","Low","No","Trend","Yes","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[43,2005,"Ecosystems and Human Well-being: Scenarios",null,"MEA (2005)","Report","Millennium Ecosystem Assessment","Baseline","Baseline",1995,{"$nulls":37},{"v":5.701,"d":"5.70"},"billion",{"$nulls":15},"kcal/capita/day",{"v":0,"d":"0%"},{"v":5102,"d":"5,102.0"},"USD1995 per capita",{"v":6538.19,"d":"6,538.2"},{"$nulls":34},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM643=\"Low_Con\",1,IF($CM643=\"Trend\",2,IF($CM643=\"Feed\",3,IF($CM643=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR643=\"Const\",\"1\",IF($CR643=\"Trend\",2,IF($CR643=\"Fert\",\"3\",IF($CR643=\"Fert+\",\"4\",\" \"))))","v":" "},{"$f":"IF($CM643=\"Low_Con\",1^2,IF($CM643=\"Trend\",2^2,IF($CM643=\"Feed\",3^2,IF($CM643=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR643=\"Const\",1^2,IF($CR643=\"Trend\",2^2,IF($CR643=\"Fert\",3^2,IF($CR643=\"Fert+\",4^2,\" \"))))","v":" "}]
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[43,2005,"Ecosystems and Human Well-being: Scenarios",null,"MEA (2005)","Report","Millennium Ecosystem Assessment","OS","Order from Strength",2050,{"$nulls":9},{"$f":"13067-7177","v":{"v":5890,"d":"5,890.00"}},{"$f":"13067-11136","v":{"v":1931,"d":"1,931.00"}},{"$nulls":3},{"$f":"T645-U645","v":{"v":3959,"d":"3,959.00"}},null,"Mha",{"v":3991,"d":"3,991.00"},{"$nulls":5},{"$f":"AH644","v":{"v":130,"d":"130.0"}},null,{"$f":"4.208*(AH645^0.7799)","v":{"v":187.3872991220727,"d":"187.4"}},null,null,{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.567,"d":"9.57"},"billion",{"v":3010,"d":"3,010.00"},{"v":221.65298613076706,"d":"221.65"},{"$nulls":5},{"v":0.14227536880630187,"d":"14.2%"},{"v":417.8627581841086,"d":"417.86"},{"v":2519.1372418158912,"d":"2,519.14"},{"v":1336.2624,"d":"1,336.26"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9838,"d":"9,838.0"},"USD1995 per capita",{"v":12607.36,"d":"12,607.4"},null,null,{"$f":"BU645/$BU$622 - 1","v":{"v":0.2769083702242603,"d":"27.7%"}},{"v":3.52852642069312,"d":"3.53"},null,null,"t DM/ha",null,null,{"$f":"IF(CM645=\"Trend\",CA$93,IF(CM645=\"Low\",CA$93/2,IF(CM645=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition",{"$nulls":3},"OTHER","Low","Const","Low","Const","Const","Low","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[43,2005,"Ecosystems and Human Well-being: Scenarios",null,"MEA (2005)","Report","Millennium Ecosystem Assessment","TG","Technogarden",2050,{"$nulls":9},{"$f":"13067-7788.5","v":{"v":5278.5,"d":"5,278.50"}},{"$f":"13067-11329","v":{"v":1738,"d":"1,738.00"}},{"$nulls":3},{"$f":"T646-U646","v":{"v":3540.5,"d":"3,540.50"}},null,"Mha",{"v":4345,"d":"4,345.00"},{"$nulls":5},{"v":115,"d":"115.0"},null,{"$f":"4.208*(AH646^0.7799)","v":{"v":170.29973683174163,"d":"170.3"}},null,null,{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.821,"d":"8.82"},"billion",{"v":3270,"d":"3,270.00"},{"v":227.0591565242004,"d":"227.06"},{"$nulls":5},{"v":0.14606286430577375,"d":"14.6%"},{"v":466.52478859264136,"d":"466.52"},{"v":2727.4752114073585,"d":"2,727.48"},{"v":1327.4712,"d":"1,327.47"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":12932,"d":"12,932.0"},"USD1995 per capita",{"v":16572.31,"d":"16,572.3"},null,null,{"$f":"BU646/$BU$622 - 1","v":{"v":0.57612359745754,"d":"57.6%"}},{"v":4.35535852500527,"d":"4.36"},null,null,"t DM/ha",null,null,{"$f":"IF(CM646=\"Trend\",CA$93,IF(CM646=\"Low\",CA$93/2,IF(CM646=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development",{"$nulls":3},"MIXED","High","Const","High","Open","Const","Low","No","High","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[43,2005,"Ecosystems and Human Well-being: Scenarios",null,"MEA (2005)","Report","Millennium Ecosystem Assessment","AM","Adapting Mosaic",2050,{"$nulls":9},{"$f":"13034-7917.2","v":{"v":5116.8,"d":"5,116.80"}},{"$f":"13034-11264","v":{"v":1770,"d":"1,770.00"}},{"$nulls":3},{"$f":"T647-U647","v":{"v":3346.8,"d":"3,346.80"}},null,"Mha",{"v":4313,"d":"4,313.00"},{"$nulls":5},{"$f":"AVERAGE(AH646,AH644)","v":122.5},null,{"$f":"4.208*(AH647^0.7799)","v":{"v":178.90112299565428,"d":"178.9"}},null,null,{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.522,"d":"9.52"},"billion",{"v":2970,"d":"2,970.00"},{"v":221.65298613076706,"d":"221.65"},{"$nulls":5},{"v":0.12849834442155453,"d":"12.8%"},{"v":371.8742087559788,"d":"371.87"},{"v":2522.125791244021,"d":"2,522.13"},{"v":1503.2952,"d":"1,503.30"},{"$nulls":4},"kcal/capita/day",{"v":0,"d":"0%"},{"v":16941,"d":"16,941.0"},"USD1995 per capita",{"v":21709.82,"d":"21,709.8"},null,null,{"$f":"BU647/$BU$622 - 1","v":{"v":0.34601977038540177,"d":"34.6%"}},{"v":3.71950441655108,"d":"3.72"},null,null,"t DM/ha",null,null,{"$f":"IF(CM647=\"Trend\",CA$93,IF(CM647=\"Low\",CA$93/2,IF(CM647=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Sustainable Development",{"$nulls":3},"BAU","Trend","Const","Trend","Reg","Const","Low","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[44,2004,"Nitrogen Cycles: Past, Present & Future",null,"Galloway et al. (2004)","Journal","Biochemistry","Early 1990s","Baseline",1992,{"$nulls":23},{"v":100,"d":"100.0"},31.5,{"$f":"AH648+AI648","v":131.5},null,"TgN/yr",{"$nulls":9},{"v":6,"d":"6.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[44,2004,"Nitrogen Cycles: Past, Present & Future",null,"Galloway et al. (2004)","Journal","Biochemistry",2050,"BAU",2050,{"$nulls":23},{"v":135,"d":"135.0"},{"v":50,"d":"50.0"},{"$f":"AH649+AI649","v":{"v":185,"d":"185.0"}},{"v":155,"d":"155.0"},"TgN/yr",{"$nulls":9},{"v":9,"d":"9.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},{"$nulls":21},"BAU",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Initial","Initial",2010,{"$nulls":9},{"$f":"+U650+Y650","v":{"v":4892,"d":"4,892.00"}},{"v":1550,"d":"1,550.00"},{"$nulls":3},{"v":3342,"d":"3,342.00"},null,"Mha",{"v":4015.67296,"d":"4,015.67"},{"$nulls":19},{"v":6.8,"d":"6.80"},"billion",{"v":2802,"d":"2,802.00"},{"v":218.1,"d":"218.10"},{"$nulls":3},{"v":167.3,"d":"167.30"},{"v":32.3,"d":"32.30"},{"$f":"BF650/AX650","v":{"v":0.14907209136331193,"d":"14.9%"}},{"$f":"+AY650+BC650+BD650","v":{"v":417.7,"d":"417.70"}},{"$f":"AX650-BF650","v":{"v":2384.3,"d":"2,384.30"}},{"$f":"1197.7+83.7","v":{"v":1281.4,"d":"1,281.40"}},{"v":171.7,"d":"171.70"},{"v":71.5,"d":"71.50"},{"v":175.5,"d":"175.50"},{"v":231.1,"d":"231.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Metropolitization_Ultrap","Land use drive by metropolitization with ultra processed foods",2050,{"$nulls":9},{"v":4838,"d":"4,838.00"},{"$f":"U650+243","v":{"v":1793,"d":"1,793.00"}},{"$nulls":3},{"$f":"+Y650-297","v":{"v":3045,"d":"3,045.00"}},null,"Mha",{"$f":"$AB$650+AC651","v":{"v":4026.67296,"d":"4,026.67"}},11,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":3132,"d":"3,132.00"},{"v":198.1,"d":"198.10"},{"$nulls":3},{"v":197.6,"d":"197.60"},{"v":37.9,"d":"37.90"},{"v":0.1384418901660281,"d":"13.8%"},{"$f":"+AY651+BC651+BD651","v":{"v":433.59999999999997,"d":"433.60"}},{"v":2698.4,"d":"2,698.40"},{"$f":"1276.7+23.6","v":{"v":1300.3,"d":"1,300.30"}},{"v":186.4,"d":"186.40"},{"v":39.3,"d":"39.30"},{"v":159,"d":"159.00"},{"v":405.3,"d":"405.30"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":24000,"d":"24,000.0"},"USD per capita",{"$f":"BO651","v":{"v":24000,"d":"24,000.0"}},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Metropolitization_Ultrap",{"$nulls":3},"OTHER","High","Const","Trend","Open","Const","Low","No","Const","No","Subst","No","Low","CONV","Yes","Low","SUBST","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Metropolitization_Animp","Land use drive by metropolitization with animal products",2050,{"$nulls":9},{"v":6210,"d":"6,210.00"},{"$f":"U650+620","v":{"v":2170,"d":"2,170.00"}},{"$nulls":3},{"$f":"+Y650+698","v":{"v":4040,"d":"4,040.00"}},null,"Mha",{"v":2718.67296,"d":"2,718.67"},-1297,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":3132,"d":"3,132.00"},{"v":340.8,"d":"340.80"},{"$nulls":3},{"v":245.7,"d":"245.70"},{"v":35.9,"d":"35.90"},{"v":0.1987228607918263,"d":"19.9%"},{"v":622.4,"d":"622.40"},{"v":2509.6,"d":"2,509.60"},{"$f":"1157.6+126","v":{"v":1283.6,"d":"1,283.60"}},{"v":199.6,"d":"199.60"},{"v":88.2,"d":"88.20"},{"v":210.6,"d":"210.60"},{"v":240.3,"d":"240.30"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":24000,"d":"24,000.0"},"USD per capita",{"$f":"BO652","v":{"v":24000,"d":"24,000.0"}},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Metropolitization_Animp",{"$nulls":3},"OTHER","High","Const","Trend","Open","Const","Low","No","Const","No","High_AP","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Regionalization_A","Land use for regional food systems with agricultural technology A",2050,{"$nulls":9},{"v":5141,"d":"5,141.00"},{"$f":"U650+70","v":{"v":1620,"d":"1,620.00"}},{"$nulls":3},{"$f":"+Y650+179","v":{"v":3521,"d":"3,521.00"}},null,"Mha",{"v":3663.67296,"d":"3,663.67"},-352,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":2785,"d":"2,785.00"},{"v":191.7,"d":"191.70"},{"$nulls":3},{"v":174.3,"d":"174.30"},{"v":37.5,"d":"37.50"},{"v":0.14488330341113106,"d":"14.5%"},{"v":403.5,"d":"403.50"},{"v":2381.5,"d":"2,381.50"},{"$f":"1124.4+148.3","v":{"v":1272.7,"d":"1,272.70"}},{"v":247.6,"d":"247.60"},{"v":101.1,"d":"101.10"},{"v":172.2,"d":"172.20"},{"v":198.3,"d":"198.30"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":20000,"d":"20,000.0"},"USD per capita",{"v":20000,"d":"20,000.0"},null,null,{"v":0.4,"d":"40.0%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regionalization_A",{"$nulls":3},"EFF","Trend","Waste","Trend","Reg","Leftovers","Low","No","Const","No","Mod","No","Low","CONV","Yes","High","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Regionalization_B","Land use for regional food systems with agricultural technology B",2050,{"$nulls":9},{"v":5583,"d":"5,583.00"},{"$f":"U650+174","v":{"v":1724,"d":"1,724.00"}},{"$nulls":3},{"$f":"+Y650+517","v":{"v":3859,"d":"3,859.00"}},null,"Mha",{"v":3282.67296,"d":"3,282.67"},-733,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":2785,"d":"2,785.00"},{"v":191.7,"d":"191.70"},{"$nulls":3},{"v":174.3,"d":"174.30"},{"v":37.5,"d":"37.50"},{"v":0.14488330341113106,"d":"14.5%"},{"v":403.5,"d":"403.50"},{"v":2381.5,"d":"2,381.50"},{"$f":"1124.4+148.3","v":{"v":1272.7,"d":"1,272.70"}},{"v":247.6,"d":"247.60"},{"v":101.1,"d":"101.10"},{"v":172.2,"d":"172.20"},{"v":198.3,"d":"198.30"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":20000,"d":"20,000.0"},"USD per capita",{"v":20000,"d":"20,000.0"},null,null,{"v":0.3,"d":"30.0%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regionalization_B",{"$nulls":3},"OTHER","Low","Waste","Trend","Reg","Leftovers","Low","No","Const","No","Mod","No","Low","CONV","Yes","High","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Healthy_C","Land use for food quality & healthy nutrition with agricultural technology C",2050,{"$nulls":9},{"v":4921,"d":"4,921.00"},{"$f":"U650-56","v":{"v":1494,"d":"1,494.00"}},{"$nulls":3},{"$f":"+Y650+85","v":{"v":3427,"d":"3,427.00"}},null,"Mha",{"v":3953.67296,"d":"3,953.67"},-62,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":2843,"d":"2,843.00"},{"v":173.1,"d":"173.10"},{"$nulls":3},{"v":161.1,"d":"161.10"},{"v":32.4,"d":"32.40"},{"v":0.1289482940555751,"d":"12.9%"},{"v":366.59999999999997,"d":"366.60"},{"v":2476.4,"d":"2,476.40"},{"$f":"979.9+357.9","v":{"v":1337.8,"d":"1,337.80"}},{"v":104.7,"d":"104.70"},{"v":201.9,"d":"201.90"},{"v":426.4,"d":"426.40"},{"v":71.1,"d":"71.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":20000,"d":"20,000.0"},"USD per capita",{"v":20000,"d":"20,000.0"},null,null,{"v":0.4,"d":"40.0%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Healthy_C",{"$nulls":3},"MIXED","Trend","Waste","Trend","Const","Const","Low","No","Const","No","Mod","No","Low","ORG","Const","High","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Healthy_D","Land use for food quality & healthy nutrition with agricultural technology D",2050,{"$nulls":9},{"v":5161,"d":"5,161.00"},{"$f":"U650+50","v":{"v":1600,"d":"1,600.00"}},{"$nulls":3},{"$f":"+Y650+219","v":{"v":3561,"d":"3,561.00"}},null,"Mha",{"v":3736.67296,"d":"3,736.67"},-279,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"v":2843,"d":"2,843.00"},{"v":173.1,"d":"173.10"},{"$nulls":3},{"v":161.1,"d":"161.10"},{"v":32.4,"d":"32.40"},{"v":0.1289482940555751,"d":"12.9%"},{"v":366.59999999999997,"d":"366.60"},{"v":2476.4,"d":"2,476.40"},{"$f":"979.9+357.9","v":{"v":1337.8,"d":"1,337.80"}},{"v":104.7,"d":"104.70"},{"v":201.9,"d":"201.90"},{"v":426.4,"d":"426.40"},{"v":71.1,"d":"71.10"},"kcal/capita/day",{"v":0,"d":"0%"},{"v":20000,"d":"20,000.0"},"USD per capita",{"v":20000,"d":"20,000.0"},null,null,{"v":0.3,"d":"30.0%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Healthy_D",{"$nulls":3},"DIET","Low","Waste","Trend","Const","Const","Low","No","Const","No","Mod","No","Low","ORG","Const","High","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Communities_AE","Land as commons for rural communities in fragmented with agroecology",2050,{"$nulls":9},{"v":5034,"d":"5,034.00"},{"$f":"+U650+277","v":{"v":1827,"d":"1,827.00"}},{"$nulls":3},{"$f":"+Y650-135","v":{"v":3207,"d":"3,207.00"}},null,"Mha",{"v":3861.67296,"d":"3,861.67"},-154,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"$nulls":15},"kcal/capita/day",{"v":0,"d":"0%"},{"v":18000,"d":"18,000.0"},"USD per capita",{"v":18000,"d":"18,000.0"},null,null,{"v":0.15,"d":"15.0%"},{"$nulls":6},{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Communities_AE",{"$nulls":3},"OTHER","Low","Waste","Trend","Const","Const","Low","No","Const","No","Mod","No","Low","CONV","Yes","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[45,2016,"Agrimonde-Terra: Land use & food security in 2050",null,"CIRAD (2016)","Report","CIRAD","Communities_collapse","Land as commons for rural communities in fragmented  with collapse",2050,{"$nulls":9},{"v":6947,"d":"6,947.00"},{"$f":"+U650+555","v":{"v":2105,"d":"2,105.00"}},{"$nulls":3},{"$f":"+Y650+1500","v":{"v":4842,"d":"4,842.00"}},null,"Mha",{"v":2152.67296,"d":"2,152.67"},-1863,{"$nulls":9},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.7,"d":"9.70"},"billion",{"$nulls":15},"kcal/capita/day",{"v":0,"d":"0%"},{"v":18000,"d":"18,000.0"},"USD per capita",{"v":18000,"d":"18,000.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Communities_collapse",{"$nulls":3},"OTHER","Const","Waste","Low","Const","Const","Low","No","Const","No","Mod","No","Low","CONV","Yes","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[46,2017,"Land-use futures in the shared socio-economic pathways","Popp et al. 2017","Popp et al. (2017)","Journal","Global Environmental Change","Baseline","Baseline",2005,{"$nulls":9},{"v":4900,"d":"4,900.00"},{"v":1500,"d":"1,500.00"},{"$nulls":3},{"v":3400,"d":"3,400.00"},null,"Mha",{"$nulls":20},{"v":6.5,"d":"6.50"},"billion",{"v":2763,"d":"2,763.00"},{"$nulls":15},{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[46,2017,"Land-use futures in the shared socio-economic pathways","Popp et al. 2017","Popp et al. (2017)","Journal","Global Environmental Change","SSP1","SSP1",2050,{"$nulls":9},{"v":4536,"d":"4,536.00"},{"$f":"U659-28","v":{"v":1472,"d":"1,472.00"}},{"$nulls":3},{"$f":"Y659-336","v":{"v":3064,"d":"3,064.00"}},null,"Mha",{"$nulls":38},{"v":0,"d":"0%"},{"$nulls":9},"1.5 times FAO estimates",{"$nulls":7},"Global Sustainable Development",{"$nulls":3},"MIXED",{"$nulls":9},"MOD",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[46,2017,"Land-use futures in the shared socio-economic pathways","Popp et al. 2017","Popp et al. (2017)","Journal","Global Environmental Change","SSP2","SSP2",2050,{"$nulls":9},{"v":5222,"d":"5,222.00"},{"$f":"U659+209","v":{"v":1709,"d":"1,709.00"}},{"$nulls":3},{"$f":"Y659+113","v":{"v":3513,"d":"3,513.00"}},null,"Mha",{"$nulls":38},{"v":0,"d":"0%"},{"$nulls":9},"Based on FAO (Alex. & Bruin 2012)",{"$nulls":7},"BAU",{"$nulls":3},"BAU",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[46,2017,"Land-use futures in the shared socio-economic pathways","Popp et al. 2017","Popp et al. (2017)","Journal","Global Environmental Change","SSP3","SSP3",2050,{"$nulls":9},{"v":5420,"d":"5,420.00"},{"$f":"U659+315","v":{"v":1815,"d":"1,815.00"}},{"$nulls":3},{"$f":"Y659+205","v":{"v":3605,"d":"3,605.00"}},null,"Mha",{"$nulls":38},{"v":0,"d":"0%"},{"$nulls":9},"Annual growth rate 50% of FAO est",{"$nulls":7},"Regional Competition",{"$nulls":3},"OTHER",{"$nulls":9},"HIGH_AP",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[46,2017,"Land-use futures in the shared socio-economic pathways","Popp et al. 2017","Popp et al. (2017)","Journal","Global Environmental Change","SSP4","SSP4",2050,{"$nulls":9},{"v":5287,"d":"5,287.00"},{"$f":"U659+179","v":{"v":1679,"d":"1,679.00"}},{"$nulls":3},{"$f":"Y659+208","v":{"v":3608,"d":"3,608.00"}},null,"Mha",{"$nulls":38},{"v":0,"d":"0%"},{"$nulls":17},"Regional Competition",{"$nulls":3},"OTHER",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[46,2017,"Land-use futures in the shared socio-economic pathways","Popp et al. 2017","Popp et al. (2017)","Journal","Global Environmental Change","SSP5","SSP5",2050,{"$nulls":9},{"v":5078,"d":"5,078.00"},{"$f":"U659+327","v":{"v":1827,"d":"1,827.00"}},{"$nulls":3},{"$f":"Y659-149","v":{"v":3251,"d":"3,251.00"}},null,"Mha",{"$nulls":38},{"v":0,"d":"0%"},{"$nulls":17},"Economic Optimism",{"$nulls":3},"EFF",{"$nulls":9},"HIGH-AP",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[47,2017,"Exploring the impact of changes in land-use and land condition on food, water, climate change mitigation and biodiversity: Scenarios for the UNCCD Global Land Outlook",null,"UNCCD (2017)","Journal","UNCCD","Baseline","Baseline",2010,{"$nulls":16},"Mha",{"v":4015.67296,"d":"4,015.67"},{"$nulls":19},{"v":6.9,"d":"6.90"},"billion",{"v":2850,"d":"2,850.00"},{"$nulls":6},{"$f":"BF665/AX665","v":{"v":0.17684210526315788,"d":"17.7%"}},{"v":504,"d":"504.00"},{"v":2346,"d":"2,346.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":6},{"v":3.6,"d":"3.60"},{"$nulls":30},"MEAT",{"$f":"IF(CM665=\"Trend\",\"Low_Con\",IF(CM665=\"Feed+\",\"Feed\",IF(CM665=0,\" \",CM665)))","v":" "},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[47,2017,"Exploring the impact of changes in land-use and land condition on food, water, climate change mitigation and biodiversity: Scenarios for the UNCCD Global Land Outlook",null,"UNCCD (2017)","Journal","UNCCD","SSP1","SSP1",2050,{"$nulls":9},{"$f":"+U666+Y666","v":{"v":4404.1153,"d":"4,404.12"}},{"v":1510.97425,"d":"1,510.97"},{"$nulls":3},{"v":2893.14105,"d":"2,893.14"},null,"Mha",{"$f":"$AB$665+AC666","v":{"v":4091.353359999999,"d":"4,091.35"}},{"v":75.6803999999993,"d":"75.68"},null,{"v":1810.54,"d":"1,810.54"},null,"km3/yr",{"v":143,"d":"143.0"},null,{"$f":"4.208*(AH666^0.7799)","v":{"v":201.8470036147333,"d":"201.8"}},null,"TgN/yr",{"$f":"AM$93*1.2","v":{"v":0.07623239999999999,"d":"7.6%"}},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},8.53,"billion",{"v":2983,"d":"2,983.00"},{"$nulls":6},{"$f":"BF666/AX666","v":{"v":0.12101910828025478,"d":"12.1%"}},{"v":361,"d":"361.00"},{"v":2588,"d":"2,588.00"},{"$nulls":5},"kcal/capita/day",{"v":0.33,"d":"33%"},{"v":24600,"d":"24,600.0"},"USD2005 per capita",{"$f":"BO666","v":{"v":24600,"d":"24,600.0"}},null,null,{"$f":"BU666/$BU$665 - 1","v":{"v":0.4444444444444444,"d":"44.4%"}},{"v":5.2,"d":"5.20"},{"$nulls":5},{"$f":"CA675","v":{"v":0.2791454358895471,"d":"27.9%"}},null,{"$f":"CC675","v":{"v":0.18815188708687058,"d":"18.8%"}},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","SSP1",null,null,"MIXED","High","Waste","High","Open","Const","High","No","Trend","No","MOD","No","Low","CONV","Const","High",{"$f":"IF($CT666=\"VGN\",\"NO MEAT\",IF($CT666=\"SUBST\",\"SUBST\",IF($CT666=\"PESC\",\"PESC\",IF($CT666=\"VEG\",\"NO MEAT\",IF($CT666=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[47,2017,"Exploring the impact of changes in land-use and land condition on food, water, climate change mitigation and biodiversity: Scenarios for the UNCCD Global Land Outlook",null,"UNCCD (2017)","Journal","UNCCD","SSP2","SSP2",2050,{"$nulls":9},{"$f":"+U667+Y667","v":{"v":5042.549398900001,"d":"5,042.55"}},{"v":1700.19202,"d":"1,700.19"},{"$nulls":3},{"v":3342.3573789,"d":"3,342.36"},null,"Mha",{"$f":"$AB$665+AC667","v":{"v":3763.65456,"d":"3,763.65"}},{"v":-252.0184,"d":"-252.02"},null,{"v":1987.545,"d":"1,987.55"},null,"km3/yr",{"v":177,"d":"177.0"},null,{"$f":"4.208*(AH667^0.7799)","v":{"v":238.38014608292627,"d":"238.4"}},null,"TgN/yr",{"$f":"(AN667-AN$92)/AN$92","v":{"v":0,"d":"0.0%"}},{"v":31.6,"d":"31.60"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},9.24,"billion",{"v":3064,"d":"3,064.00"},{"$nulls":6},{"$f":"BF667/AX667","v":{"v":0.1409921671018277,"d":"14.1%"}},{"v":432,"d":"432.00"},{"v":2598,"d":"2,598.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":17900,"d":"17,900.0"},"USD2005 per capita",{"$f":"BO667","v":{"v":17900,"d":"17,900.0"}},null,null,{"$f":"BU667/$BU$665 - 1","v":{"v":0.38888888888888884,"d":"38.9%"}},{"v":5,"d":"5.00"},{"$nulls":5},{"$f":"CA676","v":{"v":0.09487565108326312,"d":"9.5%"}},null,{"$f":"CC676","v":{"v":0.09407594354343529,"d":"9.4%"}},null,{"v":0,"d":"0.0%"},"BAU","SSP2",null,null,"BAU","Trend","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Medium","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[47,2017,"Exploring the impact of changes in land-use and land condition on food, water, climate change mitigation and biodiversity: Scenarios for the UNCCD Global Land Outlook",null,"UNCCD (2017)","Journal","UNCCD","SSP3","SSP3",2050,{"$nulls":9},{"$f":"+U668+Y668","v":{"v":5444.0292933,"d":"5,444.03"}},{"v":1878.50241,"d":"1,878.50"},{"$nulls":3},{"v":3565.5268833,"d":"3,565.53"},null,"Mha",{"$f":"$AB$665+AC668","v":{"v":3613.38136,"d":"3,613.38"}},{"v":-402.2916,"d":"-402.29"},null,{"v":2130.89,"d":"2,130.89"},null,"km3/yr",{"v":215,"d":"215.0"},null,{"$f":"4.208*(AH668^0.7799)","v":{"v":277.42429178635393,"d":"277.4"}},null,"TgN/yr",{"$f":"AM$93*0.8","v":{"v":0.0508216,"d":"5.1%"}},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},10.04,"billion",{"v":3022,"d":"3,022.00"},{"$nulls":6},{"$f":"BF668/AX668","v":{"v":0.15387160820648577,"d":"15.4%"}},{"v":465,"d":"465.00"},{"v":2526,"d":"2,526.00"},{"$nulls":5},"kcal/capita/day",{"v":0.33,"d":"33%"},{"v":12000,"d":"12,000.0"},"USD2005 per capita",{"$f":"BO668","v":{"v":12000,"d":"12,000.0"}},null,null,{"$f":"BU668/$BU$665 - 1","v":{"v":0.2777777777777777,"d":"27.8%"}},{"v":4.6,"d":"4.60"},{"$nulls":5},{"$f":"CA677","v":{"v":-0.019983071440560773,"d":"-2.0%"}},null,{"$f":"CC677","v":{"v":0,"d":"0.0%"}},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP3",null,null,"OTHER","Low","Const","Low","Reg","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[48,2014,"Water footprint scenarios for 2050: A global analysis",null,"Ercin & Hoekstra (2014)","Journal","Environmental International","2050 Baseline","Baseline (2050)",2050,{"$nulls":20},{"v":944.871,"d":"944.87"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.295989,"d":"9.30"},"billion",{"v":2700,"d":"2,700.00"},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"BE669*AX669","v":{"v":459.00000000000006,"d":"459.00"}},{"$f":"AX669-BF669","v":{"v":2241,"d":"2,241.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},{"$nulls":4},"BAU",{"$nulls":3},"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[48,2014,"Water footprint scenarios for 2050: A global analysis",null,"Ercin & Hoekstra (2014)","Journal","Environmental International","S1","Global market  (A1)",2050,{"$nulls":20},{"v":1089.307,"d":"1,089.31"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.105622,"d":"8.11"},"billion",{"v":3171,"d":"3,171.00"},{"$nulls":6},{"v":0.32,"d":"32.0%"},{"$f":"BE670*AX670","v":{"v":1014.72,"d":"1,014.72"}},{"$f":"AX670-BF670","v":{"v":2156.2799999999997,"d":"2,156.28"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"$f":"CC$134","v":{"v":0.0917584035933876,"d":"9.2%"}},null,{"v":0,"d":"0.0%"},"Economic Optimism","A1",null,null,"BAU","Const","Const","Low","Open","Const","High","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[48,2014,"Water footprint scenarios for 2050: A global analysis",null,"Ercin & Hoekstra (2014)","Journal","Environmental International","S2","Regional markets (A2)",2050,{"$nulls":20},{"v":1559.606,"d":"1,559.61"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":10.600241,"d":"10.60"},"billion",{"v":3171,"d":"3,171.00"},{"$nulls":6},{"v":0.32,"d":"32.0%"},{"$f":"BE671*AX671","v":{"v":1014.72,"d":"1,014.72"}},{"$f":"AX671-BF671","v":{"v":2156.2799999999997,"d":"2,156.28"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"$f":"CC$134","v":{"v":0.0917584035933876,"d":"9.2%"}},null,{"v":0,"d":"0.0%"},"Regional Competition","A2",null,null,"BAU","Const","Const","Low","Reg","Const","High","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[48,2014,"Water footprint scenarios for 2050: A global analysis",null,"Ercin & Hoekstra (2014)","Journal","Environmental International","S3","Global sustainability (B1)",2050,{"$nulls":20},{"v":1226.218,"d":"1,226.22"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.105622,"d":"8.11"},"billion",{"v":2993,"d":"2,993.00"},{"$nulls":6},{"v":0.22,"d":"22.0%"},{"$f":"BE672*AX672","v":658.46},{"$f":"AX672-BF672","v":{"v":2334.54,"d":"2,334.54"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","B1",null,null,"MIXED","Const","Const","Low","Open","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[48,2014,"Water footprint scenarios for 2050: A global analysis",null,"Ercin & Hoekstra (2014)","Journal","Environmental International","S4","Regional sustainability (B2)",2050,{"$nulls":20},{"v":1566.31,"d":"1,566.31"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.295989,"d":"9.30"},"billion",{"v":2993,"d":"2,993.00"},{"$nulls":6},{"v":0.22,"d":"22.0%"},{"$f":"BE673*AX673","v":658.46},{"$f":"AX673-BF673","v":{"v":2334.54,"d":"2,334.54"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU","B2",null,null,"MIXED","Const","Const","Low","Reg","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[49,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation",null,"Doelman et al. (2018)","Journal article","Global Environmental Change","Baseline","Baseline",2010,"GHGnonCO2AgLUC",{"v":5189,"d":"5,189.00"},{"$nulls":3},{"v":3771.829776187905,"d":"3,771.83"},{"$f":"P674+L674","v":{"v":8960.829776187904,"d":"8,960.83"}},null,"MtCO2eq/yr",{"v":4737,"d":"4,737.00"},{"v":1548.4313,"d":"1,548.43"},{"$nulls":3},{"$f":"T674-U674","v":{"v":3188.5687,"d":"3,188.57"}},null,"Mha",{"v":3725.0472,"d":"3,725.05"},{"$nulls":19},{"v":6.5305478515625,"d":"6.53"},"million",{"v":2630.453369140625,"d":"2,630.45"},{"$nulls":6},{"$f":"BF674/AX674","v":{"v":0.17361681976348056,"d":"17.4%"}},{"v":456.6909484863281,"d":"456.69"},{"v":2140.739013671875,"d":"2,140.74"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":45498.512,"d":"45,498.5"},"billion US$2005/yr",{"$f":"BO674/AV674*1000","v":{"v":6967028.346498376,"d":"6,967,028.3"}},{"$nulls":3},{"v":2.964209020137787,"d":"2.96"},null,null,"t DM/ha",0.045749824807288016,"dry matter animal product output as a percentage of total dry matter feed and grass input for beef, dairy, and pigs and poultry respectively",{"$nulls":26}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[49,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation",null,"Doelman et al. (2018)","Journal article","Global Environmental Change","SSP1","SSP1",2050,"GHGnonCO2AgLUC",{"v":5564,"d":"5,564.00"},{"$nulls":3},{"v":-213.8544817959967,"d":"-213.85"},{"v":5350.145518204004,"d":"5,350.15"},null,"MtCO2eq/yr",{"v":4465,"d":"4,465.00"},{"v":1572.2825,"d":"1,572.28"},{"$nulls":3},{"v":2892.7174999999997,"d":"2,892.72"},null,"Mha",{"v":3783.7756000000004,"d":"3,783.78"},{"$nulls":10},{"$f":"AM$93*1.2","v":{"v":0.07623239999999999,"d":"7.6%"}},{"$nulls":8},{"v":8.5305,"d":"8.53"},"million",{"v":2983.078125,"d":"2,983.08"},{"$nulls":6},{"v":0.12099805641980546,"d":"12.1%"},{"v":360.9466552734375,"d":"360.95"},{"v":2588.4501953125,"d":"2,588.45"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":209536.304,"d":"209,536.3"},"billion US$2005/yr",{"v":24563191.372135278,"d":"24,563,191.4"},null,null,{"$f":"BU675/$BU$674 - 1","v":{"v":0.5645003360568095,"d":"56.5%"}},{"v":4.637506008148193,"d":"4.64"},null,null,"t DM/ha",0.05852067959498884,"dry matter animal product output as a percentage of total dry matter feed and grass input for beef, dairy, and pigs and poultry respectively",{"$f":"BY675/$BY$674- 1","v":{"v":0.2791454358895471,"d":"27.91%"}},null,{"$f":"CC676*2","v":{"v":0.18815188708687058,"d":"18.8%"}},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","SSP1",null,null,"MIXED","High","Const","High","Open","Const","Low","No","Const","No","MOD","No","High+","CONV","Const","High",{"$f":"IF($CT675=\"VGN\",\"NO MEAT\",IF($CT675=\"SUBST\",\"SUBST\",IF($CT675=\"PESC\",\"PESC\",IF($CT675=\"VEG\",\"NO MEAT\",IF($CT675=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[49,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation",null,"Doelman et al. (2018)","Journal article","Global Environmental Change","SSP2","SSP2",2050,"GHGnonCO2AgLUC",{"v":7522,"d":"7,522.00"},{"$nulls":3},{"v":5046.797847213192,"d":"5,046.80"},{"v":12568.79784721319,"d":"12,568.80"},null,"MtCO2eq/yr",{"v":5201,"d":"5,201.00"},{"v":1858.5222,"d":"1,858.52"},{"$nulls":3},{"v":3342.4777999999997,"d":"3,342.48"},null,"Mha",{"v":3454.21,"d":"3,454.21"},{"$nulls":10},{"$f":"AM93","v":{"v":0.063527,"d":"6.4%"}},{"$nulls":8},{"v":9.24254296875,"d":"9.24"},"million",{"v":3063.748046875,"d":"3,063.75"},{"$nulls":6},{"v":0.14101566509247826,"d":"14.1%"},{"v":432.0364685058594,"d":"432.04"},{"v":2598.19775390625,"d":"2,598.20"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":165225.296,"d":"165,225.3"},"billion US$2005/yr",{"v":17876605.66563163,"d":"17,876,605.7"},null,null,{"$f":"BU676/$BU$674 - 1","v":{"v":0.5069686167680534,"d":"50.7%"}},{"v":4.466969966888428,"d":"4.47"},null,null,"t DM/ha",0.050090369222824685,"dry matter animal product output as a percentage of total dry matter feed and grass input for beef, dairy, and pigs and poultry respectively",{"$f":"BY676/$BY$674- 1","v":{"v":0.09487565108326312,"d":"9.49%"}},null,{"$f":"(1.002^45)-1","v":{"v":0.09407594354343529,"d":"9.4%"}},null,{"v":0,"d":"0.0%"},"BAU","SSP2",null,null,"BAU","High","Const","Trend","Const","Const","Low","No","Const","No","MOD","No","Trend","CONV","Const","Medium",{"$f":"IF($CT676=\"VGN\",\"NO MEAT\",IF($CT676=\"SUBST\",\"SUBST\",IF($CT676=\"PESC\",\"PESC\",IF($CT676=\"VEG\",\"NO MEAT\",IF($CT676=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[49,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation",null,"Doelman et al. (2018)","Journal article","Global Environmental Change","SSP3","SSP3",2050,"GHGnonCO2AgLUC",{"v":8925,"d":"8,925.00"},{"$nulls":3},{"v":7128.144155594023,"d":"7,128.14"},{"v":16053.144155594022,"d":"16,053.14"},null,"MtCO2eq/yr",{"v":5608,"d":"5,608.00"},{"v":2042.2046,"d":"2,042.20"},{"$nulls":3},{"v":3565.7954,"d":"3,565.80"},null,"Mha",{"v":3302.8790000000004,"d":"3,302.88"},{"$nulls":10},{"$f":"AM93*0.8","v":{"v":0.0508216,"d":"5.1%"}},{"$nulls":8},{"v":10.0384404296875,"d":"10.04"},"million",{"v":3022.385009765625,"d":"3,022.39"},{"$nulls":6},{"v":0.15381637414316304,"d":"15.4%"},{"v":464.8923034667969,"d":"464.89"},{"v":2525.861572265625,"d":"2,525.86"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":120705.504,"d":"120,705.5"},"billion US$2005/yr",{"v":12024328.36509422,"d":"12,024,328.4"},null,null,{"$f":"BU677/$BU$674 - 1","v":{"v":0.4145220779521095,"d":"41.5%"}},{"v":4.192939102649689,"d":"4.19"},null,null,"t DM/ha",0.04483560278977084,"dry matter animal product output as a percentage of total dry matter feed and grass input for beef, dairy, and pigs and poultry respectively",{"$f":"BY677/$BY$674- 1","v":{"v":-0.019983071440560773,"d":"-2.00%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP3",null,null,"OTHER","Trend","Const","Low","Reg","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low",{"$f":"IF($CT677=\"VGN\",\"NO MEAT\",IF($CT677=\"SUBST\",\"SUBST\",IF($CT677=\"PESC\",\"PESC\",IF($CT677=\"VEG\",\"NO MEAT\",IF($CT677=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[49,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation",null,"Doelman et al. (2018)","Journal article","Global Environmental Change","SSP4","SSP4",2050,"GHGnonCO2AgLUC",{"v":7814,"d":"7,814.00"},{"$nulls":3},{"v":5559.825485456776,"d":"5,559.83"},{"v":13373.825485456775,"d":"13,373.83"},null,"MtCO2eq/yr",{"v":5245,"d":"5,245.00"},{"v":1908.9812000000002,"d":"1,908.98"},{"$nulls":3},{"v":3336.0188,"d":"3,336.02"},null,"Mha",{"v":3474.0108,"d":"3,474.01"},{"$nulls":10},{"$f":"AM676","v":{"v":0.063527,"d":"6.4%"}},{"$nulls":8},{"v":9.2129814453125,"d":"9.21"},"million",{"v":2972.520751953125,"d":"2,972.52"},{"$nulls":6},{"v":0.14428728272354727,"d":"14.4%"},{"v":428.8969421386719,"d":"428.90"},{"v":2511.346435546875,"d":"2,511.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":161226.496,"d":"161,226.5"},"billion US$2005/yr",{"v":17499926.267845783,"d":"17,499,926.3"},null,null,{"$f":"BU678/$BU$674 - 1","v":{"v":0.4450512178728936,"d":"44.5%"}},{"v":4.2834338545799255,"d":"4.28"},null,null,"t DM/ha",0.047625111422386346,"dry matter animal product output as a percentage of total dry matter feed and grass input for beef, dairy, and pigs and poultry respectively",{"$f":"BY678/$BY$674- 1","v":{"v":0.04099002833338927,"d":"4.10%"}},null,{"$f":"CC676","v":{"v":0.09407594354343529,"d":"9.4%"}},null,{"v":0,"d":"0.0%"},"Regional Competition","SSP4",null,null,"OTHER","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Medium",{"$f":"IF($CT678=\"VGN\",\"NO MEAT\",IF($CT678=\"SUBST\",\"SUBST\",IF($CT678=\"PESC\",\"PESC\",IF($CT678=\"VEG\",\"NO MEAT\",IF($CT678=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[49,2018,"Exploring SSP land-use dynamics using the IMAGE model: Regional and gridded scenarios of land-use change and land-based climate change mitigation",null,"Doelman et al. (2018)","Journal article","Global Environmental Change","SSP5","SSP5",2050,"GHGnonCO2AgLUC",{"v":7657,"d":"7,657.00"},{"$nulls":3},{"v":6114.801134228287,"d":"6,114.80"},{"v":13771.801134228288,"d":"13,771.80"},null,"MtCO2eq/yr",{"v":5430,"d":"5,430.00"},{"v":1956.4212,"d":"1,956.42"},{"$nulls":3},{"v":3473.5788000000002,"d":"3,473.58"},null,"Mha",{"v":3371.6584000000003,"d":"3,371.66"},{"$nulls":10},{"$f":"AM93*1.2","v":{"v":0.07623239999999999,"d":"7.6%"}},{"$nulls":8},{"v":8.6294560546875,"d":"8.63"},"million",{"v":3242.962646484375,"d":"3,242.96"},{"$nulls":6},{"v":0.15341592842072774,"d":"15.3%"},{"v":497.5221252441406,"d":"497.52"},{"v":2711.42578125,"d":"2,711.43"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":280016.096,"d":"280,016.1"},"billion US$2005/yr",{"v":32448869.804244027,"d":"32,448,869.8"},null,null,{"$f":"BU679/$BU$674 - 1","v":{"v":0.5856189804483807,"d":"58.6%"}},{"v":4.700106084346771,"d":"4.70"},null,null,"t DM/ha",0.05589550482466463,"dry matter animal product output as a percentage of total dry matter feed and grass input for beef, dairy, and pigs and poultry respectively",{"$f":"BY679/$BY$674- 1","v":{"v":0.22176434686063295,"d":"22.18%"}},null,{"$f":"CC678*2","v":{"v":0.18815188708687058,"d":"18.8%"}},null,{"v":0,"d":"0.0%"},"Economic Optimism","SSP5",null,null,"EFF","High","Const","High","Open","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Medium",{"$f":"IF($CT679=\"VGN\",\"NO MEAT\",IF($CT679=\"SUBST\",\"SUBST\",IF($CT679=\"PESC\",\"PESC\",IF($CT679=\"VEG\",\"NO MEAT\",IF($CT679=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[50,2010,"Phosphorus demand for the 1970–2100 period: A scenario analysis of resource depletion",null,"Van Vuuren et al. (2010)","Journal article","Global Environmental Change","Baseline","Baseline (2000)",2000,{"$nulls":30},{"$f":"35*0.43646","v":{"v":15.276100000000001,"d":"15.28"}},{"v":7,"d":"7.00"},"Tg P/yr",null,{"$f":"(11+7)/35","v":{"v":0.5142857142857142,"d":"51.4%"}},null,null,{"v":6.1,"d":"6.10"},"billion",{"$f":"AX638","v":{"v":2687,"d":"2,687.00"}},{"$nulls":14},"kcal/capita/day",{"v":0,"d":"0%"},{"v":5380,"d":"5,380.0"},"US$2000/yr per capita",{"$f":"BO680*BQ130/BO130","v":{"v":6101.4742451154525,"d":"6,101.5"}},{"$nulls":35}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[50,2010,"Phosphorus demand for the 1970–2100 period: A scenario analysis of resource depletion",null,"Van Vuuren et al. (2010)","Journal article","Global Environmental Change","GO","Global Orchestration",2050,{"$nulls":30},{"$f":"71*0.43646","v":{"v":30.98866,"d":"30.99"}},{"v":15,"d":"15.00"},"Tg P/yr",{"$f":"(AS681-AS$680)/AS$680","v":{"v":-0.06885758998435051,"d":"-6.9%"}},{"$f":"(21+13)/71","v":{"v":0.4788732394366197,"d":"47.9%"}},null,null,{"v":8.2,"d":"8.20"},"billion",{"$f":"AX639","v":{"v":3505,"d":"3,505.00"}},{"$f":"AY639","v":{"v":378.431927540334,"d":"378.43"}},{"$nulls":5},{"$f":"BE639","v":{"v":0.20017363599574,"d":"20.0%"}},{"v":701.6085941650688,"d":"701.61"},{"v":2803.391405834931,"d":"2,803.39"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":21870,"d":"21,870.0"},"US$2000/yr per capita",{"$f":"BO681*BQ131/BO131","v":{"v":24804.331503453162,"d":"24,804.3"}},null,null,{"$f":"BT644","v":{"v":0.6610827614566614,"d":"66.1%"}},{"$f":"BU644","v":{"v":4.59012921164291,"d":"4.59"}},null,null,"t DM/ha",null,null,{"$f":"IF(CM681=\"Trend\",CA$93,IF(CM681=\"Low\",CA$93/2,IF(CM681=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Reformed Markets","GO",null,null,"OTHER",{"$f":"CK644","v":"High"},{"$f":"CL644","v":"Const"},"Trend","Open","Leftovers","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low",{"$f":"IF($CT681=\"VGN\",\"NO MEAT\",IF($CT681=\"SUBST\",\"SUBST\",IF($CT681=\"PESC\",\"PESC\",IF($CT681=\"VEG\",\"NO MEAT\",IF($CT681=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[50,2010,"Phosphorus demand for the 1970–2100 period: A scenario analysis of resource depletion",null,"Van Vuuren et al. (2010)","Journal article","Global Environmental Change","OS","Order from Strength",2050,{"$nulls":30},{"$f":"64*0.43646","v":{"v":27.93344,"d":"27.93"}},{"v":13,"d":"13.00"},"Tg P/yr",{"$f":"(AS682-AS$680)/AS$680","v":{"v":-0.05815972222222213,"d":"-5.8%"}},{"$f":"(19+12)/64","v":{"v":0.484375,"d":"48.4%"}},null,null,{"v":9.7,"d":"9.70"},"billion",{"$f":"AX640","v":{"v":2937,"d":"2,937.00"}},{"$f":"AY640","v":{"v":221.65298613076706,"d":"221.65"}},{"$nulls":5},{"v":0.14227536880630187,"d":"14.2%"},{"v":417.8627581841086,"d":"417.86"},{"v":2519.1372418158912,"d":"2,519.14"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9330,"d":"9,330.0"},"US$2000/yr per capita",{"$f":"BO682*BQ132/BO132","v":{"v":10581.820435629537,"d":"10,581.8"}},null,null,{"$f":"BT645","v":{"v":0.2769083702242603,"d":"27.7%"}},{"v":3.52852642069312,"d":"3.53"},null,null,"t DM/ha",null,null,{"$f":"IF(CM682=\"Trend\",CA$93,IF(CM682=\"Low\",CA$93/2,IF(CM682=\"High\",CA$93*2,0.5)))","v":{"v":0.0635,"d":"6.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Competition","OS",null,null,"OTHER",{"$f":"CK645","v":"Low"},"Const","Low","Const","Const","Low","No","Trend","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[50,2010,"Phosphorus demand for the 1970–2100 period: A scenario analysis of resource depletion",null,"Van Vuuren et al. (2010)","Journal article","Global Environmental Change","TG","Technogarden",2050,{"$nulls":30},{"$f":"59*0.43646","v":{"v":25.75114,"d":"25.75"}},{"v":12,"d":"12.00"},"Tg P/yr",{"$f":"(AS683-AS$680)/AS$680","v":{"v":0.12052730696798508,"d":"12.1%"}},{"$f":"(22+12)/59","v":{"v":0.576271186440678,"d":"57.6%"}},null,null,{"v":8.9,"d":"8.90"},"billion",{"$f":"AX641","v":{"v":3194,"d":"3,194.00"}},{"$f":"AY641","v":{"v":227.0591565242004,"d":"227.06"}},{"$nulls":5},{"v":0.14606286430577375,"d":"14.6%"},{"v":466.52478859264136,"d":"466.52"},{"v":2727.4752114073585,"d":"2,727.48"},{"$nulls":5},"kcal/capita/day",{"v":0.25,"d":"25%"},{"v":16420,"d":"16,420.0"},"US$2000/yr per capita",{"$f":"BO683*BQ133/BO133","v":{"v":18623.09662947878,"d":"18,623.1"}},null,null,{"v":0.57612359745754,"d":"57.6%"},{"v":4.35535852500527,"d":"4.36"},null,null,"t DM/ha",null,null,{"$f":"IF(CM683=\"Trend\",CA$93,IF(CM683=\"Low\",CA$93/2,IF(CM683=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Global Sustainable Development","TG",null,null,"OTHER","High","Const","High","Open","Const","Low","No","High","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[50,2010,"Phosphorus demand for the 1970–2100 period: A scenario analysis of resource depletion",null,"Van Vuuren et al. (2010)","Journal article","Global Environmental Change","AM","Adapting Mosaic",2050,{"$nulls":30},{"$f":"39*0.43646","v":{"v":17.02194,"d":"17.02"}},{"v":10,"d":"10.00"},"Tg P/yr",{"$f":"(AS684-AS$680)/AS$680","v":{"v":0.5954415954415956,"d":"59.5%"}},{"$f":"(21+11)/39","v":{"v":0.8205128205128205,"d":"82.1%"}},null,null,{"v":9.6,"d":"9.60"},"billion",{"$f":"AX642","v":{"v":2894,"d":"2,894.00"}},{"$f":"AY642","v":{"v":221.65298613076706,"d":"221.65"}},{"$nulls":5},{"v":0.12849834442155453,"d":"12.8%"},{"v":371.8742087559788,"d":"371.87"},{"v":2522.125791244021,"d":"2,522.13"},{"$nulls":5},"kcal/capita/day",{"v":0.25,"d":"25%"},{"v":12540,"d":"12,540.0"},"US$2000/yr per capita",{"$f":"BO684*BQ134/BO134","v":{"v":14222.511067823623,"d":"14,222.5"}},null,null,{"v":0.34601977038540177,"d":"34.6%"},{"v":3.71950441655108,"d":"3.72"},null,null,"t DM/ha",null,null,{"$f":"IF(CM684=\"Trend\",CA$93,IF(CM684=\"Low\",CA$93/2,IF(CM684=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"Regional Sustainable Development","AM",null,null,"BAU","Trend","Const","Trend","Reg","Const","Low","No","High","Yes","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2," ",4," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","Baseline","Baseline (2005)",2005,{"$nulls":20},{"v":1022.9999999999999,"d":"1,023.00"},null,"km3/yr",{"$nulls":14},{"v":6.5,"d":"6.50"},"billion",{"$nulls":16},{"v":0,"d":"0%"},4.6,"GDP/capita (103 US2005$)",{"$f":"BO685*1000","v":{"v":4600,"d":"4,600.0"}},{"$nulls":18},"OTHER",{"$nulls":15},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","POP6/MDG-","Collapse",2050,{"$nulls":20},{"v":1920,"d":"1,920.00"},null,"km3/yr",{"$nulls":14},{"v":8,"d":"8.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},7.9,"GDP/capita (103 US2005$)",{"$f":"BO686*1000","v":{"v":7900,"d":"7,900.0"}},{"$nulls":18},"OTHER",{"$nulls":9},"MOD",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","POP6/MDG+","Sustainability and equity",2050,{"$nulls":20},{"v":2277,"d":"2,277.00"},null,"km3/yr",{"$nulls":14},{"v":8,"d":"8.00"},"billion",{"$nulls":16},{"v":0,"d":"0%"},12.5,"GDP/capita (103 US2005$)",{"v":12500,"d":"12,500.0"},{"$nulls":18},"OTHER",{"$nulls":9},"MOD",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","POP9/MDG-","Muddling through",2050,{"$nulls":20},{"v":2481,"d":"2,481.00"},null,"km3/yr",{"$nulls":14},{"v":9.2,"d":"9.20"},"billion",{"$nulls":16},{"v":0,"d":"0%"},9.7,"GDP/capita (103 US2005$)",{"v":9700,"d":"9,700.0"},{"$nulls":18},"OTHER",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","POP9/MDG+","Consumerism",2050,{"$nulls":20},{"v":2576,"d":"2,576.00"},null,"km3/yr",{"$nulls":14},{"v":9.2,"d":"9.20"},"billion",{"$nulls":16},{"v":0,"d":"0%"},11.8,"GDP/capita (103 US2005$)",{"v":11800,"d":"11,800.0"},{"$nulls":18},"OTHER",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","POP14/MDG-","Crowded chaos",2050,{"$nulls":20},{"v":2533,"d":"2,533.00"},null,"km3/yr",{"$nulls":14},{"v":10.5,"d":"10.50"},"billion",{"$nulls":16},{"v":0,"d":"0%"},8.7,"GDP/capita (103 US2005$)",{"v":8700,"d":"8,700.0"},{"$nulls":18},"OTHER",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[51,2014,"Long-term global water projections using six socioeconomic scenarios in an integrated assessment modeling framework",null,"Hejazi et al. (2014)","Journal article","Technological Forecasting and Social Change","POP14/MDG+","Social conservatism",2050,{"$nulls":20},{"v":2584,"d":"2,584.00"},null,"km3/yr",{"$nulls":14},{"v":10.5,"d":"10.50"},"billion",{"$nulls":16},{"v":0,"d":"0%"},11,"GDP/capita (103 US2005$)",{"v":11000,"d":"11,000.0"},{"$nulls":18},"OTHER",{"$nulls":9},"TREND",{"$nulls":5},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","Baseline","Baseline (2010)",2010,{"$nulls":20},{"v":1007,"d":"1,007.00"},null,"km3/yr",{"$nulls":14},{"v":6.896,"d":"6.90"},"billion",{"$f":"7024.8397718/AV692/365*1000","v":{"v":2790.913045402536,"d":"2,790.91"}},{"$f":"SUM(AZ692:BC692)","v":{"v":373.76539776880776,"d":"373.77"}},{"v":135.90872961891745,"d":"135.91"},{"v":76.41267957600992,"d":"76.41"},{"v":51.25067539649748,"d":"51.25"},{"v":110.19331317738296,"d":"110.19"},null,{"$f":"BF692/AX692","v":{"v":0.16067298017685444,"d":"16.1%"}},{"v":448.42431641928613,"d":"448.42"},{"v":2342.4887289832504,"d":"2,342.49"},{"v":1435.018911101929,"d":"1,435.02"},{"v":134.59023297206244,"d":"134.59"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":6},{"v":4.839576842106736,"d":"4.84"},null,null,"t DM/ha",{"$nulls":5},{"$f":"AE692/2402","v":0.4192339716902581},{"$nulls":21},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP1","SSP 1 NonCO2 constrained",2050,{"$nulls":20},{"v":1642.0498875429996,"d":"1,642.05"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.486,"d":"8.49"},"billion",{"$f":"9330.2951970387/AV693/365*1000","v":{"v":3012.3088138848193,"d":"3,012.31"}},{"v":408.93334448035284,"d":"408.93"},{"v":133.3485487426511,"d":"133.35"},{"v":88.21250149319265,"d":"88.21"},{"v":20.91293233012311,"d":"20.91"},{"v":166.45936191438597,"d":"166.46"},null,{"v":0.16716190312553206,"d":"16.7%"},{"v":503.5432741308005,"d":"503.54"},{"v":2508.765539754019,"d":"2,508.77"},{"v":1528.8525400417773,"d":"1,528.85"},{"v":159.1716703418039,"d":"159.17"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BU693/$BU$692 - 1","v":{"v":0.44287309961138877,"d":"44.3%"}},{"v":6.982895238978044,"d":"6.98"},null,null,"t DM/ha",null,null,{"$f":"IF(CM693=\"Trend\",CA$93,IF(CM693=\"Low\",CA$93/2,IF(CM693=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"$f":"CD693/CD$692 - 1","v":{"v":0.18798493345438017,"d":"18.80%"}},{"$f":"AE693/3297","v":0.4980436419602668},{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Const","High","Open","Const","High","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP2","SSP 2 NonCO2 constrained",2050,{"$nulls":20},{"v":1557.17074901,"d":"1,557.17"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.191,"d":"9.19"},"billion",{"$f":"9814.66091149799/AV694/365*1000","v":{"v":2925.6318082155976,"d":"2,925.63"}},{"v":391.16170920331535,"d":"391.16"},{"v":114.81201678533047,"d":"114.81"},{"v":74.90797936635451,"d":"74.91"},{"v":61.2044714379612,"d":"61.20"},{"v":140.23724161366914,"d":"140.24"},null,{"v":0.16094502352490406,"d":"16.1%"},{"v":470.8658801984669,"d":"470.87"},{"v":2454.765928017134,"d":"2,454.77"},{"v":1499.3153320028675,"d":"1,499.32"},{"v":157.76633633557543,"d":"157.77"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"BU694/$BU$692 - 1","v":{"v":0.2727194032059559,"d":"27.3%"}},{"v":6.15942335025545,"d":"6.16"},null,null,"t DM/ha",null,null,{"v":0.127,"d":"12.7%"},null,{"$f":"CD694/CD$692 - 1","v":{"v":0.06917785607884142,"d":"6.92%"}},{"$f":"AE694/3474","v":0.44823567904720785},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Trend","Const","Trend","Open","Const","Trend","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP3","SSP 3 NonCO2 constrained",2050,{"$nulls":20},{"v":1503.4730159349997,"d":"1,503.47"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.976,"d":"9.98"},"billion",{"$f":"10289.6091268857/AV695/365*1000","v":{"v":2825.8530409656328,"d":"2,825.85"}},{"v":361.4059337316409,"d":"361.41"},{"v":103.1788566370248,"d":"103.18"},{"v":69.30304429260362,"d":"69.30"},{"v":57.53975299623206,"d":"57.54"},{"v":131.38427980578044,"d":"131.38"},null,{"v":0.15416604815397097,"d":"15.4%"},{"v":435.65059598955304,"d":"435.65"},{"v":2390.2024449760797,"d":"2,390.20"},{"v":1469.1165957201392,"d":"1,469.12"},{"v":156.1181740286276,"d":"156.12"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.13761324083897364,"d":"13.8%"},{"v":5.50556669563829,"d":"5.51"},null,null,"t DM/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":-2.7145398572977486E-3,"d":"-0.27%"},{"$f":"AE695/3596","v":0.41809594436457165},{"v":0,"d":"0.0%"},null,"SSP3",null,null,"OTHER","Low","Const","Low","Open","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP4","SSP 4 NonCO2 constrained",2050,{"$nulls":20},{"v":1408.4425314920002,"d":"1,408.44"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.147,"d":"9.15"},"billion",{"$f":"9588.124432387/AV696/365*1000","v":{"v":2871.8524173318297,"d":"2,871.85"}},{"v":376.1135129625553,"d":"376.11"},{"v":109.50107534920501,"d":"109.50"},{"v":72.00004103448846,"d":"72.00"},{"v":59.5717493721274,"d":"59.57"},{"v":135.04064720673446,"d":"135.04"},null,{"v":0.15779627635092552,"d":"15.8%"},{"v":453.1676176843669,"d":"453.17"},{"v":2418.684799647462,"d":"2,418.68"},{"v":1472.7510230616822,"d":"1,472.75"},{"v":162.55201510788024,"d":"162.55"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2908980644798913,"d":"29.1%"},{"v":6.247400378377291,"d":"6.25"},null,null,"t DM/ha",null,null,{"v":0.127,"d":"12.7%"},null,{"v":0.011002716358282871,"d":"1.10%"},{"$f":"AE696/3323","v":0.42384668416852245},{"v":0,"d":"0.0%"},null,"SSP4",null,null,"OTHER","Trend","Const","Trend","Reg","Const","Trend","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP5","SSP 5 NonCO2 constrained",2050,{"$nulls":20},{"v":1621.8989078100003,"d":"1,621.90"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.584,"d":"8.58"},"billion",{"$f":"9501.1833189817/AV697/365*1000","v":{"v":3032.4603017342556,"d":"3,032.46"}},{"v":417.5178350223097,"d":"417.52"},{"v":126.36856036030717,"d":"126.37"},{"v":80.08310555477537,"d":"80.08"},{"v":64.03131260452706,"d":"64.03"},{"v":147.0348565027001,"d":"147.03"},null,{"v":0.16538773458240297,"d":"16.5%"},{"v":501.5317395148987,"d":"501.53"},{"v":2530.928562219357,"d":"2,530.93"},{"v":1534.606176735309,"d":"1,534.61"},{"v":159.59870992863438,"d":"159.60"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.45416855849722815,"d":"45.4%"},{"v":7.03756048022292,"d":"7.04"},null,null,"t DM/ha",null,null,{"v":0.254,"d":"25.4%"},null,{"v":0.1962647296259581,"d":"19.63%"},{"$f":"AE697/3234","v":0.5015148137940632},{"v":0,"d":"0.0%"},null,"SSP5",null,null,"OTHER","High","Const","High","Open","Const","High","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP1","SSP 1 Water constrained",2050,{"$nulls":20},{"v":1661.770896357,"d":"1,661.77"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.486,"d":"8.49"},"billion",{"$f":"9330.2951970387/AV698/365*1000","v":{"v":3012.3088138848193,"d":"3,012.31"}},{"v":408.93334448035284,"d":"408.93"},{"v":133.3485487426511,"d":"133.35"},{"v":88.21250149319265,"d":"88.21"},{"v":20.91293233012311,"d":"20.91"},{"v":166.45936191438597,"d":"166.46"},null,{"v":0.16716190312553206,"d":"16.7%"},{"v":503.5432741308005,"d":"503.54"},{"v":2508.765539754019,"d":"2,508.77"},{"v":1528.8525400417773,"d":"1,528.85"},{"v":159.1716703418039,"d":"159.17"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.44420911030645804,"d":"44.4%"},{"v":6.989360965398708,"d":"6.99"},null,null,"t DM/ha",null,null,{"v":0.254,"d":"25.4%"},null,{"v":0.2022526250277521,"d":"20.23%"},{"$f":"AE698/3297","v":0.5040251429654231},{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Const","High","Open","Const","High","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP1","SSP 2 Water constrained",2050,{"$nulls":20},{"v":1559.9009616469998,"d":"1,559.90"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.191,"d":"9.19"},"billion",{"$f":"9814.66091149799/AV699/365*1000","v":{"v":2925.6318082155976,"d":"2,925.63"}},{"v":391.16170920331535,"d":"391.16"},{"v":114.81201678533047,"d":"114.81"},{"v":74.90797936635451,"d":"74.91"},{"v":61.2044714379612,"d":"61.20"},{"v":140.23724161366914,"d":"140.24"},null,{"v":0.16094502352490406,"d":"16.1%"},{"v":470.8658801984669,"d":"470.87"},{"v":2454.765928017134,"d":"2,454.77"},{"v":1499.3153320028675,"d":"1,499.32"},{"v":157.76633633557543,"d":"157.77"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2727679108174115,"d":"27.3%"},{"v":6.159658106568516,"d":"6.16"},null,null,"t DM/ha",null,null,{"v":0.127,"d":"12.7%"},null,{"v":0.0710524628910505,"d":"7.11%"},{"$f":"AE699/3474","v":0.44902157790644787},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Trend","Const","Trend","Open","Const","Trend","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP1","SSP 3 Water constrained",2050,{"$nulls":20},{"v":1503.2288092750002,"d":"1,503.23"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.976,"d":"9.98"},"billion",{"$f":"10289.6091268857/AV700/365*1000","v":{"v":2825.8530409656328,"d":"2,825.85"}},{"v":361.4059337316409,"d":"361.41"},{"v":103.1788566370248,"d":"103.18"},{"v":69.30304429260362,"d":"69.30"},{"v":57.53975299623206,"d":"57.54"},{"v":131.38427980578044,"d":"131.38"},null,{"v":0.15416604815397097,"d":"15.4%"},{"v":435.65059598955304,"d":"435.65"},{"v":2390.2024449760797,"d":"2,390.20"},{"v":1469.1165957201392,"d":"1,469.12"},{"v":156.1181740286276,"d":"156.12"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.13747934625161484,"d":"13.7%"},{"v":5.504918702494025,"d":"5.50"},null,null,"t DM/ha",null,null,{"v":0.0635,"d":"6.4%"},null,{"v":-2.8765273015060044E-3,"d":"-0.29%"},{"$f":"AE700/3596","v":0.41802803372497227},{"v":0,"d":"0.0%"},null,"SSP3",null,null,"OTHER","Low","Const","Low","Open","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP1","SSP 4 Water constrained",2050,{"$nulls":20},{"v":1410.2047393839998,"d":"1,410.20"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.147,"d":"9.15"},"billion",{"$f":"9588.124432387/AV701/365*1000","v":{"v":2871.8524173318297,"d":"2,871.85"}},{"v":376.1135129625553,"d":"376.11"},{"v":109.50107534920501,"d":"109.50"},{"v":72.00004103448846,"d":"72.00"},{"v":59.5717493721274,"d":"59.57"},{"v":135.04064720673446,"d":"135.04"},null,{"v":0.15779627635092552,"d":"15.8%"},{"v":453.1676176843669,"d":"453.17"},{"v":2418.684799647462,"d":"2,418.68"},{"v":1472.7510230616822,"d":"1,472.75"},{"v":162.55201510788024,"d":"162.55"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.2912665742949876,"d":"29.1%"},{"v":6.24918380994452,"d":"6.25"},null,null,"t DM/ha",null,null,{"v":0.127,"d":"12.7%"},null,{"v":0.012267657543858057,"d":"1.23%"},{"$f":"AE701/3323","v":0.42437699048570565},{"v":0,"d":"0.0%"},null,"SSP4",null,null,"OTHER","Trend","Const","Trend","Reg","Const","Trend","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[52,2018,"Water Sector Assumptions for the Shared Socioeconomic Pathways in an Integrated Modeling framework",null,"Graham et al. (2018)","Journal article","Water Resources Research","SSP1","SSP 5 Water constrained",2050,{"$nulls":20},{"v":1634.2664273450002,"d":"1,634.27"},null,"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.584,"d":"8.58"},"billion",{"$f":"9501.1833189817/AV702/365*1000","v":{"v":3032.4603017342556,"d":"3,032.46"}},{"v":417.5178350223097,"d":"417.52"},{"v":126.36856036030717,"d":"126.37"},{"v":80.08310555477537,"d":"80.08"},{"v":64.03131260452706,"d":"64.03"},{"v":147.0348565027001,"d":"147.03"},null,{"v":0.16538773458240297,"d":"16.5%"},{"v":501.5317395148987,"d":"501.53"},{"v":2530.928562219357,"d":"2,530.93"},{"v":1534.606176735309,"d":"1,534.61"},{"v":159.59870992863438,"d":"159.60"},{"$nulls":3},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.45460106191554206,"d":"45.5%"},{"v":7.039653613750325,"d":"7.04"},null,null,"t DM/ha",null,null,{"v":0.254,"d":"25.4%"},null,{"v":0.20538664674510687,"d":"20.54%"},{"$f":"AE702/3234","v":0.5053390313373533},{"v":0,"d":"0.0%"},null,"SSP5",null,null,"OTHER","High","Const","High","Open","Const","High","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","Baseline","Baseline",2010,"GHGnonCO2Ag",{"v":5219.358258252432,"d":"5,219.36"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1262.127297059632,"d":"1,262.13"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1807.0779954735829,"d":"1,807.08"},null,"km3/yr",{"$f":"103680.475008894/1000","v":{"v":103.680475008894,"d":"103.7"}},null,{"$f":"4.208*(AH703^0.7799)","v":{"v":157.07888305983,"d":"157.1"}},null,"Tg N/yr",null,null,{"$f":"17848.7687210036/1000","v":{"v":17.848768721003598,"d":"17.85"}},null,"Tg P/yr",{"$nulls":4},{"v":6.871,"d":"6.87"},"billion",{"v":2789.289024861002,"d":"2,789.29"},{"v":223.3201202041584,"d":"223.32"},{"v":119.24471698113207,"d":"119.24"},{"v":47.70688622754491,"d":"47.71"},{"v":56.368516995481414,"d":"56.37"},{"v":167.46743583797155,"d":"167.47"},{"v":53.378755017107515,"d":"53.38"},{"v":0.15923997373537563,"d":"15.9%"},{"v":444.16631105923744,"d":"444.17"},{"v":2345.1227138017643,"d":"2,345.12"},{"v":1246.91739958194,"d":"1,246.92"},{"v":147.62957430918595,"d":"147.63"},{"v":125.16742628178775,"d":"125.17"},{"v":178.26086556123047,"d":"178.26"},{"v":199.3638497652582,"d":"199.36"},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":37},"MEAT"," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
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[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","BMK + QW + BAU + SSP1","BAU tech, 1/4 waste, diet, SSP1",2050,"GHGnonCO2Ag",{"v":9090.123017977527,"d":"9,090.12"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1675.2023345478235,"d":"1,675.20"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2399.7037480324484,"d":"2,399.70"},null,"km3/yr",{"v":120.05035823036182,"d":"120.1"},null,{"v":176.1048407045845,"d":"176.1"},{"v":166.44168098607005,"d":"166.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":21.32377892535045,"d":"21.32"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2856.3,"d":"2,856.30"},{"v":252.925,"d":"252.93"},{"v":108.175,"d":"108.18"},{"v":68.125,"d":"68.13"},{"v":76.625,"d":"76.63"},{"v":192.35000000000002,"d":"192.35"},{"v":35.075,"d":"35.08"},{"v":0.16817211077267794,"d":"16.8%"},480.35,{"v":2375.9500000000003,"d":"2,375.95"},{"v":1094.925,"d":"1,094.93"},{"v":143.775,"d":"143.78"},{"v":163.6,"d":"163.60"},{"v":212.75000000000003,"d":"212.75"},{"v":261.2,"d":"261.20"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"EFF","Const","Waste+","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
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[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","BMK + QW + HGD + SSP2","BAU tech, 1/4 waste, healthy diet, SSP2",2050,"GHGnonCO2Ag",{"v":6166.857556093561,"d":"6,166.86"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1528.2371467715477,"d":"1,528.24"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2231.6308052927584,"d":"2,231.63"},null,"km3/yr",{"v":105.83519770443094,"d":"105.8"},null,{"v":159.6190662659817,"d":"159.6"},{"v":150.29551350090247,"d":"150.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":18.7971508879679,"d":"18.80"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2256.275,"d":"2,256.28"},{"v":145.425,"d":"145.43"},{"v":38.275,"d":"38.28"},{"v":68.125,"d":"68.13"},{"v":39.025,"d":"39.03"},{"v":190.525,"d":"190.53"},{"v":35.075,"d":"35.08"},{"v":0.1644413912311221,"d":"16.4%"},{"v":371.02500000000003,"d":"371.03"},{"v":1885.25,"d":"1,885.25"},{"v":902.9000000000001,"d":"902.90"},{"v":115,"d":"115.00"},{"v":156.27499999999998,"d":"156.28"},{"v":239.325,"d":"239.33"},{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","Const","Waste+","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","BMK + QW + HGD + SSP1","BAU tech, 1/4 waste, healthy diet, SSP1",2050,"GHGnonCO2Ag",{"v":5917.752226649409,"d":"5,917.75"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1462.476059642228,"d":"1,462.48"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2080.599868754619,"d":"2,080.60"},null,"km3/yr",{"v":102.07083749421298,"d":"102.1"},null,{"v":155.17371224884138,"d":"155.2"},{"v":145.94173377651524,"d":"145.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":18.280685766181914,"d":"18.28"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2256.275,"d":"2,256.28"},{"v":145.425,"d":"145.43"},{"v":38.275,"d":"38.28"},{"v":68.125,"d":"68.13"},{"v":39.025,"d":"39.03"},{"v":190.525,"d":"190.53"},{"v":35.075,"d":"35.08"},{"v":0.1644413912311221,"d":"16.4%"},{"v":371.02500000000003,"d":"371.03"},{"v":1885.25,"d":"1,885.25"},{"v":902.9000000000001,"d":"902.90"},{"v":115,"d":"115.00"},{"v":156.27499999999998,"d":"156.28"},{"v":239.325,"d":"239.33"},{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","Const","Waste+","Low","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
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[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","BMK + QW + FLX + SSP3","BAU tech, 1/4 waste, flexitarian, SSP3",2050,"GHGnonCO2Ag",{"v":4250.506910973299,"d":"4,250.51"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1549.050923556013,"d":"1,549.05"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2217.51389525531,"d":"2,217.51"},null,"km3/yr",{"v":94.54700366888669,"d":"94.5"},null,{"v":146.17847504639144,"d":"146.2"},{"v":137.13179846043576,"d":"137.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":17.48585762886438,"d":"17.49"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2242.4500000000003,"d":"2,242.45"},64.25,{"v":13.675,"d":"13.68"},{"v":34.175,"d":"34.18"},{"v":16.4,"d":"16.40"},{"v":130.9,"d":"130.90"},{"v":53.875,"d":"53.88"},{"v":0.11105041361011393,"d":"11.1%"},{"v":249.025,"d":"249.03"},{"v":1993.4250000000002,"d":"1,993.43"},{"v":663.4,"d":"663.40"},{"v":86.425,"d":"86.43"},{"v":436.875,"d":"436.88"},235.05,{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","Const","Waste+","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + BAU + SSP2","High tech, waste, diet, SSP2",2050,"GHGnonCO2Ag",{"v":8866.91896078283,"d":"8,866.92"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1477.3768292813425,"d":"1,477.38"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2155.9861412830624,"d":"2,155.99"},null,"km3/yr",{"v":152.93229236518178,"d":"152.9"},null,{"v":212.69959157603495,"d":"212.7"},{"v":202.28257998956863,"d":"202.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":25.533159906771022,"d":"25.53"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":3254.4,"d":"3,254.40"},{"v":267.70000000000005,"d":"267.70"},{"v":114.7,"d":"114.70"},{"v":72.1,"d":"72.10"},{"v":80.9,"d":"80.90"},{"v":200,"d":"200.00"},{"v":58.7,"d":"58.70"},{"v":0.1617502458210423,"d":"16.2%"},{"v":526.4000000000001,"d":"526.40"},{"v":2728,"d":"2,728.00"},{"v":1317.3,"d":"1,317.30"},{"v":173.4,"d":"173.40"},{"v":166,"d":"166.00"},{"v":278,"d":"278.00"},{"v":278,"d":"278.00"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"$f":"(75%-50%)/50%","v":{"v":0.5,"d":"50.0%"}},{"$nulls":6},{"$f":"IF(CM731=\"Trend\",CA$93,IF(CM731=\"Low\",CA$93/2,IF(CM731=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Const","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + BAU + SSP1","High tech, waste, diet, SSP1",2050,"GHGnonCO2Ag",{"v":9110.172520872802,"d":"9,110.17"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1480.089951702044,"d":"1,480.09"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2123.3287869845954,"d":"2,123.33"},null,"km3/yr",{"v":153.80629570302773,"d":"153.8"},null,{"v":213.64702101370798,"d":"213.6"},{"v":203.2104923808256,"d":"203.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":25.814055692490268,"d":"25.81"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":3254.4,"d":"3,254.40"},{"v":267.70000000000005,"d":"267.70"},{"v":114.7,"d":"114.70"},{"v":72.1,"d":"72.10"},{"v":80.9,"d":"80.90"},{"v":200,"d":"200.00"},{"v":58.7,"d":"58.70"},{"v":0.1617502458210423,"d":"16.2%"},{"v":526.4000000000001,"d":"526.40"},{"v":2728,"d":"2,728.00"},{"v":1317.3,"d":"1,317.30"},{"v":173.4,"d":"173.40"},{"v":166,"d":"166.00"},{"v":278,"d":"278.00"},{"v":278,"d":"278.00"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"$f":"(75%-50%)/50%","v":{"v":0.5,"d":"50.0%"}},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"EFF","High","Const","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + BAU + SSP3","High tech, waste, diet, SSP3",2050,"GHGnonCO2Ag",{"v":8524.09150920755,"d":"8,524.09"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1471.0986794241335,"d":"1,471.10"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2175.0211455078556,"d":"2,175.02"},null,"km3/yr",{"v":151.20442391824827,"d":"151.2"},null,{"v":210.82304563823652,"d":"210.8"},{"v":200.44469089808885,"d":"200.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":25.08073862931092,"d":"25.08"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":3254.4,"d":"3,254.40"},{"v":267.70000000000005,"d":"267.70"},{"v":114.7,"d":"114.70"},{"v":72.1,"d":"72.10"},{"v":80.9,"d":"80.90"},{"v":200,"d":"200.00"},{"v":58.7,"d":"58.70"},{"v":0.1617502458210423,"d":"16.2%"},{"v":526.4000000000001,"d":"526.40"},{"v":2728,"d":"2,728.00"},{"v":1317.3,"d":"1,317.30"},{"v":173.4,"d":"173.40"},{"v":166,"d":"166.00"},{"v":278,"d":"278.00"},{"v":278,"d":"278.00"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"EFF","High","Const","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + HGD + SSP2","High tech, waste, healthy diet, SSP2",2050,"GHGnonCO2Ag",{"v":6307.980589727084,"d":"6,307.98"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1363.1034830001136,"d":"1,363.10"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2015.666171518145,"d":"2,015.67"},null,"km3/yr",{"v":139.29430542278845,"d":"139.3"},null,{"v":197.75585939691618,"d":"197.8"},{"v":187.6466886933397,"d":"187.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":23.372121900897287,"d":"23.37"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2743.7,"d":"2,743.70"},{"v":153.89999999999998,"d":"153.90"},{"v":40.6,"d":"40.60"},{"v":72.1,"d":"72.10"},{"v":41.2,"d":"41.20"},{"v":198.1,"d":"198.10"},{"v":58.7,"d":"58.70"},{"v":0.14968837700914825,"d":"15.0%"},{"v":410.7,"d":"410.70"},{"v":2333,"d":"2,333.00"},{"v":1090.7,"d":"1,090.70"},{"v":138.7,"d":"138.70"},{"v":158.60000000000002,"d":"158.60"},{"v":313.8,"d":"313.80"},{"v":115.8,"d":"115.80"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + HGD + SSP1","High tech, waste, healthy diet, SSP1",2050,"GHGnonCO2Ag",{"v":6090.730908327649,"d":"6,090.73"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1312.6489226120789,"d":"1,312.65"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1865.4321685479918,"d":"1,865.43"},null,"km3/yr",{"v":135.166948230077,"d":"135.2"},null,{"v":193.17087219653513,"d":"193.2"},{"v":183.1561522292865,"d":"183.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":22.90107541466181,"d":"22.90"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2743.7,"d":"2,743.70"},{"v":153.89999999999998,"d":"153.90"},{"v":40.6,"d":"40.60"},{"v":72.1,"d":"72.10"},{"v":41.2,"d":"41.20"},{"v":198.1,"d":"198.10"},{"v":58.7,"d":"58.70"},{"v":0.14968837700914825,"d":"15.0%"},{"v":410.7,"d":"410.70"},{"v":2333,"d":"2,333.00"},{"v":1090.7,"d":"1,090.70"},{"v":138.7,"d":"138.70"},{"v":158.60000000000002,"d":"158.60"},{"v":313.8,"d":"313.80"},{"v":115.8,"d":"115.80"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Const","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + HGD + SSP3","High tech, waste, healthy diet, SSP3",2050,"GHGnonCO2Ag",{"v":6414.075539474191,"d":"6,414.08"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1408.524304877948,"d":"1,408.52"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2159.511679989496,"d":"2,159.51"},null,"km3/yr",{"v":142.69959955069783,"d":"142.7"},null,{"v":201.51623351592536,"d":"201.5"},{"v":191.3295991054973,"d":"191.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":23.69908413314331,"d":"23.70"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2743.7,"d":"2,743.70"},{"v":153.89999999999998,"d":"153.90"},{"v":40.6,"d":"40.60"},{"v":72.1,"d":"72.10"},{"v":41.2,"d":"41.20"},{"v":198.1,"d":"198.10"},{"v":58.7,"d":"58.70"},{"v":0.14968837700914825,"d":"15.0%"},{"v":410.7,"d":"410.70"},{"v":2333,"d":"2,333.00"},{"v":1090.7,"d":"1,090.70"},{"v":138.7,"d":"138.70"},{"v":158.60000000000002,"d":"158.60"},{"v":313.8,"d":"313.80"},{"v":115.8,"d":"115.80"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","High","Const","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + FLX + SSP2","High tech, waste, flexitarian, SSP2",2050,"GHGnonCO2Ag",{"v":4304.63742023946,"d":"4,304.64"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1325.598247206734,"d":"1,325.60"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1879.06562112519,"d":"1,879.07"},null,"km3/yr",{"v":125.46089271786371,"d":"125.5"},null,{"v":182.2646355785636,"d":"182.3"},{"v":172.47458408564518,"d":"172.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":21.899289353540127,"d":"21.90"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2688.4,"d":"2,688.40"},{"v":68,"d":"68.00"},{"v":14.5,"d":"14.50"},{"v":36.2,"d":"36.20"},{"v":17.3,"d":"17.30"},{"v":136,"d":"136.00"},{"v":90.1,"d":"90.10"},{"v":0.10939592322571047,"d":"10.9%"},{"v":294.1,"d":"294.10"},{"v":2394.3,"d":"2,394.30"},{"v":804.7,"d":"804.70"},{"v":104.2,"d":"104.20"},{"v":443.70000000000005,"d":"443.70"},{"v":308.4,"d":"308.40"},{"v":115.8,"d":"115.80"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + FLX + SSP1","High tech, waste, flexitarian, SSP1",2050,"GHGnonCO2Ag",{"v":4062.456486833978,"d":"4,062.46"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1265.74463324319,"d":"1,265.74"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1755.3031595953669,"d":"1,755.30"},null,"km3/yr",{"v":121.9269365094296,"d":"121.9"},null,{"v":178.24807877250063,"d":"178.2"},{"v":168.54076834978713,"d":"168.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":21.316900574512655,"d":"21.32"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2688.4,"d":"2,688.40"},{"v":68,"d":"68.00"},{"v":14.5,"d":"14.50"},{"v":36.2,"d":"36.20"},{"v":17.3,"d":"17.30"},{"v":136,"d":"136.00"},{"v":90.1,"d":"90.10"},{"v":0.10939592322571047,"d":"10.9%"},{"v":294.1,"d":"294.10"},{"v":2394.3,"d":"2,394.30"},{"v":804.7,"d":"804.70"},{"v":104.2,"d":"104.20"},{"v":443.70000000000005,"d":"443.70"},{"v":308.4,"d":"308.40"},{"v":115.8,"d":"115.80"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Const","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + FW + FLX + SSP3","High tech, waste, flexitarian, SSP3",2050,"GHGnonCO2Ag",{"v":4458.632585117901,"d":"4,458.63"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1381.1645653162072,"d":"1,381.16"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2008.8777169565024,"d":"2,008.88"},null,"km3/yr",{"v":127.7562177151606,"d":"127.8"},null,{"v":184.8600595839675,"d":"184.9"},{"v":175.01654235653777,"d":"175.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":22.25754171593045,"d":"22.26"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2688.4,"d":"2,688.40"},{"v":68,"d":"68.00"},{"v":14.5,"d":"14.50"},{"v":36.2,"d":"36.20"},{"v":17.3,"d":"17.30"},{"v":136,"d":"136.00"},{"v":90.1,"d":"90.10"},{"v":0.10939592322571047,"d":"10.9%"},{"v":294.1,"d":"294.10"},{"v":2394.3,"d":"2,394.30"},{"v":804.7,"d":"804.70"},{"v":104.2,"d":"104.20"},{"v":443.70000000000005,"d":"443.70"},{"v":308.4,"d":"308.40"},{"v":115.8,"d":"115.80"},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","High","Const","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + BAU + SSP2","High tech, 1/2 waste, diet, SSP2",2050,"GHGnonCO2Ag",{"v":8297.862551055265,"d":"8,297.86"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1272.7632304608583,"d":"1,272.76"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1883.904569971287,"d":"1,883.90"},null,"km3/yr",{"v":128.4937524389069,"d":"128.5"},null,{"v":185.69183691308902,"d":"185.7"},{"v":175.83118507267938,"d":"175.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":21.533748772043676,"d":"21.53"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2989,"d":"2,989.00"},{"v":257.84999999999997,"d":"257.85"},110.35,{"v":69.44999999999999,"d":"69.45"},78.05,{"v":194.9,"d":"194.90"},42.95,{"v":0.16584141853462697,"d":"16.6%"},{"v":495.7,"d":"495.70"},{"v":2493.3,"d":"2,493.30"},{"v":1169.05,"d":"1,169.05"},153.65,{"v":164.4,"d":"164.40"},{"v":234.5,"d":"234.50"},{"v":266.8,"d":"266.80"},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Waste","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + BAU + SSP1","High tech, 1/2 waste, diet, SSP1",2050,"GHGnonCO2Ag",{"v":8523.855678298034,"d":"8,523.86"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1274.1983762031145,"d":"1,274.20"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1853.261633866859,"d":"1,853.26"},null,"km3/yr",{"v":129.15815904321633,"d":"129.2"},null,{"v":186.44024242795746,"d":"186.4"},{"v":176.56417343394153,"d":"176.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":21.757679791626973,"d":"21.76"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2989,"d":"2,989.00"},{"v":257.84999999999997,"d":"257.85"},110.35,{"v":69.44999999999999,"d":"69.45"},78.05,{"v":194.9,"d":"194.90"},42.95,{"v":0.16584141853462697,"d":"16.6%"},{"v":495.7,"d":"495.70"},{"v":2493.3,"d":"2,493.30"},{"v":1169.05,"d":"1,169.05"},153.65,{"v":164.4,"d":"164.40"},{"v":234.5,"d":"234.50"},{"v":266.8,"d":"266.80"},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"EFF","High","Waste","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + BAU + SSP3","High tech, 1/2 waste, diet, SSP3",2050,"GHGnonCO2Ag",{"v":7983.703163657764,"d":"7,983.70"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1269.0026471743329,"d":"1,269.00"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1904.1624449699766,"d":"1,904.16"},null,"km3/yr",{"v":127.24086599444234,"d":"127.2"},null,{"v":184.27822870977255,"d":"184.3"},{"v":174.44669719835125,"d":"174.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":21.185530502206277,"d":"21.19"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2989,"d":"2,989.00"},{"v":257.84999999999997,"d":"257.85"},110.35,{"v":69.44999999999999,"d":"69.45"},78.05,{"v":194.9,"d":"194.90"},42.95,{"v":0.16584141853462697,"d":"16.6%"},{"v":495.7,"d":"495.70"},{"v":2493.3,"d":"2,493.30"},{"v":1169.05,"d":"1,169.05"},153.65,{"v":164.4,"d":"164.40"},{"v":234.5,"d":"234.50"},{"v":266.8,"d":"266.80"},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"EFF","High","Waste","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + HGD + SSP2","High tech, 1/2 waste, healthy diet, SSP2",2050,"GHGnonCO2Ag",{"v":5834.116159385651,"d":"5,834.12"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1163.0987729467925,"d":"1,163.10"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1732.7608546595327,"d":"1,732.76"},null,"km3/yr",{"v":115.48720722973083,"d":"115.5"},null,{"v":170.8621643975762,"d":"170.9"},{"v":161.30700381098615,"d":"161.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":19.478141848429075,"d":"19.48"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2418.75,"d":"2,418.75"},148.25,39.05,{"v":69.44999999999999,"d":"69.45"},39.75,{"v":193.04999999999998,"d":"193.05"},42.95,{"v":0.15886304909560722,"d":"15.9%"},{"v":384.24999999999994,"d":"384.25"},{"v":2034.5,"d":"2,034.50"},{"v":965.4999999999999,"d":"965.50"},{"v":122.89999999999999,"d":"122.90"},157.05,264.15,111.15,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Waste","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + HGD + SSP1","High tech, 1/2 waste, healthy diet, SSP1",2050,"GHGnonCO2Ag",{"v":5614.964119004619,"d":"5,614.96"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1116.7104132513925,"d":"1,116.71"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1596.5586612041736,"d":"1,596.56"},null,"km3/yr",{"v":111.63313096460547,"d":"111.6"},null,{"v":166.39856403400574,"d":"166.4"},{"v":156.9353536149052,"d":"156.9"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":19.024157215335705,"d":"19.02"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2418.75,"d":"2,418.75"},148.25,39.05,{"v":69.44999999999999,"d":"69.45"},39.75,{"v":193.04999999999998,"d":"193.05"},42.95,{"v":0.15886304909560722,"d":"15.9%"},{"v":384.24999999999994,"d":"384.25"},{"v":2034.5,"d":"2,034.50"},{"v":965.4999999999999,"d":"965.50"},{"v":122.89999999999999,"d":"122.90"},157.05,264.15,111.15,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Waste","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + HGD + SSP3","High tech, 1/2 waste, healthy diet, SSP3",2050,"GHGnonCO2Ag",{"v":5950.445430070211,"d":"5,950.45"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1205.9476804632536,"d":"1,205.95"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1866.8597408798091,"d":"1,866.86"},null,"km3/yr",{"v":118.89119720522545,"d":"118.9"},null,{"v":174.7772824694727,"d":"174.8"},{"v":165.14147045060156,"d":"165.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":19.83457388871851,"d":"19.83"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2418.75,"d":"2,418.75"},148.25,39.05,{"v":69.44999999999999,"d":"69.45"},39.75,{"v":193.04999999999998,"d":"193.05"},42.95,{"v":0.15886304909560722,"d":"15.9%"},{"v":384.24999999999994,"d":"384.25"},{"v":2034.5,"d":"2,034.50"},{"v":965.4999999999999,"d":"965.50"},{"v":122.89999999999999,"d":"122.90"},157.05,264.15,111.15,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","High","Waste","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low",{"$f":"IF($CT745=\"VGN\",\"NO MEAT\",IF($CT745=\"SUBST\",\"SUBST\",IF($CT745=\"PESC\",\"PESC\",IF($CT745=\"VEG\",\"NO MEAT\",IF($CT745=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + FLX + SSP2","High tech, 1/2 waste, flexitarian, SSP2",2050,"GHGnonCO2Ag",{"v":3894.258832311969,"d":"3,894.26"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1135.7228863519128,"d":"1,135.72"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1616.382147450682,"d":"1,616.38"},null,"km3/yr",{"v":102.34638441848743,"d":"102.3"},null,{"v":155.5003166695609,"d":"155.5"},{"v":146.26161014616795,"d":"146.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":18.08235827174464,"d":"18.08"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2391.1000000000004,"d":"2,391.10"},{"v":65.5,"d":"65.50"},13.95,34.85,{"v":16.7,"d":"16.70"},{"v":132.6,"d":"132.60"},65.95,{"v":0.11043034586591943,"d":"11.0%"},264.05,{"v":2127.05,"d":"2,127.05"},{"v":710.5,"d":"710.50"},92.35,{"v":439.15000000000003,"d":"439.15"},{"v":259.5,"d":"259.50"},111.15,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Waste","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + FLX + SSP1","High tech, 1/2 waste, flexitarian, SSP1",2050,"GHGnonCO2Ag",{"v":3647.8795613781763,"d":"3,647.88"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1077.6398710210758,"d":"1,077.64"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1501.6104670629538,"d":"1,501.61"},null,"km3/yr",{"v":98.91228421154338,"d":"98.9"},null,{"v":151.41586660666323,"d":"151.4"},{"v":142.26129975456595,"d":"142.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":17.497741932543153,"d":"17.50"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2391.1000000000004,"d":"2,391.10"},{"v":65.5,"d":"65.50"},13.95,34.85,{"v":16.7,"d":"16.70"},{"v":132.6,"d":"132.60"},65.95,{"v":0.11043034586591943,"d":"11.0%"},264.05,{"v":2127.05,"d":"2,127.05"},{"v":710.5,"d":"710.50"},92.35,{"v":439.15000000000003,"d":"439.15"},{"v":259.5,"d":"259.50"},111.15,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Waste","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + HW + FLX + SSP3","High tech, 1/2 waste, flexitarian, SSP3",2050,"GHGnonCO2Ag",{"v":4058.3310657033203,"d":"4,058.33"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1190.7144373336032,"d":"1,190.71"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1738.7606282161062,"d":"1,738.76"},null,"km3/yr",{"v":104.79868275636616,"d":"104.8"},null,{"v":158.398563323659,"d":"158.4"},{"v":149.10015291919163,"d":"149.1"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":18.485746262480657,"d":"18.49"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2391.1000000000004,"d":"2,391.10"},{"v":65.5,"d":"65.50"},13.95,34.85,{"v":16.7,"d":"16.70"},{"v":132.6,"d":"132.60"},65.95,{"v":0.11043034586591943,"d":"11.0%"},264.05,{"v":2127.05,"d":"2,127.05"},{"v":710.5,"d":"710.50"},92.35,{"v":439.15000000000003,"d":"439.15"},{"v":259.5,"d":"259.50"},111.15,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","High","Waste","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + BAU + SSP2","High tech, 1/4 waste, diet, SSP2",2050,"GHGnonCO2Ag",{"v":8013.334346191484,"d":"8,013.33"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1170.4564310506157,"d":"1,170.46"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1747.8637843153986,"d":"1,747.86"},null,"km3/yr",{"v":116.2744824757694,"d":"116.3"},null,{"v":171.76988565759353,"d":"171.8"},{"v":162.19602601304712,"d":"162.2"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":19.534043204680025,"d":"19.53"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2856.3,"d":"2,856.30"},{"v":252.925,"d":"252.93"},{"v":108.175,"d":"108.18"},{"v":68.125,"d":"68.13"},{"v":76.625,"d":"76.63"},{"v":192.35000000000002,"d":"192.35"},{"v":35.075,"d":"35.08"},{"v":0.16817211077267794,"d":"16.8%"},480.35,{"v":2375.9500000000003,"d":"2,375.95"},{"v":1094.925,"d":"1,094.93"},{"v":143.775,"d":"143.78"},{"v":163.6,"d":"163.60"},{"v":212.75000000000003,"d":"212.75"},{"v":261.2,"d":"261.20"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","High","Waste+","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + BAU + SSP1","High tech, 1/4 waste, diet, SSP1",2050,"GHGnonCO2Ag",{"v":8230.697257010652,"d":"8,230.70"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1171.2525884536517,"d":"1,171.25"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1718.228057307991,"d":"1,718.23"},null,"km3/yr",{"v":116.83409071331064,"d":"116.8"},null,{"v":172.41428634398483,"d":"172.4"},{"v":162.82715204529873,"d":"162.8"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":19.72949184119529,"d":"19.73"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2856.3,"d":"2,856.30"},{"v":252.925,"d":"252.93"},{"v":108.175,"d":"108.18"},{"v":68.125,"d":"68.13"},{"v":76.625,"d":"76.63"},{"v":192.35000000000002,"d":"192.35"},{"v":35.075,"d":"35.08"},{"v":0.16817211077267794,"d":"16.8%"},480.35,{"v":2375.9500000000003,"d":"2,375.95"},{"v":1094.925,"d":"1,094.93"},{"v":143.775,"d":"143.78"},{"v":163.6,"d":"163.60"},{"v":212.75000000000003,"d":"212.75"},{"v":261.2,"d":"261.20"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"EFF","High","Waste+","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + BAU + SSP3","High tech, 1/4 waste, diet, SSP3",2050,"GHGnonCO2Ag",{"v":7713.508990882873,"d":"7,713.51"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1167.954631049432,"d":"1,167.95"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1768.7330947010373,"d":"1,768.73"},null,"km3/yr",{"v":115.25908703253933,"d":"115.3"},null,{"v":170.59888967993396,"d":"170.6"},{"v":161.04915255252732,"d":"161.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":19.23792643865396,"d":"19.24"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2856.3,"d":"2,856.30"},{"v":252.925,"d":"252.93"},{"v":108.175,"d":"108.18"},{"v":68.125,"d":"68.13"},{"v":76.625,"d":"76.63"},{"v":192.35000000000002,"d":"192.35"},{"v":35.075,"d":"35.08"},{"v":0.16817211077267794,"d":"16.8%"},480.35,{"v":2375.9500000000003,"d":"2,375.95"},{"v":1094.925,"d":"1,094.93"},{"v":143.775,"d":"143.78"},{"v":163.6,"d":"163.60"},{"v":212.75000000000003,"d":"212.75"},{"v":261.2,"d":"261.20"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"EFF","High","Waste+","High","Const","Const","High","No","Trend","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + HGD + SSP2","High tech, 1/4 waste, healthy diet, SSP2",2050,"GHGnonCO2Ag",{"v":5597.183944214936,"d":"5,597.18"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1063.0964179201305,"d":"1,063.10"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1591.308196230228,"d":"1,591.31"},null,"km3/yr",{"v":103.58365813320201,"d":"103.6"},null,{"v":156.96447530706624,"d":"157.0"},{"v":147.69560711574067,"d":"147.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":17.531151822194968,"d":"17.53"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2256.275,"d":"2,256.28"},{"v":145.425,"d":"145.43"},{"v":38.275,"d":"38.28"},{"v":68.125,"d":"68.13"},{"v":39.025,"d":"39.03"},{"v":190.525,"d":"190.53"},{"v":35.075,"d":"35.08"},{"v":0.1644413912311221,"d":"16.4%"},{"v":371.02500000000003,"d":"371.03"},{"v":1885.25,"d":"1,885.25"},{"v":902.9000000000001,"d":"902.90"},{"v":115,"d":"115.00"},{"v":156.27499999999998,"d":"156.28"},{"v":239.325,"d":"239.33"},{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Waste+","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + HGD + SSP1","High tech, 1/4 waste, healthy diet, SSP1",2050,"GHGnonCO2Ag",{"v":5377.080724343098,"d":"5,377.08"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1018.7411585710503,"d":"1,018.74"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1462.1219075322645,"d":"1,462.12"},null,"km3/yr",{"v":99.86622233186961,"d":"99.9"},null,{"v":152.55354862816753,"d":"152.6"},{"v":143.3755455264273,"d":"143.4"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":17.08569811567265,"d":"17.09"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2256.275,"d":"2,256.28"},{"v":145.425,"d":"145.43"},{"v":38.275,"d":"38.28"},{"v":68.125,"d":"68.13"},{"v":39.025,"d":"39.03"},{"v":190.525,"d":"190.53"},{"v":35.075,"d":"35.08"},{"v":0.1644413912311221,"d":"16.4%"},{"v":371.02500000000003,"d":"371.03"},{"v":1885.25,"d":"1,885.25"},{"v":902.9000000000001,"d":"902.90"},{"v":115,"d":"115.00"},{"v":156.27499999999998,"d":"156.28"},{"v":239.325,"d":"239.33"},{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Waste+","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + HGD + SSP3","High tech, 1/4 waste, healthy diet, SSP3",2050,"GHGnonCO2Ag",{"v":5718.630375368225,"d":"5,718.63"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1104.6593682559073,"d":"1,104.66"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1720.5337713249667,"d":"1,720.53"},null,"km3/yr",{"v":106.98699603248939,"d":"107.0"},null,{"v":160.97223465418634,"d":"161.0"},{"v":151.6208066203101,"d":"151.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":17.902318766506102,"d":"17.90"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2256.275,"d":"2,256.28"},{"v":145.425,"d":"145.43"},{"v":38.275,"d":"38.28"},{"v":68.125,"d":"68.13"},{"v":39.025,"d":"39.03"},{"v":190.525,"d":"190.53"},{"v":35.075,"d":"35.08"},{"v":0.1644413912311221,"d":"16.4%"},{"v":371.02500000000003,"d":"371.03"},{"v":1885.25,"d":"1,885.25"},{"v":902.9000000000001,"d":"902.90"},{"v":115,"d":"115.00"},{"v":156.27499999999998,"d":"156.28"},{"v":239.325,"d":"239.33"},{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","High","Waste+","High","Const","Const","High","No","Trend","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + FLX + SSP2","High tech, 1/4 waste, flexitarian, SSP2",2050,"GHGnonCO2Ag",{"v":3689.069538348224,"d":"3,689.07"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1040.7852059245024,"d":"1,040.79"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1485.0404106134274,"d":"1,485.04"},null,"km3/yr",{"v":90.78913026879933,"d":"90.8"},null,{"v":141.62709110456925,"d":"141.6"},{"v":132.67417302781513,"d":"132.7"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":16.173892730846887,"d":"16.17"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.166,"d":"9.17"},"billion",{"v":2242.4500000000003,"d":"2,242.45"},64.25,{"v":13.675,"d":"13.68"},{"v":34.175,"d":"34.18"},{"v":16.4,"d":"16.40"},{"v":130.9,"d":"130.90"},{"v":53.875,"d":"53.88"},{"v":0.11105041361011393,"d":"11.1%"},{"v":249.025,"d":"249.03"},{"v":1993.4250000000002,"d":"1,993.43"},{"v":663.4,"d":"663.40"},{"v":86.425,"d":"86.43"},{"v":436.875,"d":"436.88"},235.05,{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Waste+","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH + QW + FLX + SSP1","High tech, 1/4 waste, flexitarian, SSP1",2050,"GHGnonCO2Ag",{"v":3440.591098650277,"d":"3,440.59"},{"$nulls":6},"MtCO2eq/yr",null,{"v":983.5874899100181,"d":"983.59"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1374.7641207967474,"d":"1,374.76"},null,"km3/yr",{"v":87.40495806260024,"d":"87.4"},null,{"v":137.49272238699984,"d":"137.5"},{"v":128.62497230582764,"d":"128.6"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":15.588162611558403,"d":"15.59"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":8.461,"d":"8.46"},"billion",{"v":2242.4500000000003,"d":"2,242.45"},64.25,{"v":13.675,"d":"13.68"},{"v":34.175,"d":"34.18"},{"v":16.4,"d":"16.40"},{"v":130.9,"d":"130.90"},{"v":53.875,"d":"53.88"},{"v":0.11105041361011393,"d":"11.1%"},{"v":249.025,"d":"249.03"},{"v":1993.4250000000002,"d":"1,993.43"},{"v":663.4,"d":"663.40"},{"v":86.425,"d":"86.43"},{"v":436.875,"d":"436.88"},235.05,{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":33000,"d":"33,000.0"},null,null,{"v":0.5,"d":"50.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP1",null,null,"MIXED","High","Waste+","High","Const","Const","High","No","Trend","No","FLEX","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ",2," ",4]
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[53,2018,"Options for keeping the food system within environmental limits","Springmann et al. 2018","Springmann et al. (2018)","Journal","Nature","TECH_p + QW + FLX + SSP3","High tech+, 1/4 waste, flexitarian, SSP3",2050,"GHGnonCO2Ag",{"v":3779.7638870414175,"d":"3,779.76"},{"$nulls":6},"MtCO2eq/yr",null,{"v":927.5769235797759,"d":"927.58"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1603.2091843091516,"d":"1,603.21"},null,"km3/yr",{"v":65.3239406938783,"d":"65.3"},null,{"v":109.55966031460532,"d":"109.6"},{"v":101.26733131212447,"d":"101.3"},"Tg N/yr",{"v":0.3,"d":"30.0%"},{"v":0.3,"d":"30.0%"},{"v":8.299924267877868,"d":"8.30"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.951,"d":"9.95"},"billion",{"v":2242.4500000000003,"d":"2,242.45"},64.25,{"v":13.675,"d":"13.68"},{"v":34.175,"d":"34.18"},{"v":16.4,"d":"16.40"},{"v":130.9,"d":"130.90"},{"v":53.875,"d":"53.88"},{"v":0.11105041361011393,"d":"11.1%"},{"v":249.025,"d":"249.03"},{"v":1993.4250000000002,"d":"1,993.43"},{"v":663.4,"d":"663.40"},{"v":86.425,"d":"86.43"},{"v":436.875,"d":"436.88"},235.05,{"v":108.825,"d":"108.83"},"kcal/capita/day",{"v":0.75,"d":"75%"},null,null,{"v":18000,"d":"18,000.0"},null,null,{"v":0.8,"d":"80.0%"},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP3",null,null,"MIXED","High+","Waste+","High","Const","Const","High","No","High","Yes","FLEX","No","High+","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[54,2018,"An attainable global vision for conservation and human well- being",null,"Tallis et al. (2018)","Journal","Frontiers in Ecology and the Environment","Baseline","Baseline",2010,{"$nulls":9},{"v":4170,"d":"4,170.00"},{"v":1477,"d":"1,477.00"},{"$nulls":3},{"$f":"T785-U785","v":{"v":2693,"d":"2,693.00"}},null,"Mha",{"v":4015.67296,"d":"4,015.67"},{"$nulls":19},{"v":6.9,"d":"6.90"},"billion",{"$f":"BF785+BG785","v":{"v":3292.714285714286,"d":"3,292.71"}},{"$nulls":6},{"$f":"BF785/AX785","v":{"v":0.20864245737342182,"d":"20.9%"}},{"v":687,"d":"687.00"},{"$f":"1824/0.7","v":{"v":2605.714285714286,"d":"2,605.71"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":70.498,"d":"70.5"},"Trillion 2005 US$",{"$f":"BO785/AV785*1000","v":{"v":10217.101449275364,"d":"10,217.1"}},{"$nulls":35}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[54,2018,"An attainable global vision for conservation and human well- being",null,"Tallis et al. (2018)","Journal","Frontiers in Ecology and the Environment","BAU","BAU",2050,{"$nulls":9},{"v":4195,"d":"4,195.00"},{"v":1504,"d":"1,504.00"},{"$nulls":3},{"$f":"T786-U786","v":{"v":2691,"d":"2,691.00"}},null,"Mha",{"v":4143,"d":"4,143.00"},null,null,{"v":2085,"d":"2,085.00"},null,"km3/yr",{"$nulls":14},{"v":9.7,"d":"9.70"},"billion",{"$f":"BF786+BG786","v":{"v":3326.1428571428573,"d":"3,326.14"}},{"$nulls":6},{"$f":"BF786/AX786","v":{"v":0.21917278701198298,"d":"21.9%"}},{"v":729,"d":"729.00"},{"$f":"1818/0.7","v":{"v":2597.1428571428573,"d":"2,597.14"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":291.664,"d":"291.7"},"Trillion 2005 US$",{"$f":"BO786/AV786*1000","v":{"v":30068.453608247422,"d":"30,068.5"}},{"$nulls":9},{"$f":"IF(CM786=\"Trend\",CA$93,IF(CM786=\"Low\",CA$93/2,IF(CM786=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","Trend","Const","Trend","Const","Const","Low","No","Const","No","MEAT","No","Trend","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[54,2018,"An attainable global vision for conservation and human well- being",null,"Tallis et al. (2018)","Journal","Frontiers in Ecology and the Environment","Sustainability","Sustainability",2050,{"$nulls":9},{"v":3527,"d":"3,527.00"},{"v":1255,"d":"1,255.00"},{"$nulls":3},{"$f":"T787-U787","v":{"v":2272,"d":"2,272.00"}},null,"Mha",{"v":4283,"d":"4,283.00"},null,null,{"v":1985,"d":"1,985.00"},null,"km3/yr",{"$nulls":14},{"v":9.7,"d":"9.70"},"billion",{"$f":"BF787+BG787","v":{"v":3326.1428571428573,"d":"3,326.14"}},{"$nulls":6},{"$f":"BF787/AX787","v":{"v":0.21917278701198298,"d":"21.9%"}},{"v":729,"d":"729.00"},{"$f":"1818/0.7","v":{"v":2597.1428571428573,"d":"2,597.14"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":291.664,"d":"291.7"},"Trillion 2005 US$",{"$f":"BO787/AV787*1000","v":{"v":30068.453608247422,"d":"30,068.5"}},{"$nulls":9},{"$f":"IF(CM787=\"Trend\",CA$93,IF(CM787=\"Low\",CA$93/2,IF(CM787=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High","Const","High","Open","Const","High","No","Const","No","MEAT","No","Trend","CONV","Const","High","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[{"$f":"IF(E788=E786,A786,A786+1)","v":55},2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","Baseline","Baseline",2010,{"$nulls":20},{"v":1020,"d":"1,020.00"},{"v":2607,"d":"2,607.00"},"km3/yr",{"$nulls":14},{"v":6.826,"d":"6.83"},"billion",{"v":2737,"d":"2,737.00"},{"$nulls":6},{"v":0.19,"d":"19.0%"},{"$f":"BE788*AX788","v":520.03},{"$f":"AX788-BF788","v":{"v":2216.9700000000003,"d":"2,216.97"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,"US$2000/yr per capita",{"$nulls":8},0.03628034538502246,{"$nulls":4},{"$f":"1020/2607","v":0.3912543153049482},{"v":0,"d":"0.0%"},null,"SSP2"]
[{"$f":"IF(E789=E787,A787,A787+1)","v":55},2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","SSP2-Baseline","Affluent diets, medium productivity increase",2050,{"$nulls":20},{"v":1330.963491,"d":"1,330.96"},{"v":3295,"d":"3,295.00"},"km3/yr",{"$nulls":14},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},{"$nulls":3},{"v":1.3503213224485044,"d":"1.35"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05497959317658259,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"$f":"BY789/$BY$788 - 1","v":{"v":0.5154098615411666,"d":"51.54%"}},null,{"$f":"CD789/CD$788 - 1","v":{"v":0.03240852778630732,"d":"3.24%"}},{"$f":"AE789/AF789","v":0.4039342916540212},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Trend","Const","Trend","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low",{"$f":"IF($CT789=\"VGN\",\"NO MEAT\",IF($CT789=\"SUBST\",\"SUBST\",IF($CT789=\"PESC\",\"PESC\",IF($CT789=\"VEG\",\"NO MEAT\",IF($CT789=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","SSP2-Divergence","Affluent diets, divergence in productivity increase",2050,{"$nulls":20},{"v":1262.446577,"d":"1,262.45"},{"v":3134,"d":"3,134.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"$f":"BU790-1","v":{"v":0.3723304526831521,"d":"37.2%"}},{"v":1.3723304526831521,"d":"1.37"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04325703963841257,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"$f":"BY790/$BY$788 - 1","v":{"v":0.19229955446538516,"d":"19.23%"}},null,{"$f":"CD790/CD$788 - 1","v":{"v":0.029567622107624203,"d":"2.96%"}},0.4028227750478621,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","Trend","Const","Low","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","SSP2-Catch up","Affluent diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2050,{"$nulls":20},{"v":1392.287122,"d":"1,392.29"},{"v":3459,"d":"3,459.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.35541981918889065,"d":"35.5%"},{"v":1.3554198191888907,"d":"1.36"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05932671312125191,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.6352301085243703,"d":"63.52%"},null,{"v":0.02877192406679918,"d":"2.88%"},0.4025114547557097,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","Trend","Const","High","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","SSP2-Moderation","Affluent diets, highly intensive production systems and 75% reduction in productivity gap",2050,{"$nulls":20},{"v":1307.966355,"d":"1,307.97"},{"v":3250,"d":"3,250.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.35623246417259136,"d":"35.6%"},{"v":1.3562324641725914,"d":"1.36"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04911749629160386,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.353832103039486,"d":"35.38%"},null,{"v":0.02861788461085979,"d":"2.86%"},0.4024511861538462,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","Trend","Const","Trend","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Baseline","Demitarian Western diets, medium productivity increase",2050,{"$nulls":20},{"v":1312.125235,"d":"1,312.13"},{"v":3265,"d":"3,265.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.22958857534457588,"d":"23.0%"},{"v":1.2295885753445759,"d":"1.23"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05497959317658259,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.5154098615411666,"d":"51.54%"},null,{"v":0.0271478508377625,"d":"2.71%"},0.4018760290964778,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Trend","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Divergence","Demitarian Western diets, divergence in productivity increase",2050,{"$nulls":20},{"v":1207.859695,"d":"1,207.86"},{"v":2997,"d":"2,997.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.2593155560393321,"d":"25.9%"},{"v":1.259315556039332,"d":"1.26"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04325703963841257,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.19229955446538516,"d":"19.23%"},null,{"v":0.030079172265402798,"d":"3.01%"},0.40302292125458794,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","Trend","Const","Low","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT",{"$f":"IF(CM794=\"Trend\",\"Low_Con\",IF(CM794=\"Feed+\",\"Feed\",IF(CM794=0,\" \",CM794)))","v":"Low"},null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Catch up","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2050,{"$nulls":20},{"v":1328.100359,"d":"1,328.10"},{"v":3326,"d":"3,326.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.25221407395331874,"d":"25.2%"},{"v":1.2522140739533187,"d":"1.25"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05932671312125191,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.6352301085243703,"d":"63.52%"},null,{"v":0.020585769844540414,"d":"2.06%"},0.3993085865904991,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","Trend","Const","High","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Moderation","Demitarian Western diets, highly intensive production systems and 75% reduction in productivity gap",2050,{"$nulls":20},{"v":1329.031621,"d":"1,329.03"},{"v":3306,"d":"3,306.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.23103604914081122,"d":"23.1%"},{"v":1.2310360491408112,"d":"1.23"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04911749629160386,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.353832103039486,"d":"35.38%"},null,{"v":0.027479874959076334,"d":"2.75%"},0.4020059349667272,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","Trend","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[{"$f":"IF(E797=E796,A796,A796+1)","v":55},2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change",{"$f":"CONCATENATE(H789,\"+Static WP\")","v":"SSP2-Baseline+Static WP"},{"$f":"CONCATENATE(I789,\"+Static WP\")","v":"Affluent diets, medium productivity increase+Static WP"},2050,{"$nulls":21},{"v":2933,"d":"2,933.00"},"km3/yr",{"$nulls":14},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.35032132244850445,"d":"35.0%"},{"v":1.3503213224485044,"d":"1.35"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05497959317658259,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.5154098615411666,"d":"51.54%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Trend","Const","Trend","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[{"$f":"IF(E798=E797,A797,A797+1)","v":55},2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change",{"$f":"CONCATENATE(H790,\"+Static WP\")","v":"SSP2-Divergence+Static WP"},"Affluent diets, divergence in productivity increase+Static WP",2050,{"$nulls":21},{"v":2933,"d":"2,933.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.3723304526831521,"d":"37.2%"},{"v":1.3723304526831521,"d":"1.37"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04325703963841257,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.19229955446538516,"d":"19.23%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","Trend","Const","Low","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","SSP2-Catch up+Static WP","Affluent diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics +Static WP",2050,{"$nulls":21},{"v":2933,"d":"2,933.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.35541981918889065,"d":"35.5%"},{"v":1.3554198191888907,"d":"1.36"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05932671312125191,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.6352301085243703,"d":"63.52%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","Trend","Const","High","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","SSP2-Moderation+Static WP","Affluent diets, highly intensive production systems and 75% reduction in productivity gap+Static WP",2050,{"$nulls":21},{"v":2933,"d":"2,933.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.24,"d":"24.0%"},732.24,{"v":2318.76,"d":"2,318.76"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.35623246417259136,"d":"35.6%"},{"v":1.3562324641725914,"d":"1.36"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04911749629160386,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.353832103039486,"d":"35.38%"},{"$nulls":3},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"EFF","Trend","Const","Trend","Const","Const","Trend","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Baseline+Static WP","Demitarian Western diets, medium productivity increase+Static WP",2050,{"$nulls":20},{"$f":"AE789*0.92","v":{"v":1224.48641172,"d":"1,224.49"}},{"v":3931,"d":"3,931.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.22958857534457588,"d":"23.0%"},{"v":1.2295885753445759,"d":"1.23"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05497959317658259,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.5154098615411666,"d":"51.54%"},null,{"$f":"CD801/(1020/2925) - 1","v":{"v":-0.10674259548760223,"d":"-10.67%"}},{"$f":"AE801/AF801","v":0.3114948897786823},{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Trend","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Divergence+Static WP","Demitarian Western diets, divergence in productivity increase+Static WP",2050,{"$nulls":20},{"$f":"AE790*0.96","v":{"v":1211.9487139199998,"d":"1,211.95"}},{"v":3745,"d":"3,745.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.2593155560393321,"d":"25.9%"},{"v":1.259315556039332,"d":"1.26"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04325703963841257,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.19229955446538516,"d":"19.23%"},null,{"$f":"CD802/(1020/2925) - 1","v":{"v":-0.0719783271247939,"d":"-7.20%"}},0.32361781413084106,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Trend","Const","Low","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Catch up+Static WP","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics +Static WP",2050,{"$nulls":20},{"$f":"AE791*0.92","v":{"v":1280.90415224,"d":"1,280.90"}},{"v":4175,"d":"4,175.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.25221407395331874,"d":"25.2%"},{"v":1.2522140739533187,"d":"1.25"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.05932671312125191,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.6352301085243703,"d":"63.52%"},null,{"$f":"CD803/(1020/2925) - 1","v":{"v":-0.12019616172314185,"d":"-12.02%"}},0.30680338975808386,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Trend","Const","High","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Moderation+Static WP","Demitarian Western diets, highly intensive production systems and 75% reduction in productivity gap+Static WP",2050,{"$nulls":20},{"$f":"AE792*0.96","v":{"v":1255.6477008,"d":"1,255.65"}},{"v":3955,"d":"3,955.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.23103604914081122,"d":"23.1%"},{"v":1.2310360491408112,"d":"1.23"},null,null,"Rate of technological change (TC) from 2010 to 2050",0.04911749629160386,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.353832103039486,"d":"35.38%"},null,{"$f":"CD804/(1020/2925) - 1","v":{"v":-0.08956904270097421,"d":"-8.96%"}},0.3174836158786346,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Trend","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[{"$f":"IF(E805=E796,A796,A796+1)","v":55},2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Baseline + YIELD","Demitarian Western diets, medium productivity increase",2050,{"$nulls":20},{"$f":"AE789*0.9","v":{"v":1197.8671419,"d":"1,197.87"}},{"v":2964,"d":"2,964.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.6699999999999999,"d":"67.0%"},1.67,null,null,"Rate of technological change (TC) from 2010 to 2050",0.05497959317658259,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.5154098615411666,"d":"51.54%"},null,{"$f":"CD805/(1020/2587) - 1","v":{"v":0.025006713270123715,"d":"2.50%"}},0.40413871184210526,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Divergence + YIELD","Demitarian Western diets, divergence in productivity increase",2050,{"$nulls":20},{"$f":"AE790*0.88","v":{"v":1110.95298776,"d":"1,110.95"}},{"v":2868,"d":"2,868.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.6699999999999999,"d":"67.0%"},1.67,null,null,"Rate of technological change (TC) from 2010 to 2050",0.04325703963841257,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.19229955446538516,"d":"19.23%"},null,{"$f":"CD806/(1020/2587) - 1","v":{"v":-0.017544719509694495,"d":"-1.75%"}},0.3873615717433752,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","Low","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Catch up + YIELD","Demitarian Western diets, reduction of productivity gap up to 45% in ruminants and 60% in monogastrics ",2050,{"$nulls":20},{"$f":"AE791*0.91","v":{"v":1266.98128102,"d":"1,266.98"}},{"v":3175,"d":"3,175.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.6699999999999999,"d":"67.0%"},1.67,null,null,"Rate of technological change (TC) from 2010 to 2050",0.05932671312125191,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.6352301085243703,"d":"63.52%"},null,{"$f":"CD807/(1020/2587) - 1","v":{"v":0.012098370850313511,"d":"1.21%"}},0.399049222368504,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","High","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[55,2017,"Livestock production and the water challenge of future food supply: Implications of agricultural management and dietary choices","Isabelle Weindl, Benjamin Leon Bodirsky, Susanne Rolinski, Anne Biewald, Hermann Lotze-Campena, Christoph Müller, Jan Philipp Dietrich, Florian Humpenöder, Miodrag Stevanović, Sibyll Schaphoff, Alexander Popp","Weindl et al. (2017)","Journal","Global Environmental Change","DEMI-Moderation + YIELD","Demitarian Western diets, highly intensive production systems and 75% reduction in productivity gap",2050,{"$nulls":20},{"$f":"AE792*0.92","v":{"v":1203.3290466,"d":"1,203.33"}},{"v":2973,"d":"2,973.00"},"km3/yr",{"$nulls":5},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.128,"d":"9.13"},"billion",{"v":3051,"d":"3,051.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},457.65,{"v":2593.35,"d":"2,593.35"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"v":15370,"d":"15,370.0"},"US$2000/yr per capita",{"v":17431.117000000002,"d":"17,431.1"},null,null,{"v":0.6699999999999999,"d":"67.0%"},1.67,null,null,"Rate of technological change (TC) from 2010 to 2050",0.04911749629160386,"weighted global average livestock productivity (annual production per animal [ton/ animal/year]) for all livestock commodities",{"v":0.353832103039486,"d":"35.38%"},null,{"$f":"CD808/(1020/2587) - 1","v":{"v":0.02656333259274657,"d":"2.66%"}},0.4047524542885974,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"MIXED","High","Const","Trend","Const","Const","Trend","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"For today without HHEP diet",2011,"LCA",null,null,{"$f":"O809-0.29","v":5.35},5.64,{"$nulls":3},"GtCO2 eq.",{"$f":"+U809+Y809","v":{"v":4471,"d":"4,471.00"}},{"v":1038,"d":"1,038.00"},{"$nulls":3},{"v":3433,"d":"3,433.00"},null,"Mha",{"$nulls":20},{"v":7,"d":"7.00"},"billion",{"v":2750,"d":"2,750.00"},{"$nulls":6},{"$f":"BF809/AX809","v":{"v":0.16945454545454544,"d":"16.9%"}},{"$f":"(280+77+840+399+49+91+42+56+14+7+7+203+14+210+973)/7","v":{"v":466,"d":"466.00"}},{"v":2284,"d":"2,284.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"}]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"Without adoption of HHEP",2050,"LCA",null,null,{"$f":"O810-0.41","v":{"v":7.4799999999999995,"d":"7.48"}},7.89,{"$nulls":3},"GtCO2 eq.",{"$f":"+U810+Y810","v":{"v":5856,"d":"5,856.00"}},{"v":1050,"d":"1,050.00"},{"$nulls":3},{"v":4806,"d":"4,806.00"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"v":2750,"d":"2,750.00"},{"$nulls":6},{"$f":"BF810/AX810","v":{"v":0.16945454545454544,"d":"16.9%"}},{"$f":"(280+77+840+399+49+91+42+56+14+7+7+203+14+210+973)/7","v":{"v":466,"d":"466.00"}},{"v":2284,"d":"2,284.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"$f":"1.01^(2050-2010)-1","v":{"v":0.48886373358822155,"d":"48.9%"}},{"$nulls":3},"1% yield increase annually",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","Trend","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"HHEP + Existing ratio of protein from\nlivestock and plants",2050,"LCA",null,null,{"$f":"O811-0.34","v":{"v":11.4,"d":"11.40"}},11.74,{"$nulls":3},"GtCO2 eq.",{"$f":"+U811+Y811","v":{"v":6449,"d":"6,449.00"}},{"v":999,"d":"999.00"},{"$nulls":3},{"v":5450,"d":"5,450.00"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"v":2645,"d":"2,645.00"},{"$nulls":6},{"$f":"BF811/AX811","v":{"v":0.2120982986767486,"d":"21.2%"}},{"v":561,"d":"561.00"},{"v":2084,"d":"2,084.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.48886373358822155,"d":"48.9%"},{"$nulls":3},"1% yield increase annually",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"DIET","Trend","Const","Low","Const","Const","Low","No","Const","No","HIGH_AP","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"HHEP + 20% animal protein, 80% plant protein\nsources and 80% protein from\nplants sources",2050,"LCA",{"$nulls":7},"GtCO2 eq.",{"$f":"+U812+Y812","v":{"v":4733,"d":"4,733.00"}},{"v":1091,"d":"1,091.00"},{"$nulls":3},{"v":3642,"d":"3,642.00"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"v":2645,"d":"2,645.00"},{"$nulls":6},{"$f":"BF812/AX812","v":{"v":0.08733459357277883,"d":"8.7%"}},{"v":231,"d":"231.00"},{"v":2414,"d":"2,414.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.48886373358822155,"d":"48.9%"},{"$nulls":3},"1% yield increase annually",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"DIET","Trend","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"HHEP + 100% plant protein",2050,"LCA",null,null,{"$f":"O813-0.34","v":4.65},4.99,{"$nulls":3},"GtCO2 eq.",{"$f":"+U813+Y813","v":{"v":4191,"d":"4,191.00"}},{"v":1118,"d":"1,118.00"},{"$nulls":3},{"v":3073,"d":"3,073.00"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"v":2645,"d":"2,645.00"},{"$nulls":6},{"$f":"BF813/AX813","v":{"v":0.05595463137996219,"d":"5.6%"}},{"v":148,"d":"148.00"},{"v":2497,"d":"2,497.00"},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.48886373358822155,"d":"48.9%"},{"$nulls":3},"1% yield increase annually",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"DIET","Trend","Const","Low","Const","Const","Low","No","Const","No","VEG","No","Low","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"Food waste reduction (household waste reduced from 20% to 10%)",2050,"LCA",{"$nulls":3},{"$f":"O811*0.9","v":{"v":10.566,"d":"10.57"}},{"$nulls":3},"GtCO2 eq.",{"v":5955,"d":"5,955.00"},{"v":899,"d":"899.00"},{"$nulls":3},{"$f":"T814-U814","v":{"v":5056,"d":"5,056.00"}},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"$f":"2645*0.9","v":{"v":2380.5,"d":"2,380.50"}},{"$nulls":6},{"v":0.2120982986767486,"d":"21.2%"},{"$f":"BE814*AX814","v":{"v":504.90000000000003,"d":"504.90"}},{"v":1875.6,"d":"1,875.60"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.48886373358822155,"d":"48.9%"},{"$nulls":3},"1% yield increase annually",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","Trend","Waste","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[56,2018,"When too much isn't enough: Does current food production meet global nutritional needs?",null,"Bahadur et al. (2018)","Journal","PLoS",null,"Food waste reduction (household waste reduced from 20% to 10%) + 100% plant protein",2050,"LCA",{"$nulls":3},{"$f":"O813*0.9","v":{"v":4.4910000000000005,"d":"4.49"}},{"$nulls":3},"GtCO2 eq.",{"v":4223,"d":"4,223.00"},{"$f":"T815-Y815","v":{"v":1460,"d":"1,460.00"}},{"$nulls":3},{"v":2763,"d":"2,763.00"},null,"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"$f":"2645*0.9","v":{"v":2380.5,"d":"2,380.50"}},{"$nulls":6},{"v":0.05595463137996219,"d":"5.6%"},{"$f":"BE815*AX815","v":{"v":133.2,"d":"133.20"}},{"v":2247.3,"d":"2,247.30"},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.48886373358822155,"d":"48.9%"},{"$nulls":3},"1% yield increase annually",null,null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Low","Const","Const","Low","No","Const","No","VGN","No","Low","CONV","Const","Low","NO MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[57,2018,"Creating a Sustainable Future: A menu of solutions to feed nearly 10 billion people by 2050","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J. 2019 ","Searchinger et al. (2018)","Report","World Resources Institute","No productivity gains after 2010","No productivity gains after 2010",2050,"GHGnonCO2AgLUC",{"v":11.3,"d":"11.30"},{"$nulls":3},{"v":26.9,"d":"26.90"},{"$f":"P816+L816","v":{"v":38.2,"d":"38.20"}},null,"GtCO2 eq.",{"$f":"U816+Y816","v":{"v":8134,"d":"8,134.00"}},{"$f":"1547+X816","v":{"v":2613,"d":"2,613.00"}},null,null,{"v":1066,"d":"1,066.00"},{"$f":"3322+Z816","v":{"v":5521,"d":"5,521.00"}},{"v":2199,"d":"2,199.00"},"Mha",{"$nulls":11},{"v":0,"d":"0.0%"},{"v":0.46,"d":"46.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":14},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":38}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[57,2018,"Creating a Sustainable Future: A menu of solutions to feed nearly 10 billion people by 2051","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J. 2019 ","Searchinger et al. (2018)","Report","World Resources Institute","Baseline","Baseline",2050,"GHGnonCO2AgLUC",{"v":9,"d":"9.00"},{"$nulls":3},{"v":6,"d":"6.00"},{"$f":"P817+L817","v":{"v":15,"d":"15.00"}},null,"GtCO2 eq.",{"$f":"U817+Y817","v":{"v":5462,"d":"5,462.00"}},{"$f":"1547+X817","v":{"v":1739,"d":"1,739.00"}},null,null,{"v":192,"d":"192.00"},{"$f":"3322+Z817","v":{"v":3723,"d":"3,723.00"}},{"v":401,"d":"401.00"},"Mha",{"$nulls":11},{"$f":"(AN817-AN$816)/AN$816","v":{"v":0.04347826086956513,"d":"4.3%"}},{"v":0.48,"d":"48.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.8,"d":"9.80"},"billion",{"v":3000,"d":"3,000.00"},{"$nulls":6},{"v":0.2,"d":"20.0%"},{"$f":"BE817*AX817","v":{"v":600,"d":"600.00"}},{"$f":"AX817-BF817","v":{"v":2400,"d":"2,400.00"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$nulls":5},{"v":0.48,"d":"48.0%"},{"$nulls":3},"48% increase from 2010",null,null,{"$f":"IF(CM817=\"Trend\",CA$93,IF(CM817=\"Low\",CA$93/2,IF(CM817=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"BAU","Trend","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low",{"$f":"IF($CT817=\"VGN\",\"NO MEAT\",IF($CT817=\"SUBST\",\"SUBST\",IF($CT817=\"PESC\",\"PESC\",IF($CT817=\"VEG\",\"NO MEAT\",IF($CT817=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[57,2018,"Creating a Sustainable Future: A menu of solutions to feed nearly 10 billion people by 2052","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J. 2019 ","Searchinger et al. (2018)","Report","World Resources Institute","Coordinated effort","Coordinated effort",2050,"GHGnonCO2AgLUC",{"v":7.4,"d":"7.40"},{"$nulls":3},{"v":1.7,"d":"1.70"},{"$f":"P818+L818","v":{"v":9.1,"d":"9.10"}},null,"GtCO2 eq.",{"$f":"U818+Y818","v":{"v":5001,"d":"5,001.00"}},{"$f":"1547+X818","v":{"v":1551,"d":"1,551.00"}},null,null,{"v":4,"d":"4.00"},{"$f":"3322+Z818","v":{"v":3450,"d":"3,450.00"}},{"v":128,"d":"128.00"},"Mha",{"$nulls":11},{"$f":"(AN818-AN$816)/AN$816","v":{"v":0.21739130434782614,"d":"21.7%"}},{"v":0.56,"d":"56.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.5,"d":"9.50"},"billion",{"$f":"3000*(1-(BN818*0.24))","v":{"v":2928,"d":"2,928.00"}},{"$nulls":6},{"v":0.19,"d":"19.0%"},{"$f":"BE818*AX818","v":556.32},{"$f":"AX818-BF818","v":{"v":2371.68,"d":"2,371.68"}},{"$nulls":5},"kcal/capita/day",{"v":0.1,"d":"10%"},{"$nulls":5},{"v":0.48,"d":"48.0%"},{"$nulls":3},"48% increase from 2010",null,null,{"$f":"IF(CM818=\"Trend\",CA$93,IF(CM818=\"Low\",CA$93/2,IF(CM818=\"High\",CA$93*2,0.5)))","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Trend","Const","Const","Low","No","Trend","No","TREND","No","Trend","CONV","Const","Low",{"$f":"IF($CT818=\"VGN\",\"NO MEAT\",IF($CT818=\"SUBST\",\"SUBST\",IF($CT818=\"PESC\",\"PESC\",IF($CT818=\"VEG\",\"NO MEAT\",IF($CT818=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,2,4,4]
[57,2018,"Creating a Sustainable Future: A menu of solutions to feed nearly 10 billion people by 2053","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J. 2019 ","Searchinger et al. (2018)","Report","World Resources Institute","Highly ambitious","Highly ambitious",2050,"GHGnonCO2AgLUC",{"v":5.5,"d":"5.50"},{"$nulls":3},{"v":0.3,"d":"0.30"},{"$f":"P819+L819","v":{"v":5.8,"d":"5.80"}},null,"GtCO2 eq.",{"$f":"U819+Y819","v":{"v":4299,"d":"4,299.00"}},{"$f":"1547+X819","v":{"v":1367,"d":"1,367.00"}},null,null,{"v":-180,"d":"-180.00"},{"$f":"3322+Z819","v":{"v":2932,"d":"2,932.00"}},{"v":-390,"d":"-390.00"},"Mha",{"$nulls":11},{"$f":"(AN819-AN$816)/AN$816","v":{"v":0.326086956521739,"d":"32.6%"}},{"v":0.61,"d":"61.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.3,"d":"9.30"},"billion",{"$f":"3000*(1-(BN819*0.24))","v":{"v":2820,"d":"2,820.00"}},{"$nulls":6},{"v":0.17,"d":"17.0%"},{"$f":"BE819*AX819","v":{"v":479.40000000000003,"d":"479.40"}},{"$f":"AX819-BF819","v":{"v":2340.6,"d":"2,340.60"}},{"$nulls":5},"kcal/capita/day",{"v":0.25,"d":"25%"},{"$nulls":5},{"v":0.56,"d":"56.0%"},{"$nulls":3},"56% increase from 2010",null,null,{"$f":"IF(CM819=\"Trend\",CA$93,IF(CM819=\"Low\",CA$93/2,IF(CM819=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","High","Waste","High","Const","Const","Low","No","High","No","MOD","No","High","CONV","Const","Low",{"$f":"IF($CT819=\"VGN\",\"NO MEAT\",IF($CT819=\"SUBST\",\"SUBST\",IF($CT819=\"PESC\",\"PESC\",IF($CT819=\"VEG\",\"NO MEAT\",IF($CT819=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[57,2018,"Creating a Sustainable Future: A menu of solutions to feed nearly 10 billion people by 2054","Searchinger, T., Waite, R., Hanson, C., Ranganathan, J. 2019 ","Searchinger et al. (2018)","Report","World Resources Institute","Breakthrough technologies","Breakthrough technologies",2050,"GHGnonCO2AgLUC",{"v":4.4,"d":"4.40"},{"$nulls":3},{"v":0.3,"d":"0.30"},{"$f":"P820+L820","v":{"v":4.7,"d":"4.70"}},null,"GtCO2 eq.",{"$f":"U820+Y820","v":{"v":4068,"d":"4,068.00"}},{"$f":"1547+X820","v":{"v":1192,"d":"1,192.00"}},null,null,{"v":-355,"d":"-355.00"},{"$f":"3322+Z820","v":{"v":2876,"d":"2,876.00"}},{"v":-446,"d":"-446.00"},"Mha",{"$nulls":11},{"$f":"(AN820-AN$816)/AN$816","v":{"v":0.4565217391304348,"d":"45.7%"}},{"v":0.67,"d":"67.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.3,"d":"9.30"},"billion",{"$f":"3000*(1-(BN820*0.24))","v":{"v":2640,"d":"2,640.00"}},{"$nulls":6},{"v":0.18,"d":"18.0%"},{"$f":"BE820*AX820","v":{"v":475.2,"d":"475.20"}},{"$f":"AX820-BF820","v":{"v":2164.8,"d":"2,164.80"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},{"$nulls":5},{"v":0.69,"d":"69.0%"},{"$nulls":3},"69% increase from 2010",null,null,{"$f":"IF(CM820=\"Trend\",CA$93,IF(CM820=\"Low\",CA$93/2,IF(CM820=\"High\",CA$93*2,0.5)))","v":{"v":0.254,"d":"25.4%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","High","Waste","High","Const","Const","Low","No","High+","No","MOD","No","High+","CONV","Const","Low",{"$f":"IF($CT820=\"VGN\",\"NO MEAT\",IF($CT820=\"SUBST\",\"SUBST\",IF($CT820=\"PESC\",\"PESC\",IF($CT820=\"VEG\",\"NO MEAT\",IF($CT820=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[58,2019,"Food in the Anthropocene: the EATÐLancet Commission on healthy diets from sustainable food systems",null,"Willet et al. (2019)","Journal article","Lancet",null,"Baseline",2010,"GHGnonCO2Ag",{"v":5219.358258252432,"d":"5,219.36"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1260,"d":"1,260.00"},{"$nulls":5},"Mha",{"$nulls":3},{"$f":"1.8*(1000)","v":{"v":1800,"d":"1,800.00"}},null,"km3/yr",131.8,{"$nulls":3},"Tg N/yr",null,null,{"v":17.9,"d":"17.90"},null,"Tg P/yr",{"$nulls":21},"kcal/capita/day",{"$nulls":39}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[58,2019,"Food in the Anthropocene: the EATÐLancet Commission on healthy diets from sustainable food systems",null,"Willet et al. (2019)","Journal article","Lancet",null,"BAU prod, F waste, BAU diet",2050,"GHGnonCO2Ag",{"v":9781.254959430722,"d":"9,781.25"},{"$nulls":6},"MtCO2eq/yr",null,{"v":2108.522251282967,"d":"2,108.52"},{"$nulls":5},"Mha",{"$nulls":3},{"v":2982.3703296568815,"d":"2,982.37"},null,"km3/yr",{"v":199.44704583058393,"d":"199.4"},null,null,{"v":200.48129348660987,"d":"200.5"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":27.45170715503869,"d":"27.45"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":3240.5392862388017,"d":"3,240.54"},{"v":267.73238306451617,"d":"267.73"},{"v":114.71082075471698,"d":"114.71"},{"v":72.1,"d":"72.10"},{"v":80.92151595744681,"d":"80.92"},{"v":199.9894625922023,"d":"199.99"},{"v":58.592095588235296,"d":"58.59"},{"v":0.16241552667719034,"d":"16.2%"},{"v":526.3138948926014,"d":"526.31"},{"v":2714.2253913462,"d":"2,714.23"},{"v":1317.55809169279,"d":"1,317.56"},{"v":173.4129499626587,"d":"173.41"},{"v":166,"d":"166.00"},{"v":278.1455497382199,"d":"278.15"},null,"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25190,"d":"25,190.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"$f":"IF(CP822=\"Trend\",CC$134,IF(CP822=\"Low\",0,IF(CP822=\"High\",CC$134*2,0.5)))","v":{"v":0,"d":"0.0%"}},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"BAU","Const","Const","Low","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low",{"$f":"IF($CT822=\"VGN\",\"NO MEAT\",IF($CT822=\"SUBST\",\"SUBST\",IF($CT822=\"PESC\",\"PESC\",IF($CT822=\"VEG\",\"NO MEAT\",IF($CT822=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[58,2019,"Food in the Anthropocene: the EATÐLancet Commission on healthy diets from sustainable food systems",null,"Willet et al. (2019)","Journal article","Lancet",null,"BAU prod, F waste, REF diet",2050,"GHGnonCO2Ag",{"v":4984.192000661505,"d":"4,984.19"},{"$nulls":6},"MtCO2eq/yr",null,{"v":2109.8260730126667,"d":"2,109.83"},{"$nulls":5},"Mha",{"$nulls":3},{"v":3017.71293020036,"d":"3,017.71"},null,"km3/yr",{"v":191.38345942021752,"d":"191.4"},null,null,{"v":184.02010320075217,"d":"184.0"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":25.477762242214762,"d":"25.48"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2987.2227933617273,"d":"2,987.22"},{"v":68.08932528118639,"d":"68.09"},{"v":14.535291709207327,"d":"14.54"},{"v":36.13187189360057,"d":"36.13"},{"v":17.395651595744685,"d":"17.40"},{"v":136.1749209694415,"d":"136.17"},{"v":89.90595588235294,"d":"89.91"},{"v":0.09846727626208518,"d":"9.8%"},{"v":294.143692050347,"d":"294.14"},{"v":2693.0791013113803,"d":"2,693.08"},{"v":1258.0874039801197,"d":"1,258.09"},{"v":165.91985961496158,"d":"165.92"},{"v":443.25575581421265,"d":"443.26"},{"v":306.59459185316035,"d":"306.59"},null,"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25190,"d":"25,190.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","FLEX","No","Low","CONV","Const","Low","MEAT","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[58,2019,"Food in the Anthropocene: the EATÐLancet Commission on healthy diets from sustainable food systems",null,"Willet et al. (2019)","Journal article","Lancet",null,"BAU prod, F waste, PESC diet",2050,"GHGnonCO2Ag",{"v":3161.2070341340473,"d":"3,161.21"},{"$nulls":6},"MtCO2eq/yr",null,{"v":2063.0433202715926,"d":"2,063.04"},{"$nulls":5},"Mha",{"$nulls":3},{"v":3040.5197274287116,"d":"3,040.52"},null,"km3/yr",{"v":189.7321761057913,"d":"189.7"},null,null,{"v":167.28592796961385,"d":"167.3"},"Tg N/yr",{"v":0,"d":"0.0%"},null,{"v":25.270475094461776,"d":"25.27"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2987.2227933617273,"d":"2,987.22"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":0,"d":"0.00"},{"v":136.1775133257162,"d":"136.18"},{"v":180.6602526337939,"d":"180.66"},{"v":0.1060643239143709,"d":"10.6%"},{"v":316.8377659595101,"d":"316.84"},{"v":2670.385027402217,"d":"2,670.39"},{"v":1258.0874039801197,"d":"1,258.09"},{"v":165.91985961496158,"d":"165.92"},{"v":443.25575581421265,"d":"443.26"},{"v":337.1990533798253,"d":"337.20"},null,"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25190,"d":"25,190.0"},null,null,{"v":0,"d":"0.0%"},{"$nulls":6},{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"DIET","Const","Const","Low","Const","Const","Low","No","Const","No","PESC","No","Low","CONV","Const","Low","PESC","Low",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
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[58,2019,"Food in the Anthropocene: the EATÐLancet Commission on healthy diets from sustainable food systems",null,"Willet et al. (2019)","Journal article","Lancet",null,"PROD+ prod, 1/2 waste, high milk, Low_kcal",2050,"GHGnonCO2Ag",{"v":5632.052895593247,"d":"5,632.05"},{"$nulls":6},"MtCO2eq/yr",null,{"v":1013.7541846377762,"d":"1,013.75"},{"$nulls":5},"Mha",{"$nulls":3},{"v":1642.0032121992692,"d":"1,642.00"},null,"km3/yr",{"v":107.35688575428654,"d":"107.4"},null,null,{"v":93.27110569345452,"d":"93.3"},"Tg N/yr",{"v":0.3,"d":"30.0%"},null,{"v":9.744913880876314,"d":"9.74"},null,"Tg P/yr",{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2297.800766204745,"d":"2,297.80"},{"v":65.58398402597649,"d":"65.58"},{"v":13.984040454324573,"d":"13.98"},{"v":34.803862732462676,"d":"34.80"},{"v":16.78282579787234,"d":"16.78"},{"v":320.55812961011594,"d":"320.56"},{"v":65.78216587503928,"d":"65.78"},{"v":0.19667110879079036,"d":"19.7%"},{"v":451.91102446981483,"d":"451.91"},{"v":1845.8897417349299,"d":"1,845.89"},{"v":702.4459679062844,"d":"702.45"},{"v":91.20601775570998,"d":"91.21"},{"v":258.2471442424484,"d":"258.25"},{"v":258.6202582358493,"d":"258.62"},null,"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25190,"d":"25,190.0"},null,null,{"$f":"(90%-50%)/50%","v":{"v":0.8,"d":"80.0%"}},{"$nulls":6},{"v":0.254,"d":"25.4%"},null,{"v":0.1835168071867752,"d":"18.4%"},null,{"v":0,"d":"0.0%"},null,"SSP2",null,null,"OTHER","High+","Waste","High","Const","Const","High","No","High","Yes","HIGH_AP","No","High+","CONV","Const","Low","DAIRY","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," "," "," "," "]
[59,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal","Environmental Science & Technology",null,"Baseline (BAU)",2050,"GHGnonCO2AgLUC",{"v":9.3,"d":"9.30"},{"$nulls":3},{"v":2,"d":"2.00"},{"$f":"P905+L905","v":{"v":11.3,"d":"11.30"}},null,"GtCO2eq/yr",{"$f":"U905+Y905","v":{"v":4810,"d":"4,810.00"}},{"v":1950,"d":"1,950.00"},{"$nulls":3},{"v":2860,"d":"2,860.00"},null,"Mha",{"v":3990,"d":"3,990.00"},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"$f":"AX789","v":{"v":3051,"d":"3,051.00"}},{"$nulls":6},{"$f":"BE789","v":{"v":0.24,"d":"24.0%"}},{"$f":"BE905*AX905","v":732.24},{"$f":"AX905-BF905","v":{"v":2318.76,"d":"2,318.76"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"$f":"BU905-1","v":{"v":0.6000000000000001,"d":"60.0%"}},{"v":1.6,"d":"1.60"},null,null,"Crop yield improvement index",null,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","High","Const","Trend","Const","Const","Low","No","Const","No","TREND","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[59,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal","Environmental Science & Technology",null,"Incentive-based mitigation",2050,"GHGnonCO2AgLUC",{"v":6,"d":"6.00"},{"$nulls":3},{"v":0,"d":"0.00"},{"$f":"P906+L906","v":{"v":6,"d":"6.00"}},null,"GtCO2eq/yr",{"$f":"U906+Y906","v":{"v":4700,"d":"4,700.00"}},{"v":1620,"d":"1,620.00"},{"$nulls":3},{"v":3080,"d":"3,080.00"},null,"Mha",{"v":4105,"d":"4,105.00"},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"$f":"AX905","v":{"v":3051,"d":"3,051.00"}},{"$nulls":6},{"$f":"BE905","v":{"v":0.24,"d":"24.0%"}},{"$f":"BF905","v":732.24},{"$f":"AX906-BF906","v":{"v":2318.76,"d":"2,318.76"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"$f":"BU906-1","v":{"v":0.95,"d":"95.0%"}},1.95,null,null,"Crop yield improvement index",null,null,{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"EFF","High+","Const","High","Const","Const","Low","No","Const","No","TREND","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"}," ","1"," ",1]
[59,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal","Environmental Science & Technology",null,"Preference-based mitigation",2050,"GHGnonCO2AgLUC",{"v":6.3,"d":"6.30"},{"$nulls":3},{"v":1.8,"d":"1.80"},{"$f":"P907+L907","v":{"v":8.1,"d":"8.10"}},null,"GtCO2eq/yr",{"$f":"U907+Y907","v":{"v":4625,"d":"4,625.00"}},{"v":1665,"d":"1,665.00"},{"$nulls":3},{"v":2960,"d":"2,960.00"},null,"Mha",{"v":4045,"d":"4,045.00"},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2750,"d":"2,750.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},{"v":412.5,"d":"412.50"},{"$f":"AX907-BF907","v":{"v":2337.5,"d":"2,337.50"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"$f":"BU907-1","v":{"v":0.3999999999999999,"d":"40.0%"}},{"v":1.4,"d":"1.40"},null,null,"Crop yield improvement index",null,null,{"v":0.127,"d":"12.7%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","Trend","Waste","Trend","Const","Const","Low","No","Const","No","MOD","No","Low","CONV","Const","Low","MEAT","Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},2,"1",4,1]
[59,2017,"Mitigation Strategies for Greenhouse Gas Emissions from Agriculture and Land-Use Change: Consequences for Food Prices","Stevanović, M, Popp, A, Bodirsky, BL, Humpenöder, F., Müller, C, Weindl, I, Dietrich, JP, Lotze-Campen, H, Kreidenweis, U, Rolinski, S, Biewald, A, Wang, X","Stevanovic et al. (2017)","Journal","Environmental Science & Technology",null,"Combined mitigation",2050,"GHGnonCO2AgLUC",{"v":3.9,"d":"3.90"},{"$nulls":3},{"v":-0.6,"d":"-0.60"},{"$f":"P908+L908","v":{"v":3.3,"d":"3.30"}},null,"GtCO2eq/yr",{"$f":"U908+Y908","v":{"v":4610,"d":"4,610.00"}},{"v":1520,"d":"1,520.00"},{"$nulls":3},{"v":3090,"d":"3,090.00"},null,"Mha",{"v":4010,"d":"4,010.00"},{"$nulls":10},{"v":0,"d":"0.0%"},{"$nulls":4},{"v":0,"d":"0.0%"},{"$nulls":3},{"v":9.2,"d":"9.20"},"billion",{"v":2750,"d":"2,750.00"},{"$nulls":6},{"v":0.15,"d":"15.0%"},{"v":412.5,"d":"412.50"},{"$f":"AX908-BF908","v":{"v":2337.5,"d":"2,337.50"}},{"$nulls":5},"kcal/capita/day",{"v":0.5,"d":"50%"},null,null,{"v":25000,"d":"25,000.0"},null,null,{"$f":"BU908-1","v":{"v":0.5,"d":"50.0%"}},{"v":1.5,"d":"1.50"},null,null,"Crop yield improvement index",null,null,{"v":0.254,"d":"25.4%"},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},{"$nulls":4},"MIXED","High","Waste","High","Const","Const","Low","No","Const","No","MOD","No","High","CONV","Const","Low","MEAT","High",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM908=\"Low_Con\",1,IF($CM908=\"Trend\",2,IF($CM908=\"Feed\",3,IF($CM908=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR908=\"Const\",\"1\",IF($CR908=\"Trend\",2,IF($CR908=\"Fert\",\"3\",IF($CR908=\"Fert+\",\"4\",\" \"))))","v":"1"},{"$f":"IF($CM908=\"Low_Con\",1^2,IF($CM908=\"Trend\",2^2,IF($CM908=\"Feed\",3^2,IF($CM908=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR908=\"Const\",1^2,IF($CR908=\"Trend\",2^2,IF($CR908=\"Fert\",3^2,IF($CR908=\"Fert+\",4^2,\" \"))))","v":1}]
[60,2012,"Managing nitrogen for sustainable development.","Zhang, X., Davidson, E.A., Mauzerall, D.L., Searchinger, T.D., Dumas, P., Shen, Y.","Zhang et al. (2015)","Journal","Nature","Baseline (2010)","Baseline",2010,{"$nulls":23},{"v":174,"d":"174.0"},null,{"$f":"4.208*(AH909^0.7799)","v":{"v":235.22316534624275,"d":"235.2"}},{"v":100,"d":"100.0"},"TgN/yr",null,{"v":0.42,"d":"42.0%"},{"$nulls":7},{"v":6.592,"d":"6.59"},"billion",{"v":2772,"d":"2,772.00"},{"$nulls":14},"kcal/capita/day",{"v":0,"d":"0%"},{"v":9510,"d":"9,510.0"},"US$05 per capita (ex rate)",{"v":9510,"d":"9,510.0"},302,"million ha",null,2.94,null,null,"t/ha",{"$nulls":27},{"$f":"IF($CT909=\"VGN\",\"NO MEAT\",IF($CT909=\"SUBST\",\"SUBST\",IF($CT909=\"PESC\",\"PESC\",IF($CT909=\"VEG\",\"NO MEAT\",IF($CT909=\" \",\" \",\"MEAT\")))))","v":"MEAT"}," ",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM909=\"Low_Con\",1,IF($CM909=\"Trend\",2,IF($CM909=\"Feed\",3,IF($CM909=\"Feed+\",4,\" \"))))","v":" "},{"$f":"IF($CR909=\"Const\",\"1\",IF($CR909=\"Trend\",2,IF($CR909=\"Fert\",\"3\",IF($CR909=\"Fert+\",\"4\",\" \"))))","v":" "},{"$f":"IF($CM909=\"Low_Con\",1^2,IF($CM909=\"Trend\",2^2,IF($CM909=\"Feed\",3^2,IF($CM909=\"Feed+\",4^2,\" \"))))","v":" "},{"$f":"IF($CR909=\"Const\",1^2,IF($CR909=\"Trend\",2^2,IF($CR909=\"Fert\",3^2,IF($CR909=\"Fert+\",4^2,\" \"))))","v":" "}]
[60,2012,"Managing nitrogen for sustainable development.","Zhang, X., Davidson, E.A., Mauzerall, D.L., Searchinger, T.D., Dumas, P., Shen, Y.","Zhang et al. (2015)","Journal","Nature","Target scenario","Projection (2050)",2050,{"$nulls":23},{"v":160,"d":"160.0"},null,{"$f":"4.208*(AH910^0.7799)","v":{"v":220.327600941081,"d":"220.3"}},{"v":52,"d":"52.0"},"TgN/yr",{"$f":"(AN910-AN909)/AN909","v":{"v":0.5952380952380953,"d":"59.5%"}},{"v":0.67,"d":"67.0%"},{"$nulls":3},{"v":0,"d":"0.0%"},{"$nulls":3},9.15,"billion",{"v":3028,"d":"3,028.00"},135.73,null,null,{"v":37,"d":"37.00"},274.17,null,{"v":0.17,"d":"17.0%"},{"$f":"BE910*AX910","v":514.76},{"$f":"AX910-BF910","v":{"v":2513.24,"d":"2,513.24"}},{"$nulls":5},"kcal/capita/day",{"v":0,"d":"0%"},{"$f":"13758*(9510/7603)","v":{"v":17208.80968038932,"d":"17,208.8"}},"US$05 per capita (ex rate)",{"$f":"BO910","v":{"v":17208.80968038932,"d":"17,208.8"}},322,"million ha",{"$f":"BU910/$BU$92 - 1","v":{"v":0.34013605442176864,"d":"34.0%"}},3.94,null,null,"t/ha",null,null,{"$f":"CA$93","v":{"v":0.127,"d":"12.7%"}},null,{"v":0,"d":"0.0%"},null,{"v":0,"d":"0.0%"},"BAU",{"$nulls":3},"EFF","Trend","Const","Trend","Const","Const","Trend",null,"High+",null,"TREND","No","Low","CONV","Const","Low",{"$f":"IF($CT910=\"VGN\",\"NO MEAT\",IF($CT910=\"SUBST\",\"SUBST\",IF($CT910=\"PESC\",\"PESC\",IF($CT910=\"VEG\",\"NO MEAT\",IF($CT910=\" \",\" \",\"MEAT\")))))","v":"MEAT"},"Low_Con",null,{"v":1,"d":"100%"},{"v":0,"d":"0%"},{"$f":"IF($CM910=\"Low_Con\",1,IF($CM910=\"Trend\",2,IF($CM910=\"Feed\",3,IF($CM910=\"Feed+\",4,\" \"))))","v":2},{"$f":"IF($CR910=\"Const\",\"1\",IF($CR910=\"Trend\",2,IF($CR910=\"Fert\",\"3\",IF($CR910=\"Fert+\",\"4\",\" \"))))","v":" "},{"$f":"IF($CM910=\"Low_Con\",1^2,IF($CM910=\"Trend\",2^2,IF($CM910=\"Feed\",3^2,IF($CM910=\"Feed+\",4^2,\" \"))))","v":4},{"$f":"IF($CR910=\"Const\",1^2,IF($CR910=\"Trend\",2^2,IF($CR910=\"Fert\",3^2,IF($CR910=\"Fert+\",4^2,\" \"))))","v":" "}]