Title;Authors;Year;Journal;DOI, if applicable;kind of journal?;Species;Order Species;Family Species;Status species (local/mentioned by paper) pest, endangered,...;pest or not?;Status IUCN;Where?;Region;region (Tropical, Temperate, Boreal,...);estimate of body length (mm);Flying/crawling/aquatic;Kind of tag (RFID, radio, harmonic);where was the tag attached;ventral/dorsal/internal;Study field;Estimation of amount of individuals tagged;What kind of experiment?;Tag only certain group? (larger females, only large ones);Duration of tagging;Do they take the tag of again?;Mention mass species/individuals yes/no;Mean mass individual or species in g;Mention mass tag yes/no;Mean mass tag in mg;Mention mass ratio yes/no;Mean ratio percent;Mention/discuss possible impact yes/no;Impact yes/no?;How impact is discussed or measured;Quantification of impact? yes/no;Say more research is needed to assess impact or not able to assess the impact themselves;Comments;
The harmonic radar: a new method of tracing insects in the field;Mascanzoni & Wallin;1986;Ecological Entomology;10.1111/j.1365-2311.1986.tb00317.x;WoS;Pterostichus melanarius, Harpalus rufipes, Pterostichus niger, Carabus granulatus;Coleoptera, Coleoptera, Coleoptera, Coleoptera;Carabidae, Carabidae, Carabidae, Carabidae;NA;0, 0, 0, 0;NE, NE, NE, NE;Uppsala, Sweden, Europe;Europe;Boreal;15, 15, 18, 20;crawling, crawling, crawling, crawling;portable harmonic radar;elytra;dorsal;testing techique;50;natural field conditions;Females, Females, both, both;8-30 days;not mentioned;no;NA, NA, NA, NA;yes;55, 55, 55, 55;no;NA, NA, NA, NA;yes;no, no, no, no;CMRC;no;no;They do capture mark recapture with tagged and wing-clipped individuals, after 2 times sampling in one week, there is no difference in recapture.;
Movements of Carabid Beetles (Coleoptera: Carabidae) Inhabiting Cereal fields: A field Tracing Study;Wallin and Ekbom;1988;Oecologia;10.1007/BF00380922;WoS;Pterostichys melanarius, Pterostichus niger, Harpalus rufipes, Carabus nemoralis;Coleoptera, Coleoptera, Coleoptera, Coleoptera;Carabidae, Carabidae, Carabidae, Carabidae;NA;0, 0, 0, 0;NE, NE, NE, NE;Uppsala, Sweden, Europe;Europe;Boreal;15, 18, 15, 25;crawling, crawling, crawling, crawling;portable harmonic radar;elytra;dorsal;movement;98;natural field conditions;both;one night? dissected to see if they were hungry or not;collected in the end;no;NA, NA, NA, NA;no;NA, NA, NA, NA;no;NA, NA, NA, NA;no;NA, NA, NA, NA;established protocol;no;no;Refer to Mascanzoni & Wallin (1986) for the technique;
Bewegungsmuster und Orientierung des Laufkäfers Carabus auronitens in einem westfälischen Eichen-Hainbuchen-Wald (Radarbeobactungen und Rückfangexperimente);Hockmann et al;1989;Abhandlungen aus dem Westfälischen Museum fur Naturkunde;Abh. Westf. Mus. Natkde 51(1): 1–71;non peer-reviewed;Carabus auronitens;Coleoptera;Carabidae;abundant forest-species;0;NE;Nord Rhine-Westphalia, Germnay;Europe;Temperate;25;crawling;portable harmonic radar;elytra;dorsal;movement;13;natural field conditions;no;4 to 30 days;not mentioned;no;NA;no;NA;yes;35;yes;no;normal behaviour;no;no;;
Movement patterns and foraging tactics of a caterpillar hunter inhabiting alfalfa fields;Wallin;1991;Functional Ecology;10.2307/2389536;WoS;Calosoma affine;Coleoptera;Carabidae;not mentioned;0;NE;San Joaquin Valley, California, USA;North America;Arid;25;crawling;portable harmonic radar;thorax;dorsal;movement;59;field experiment;no;2 months;not mentioned;no;NA;no;NA;no;NA;yes;no;established protocol + qualitative reasoning;no;no;Refer to Mascanzoni & Wallin (1986) and Wallin & Ekbom (1988).;
Radar tracking the movements of ground beetles in a farmland mosaic;Kennedy and Young;1993;Aberdeen Letters in Ecology;6, 18-19;peer-reviewed, not on WoS;Carabus nemoralis;Coleoptera;Carabidae;eurytopic;0;NE;Abderdeen, Scotland, UK, Europe;Europe;Temperate;25;crawling;portable harmonic radar;elytra;dorsal;movement;11;natural field conditions;males;9 hours - 1 day max;not mentioned, but most likely yes;no;NA;yes;50;yes;10;no;NA;NA;no;no;;
The distribution and movement of ground beetles in relation to set-aside arable land;Kennedy;1994;Carabid beetles: Ecology and Evolution;K. Desender et al (eds.) 439-444. Kluwer Academic Publishers. Printed in the Netherlands.;chapter in book;Carabus nemoralis;Coleoptera;Carabidae;eurytopic;0;NE;Abderdeen, Scotland, UK, Europe;Europe;Temperate;25;crawling;portable harmonic radar;elytra;dorsal;movement;10;natural field conditions;males;1-3 nights;not mentioned;no;NA;yes;50;yes;10;no;NA;NA;no;no;Refer to Mascanzoni & Wallin (1986);
Influence of hunger level and prey densities on movements patterns in three Species of Pterostichus Beetles (Coleoptera: Carabidae);Wallin and Ekbom;1994;Environmental Entomology;10.1093/ee/23.5.1171;WoS;Pterostichus cupreus, Pterostichus melanarius, Pterostichus niger;Coleoptera, Coleoptera, Coleoptera;Carabidae, Carabidae, Carabidae;Proposed biological control agents;0, 0, 0;NE, NE, NE;Uppsala and Stockholm, Sweden, Europe;Europe;Boreal;12, 15, 18;crawling, crawling, crawling;portable harmonic radar;not mentioned;NA;movement;32;natural field conditions;both males and females;7-54 days;collected in the end;no;NA, NA, NA;no;NA, NA, NA;no;NA, NA, NA;no;NA, NA, NA;established protocol;no;no;Refer to Mascanzoni & Wallin (1986);
Use of radio telemetry for studying dispersal and habitat use of Carabus coriaceus L;Riecken & Raths;1996;Ann Zool Fennici;33, 109-116;WoS;Carabus coriaceus;Coleoptera;Carabidae;NA;0;NE;Bonn, North-Rhine Westfalia, Germany, Europe;Europe;Temperate;35;crawling;radio telemetry;elytra;dorsal;testing technique + dispersal;15;natural field conditions;no;14-18 days;not mentioned;yes;1.64;yes;650;yes;42.5;yes;no;refer + reasoning;no;yes;They say that in a previous study (in German, not on WoS and not included here), the beetles gained weight during the experiment and conclude that there is therefore no effect on foraging success. Impact on behaviour and dispersal is for future studies.;
Tracking bees with harmonic radar;Riley et al;1996;Nature;10.1038/379029b0;WoS;Bombus spp., Apis mellifera;Hymenoptera, Hymenoptera;Apidae, Apidae;NA;0, 0;NE, DD;Based on mentioned flora: Southwestern USA;North America;Temperate;13, 12.5;Flying, Flying;scanning harmonic radar;scutum (based on picture);dorsal;testing techique;41;field experiment;regular foragers;NA;not mentioned;no;NA, NA;yes;3, 3;yes;1.5, NA;yes;no, no;qualitative discussion;no;yes;They measure the trag of the pit tag through free fall experiments and compare it with the drag of a bee body.;
Even smaller radar tags on insects;Roland et al;1996;Nature;10.1038/381120a0;WoS;Parnassius smintheus, Erebia epipsodea, Malacosoma disstria, Patelloa pachypyga, Arachnidomyia aldrichi;Lepidoptera, Lepidoptera, Lepidoptera, Diptera, Diptera;Papilionidae, Nymphalidae, Lasiocampidae, Tachinidae,  Sarcophagidae ;NA;0, 0, 0, 0, 0;NE, NE, NE, NE, NE;Canada;North America;Boreal;50, 40, 30, 10, 10;Flying, Flying, Flying, Flying, Flying;harmonic radar;thorax or abdomen;dorsal;testing techique + movement;NA;field experiment;adults + larvae of Malacosoma;14 days, NA, 48h, 3h, NA;not mentioned;yes;0.35, 0.15, 0.2, 0.05, 0.065;yes;0.4, 0.4, 0.4, 0.4, 0.4;yes;0.114, 0.27, 0.2, 0.76, 0.62;yes;no, no, no, no, no;CMRC + normal behaviour;no;no;Mark-recapture study of 10 individuals fitted with tags, together with untagged butterflies, over a period of 2 weeks.;
Abundance and future options for wetapunga on Little Barrier Island;Gibbs and McIntyre;1997;Science for conservation: 48;Published by Dep. Of Conservation. Wellington, New Zealand;peer-reviewed, not on WoS;Deinacrida heteracantha;Orthoptera;Anostostomatidae;declining population;0;VU;little barrier island, New Zealand;New Zealand;Temperate;60;crawling + climbing;radio telemetry;pronotum;dorsal;conservation;5;natural field conditions;no;2-12 days;not mentioned;no;NA;no;NA;no;NA;yes;no;normal behaviour;no;no;;
Harmonic radar: A new technique for investigating bumblebee and honeybee foraging flight;Osborne et al;1997;Acta Hort;10.17660/ActaHortic.1997.437.15;Conference paper;Bombus lapidarius, Bombus pascuorum, Apis mellifera;Hymenoptera, Hymenoptera, Hymenoptera;Apidae, Apidae, Apidae;NA;0, 0, 0;LC, LC, DD;Hertfordshire, England, Europe;Europe;Temperate;14, 12, 12.5;Flying, Flying, Flying;scanning harmonic radar;thorax;dorsal;testing techique;11;field experiment;no;over 3 day trips were recorded (do not mention removal at end of day here);not mentioned;yes;0.2, 0.2, 0.1;yes;3, 3, 3;no;NA, NA, NA;yes;no, no, no;normal behaviour;no;no;Observation that tagged bees made foraging trips of similar duration than untagged bees and pollen loads were the same. In a later article of Osborne et al. (1999) they quantifed this and concluded that there were differences in foraging duration.;
Harmonic radar - a method using inexpensive tags to study invertebrate movement on land;Lovei et al;1997;New Zealand Journal of Ecology;21(2): 187-193;WoS;Plocamosthetus planiusculus;Coleoptera;Carabidae;not mentioned;0;NE;new zealand;New Zealand;Temperate;25;crawling;portable harmonic radar;elytra;dorsal;testing techique;5;natural field conditions;no;Not clear, several days at least;not mentioned;no;NA;no;NA;no;NA;yes;no;qualitative discussion;no;no;;
Harmonic radar as a means of tracking the Pheromone-Finding and Pheromone-Following Flight of male moths;Riley et al;1998;Journal of Insect Behaviour;10.1023/A:1021004209198;WoS;Agrotis segetum;Lepidoptera;Noctuidae;Lab culture;0;NE;Lund, Sweden, Europe;Europe;Boreal;20;Flying;scanning harmonic radar;scutum;dorsal;testing techique;NA;field experiment;Males;1 day;not mentioned;yes;0.2;yes;6;yes;3.5;yes;no;normal behaviour in wind tunnel;no;no;They test tagged individuals in a wind tunnel, to see if they fly in a similar way as non-tagged males and if they react to the pheromones present.;
Movement of the male brown tarantula, Aphonopelma hentzi (Araneae, Theraphosidae), using radio telemetry;Janowski-Bell and Horner;1999;Journal of Arachnology;27(3): 503-512;WoS;Aphonopelma hentzi;Araneae;Theraphosidae;not mentioned;0;NE;W.T. Waggoner Estate, near Electra, Wilbarger County, Texas, USA;North America;Arid;100;crawling;radio telemetry;cephalothorax;dorsal;testing techique + movement;7;natural field conditions;males;few days (10-45 days), fell off;yes;yes;5;yes;700;no;NA;yes;no;correlation distance and weight ratio;no;no;;
A Landscape-Scale Study of Bumble Bee Foraging Range and Constancy, Using Harmonic radar;Osborne et al;1999;Journal of Applied Ecology;10.1046/j.1365-2664.1999.00428.x;WoS;Bombus terrestris;Hymenoptera;Apidae;Commercial colony;0;LC;Hertfordshire, England, Europe;Europe;Temperate;14;Flying;scanning harmonic radar;thorax;dorsal;movement;19;commercial nest in field;no;some bees tracked 2/3 days but removal of transmitter at end of day;yes;no;NA;yes;12;yes;7;yes;yes;BA;yes;no;Compared the flight performance of a few bumblebees before and after attachment of a transponder: foraging time, nectar and pollen load were measured, bees individually collected nectar loads weighing 110mg, 86mg and 129mg before transponder attachment and the same 3 bees collected nectar loads weighing 84 mg, 99 mg and 120 mg, respectively, with the transponder attached. A total of 22 foraging trips by five bees with transponders lasted on average 22.9 +- 5.6 min, while 27 trips made by the same bees before transponder attachment lasted on average 12.8 +- 2.5 min, suggesting a difference in flight duration.  Bees fitted with transponders trips, out the nest lasted on average 83.8 + 8.5 min. Trips for these bees before transponder attachment lasted an average of 56.5 + 4.4 min. They suspect this is mainly due to handling time on individual flowers, not an impact of the weight on the flight performance.;
Compensation for wind drift by bumble-bees;Riley et al;1999;Nature;10.1038/22029;WoS;Bombus terrestris;Hymenoptera;Apidae;not mentioned;0;LC;UK, Europe?;Europe;Temperate;14;Flying;scanning harmonic radar;thorax;dorsal;movement;145;field experiment;workers;not mentioned;not mentioned;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;Refer to Riley et al (1996).;
Ontogeny of orientation flight in the honeybee revealed by harmonic radar;Capaldi et al;2000;Nature;10.1038/35000564;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Illinois, North America and Rothamsted, UK, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax (from picture);dorsal;movement;44;apiary;workers;mean 336s;yes;no;NA;yes;1;no;NA;yes;no;pollen load + correlation foraging duration CI;yes;no;The transponder weighs less than an average load of nectar or pollen.' Flight duration of tagged and non-tagged bees is compared post hoc.;
Radio-telemetric evidence of migration in the gregarious but not the solitary morph of the Mormon cricket (Anabrus simplex: Orthoptera: Tettigoniidae);Lorch & Gwynne;2000;Naturwissenschaften;10.1007/s001140050743;WoS;Anabrus simplex;Orthoptera;Tettigoniidae;can be economically impor- tant when they invade crop fields;pest;NE;Dinosaur National Monument and Colorado Rocky Mountains Kelly Flats in the Cache La Poudre Canyon,  Colorado, USA;North America;Arid;80;crawling + hopping;radio telemetry;pronotum;dorsal;movement;8;natural field conditions;females;2-3 days;not mentioned;yes;2.5;yes;850;no;NA;no;NA;NA;no;no;;
Electronic tags for the tracking of insects in flight: effect of weight on flight performance of adult Colorado potato beetles;Boiteau and Colpitts;2001;Entomologia Experimentalis et Applicata;10.1046/j.1570-7458.2001.00863.x;WoS;Leptinotarsa decemlineata;Coleoptera;Chrysomelidae;major pest of potoatoes;pest;NE;Potatoe research center, New Brunswick, Canada;North America;Boreal;10;Flying;scanning harmonic radar;pronotum;dorsal;testing techique;150;lab arena;older than 10 days;1 hour;not mentioned;yes;0.12;yes;4.255;yes;2.4;yes;yes, depending on ratio weight;CI;yes;yes;measuring upward/downward flight ratio and take-off angle for control and impact group, glue is tested for toxicity                                                                ;
Flexible task allocation and the organization of work in ants;Robinson et al;2009;Proc Roc Soc;10.1098/rspb.2009.1244;WoS;Temnothorax albipennis;Hymenoptera;Formicidae;NA;0;NE;Dorset, UK, Europe;Europe;Temperate;28;crawling;RFID;thorax;dorsal;behaviour;336;artificial nest in lab;55 workers + queen;few days, at the end whole colony was killed;collected in the end;no;NA;yes;0.09;no;NA;no;NA;established protocol;no;no;Refer to Robinson et al (2009a,b);
Mating disruption in Agrotis segetum monitored by harmonic radar;Svensson et al;2001;Entomologia Experimentalis et Applicata;10.1046/j.1570-7458.2001.00896.x;WoS;Agrotis segetum;Lepidoptera;Noctuidae;not mentioned (lab reared);0;NE;Rothamsted, Harpenden, England, Europe;Europe;Temperate;20;Flying;scanning harmonic radar;scutum;dorsal;behavioural mechanism;42;field experiment;males;max 77 min;not mentioned;yes;0.14;yes;8;yes;10;yes;no;CI;yes;no;flight behaviour in wind tunnel tested: amount of moths that responded to the different behavioural steps to a pheromone trap in a wind tunnel. Proportions of the behavioural steps were compared between tagged and non tagged individuals; 
Using radio telemetry to study dispersal of the beetle Osmoderma eremita, an inhabitant of tree hollows;Hedin & Ranius;2002;Computers and Electronics in Agriculture;10.1016/S0168-1699(02)00017-0;WoS;Osmoderma eremita;Coleoptera;Cetoniidae;threatened, Annex 4 of the EU's habitat directive;0;NT;South-East Sweden, Europe;Europe;Temperate;30;Climbing + Flying;radio telemetry;pronotum;dorsal;testing technique + dispersal;74;natural field conditions;larger than average masses (t-test);lifetime, retained when found dead;no;yes;2.3;yes;480;yes;22.5;yes;maybe;CMRC + discussion;no;indirectly;;
Flight movement of  Scapanes australis australis (Boisduval) (Coleoptera: Scarabaeidae: Dynastinae) in Papua New Guinea: a radiotelemetry study;Beaudoin-Ollivier et al;2003;Australian Journal of Entomology;10.1046/j.1440-6055.2003.00369.x;WoS;Scapanes australis;Coleoptera;Scarabaeidae;pest;pest;NE;Malas Village, Madang Province, Papua New Guinea, Oceania;North America;Tropical;49;Climbing + Flying;radio telemetry + chemical light tags;prothorax;dorsal;movement;15;natural field conditions;no;max 6 days, until battery failed or they left the study site;no;yes;7.69;yes;480;yes;6;yes;no;reasoning;no;no;;
The automatic pilot of honeybees;Riley et al;2003;Proc Roy Soc B;10.1098/rspb.2003.2542;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Klein Lüben, Brandenburg, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;not mentioned;NA;movement;NA;apiary;workers;not mentioned;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Radio tagging reveals the roles of corpulence, experience and social information in ant decision making;Robinson et al;2009;Behavioral Ecol and Sociobiol;10.1007/s00265-008-0696-z;WoS;Temnothorax albipennis;Hymenoptera;Formicidae;NA;0;NE;Dorset, UK, Europe;Europe;Temperate;28;crawling;RFID;thorax;dorsal;behaviour;500;artificial nest in lab;workers;few days, at the end whole colony was killed;collected in the end;no;NA;yes;0.09;yes;30;yes;no;CI + refer;yes;no;Quantifying speed and sinuosity of the path & behaviour (supplementary). Refer to Nuelsen (2001) and Weier and Feener (1995), articles about ant energetics.;
Juvenile hormone and division of labor in honey bee colonies: effects of allatectomy on flight behavior and metabolism;Sullivan et al;2003;Journal of Exp biol;10.1242/jeb.00432;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Rothamsted, Harpenden, England, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;250;apiary;workers;"remove the transponder
upon return to the hive. Each bee was tracked once.";yes;no;NA;yes;12;no;NA;yes;no;refer pollen load;no;no;"Transponder weighing 12 mg, less than the average mass of a load of nectar or pollen (Winston, 1987)'. Refer to Capaldi et al 2000)"; The potential of portable harmonic radar technology for the tracking of beneficial insects;Boiteau and Colpitts;2004;International Journal of Pest Management;10.1080/09670870410001731970;WoS;Harmonia axyridis, Hippodamia convergens;Coleoptera, Coleoptera;Coccinelidae, Coccinelidae;invasive species, but beneficial for pest control, beneficial species for pest control;pest, 0;NE, NE;lab study;North America;Canada;6, 5.5;Climbing + Flying, Climbing + Flying;portable harmonic radar;pronotum;dorsal;testing techique;28;lab arena;no;10 days;yes;yes;0.0322, 0.0188;yes;2, 2;no;NA, NA;yes;yes, depending on ratio weight, yes depending on ratio weight;CI + discussion;yes;indirectly;Number of upward and downward flights is measured for control and impact groups. 'The use of pole-like tags glued on the pronotum of insectsintroduces new variables that can affect flight, such as aerodynamic drag (Riley et al., 1996), entanglement (Roland et al., 1996) and overloading (Boiteau and Colpitts, 2001)'. 'However, the ability of many insects to carry heavy loads in flight must be distinguished from the ability of these insects to carry extra loads without negatively affecting flight performance. It is likely that maximum loads for flight all affect some aspects of flight performance.';
Harmonic radar transceiver design: Miniature tags for insect tracking;Colpitts and Boiteau;2004;IEEE ANTENNAS AND WIRELESS PROPAGATION LETTERS;10.1109/TAP.2004.835166;WoS;Leptinotarsa decemlineata;Coleoptera;Chrysomelidae;pest;pest;NE;probably Canada;North America;Boreal;10;Flying;portable harmonic radar;prothorax;dorsal;development;NA;field experiment;no;not mentioned;not mentioned;no;NA;yes;3;no;NA;no;NA;established protocol;no;no;Refer to Boiteau et al (2001);-
Tracking Insects with Harmonic Radar: a Case Study;O'Neal et al;2004;American Entomologist;/doi.org/10.1093/ae/50.4.212;peer-reviewed, not on WoS;Scarites quadriceps, Harpalus pennsylvanicus;Coleoptera, Coleoptera;Carabidae, Carabidae;not mentioned;0, 0;NE, NE;Michigan, USA?;North America;Temperate;17.5, 14.4;crawling, crawling;portable harmonic radar;elytra;dorsal;testing techique;20;natural field conditions;no;3-48h;not mentioned;no;NA, NA;yes;91, 26;no;NA, NA;yes;yes, yes;qualitative discussion;no;yes;They point out that weight is one of the main constraints, and they couldn't use this technique for their study and discuss some key constraint;
Differences in locomotory activity between male and female Carabus hortensis (Coleoptera : Carabidae) in a pine forest and a beech forest in relation to feeding state;Szyszko et al;2004;Environmental entomology;10.1603/0046-225X-33.5.1442;WoS;Carabus hortensis;Coleoptera;Carabidae;NA;0;NE;Forest District Tuczno, Poland, Europe;Europe;Temperate;26;crawling;portable harmonic radar;elytra;dorsal;movement;212;natural field conditions;every time 2F2M;one night, be individuals were reused or until lost;no;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Tracking Movements of Individual Anoplophora glabripennis (Coleoptera: Cerambycidae) Adults: Application of Harmonic Radar;Williams et al;2004;Environmental Entomology;10.1603/0046-225X-33.3.644;WoS;Anoplophora glabripennis;Coleoptera;Cerambycidae;invasive;pest;NE;Wu Qing County, southeast of Beijing, China;Asia;Temperate;28;Flying;portable harmonic radar;prothorax;dorsal;movement;55;natural field conditions;no;16 days, only a few had still a working tag at end of tracking period;yes;yes;1.28;yes;17.6;yes;1.5;yes;maybe;normal behaviour;no;yes;;
A transponder for harmonic radar tracking of the black vine weevil in behavioral research;Brazee et al;2005;Transactions of the Asabe;10.13031/2013.18306;Conference paper;Otiorhynchus sulcatus;Coleoptera;Curculionidae;pest;pest;NE;Wooster (Ohio), USA;North America;Temperate;10;crawling;portable harmonic radar;dorsum;dorsal;development;NA;natural field conditions;not mentioned in article;4 days;yes;yes;0.07;yes;27;yes;32;yes;maybe;qualitative discussion;no;indirectly;;
Tracking butterfly flight paths across the landscape with harmonic radar;Cant et al;2005;Proc Roy Soc B;10.1098/rspb.2004.3002;WoS;Aglais urticae, Inachis io;Lepidoptera, Lepidoptera;Nymphalidae, Nymphalidae;widespread and common;0, 0;LC, NE;Harpenden, Hertfordshire, UK, Europe;Europe;Temperate;50, 52.5;Flying, Flying;scanning harmonic radar;thorax;dorsal;movement;33;lab arena and natural field conditions;no;Butterflies were tracked until they were either lost from the arena or were inactive for more than 1 h. Less than an hour;no;no;NA, NA;yes;12, 12;yes;8, 4;yes;no, no;BA + normal behaviour;yes;no;Individual butterflies were observed in a flightroom for two consecutive periods of 30 min: in one period with, and in the other without, a transponder. Extra qualitative observations. ;
Radiotelemetry reveals differences in individualmovement patterns between outbreak and non-outbreak Mormon cricket populations;Lorch et al;2005;Ecological entomology;10.1111/j.0307-6946.2005.00725.x;WoS;Anabrus simplex;Orthoptera;Tettigoniidae;widespread;pest;NE;high desert plateau south of Dinosaur National Monument in the Blue Mountain region, north- east Utah and north-west Colorado, USA;North America;Arid;80;crawling + hopping;radio telemetry;pronotum;dorsal;movement;64;lab arena and natural field conditions;no;5 days;not mentioned, but most likely yes;yes;2.5;yes;450;no;NA;yes;no;CI;yes;no;In a laboratory arena, 6 movement behaviours were investigated simultaneously in 23 tagged en 30 non-tagged individuals with video analysis.;
Honey bees navigate according to a map-like spatial memory;Menzel et al;2005;PNAS;10.1073/pnas.0408550102;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Klein Lüben, Brandenburg, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;not mentioned;NA;movement;285;apiary;workers;a few minutes;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
The flight paths of honeybees recruited by the waggle dance;Riley et al;2005;Nature;10.1038/nature03526;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;not mentioned;NA;Temperate;12.5;Flying;scanning harmonic radar;not mentioned;NA;movement;23;apiary;recruiters (after waggle dance);max 20 min;not mentioned, but most likely yes;no;NA;no;NA;no;NA;yes;no;normal behaviour;no;no;;
Migratory bands give crickets protection;Sword et al;2005;Nature;10.1038/433703a;WoS;Anabrus simplex;Orthoptera;Tettigoniidae;damage to agriculture;pest;NE;south of Dinosaur National Monument in northwestern Colorado, USA ;North America;Arid;80;crawling + hopping;radio telemetry;pronotum;dorsal;behaviour;80;field experiment;no;2 days;not mentioned;no;NA;yes;450;no;NA;no;NA;established protocol;no;no;refer to Lorch et al (2000);
Simple rules guide dragonfly migration;Wikelski et al;2006;Biology Letters;10.1098/rsbl.2006.0487;WoS;Anax junius;Odonata;Aeshnidae;NA;0;LC;new Jersey, USA;North America;Temperate;76;Flying;radio telemetry;ventral thorax;ventral;dispersal;14;natural field conditions;no;max 10 days, moved out of range or after transmitter life;no;yes;1.2;yes;300;no;NA;yes;no;normal behaviour;no;indirectly;;
Modeling survival and mark loss in molting animals: Recapture, dead recoveries, and exuvia recoveries;Besnard et al;2007;Ecology;10.1890/05-0811;WoS;Prionotropis hystrix rhodanica;Orthoptera;Pamphagidae;Endangered ;0;CR;The Crau, Southern-France;Europe;Mediterranean;37;crawling;portable harmonic radar;pronotum ;dorsal;comparing technique;125;natural field conditions;instars 3 and 4;more than a month, only recovered for lost diodes or diodes on dead animals;no;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Telemetry of Anisoptera after emergence - first results (Odonata);Hardersen;2007;International Journal of Odonatology;10.1080/13887890.2007.9748299;peer-reviewed, not on WoS;Libellula fulva, Aeshna mixta;Odonata, Odonata;"Libellulidae, 	Aeshnidae";not mentioned;0, 0;LC, LC;Bosco della Fontana, Marmirolo, Lombardy, Italy;Europe;Temperate;43.5, 60;Flying, Flying;portable harmonic radar;dorsal abdomen, third segment;dorsal;testing technique + movement;10;natural field conditions;so ratio tag/mass < 10%;lifetime;no;yes;0.460, 0.580;yes;25, 25;yes;10, 10;yes;no, no;reasoning;no;indirectly;;
Displaced honey bees perform optimal scale-free search flights;Reynolds et al;2007;Ecology;10.1890/06-1916.1;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;not mentioned;NA;NA;12.5;Flying;scanning harmonic radar;not mentioned (thorax);NA;movement;60;apiary;workers;128-7286 s;not mentioned;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;Refer to Riley and Smith (2002) and Menzel et al (2005) and Riley et al (1996) and Riley et al (2003);
Honeybees perform optimal scale-free searching flights when attempting to locate a food source;Reynolds et al;2007;Journal of Experimental biology;10.1242/jeb.009563;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Wyton, Cambridgeshire, UK, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;not mentioned (thorax);NA;movement;39;apiary;workers;average 249 s;yes;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;Refer to Riley et al., (1999), Riley et al. (2003), Riley et al. (2005) and Capaldi et al (2000);
Appetitive flight patterns of male Agrotis segetum moths over landscape scales;Reynolds et al;2007;Journal of theoretical biology;10.1016/j.jtbi.2006.10.007;WoS;Agrotis segetum;Lepidoptera;Noctuidae;not mentioned (lab reared);0;NE;Rothamsted, Harpenden, England, Europe;Europe;Temperate;20;Flying;scanning harmonic radar;scutum;dorsal;movement;44;field experiment;males;max 77 min;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;Refer to Svensson et al (2001);
Radio-telemetric monitoring of dispersing stag beetles: implications for conservation;Rink and Sinsch;2007;Journal of Zoology;10.1111/j.1469-7998.2006.00282.x;WoS;Lucanus cervus;Coleoptera;Lucanidae;endangered (Europe), Annex 2 european habitat directive;0;NT;Alf and Bullay, Kreis Cochem- Zell, Rhineland-Palatinate, Germany, Europe;Europe;Temperate;43;crawling + Flying;radio telemetry;pronotum;dorsal;dispersal;56;natural field conditions;no;1-32 days;not mentioned, but most likely no;no;NA;yes;350;yes;12.8;yes;no;correlation distance and weight ratio + discuss + refer;no;no;;
Experience, corpulence and decision making in ant foraging;Robinson et al;2012;Journal of Experimental biology;10.1242/jeb.071076;WoS;Temnothorax albipennis;Hymenoptera;Formicidae;NA;0;NE;Dorset, UK, Europe;Europe;Temperate;28;crawling;RFID;thorax;dorsal;behaviour;NA;artificial nest in lab;workers;14 days, at the end whole colony was killed;collected in the end;no;NA;yes;0.09;no;NA;no;NA;established protocol;no;no;Refer to Robinson et al. (2009b), Robinson et al. (2009c).;
First results of radio-tracking of Osmoderma eremita (Coleoptera: Cetoniidae) in French Chestnut orchards;Dubois and Vignon;2008;Rev. Écol. (Terre Vie);Société nationale de protection de la nature, supplement (10), pp.131-138. ?hal-00337322?;WoS;Osmoderma eremita;Coleoptera;Cetoniidae;endangered;0;NT;Sarthe, France, Europe;Europe;Temperate;30;Climbing + Flying;radio telemetry;pronotum;dorsal;testing technique + comparing technique;5;natural field conditions;Only the largest and heaviest individuals so that the tag mass dit not exceed 30%;lifetime (until its death);no;yes;2.27;yes;410;yes;20;yes;maybe;refer;no;no;Refer to Boiteau & Colpitts (2001) and mention 30% threshold (erronously). Refer to Ranius and Hadin (2001, 2002);
Restricted dispersal in a flying beetle assessed by telemetry;Hedin et al;2008;Biodiversity and Conservation;10.1007/s10531-007-9299-7;WoS;Osmoderma eremita;Coleoptera;Cetoniidae;threatened, Annex 4 of the EU's habitat directive;0;NT;Östergötland, south east Sweden, Europe;Europe;Temperate;30;Climbing + Flying;radio telemetry;pronotum;dorsal;dispersal;65;natural field conditions;Individuals larger than the average were tagged with transmitters;lifetime;no;yes;2.3;yes;480;yes;22.5;no;NA;NA;no;no;;
Sexual selection for male mobility in a giant insect with female-biased size dimorphism;Kelly et al;2008;American Naturalist;10.1086/589894;WoS;Deinacrida rugosa;Orthoptera;Anostostomatidae;endemic, high conservation importance;0;VU;Te Hoiere/Maud Island, New Zealand;New Zealand;Temperate;60;crawling + climbing;radio telemetry;pronotum;dorsal;behaviour;117;natural field conditions;no;3 days;not mentioned;yes;15;yes;400;no;NA;no;NA;established protocol;no;no;Refer to Lorch & Gwynne (2000);
Pairing and insemination patterns in a giant weta (Deinacrida rugosa: Orthoptera, Anostostomatidae);Kelly et al;2008;Journal of Ethology;10.1007/s10164-010-0211-7;WoS;Deinacrida rugosa;Orthoptera;Anostostomatidae;of high conservation importance;0;VU;Te Hoiere/Maud Island, New Zealand;New Zealand;Temperate;60;crawling + climbing;radio telemetry;pronotum;dorsal;behaviour;NA;natural field conditions;only in 1 of the four study years;3-4 days;yes;yes;14.07;yes;400;no;NA;yes;no;refer;no;no;The only thing they say is: Radio-tagging does not bias the movements of giant weta as the smallest tagged individuals (smaller males) move significantly greater distances each night than tagged weta with larger body sizes (females and larger males) (Kelly et al. 2008);
The influence of the few: a stable 'oligarchy' controls information flow in house-hunting ants;Richardson et al;2018;Proc Roy Soc B;10.1098/rspb.2017.2726;WoS;Temnothorax albipennis;Hymenoptera;Formicidae;NA;0;NE;Dorset, UK, Europe;Europe;Temperate;28;crawling;RFID;thorax;dorsal;behaviour;432;artificial nest in lab;workers;32 days;not mentioned;no;NA;yes;0.09;no;NA;no;NA;established protocol;no;no;Refer to Robinson et al (2009);
Habitat use and movement patterns in the endangered ground beetle species, Carabus olympiae (Coleoptera : Carabidae);Negro et al;2008;European Journal of Entomology;10.14411/eje.2008.015;WoS;Carabus olympiae;Coleoptera;Carabidae;endangered (Annexes 2 and 4 of habitat directives);0;VU;Sessera Valley, Biella province, Piedmont, north western Italy, Europe;Europe;Temperate;33;crawling;radio telemetry;elytra;dorsal;movement;21;natural field conditions;no;1-3 weeks;yes;no;NA;yes;300;yes;40;yes;maybe;normal behaviour + reasoning;no;no;;
Tracking butterfly movements with harmonic radar reveals an effect of population age on movement distance;Ovaskainen et al;2008;PNAS;10.1073/pnas.0802066105;WoS;Melitaea cinxia;Lepidoptera;Nymphalidae;not mentioned;0;LC;East Wretham, Norfolk, UK, Europe;Europe;Temperate;37;Flying;scanning harmonic radar;thorax;dorsal;behaviour;66;field experiment;no;2 hours, retrieved if not out of range of detector;yes;yes;0.2;no;NA;no;NA;no;NA;established protocol;no;no;Refer to Cant et al (2005);
Long-distance pollen flow assessment through evaluation of pollinator foraging range suggests transgene escape distances;Pasquet et al;2008;PNAS;10.1073/pnas.0806040105;WoS;Xylocopa flavorufa;Hymenoptera;Apidae;main pollinator;0;NE;Muhaka International Centre of Insect Physiology and Ecology field station, Kenya, Africa;Africa;Arid;21;Flying;radio telemetry;dorsal thorax;dorsal;movement;21;field experiment;workers arriving at foraging area;60-92 min, transmitter is dislodged when entering the nest;yes;yes;1.01;yes;350;yes;33;yes;no;reasoning;no;no;;
Possible rescue from extinction: transfer of a rare New Zealand tusked weta to islands in the Mercury group;Stringer & Chappell;2008;Journal of Insect Conservation;10.1007/978-1-4020-8782-0_15;WoS;Motuweta isolata;Orthoptera;Anostostomatidae;critically endangered;0;NE;Mercury islands, New Zealand;New Zealand;Temperate;60;crawling;portable harmonic radar + radio telemetry;pronotum;dorsal;conservation;13;natural field conditions;no;lifetime;not mentioned;yes;21;yes;1700;no;NA;no;NA;NA;no;no;;
"Radiotelemetric Analysis of the Effects of Prevailing Wind Direction on Mormon Cricket Migratory Band Movement";Sword et al;2008;Environmental Entomology;10.1603/0046-225x(2008)37[889:raoteo]2.0.co,2;WoS;Anabrus simplex;Orthoptera;Tettigoniidae;can damage crops, threat to public safety;pest;NE;Dinosaur National Monument, northwest Colorado and northeast Utah, USA;North America;Arid;80;crawling + hopping;radio telemetry;pronotum;dorsal;movement;30;natural field conditions;no;4 days;not mentioned;yes;2.5;yes;450;no;NA;no;NA;established protocol;no;no;Refer to Lorch et al (2005);
Effectiveness of Glues Used for Harmonic Radar Tag Attachment and Impact on Survival and Behavior of Three Insect Pests;Boiteau et al;2009;Environmental Entomology;10.1603/022.038.0121;WoS;Conotrachelus nenuphar, Leptinotarsa decemlineata, Diabrotica virgifera, Diabrotica longicornis;Coleoptera, Coleoptera, Coleoptera, Coleoptera;Curculionidae, Chrysomelidae, Chrysomelidae, Chrysomelidae;agricultural pest;pest, pest, pest, pest;NE, NE, NE, NE;West-Virginia, USA, New Burnswick, Canada, Ontario, Canada;North America;Temperate;5, 10, 6.4, 6.4;Climbing + Flying, Flying, Flying, Flying;harmonic radar;pronotum;dorsal;testing techique;NA;lab arena;adult;7 days, 5 days, 2 days, 2 days;not mentioned;no;NA, NA, NA, NA;no;NA, NA, NA, NA;no;NA, NA, NA, NA;yes: of glue;no, no, no, no;CI;yes;indirectly;Compare 3 glue types (+tag) to droplet of water: effect on survivorship, feeding activity and mobility (vertical, distance travelled, speed);
Honeybees use a Lévy flight search strategy and odour-mediated anemotaxis to relocate food sources;Reynolds et al;2009;Behavioural Ecology and Sociobiology;10.1007/s00265-009-0826-2;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Rothamsted Research, Harpenden, Herts, UK;Europe;Temperate;12.5;Flying;scanning harmonic radar;not mentioned;NA;movement;72;apiary;workers;a few minutes;yes;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;Refer to Capaldi et al (2000),  Riley et al (1996), and Riley and Smith (2002).;
Automated monitoring reveals extreme interindividual variation and plasticity in honeybee foraging activity levels;Tenczar et al;2014;Animal Behaviour;10.1016/j.anbehav.2014.06.006;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Urbana, Illinois, USA;North America;Temperate;12.5;Flying;RFID;thorax;dorsal;behaviour;1144;apiary;workers;lifetime;no;yes;NA;yes;0.18;no;NA;yes;no;pollen load + reasoning;no;no;They say 'combined weight was only 0.56% of the average load carried by a nectar forager (Winston, 1987). This means that it is unlikely that the presence of the tags impaired natural foraging behaviour.';
Assessment of flight activity and homing ability in Asian and European honey bee species, Apis cerana and Apis mellifera, measured with radio frequency tags;He et al;2013;Apidologie;10.1007/s13592-012-0156-7;WoS;Apis mellifera;Hymenoptera;Apidae;colony;0;DD;Xiangtang, Nanchang, Jiangxi, China;Asia;subtropical;12.5;Flying;RFID;thorax;dorsal;movement;122;apiary;workers;36 days;not mentioned;no;NA;yes;1;no;NA;yes;no;homing performance + CMRC;no;no;;
Automatic life-long monitoring of individual insect behaviour now possible;Streit et al;2003;Zoology;10.1078/0944-2006-00113;WoS;Bombus terrestris;Hymenoptera;Apidae;NA;0;LC;Würzburg, Germany, Europe;Europe;Temperate;14;Flying;RFID;dorsal thorax;dorsal;testing techique;5;lab arena;no;7 days;not mentioned;no;NA;yes;2.4;no;NA;yes;no;pollen load + reasoning;no;no;;
"Immediate protein dietary effects on movement and the generalised immunocompetence of migrating Mormon crickets Anabrus simplex (Orthoptera: Tettigoniidae)";Srygley et al;2009;Ecological Entomology;10.1111/j.1365-2311.2009.01117.x;WoS;Anabrus simplex;Orthoptera;Tettigoniidae;not mentioned;pest;NE;Head of Rye Grass, Daggett county, Utah, USA;North America;Arid;80;crawling + hopping;radio telemetry;pronotum;dorsal;movement;50;field experiment;no;4 hours, frozen at the end;collected in the end;yes;2.5;yes;400;no;NA;yes;no;refer;no;no;Refer to Lorch et al. (2005), Horner (1999), and Hedin & Ranius (2002);
Harmonic Radar: Assessing the Impact of Tag Weight on Walking Activity of Colorado Potato Beetle, Plum Curculio, and Western Corn Rootworm;Boiteau et al;2010;J Economic Entomology;10.1603/EC09113;WoS;Leptinotarsa decemlineata, Conotrachelus nenuphar, Diabrotica virgifera;Coleoptera, Coleoptera, Coleoptera;Chrysomelidae, Curculionidae, Chrysomelidae;NA;pest, pest, pest;NE, NE, NE;Fredericton, Canada;North America;Boreal;10, 5, 6.4;Flying, Climbing + Flying, Flying;harmonic radar;pronotum;dorsal;movement;15;lab arena;no, females, no;half a day;not mentioned;no;NA, NA, NA;yes;3.47, 1.325, 0.6;yes;2.2, 9.3, 5;yes;yes, yes, yes;CI;yes;yes;Compare walking distance and speed of tagged and untagged individuals.;
Dominance of the odometer over serial landmark learning in honeybee navigation;Menzel et al;2010;Naturwissenschaften;10.1007/s00114-010-0690-y;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Brandenburg, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;NA;apiary;workers;450 s (7.5 min);not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Large scale homing in honeybees;Pahl et al;2011;PLOS One;10.1371/journal.pone.0019669;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Canberra, Australia;Australia;Temperate;12.5;Flying;RFID;thorax;dorsal;movement;660;apiary;workers;"""several days""";not mentioned;no;NA;yes;2.4;no;NA;no;NA;NA;no;no;;
Addressing RFID Misreadings to Better infer bee hive activity;Susanto et al;2018;IEEE Access;10.1109/ACCESS.2018.2844181;WoS;Apis mellifera;Hymenoptera;Apidae;declining;0;DD;Tasmania, Australia;Australia;Temperate;12.5;Flying;RFID;thorax;dorsal;development;1101;apiary;workers;8 months;no;no;NA;yes;2.4;no;NA;yes;yes;qualitative discussion;no;indirectly;They crictically assess possble impact in their discussion, at different points. They are really straightforward in this and not holding back any suggestions of the influence of the tag.;
Patterns of pollen and nectar foraging specialization by bumblebees over multiple timescales using RFID;Russell et al;2017;Scientific Reports;10.1038/srep42448;WoS;Bombus impatiens;Hymenoptera;Apidae;Commercial colony;0;LC;Tucson, Arizona,  United States;North America;Temperate;12;Flying;RFID;dorsal part thorax;dorsal;movement;111;commercial nest in lab arena;no;45 days;not mentioned;yes;0.1;yes;2.5;yes;2.6;no;NA;pollen load;no;no;;
Honeybee tracking with microchips: a new methodology to measure the effects of pesticides;Decourtye et al;2011;Ecotoxicology;10.1007/s10646-011-0594-4;WoS;Apis mellifera;Hymenoptera;Apidae;colony;0;DD;Avignon, France, Europe;Europe;Temperate;12.5;Flying;RFID;thorax;dorsal;pesticide effect;NA;apiary;no;disscusion says :until their death, but all analysis are 6 days;not mentioned;no;NA;yes;3;yes;3;yes;no;pollen load;no;no;;
Large-Range Movements of Neotropical Orchid Bees Observed via Radio Telemetry;Wikelski et al;2010;PLOS One;10.1371/journal.pone.0010738;WoS;Exaerete frontalis;Hymenoptera;Apidae;-;0;NE;Barro Colorado Island, Panama;Central America;Tropical;30;Flying;radio telemetry;thorax;dorsal;movement;16;natural field conditions;males (larger and more abundant);observed for 5+- 1.9 days. 5 bees lost transmitter after some days, 5 bees found alive after 10 days with transmitter;not mentioned;yes;0.61;yes;300;no;NA;yes;no;normal behaviour;no;no;;
Evaluation of Tag Entanglement as a Factor in Harmonic Radar Studies of Insect Dispersal;Boiteau et al;2011;Environmental Entomology;10.1603/EN10158;WoS;Leptinotarsa decemlineata, Conotrachelus nenuphar, Diabrotica virgifera;Coleoptera, Coleoptera, Coleoptera;Chrysomelidae, Curculionidae, Chrysomelidae;pest;pest, pest, pest;NE, NE, NE;Kearneysville (West-Virginia), USA;North America;Temperate;10, 5, 6.4;Flying, Climbing + Flying, Flying;portable harmonic radar;pronotum;dorsal;testing techique;40;lab arena and field experiment;no;6 hours;not mentioned;no;NA, NA, NA;yes;2, 2, 2;no;NA, NA, NA;yes;no, no, no;CI;yes;yes;Looked at vertical movement of tagged and untagged animals. They used vertical tags and trailing tags. The trailing tags proved inappropriate, because they could not keep their balance.;
Scanning & analysing individual bee (Apis mellifera L.) behavior using RFID;van Praagh et al;2012;11th International Symposium of the ICP-BR Bee Protection Group;10.5073/jka.2012.437.026;WoS;Apis mellifera;Hymenoptera;Apidae;pollinator;0;DD;Venlo, Netherlands, Europe;Europe;Temperate;12.5;Flying;RFID;thorax;dorsal;development;NA;apiary;workers;7 months, lifetime;not mentioned, but most likely no;no;NA;yes;3;yes;3;no;NA;NA;no;no;;
Validation of harmonic radar tags to study movement of Chinese citrus fly;Gui et al;2011;The Canadian Entomologist;10.4039/n11-017;WoS;Bactrocera minax;Diptera;Tephritidae;quarantine pest, lab-reared;pest;NE;Yichang, Hubei, China, Asia;Asia;Temperate;16;Flying;portable harmonic radar;pronotum;dorsal;testing techique;20;lab arena;no;5 days;not mentioned;yes;0.05;yes;3.8;yes;8;yes;no;CI + discussion;yes;yes;Quantifying tag retention, fly survival, inference with feeding, impact on flight take-off, and on vertical movement for tagged and untagged individuals;
Space Use of Bumblebees (Bombus spp.) Revealed by Radio-Tracking;Hagen et al;2011;PLOS One;10.1371/journal.pone.0019997;WoS;Bombus hortorum, Bombus ruderatus, Bombus terrestris;Hymenoptera, Hymenoptera, Hymenoptera;Apidae, Apidae, Apidae;2 local, B. terrestris from commercial colony;0, 0, 0;LC, LC, LC;Möggingen, Germany, Europe;Europe;Temperate;14, 16, 14;Flying, Flying, Flying;radio telemetry; dorsal upper abdomen;dorsal;movement;8;natural field conditions and commercial nest in natural field conditions;B. hortorum are queens, others are (presumably) workers;between 1 - 4 days;not mentioned;yes;0.25, 0.38, 0.34;yes;200, 200, 200;yes;88, 55, 57;yes;yes, yes, yes;CI;yes;yes;Foraging behavior of bumblebees with and without transmitter.;
Tracking the elusive life of the Emperor Dragonfly Anax imperator;Levett and Walls;2011;Journal of the British Dragonfly society;27(1): 59-68;peer-reviewed, not on WoS;Anax imperator;Odonata;Aeshnidae;widespread;0;LC;Stoborough Heath, Dorset, UK, Europe;Europe;Temperate;78;Flying;radio telemetry;ventral thorax;ventral;testing techique + movement;5;natural field conditions;5 males;several days - lifetime (until battery stops or tag falls of);no;no;NA;yes;290;no;NA;yes;no;normal behaviour;no;indirectly;;
A Common Frame of Reference for Learned and Communicated Vectors in Honeybee Navigation;Menzel et al;2011;Current Biology;10.1016/j.cub.2011.02.039;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;124;apiary;workers;a few minutes;not mentioned;no;NA;yes;10.5;no;NA;no;NA;NA;no;no;;
field realistic doses of pesticide imidacloprid reduce bumblebee pollen foraging efficiency;Feltham et al;2014;Ecotoxicology;10.1007/s10646-014-1189-7;WoS;Bombus terrestris;Hymenoptera;Apidae;commercial colony (Biobest);0;LC;Stirling ,Schotland, Europe;Europe;Temperate;14;Flying;RFID;dorsal surface of thorax.;dorsal;pesticide effect;45;commercial nest in field;not mentioned in article;4 weeks;not mentioned;no;NA;yes;3;yes;3;no;NA;established protocol;no;no;;
Parasitized honey bees are less likely to forage and carry less pollen;Lach et al;2015;Journal of Invertebrate pathology;10.1016/j.jip.2015.06.003;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD; Perth, Western Australia;Australia;Temperate;12.5;Flying;RFID;thorax;dorsal;disease effect;960;apiary;workers;4 weeks;not mentioned;no;NA;yes;3;yes;3.2;yes;no;pollen load + refer;no;no;Referto Decourtye et al (2011);
Should I stay or should I go? Modelling dispersal strategies in saproxylic insects based on pheromone capture and radio telemetry: a case study on the threatened hermit beetle Osmoderma eremita;Svensson et al;2011;Biodiversity and Conservation;10.1007/s10531-011-0150-9;WoS;Osmoderma eremita;Coleoptera;Cetoniidae;conservation priority in EU's habitats directive, NT on Swedish Red List;0;NT;Östergötland, south east Sweden, Europe;Europe;Temperate;30;Climbing + Flying;radio telemetry;pronotum;dorsal;dispersal;50;natural field conditions;females, ind larger than average;2-32 days, lifetime: until found dead or transmission was lost;no;yes;2.1;yes;410;yes;21.5;yes;no;CMRC;no;no;;
"Habitat use, behavior and movement patterns of a threatened New Zealand giant weta, Deinacrida heteracantha (Anostostomatidae:Orthoptera)";Watts & Thornburrow;2011;Journal of Orhtoptera Research;10.1665/034.020.0112;peer-reviewed, not on WoS;Deinacrida heteracantha;Orthoptera;Anostostomatidae;of high conservation importance, threatened;0;VU;Little barrier island, New Zealand;New Zealand;Temperate;60;crawling + climbing;radio telemetry;pronotum;dorsal;movement;22;natural field conditions;no;4-18 days;yes;yes;22;yes;975;no;NA;yes;no;normal behaviour + refer;no;no;;
Are footprint tracking tunnels suitable for monitoring giant weta (Orthoptera: Anostostomatidae)? Abundance, distribution and movement in relation to tracking rates;Watts et al;2011;Journal of Insect Conservation;10.1007/s10841-010-9321-3;WoS;Deinacrida rugosa;Orthoptera;Anostostomatidae;conservation interest;0;VU;Matiu-Somes island, New Zealand;New Zealand;Temperate;60;crawling + climbing;radio telemetry;pronotum;dorsal;comparing technique;6;natural field conditions;no;7-27 days;yes;no;NA;yes;975;yes;6.75;yes;no;correlation distance and weight ratio;no;no;There was no relationship between average distance travelled per night and the proportion of transmitter weight to weta body weight;
Honeybees consolidate navigation memory during sleep;Beyaert et al;2012;Journal of Experimental biology;10.1242/jeb.075499;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Klein Lüben (Brandenburg), Germany, Europe;Europe;Temperate;12.5;Flying;RFID + scanning harmonic radar;thorax, not mentioned;dorsal, NA;movement;105, 14;apiary, apiary;not mentioned in article, not mentioned;2 days , NA;not mentioned;no;NA;no;NA;no;NA;yes;no;established protocol;no;no;Refer to Riley et al. (2005);
Observation of movement and activity via radio-telemetry reveals diurnal behavior of the Neotropical Katydid Philophyllia ingens (Orthoptera: Tettigoniidae);Fornoff et al;2012;Ecotropica;18(1), pp. 27-34;WoS;Philophyllia ingens;Orthoptera;Tettigoniidae;common;0;NE;Barro Colorado Island, Panama, South-America;South America;Tropical;100;Flying;radio telemetry;pronotum;dorsal;movement;10;natural field conditions;males;10 days, until out of range;no;yes;3.53;yes;375;yes;8.5;yes;no;refer + reasoning;no;no;Previous studies on other insects used transmitters of much higher relative mass: 35%-50%, 20%-25%, and 34% of insect body mass instead of the 8.5% in our study (Riecken & Raths 1996, Hedin & Ranius 2002, Wikelski et al. 2006, Sword et al. 2008)';
Random movement pattern of fed and unfed adult Colorado potato beetles in bare-ground habitat;Gui et al;2012;Agricultural and Forest Entomology;10.1111/j.1461-9563.2011.00539.x;WoS;Leptinotarsa decemlineata;Coleoptera;Chrysomelidae;pest/invasive;pest;NE;Potato Research Centre, Fredericton, New Brunswick, Canada;North America;Boreal;10;Flying;portable harmonic radar;pronotum;dorsal;movement;604;field experiment;no;max 8h, only half retained (47% not found again);yes;no;NA;yes;2.1;no;NA;no;NA;established protocol;no;no;Refer to Colpitts and Boiteau (2004);
RFID Tracking of Sublethal Effects of Two Neonicotinoid Insecticides on the Foraging Behavior of Apis mellifera;Schneider et al;2012;PLOS One;10.1371/journal.pone.0030023;WoS;Apis mellifera;Hymenoptera;Apidae;commercial colonies;0;DD;lab, Oberursel, Germany;Europe;Temperate;12.5;Flying;RFID;thorax;dorsal;pesticide effect;NA;apiary;workers;3 days;not mentioned;no;NA;yes;4;no;NA;no;NA;NA;no;no;;
Chronic impairment of bumblebee natural foraging behaviour induced by sublethal pesticide exposure;Gill and Raine;2014;Functional Ecology;10.1111/1365-2435.12292;WoS;Bombus terrestris;Hymenoptera;Apidae;Syngenta Bioline Bees;0;LC;London, England,Europe;Europe;Temperate;14;Flying;RFID;dorsal surface of thorax.;dorsal;pesticide effect;854;field experiment;all;28 days, colonies frozen;collected in the end;no;NA;yes;4;no;NA;yes;no;normal behaviour + refer;no;no;Refer to Streit et al. 2003, Molet et al. 2008, Decourtye et al. 2011.;
Radio tracking of large odonata species in forest fragments in singapore;Jia and Wei;2012;None (Project report);/;Non peer-reviewed;Macrogomphus quadratus, Epophthalmia vitigera, Macromia cincta;Odonata, Odonata, Odonata;Gomphidae, Macromiidae, Macromiidae;NA;0, 0, 0;NE, LC, NE;Nee Soon Swamp Forest, Central Catchment Reserve, Singapore, Asia;Asia;Tropical;82, 75, 73;Flying, Flying, Flying;radio telemetry;sternum (from picture);ventral;testing techique;4;natural field conditions;only if they weigh > 1g;lifetime (until battery stops or tag falls of);no;yes;1.1, 1.105, 1.013;yes;220, 220, 220;yes;20, 20, 20;yes;maybe, maybe, maybe;normal behaviour;no;indirectly;They say that the dragonflies only perched (not patrolling for hunting, but sitting on a branch), and they say that that might be due to the tag.;
Radar Tracking and Motion-Sensitive Cameras on Flowers Reveal the Development of Pollinator Multi-Destination Routes over Large Spatial Scales;Lihoreau et al;2012;PLOS Biology;10.1371/journal.pbio.1001392;WoS;Bombus terrestris;Hymenoptera;Apidae;common and economically important species;0;LC;Hertfordshire, UK;Europe;Temperate;14;Flying;scanning harmonic radar;not mentioned in article, but picture shows thorax;NA;behavioural mechanism;5;field experiment;workers;1 day;yes;no;NA;yes;0.8;no;NA;yes;no;refer;no;no;mentions a tag does not affect bees' flight behaviour: Osborne et al. (1999);
Dispersal of Warren Root Collar Weevils (Coleoptera: Curculionidae) in Three Types of Habitat;Machial et al;2012;Environmental Entomology;10.1603/EN11169;WoS;Hylobius warreni;Coleoptera;Curculionidae;pest;pest;NE;Prince George, British Columbia, Canada;North America;Boreal;10;crawling;portable harmonic radar;elytra;dorsal;movement + dispersal;34;field experiment;no;4 days;not mentioned, but most likely no;no;NA;no;NA;yes;10;yes;no;refer;no;no;Refer to Boiteau and Colpitts (2001), Brazee et al. (2005), Boiteau et al. (2010), Vinatier et al. (2010);
Vector integration and novel shortcutting in honeybee navigation;Menzel et al;2012;Apidologie;10.1007/s13592-012-0127-z;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Brandenburg, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;33;apiary;workers that visited two feeders;less than 30 min;yes;no;NA;yes;10.5;no;NA;no;NA;NA;no;no;;
Track-a-Forager: a program for the automated analysis of RFID tracking data to reconstruct foraging behaviour;Van Geystelen et al;2016;Insectes Sociaux;10.1007/s00040-015-0453-z;WoS;Apis mellifera;Hymenoptera;Apidae;important economical species;0;DD;belgium;Europe;Temperate;12.5;Flying;RFID;thorax;dorsal;development;400;apiary;no;25 days;not mentioned;no;NA;yes;5;no;NA;no;NA;NA;no;no;;
Low-Cost Electronic Tagging System for Bee Monitoring;de Souza et al;2018;Sensors;10.3390/s18072124;WoS;Apis mellifera;Hymenoptera;Apidae;colony;0;DD;" Tasmania,Sandy Bay,  Australia";Australia;Temperate;12.5;Flying;RFID;thorax;dorsal;development;352;apiary;workers;24 days;not mentioned;no;NA;yes;5.4;no;NA;yes;maybe;reasoning + refer;no;indirectly;;
Use of radio-tagging to map spatial organization and social interactions in insects;Moreau et al;2011;Journal of Experimental biology;10.1242/jeb.050526;WoS;Odontomachus hastatus;Hymenoptera;Formicidae;not mentioned;0;NE;French Guiana, South America;South America;Tropical;15;crawling;RFID;thorax;dorsal;testing technique + behaviour;56;artificial nest in lab;workers + queen;7 days;not mentioned;no;NA;yes;6;yes;33;no;NA;NA;no;no;;
Movements, behaviour and survival of adult Cook Strait giant weta (Deinacrida rugosa, Anostostomatidae: Orthoptera) immediately after translocation as revealed by radiotracking;Watts et al;2012;Journal of Insect Conservation;10.1007/s10841-012-9461-8;WoS;Deinacrida rugosa;Orthoptera;Anostostomatidae;conservation interest;0;VU;Karori Sanctuary, New Zealand;New Zealand;Temperate;60;crawling + climbing;radio telemetry;pronotum;dorsal;movement;36;natural field conditions;adult (don't moult anymore);3-72 days, or until it fell off or they died;yes;yes;14.4;yes;1000;yes;6.8;yes;no;refer;no;no;Refer to Watts et al. (2011);
Dispersal patterns of a saproxylic beetle, Osmoderma eremita, in Mediterranean woodlands;Chiari et al;2013;Insect Conservation and Diveristy;10.1111/j.1752-4598.2012.00215.x;WoS;Osmoderma eremita;Coleoptera;Cetoniidae;Protected by Bern Convention and habitat directives, Annex 4 of the EU's habitat directive;0;NT;San Vito, in southern Latium, Italy, Europe;Europe;Mediterranean;30;Climbing + Flying;radio telemetry;pronotum;dorsal;dispersal;39;natural field conditions;no;2-33 days;not mentioned, but most likely no;yes;1.7;yes;450;yes;23;yes;no;correlation flying/non-flying and weight ratio;no;no;;
Long-term dynamics in proximity networks in ants;Jeanson;2012;Animal Behaviour;10.1016/j.anbehav.2012.01.009;WoS;Odontomachus hastatus;Hymenoptera;Formicidae;NA;0;NE;Petit Saut, French Guiana, South-America;South America;Tropical;15;crawling;RFID;thorax;dorsal;behaviour;202;artificial nest in lab;workers + queen;7 days;not mentioned, but most likely no;no;NA;yes;6;yes;33;no;NA;established protocol;no;no;Refer to Moreau et al (2011);
Radio-tagging technology reveals extreme nest-drifting behavior in a eusocial insect;Sumner et al;2007;Current Biology;10.1016/j.cub.2006.11.064;WoS;Polistes canadensis;Hymenoptera;Vespidae;not mentioned;0;NE;Hospital National Estancia Larga, Republic of Panama, Central America;Central America;Tropical;20.6;Flying;RFID;thorax;dorsal;behaviour;422;natural field conditions;no;4 weeks, collected and frozen for DNA analysis;collected in the end;no;NA;yes;18;yes;1;no;NA;NA;no;no;;
Foraging in an unsteady world: bumblebee flight performance in field-realistic turbulence;Crall et al;2017;Interface focus;10.1098/rsfs.2016.0086;WoS;Bombus impatiens;Hymenoptera;Apidae;commercial colony (BioBest);0;LC; Petersham, Massachusetts, United States;North America;Temperate;12;Flying;RFID;not mentioned in article;NA;movement;87;commercial nest in field and wind tunnel;not mentioned in article;21 days;not mentioned;no;NA;yes;32;no;NA;no;NA;NA;no;no;;
Effectiveness of Glues for Harmonic Radar Tag Attachment on Halyomorpha halys (Hemiptera: Pentatomidae) and Their Impact on Adult Survivorship and Mobility;Lee et al;2013;Environmental Entomology;10.1603/EN12320;WoS;Halyomorpha halys;Hemiptera;Pentatomidae;invasive;pest;NE;West Virginia, USA;North America;Temperate;17;crawling + Flying;portable harmonic radar;pronotum;dorsal;testing techique;120;lab arena and field experiment;adult;7 days;not mentioned;yes;0.25;yes;3;yes;2.3;yes;no;CI + refer;yes;no;2 lab experiments on vertical walking ability and survivorship + flight ability (flight distance, time duration from release and take-off, flight time, distance, speed, and diraction) in field;
Salience of multimodal flower cues manipulates initial responses and facilitates learning performance of bumblebees;Katzenberger et al;2013;Behavioural Ecology and Sociobiology;10.1007/s00265-013-1570-1;WoS;Bombus terrestris;Hymenoptera;Apidae;Commercial colony;0;LC;Düsseldorf, Germany, Europe;Europe;Temperate;14;Flying;RFID;dorsal part thorax;dorsal;behavioural mechanism;90;commercial nest in lab arena;no;1 day? not clearly mentioned;not mentioned;no;NA;yes;33.1;no;NA;yes;no;refer + reasoning;no;no;Refer to Hagen et al. (2011), Streit et al (2003) and Gill et al. (2012);
Using Radio Telemetry to Assess Movement Patterns in a Giant Rhinoceros Beetle: Are There Differences Among Majors, Minors, and Females?;McCullough;2013;Journal of Insect Behaviour;10.1007/s10905-012-9334-8;WoS;Trypoxylus dichotomus;Coleoptera;Scarabaeidae;not mentioned;0;NE;National Chi Nan University, Taiwan, Asia;Asia;Tropical;60;Climbing + Flying;radio telemetry;pronotum;dorsal;movement;17;natural field conditions;no;1-10days, until out of range or battery dead, so lifetime;not mentioned, but most likely no;no;NA;yes;200;yes;3;yes;no;BA;yes;no;High performance radar gun to measure how fast beetles fly, no difference in flight speed before and after the radio tags were attached.;
The Ontogeny of Bumblebee Flight Trajectories: From Naive Explorers to Experienced Foragers;Osborne et al;2013;PLOS One;10.1371/journal.pone.0078681;WoS;Bombus terrestris;Hymenoptera;Apidae;Commercial colony;0;LC;Hertfordshire, England, Europe;Europe;Temperate;14;Flying;scanning harmonic radar;thorax;dorsal;movement;28;commercial nest in field;no;1 day / bee;yes;no;NA;yes;8;no;NA;no;NA;established protocol;no;no;;
Harmonic Radar Tagging for Tracking Movement of Nezara viridula (Hemiptera: Pentatomidae);Pilkay et al;2013;Environmental Entomology;10.1603/EN13095;WoS;Nezara viridula;Hemiptera;Pentatomidae;agricultural pest;pest;NE;South Carolina, USA;North America;Temperate;14.5;crawling + Flying;portable harmonic radar;pronotum;dorsal;testing techique;20;lab arena and field experiment;no;14 days;not mentioned;yes;0.16;yes;17;yes;8;yes;no;CI;yes;no;lab test (walking distance, flying observation) and field test (releasing 20 tagged and 20 marked, sampling in field after 12h and comparing distance travelled between groups);
Verification of mathematical models of response threshold through statistical characterisation of the foraging activity in ant societies;Yamanaka et al;2019;Scientific Reports;10.1038/s41598-019-45367-w;WoS;Camponotus japonicus;Hymenoptera;Formicidae;common species;0;NE;Hiroshima, Japan;Asia;Temperate;15.5;crawling;RFID;thorax;dorsal;behaviour;750;lab arena;workers;three months;not mentioned, but most likely no;no;NA;yes;0.11;yes;0.1;yes;no;reason;no;no;;
Activity Trends and Movement Distances in the Arizona Bark Scorpion (Scorpiones: Buthidae);Bibbs et al;2014;Environmental Entomology;10.1603/EN14148;WoS;Centruroides sculpturatus;Scorpiones;Buthidae;NA;0;NE;Phoenix, Chandler, Mesa, Tucson, and Vail (Arizona), USA;North America;Arid;75;crawling;radio telemetry;dorsal;dorsal;dispersal;20;natural field conditions;no;21 days, in approx of the battery life deadline;not mentioned;no;NA;yes;290;no;NA;no;NA;NA;no;no;;
Impact of Host Plant Connectivity, Crop Border and Patch Size on Adult Colorado Potato Beetle Retention;Boiteau et al;2014;PLOS One;10.1371/journal.pone.0095717;WoS;Leptinotarsa decemlineata;Coleoptera;Chrysomelidae;major pest of potoatoes;pest;NE;Potatoe research center, New Brunswick, Canada;North America;Boreal;10;Flying;harmonic radar;pronotum;dorsal;dispersal;NA;field experiment;depending on experiment: males & females (but females with eggs excluded), males (more mobile);6h-4 days;not mentioned;no;NA;yes;2.1;no;NA;yes;no;refer;no;no;;
A prototype RFID tag for detecting bumblebee visitations within fragmented landscapes;Barlow et al;2019;Journal of Biological Engineering;10.1186/s13036-019-0143-x;WoS;Bombus terrestris;Hymenoptera;Apidae;NA;0;LC;Kew Gardens, London, UK;Europe;Temperate;14;Flying;RFID;thorax;dorsal;development;20;glasshouse;workers;3 days - 5 weeks;not mentioned, but most likely yes;yes;167.2;yes;81, 128;yes;49, 77;yes;yes, depending on ratio weight;qualtitative ok behaviour;no;yes;;
Neonicotinoids Interfere with Specific Components of Navigation in Honeybees;Fischer et al;2014;PLOS One;10.1371/journal.pone.0091364;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Brandenburg, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;pesticide effect;208;apiary;workers;one afternoon per bee, killed after experiment;collected in the end;no;NA;yes;10.5;no;NA;no;NA;established protocol;no;no;;
Colony nutritional status modulates worker responses to foraging recruitment pheromone in the bumblebee Bombus terrestris;Molet et al;2008;Behavioural Ecology and Sociobiology;10.1007/s00265-008-0623-3;WoS;Bombus terrestris;Hymenoptera;Apidae;Commercial colony;0;LC;London, England, Europe;Europe;Temperate;14;Flying;RFID;pronotum;dorsal;behavioural mechanism;NA;commercial nest in lab arena;no;30 min controle and 30min test phase (1day?);not mentioned;no;NA;no;NA;no;NA;yes;no;refer;no;no;Refer to Streit et al. (2003);
Nocturnal homing in the tropical amblypygid Phrynus pseudoparvulus (Class Arachnida, Order Amblypygi);Hebets et al;2014;Animal Cognition;10.1007/s10071-013-0718-8;WoS;Phrynus pseudoparvulus;Amblypygi;Phrynidae;not mentioned;0;NE;arboretum at La Selva Biological Station in Sarapiqui Province, Costa Rica, Central America;Central America;Tropical;100;crawling;radio telemetry;cephalothorax (posterior prosoma);dorsal;movement;6;natural field conditions;no;not clear, a few days;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Detectability of Halyomorpha halys (Hemiptera: Pentatomidae) by portable harmonic radar in agricultrual Landscapes;Lee et al;2014;Florida Entomologist;10.1653/024.097.0320;WoS;Halyomorpha halys;Hemiptera;Pentatomidae;invasive;pest;NE;West Virginia, USA;North America;Temperate;17;crawling + Flying;portable harmonic radar;pronotum;dorsal;testing techique;NA;field experiment;adult;not mentioned;not mentioned;no;NA;yes;3;no;NA;yes;no;refer;no;no;Refer to Lee et al. (2013) and Pilkay et al. (2013);
Does Dispersal Limit Beetle Re-colonization of Restored Fenland? A Case Study Using Direct Measurements of Dispersal and Genetic Analysis;Martay et al;2014;Restoration Ecology;10.1111/rec.12118;WoS;Carabus granulatus;Coleoptera;Carabidae;local species;0;NE;UK, Cambridgeshire;Europe;Temperate;20;crawling;portable harmonic radar;not mentioned;NA;dispersal;27;natural field conditions;no;3 days;not mentioned;no;NA;no;NA;no;NA;yes;no;reasoning;no;no;;
Do ants make direct comparisons?;Robinson et al;2009;Proc Roc Soc;10.1098/rspb.2009.0350;WoS;Temnothorax albipennis;Hymenoptera;Formicidae;NA;0;NE;Dorset, UK, Europe;Europe;Temperate;28;crawling;RFID;thorax;dorsal;behaviour;NA;artificial nest in lab;workers;2 days;not mentioned, but most likely no;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
An automated system for tracking and identifying individual nectar foragers at multiple feeders;Ohashi et al;2010;Behavioral Ecol and Sociobiol;10.1007/s00265-010-0907-2;WoS;Bombus impatiens;Hymenoptera;Apidae;commercial colony;0;LC;Not mentioned/relvant;NA;NA;12;Flying;RFID;thorax;dorsal;movement;2;lab arena;workers;Not clear, several days at least;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
So Near and Yet So Far: Harmonic Radar Reveals Reduced Homing Ability of Nosema Infected Honeybees;Wolf et al;2014;PLOS One;10.1371/journal.pone.0103989;WoS;Apis mellifera;Hymenoptera;Apidae;economically important;0;DD;Rothamsted Farm, UK;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;96;apiary;workers;1-30 min;yes;no;NA;yes;13.5;no;NA;yes;no;pollen load;no;no;;
Effects of sublethal doses of glyphosate on honeybee navigation;Balbuena et al;2015;Journal of Experimental Biology;10.1242/jeb.117291;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Großseelheim (Hessen), Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;152;apiary;no;less than an hour;yes;no;NA;yes;10.5;no;NA;no;NA;established protocol;no;no;Refer to Riley et al. (1996, 2005), Menzel et al. (2011) and Scheiner et al. (2013);
Exploratory behaviour of honeybees during orientation flights;Degen et al;2015;Animal Behaviour;10.1016/j.anbehav.2014.12.030;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Brandenburg, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;115;apiary;depended on their behaviour;15 min;yes;no;NA;yes;21;yes;20;yes;maybe;reasoning + refer;no;no;Refer to Riley et al. (1996);
Winter Active Bumblebees (Bombus terrestris) Achieve High Foraging Rates in Urban Britain;Stelzer et al;2010;PLOS One;10.1371/journal.pone.0009559;WoS;Bombus terrestris;Hymenoptera;Apidae;commercial colony;0;LC;London, England;Europe;Temperate;14;Flying;RFID;thorax;dorsal;movement;162;commercial nest in field;workers;13 days;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Demographic parameters of sexes in an elusive insect: implications for monitoring methods;Le Gouar et al;2015;Population Ecology;10.1007/s10144-014-0453-2;WoS;Osmoderma eremita;Coleoptera;Cetoniidae;rare;0;NT;Orne and Sarthe, France, Europe;Europe;Temperate;30;Climbing + Flying;radio telemetry;pronotum;dorsal;comparing technique;41;natural field conditions;>2g;lifetime, as in Dubois & Vignon (there they don't take it off);not mentioned, but most likely no;yes;2.1;yes;450;no;NA;yes;maybe;comparing estimated survival;no;no;;
Circadian Foraging Rhythms of Bumblebees Monitored by Radio-frequency Identification;Stelzer et al;2010;Journal of Biological Rhythms;10.1177/0748730410371750;WoS;Bombus terrestris;Hymenoptera;Apidae;colony;0;LC;London, England;Europe;Temperate;14;Flying;RFID;thorax;dorsal;behavioural mechanism;520;commercial nest in lab arena;workers;14 days;not mentioned;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;Refer to Molet et al. (2008).;
Radiotelemetry unravels movements of a walking insect species in heterogeneous environments;Vinatier et al;2010;Animal Behaviour;10.1016/j.anbehav.2010.04.022;WoS;Cosmopolites sordidus;Coleoptera;Curculionidae;pest on Musa (banana);pest;NE;Rivière-Lézarde, Martinique,West Indies, Central America;Central America;Tropical;11;crawling;RFID;with fishing line hanging from the back;hanging;movement;924;lab arena and field experiment;no;22-38 days, ;yes;no;NA;no;NA;yes;100;yes;no;CI + reasoning;yes;no;Compared time needed to cover a distance between tagged and untagged individuals. It was qualitatively checked if they could enter and leave a pseudostem.;
A Common Pesticide Decreases Foraging Success and Survival in Honey Bees;Henry et al;2012;Science;10.1126/science.1215039;WoS;Apis mellifera;Hymenoptera;Apidae;NA;0;DD;Avignon, France, europe;Europe;Temperate;12.5;Flying;RFID;thorax;dorsal;pesticide effect;653;apiary;workers;lifetime;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Honeybees Learn Landscape Features during Exploratory Orientation Flights;Degen et al;2016;Current Biology;10.1016/j.cub.2016.08.013;WoS;Apis mellifera;Hymenoptera;Apidae;colony;0;DD;Brandenburg, Germany , Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;movement;40;apiary;workers;mid July to mid September of 2009 and 2010;not mentioned;no;NA;yes;10.5;yes;20;yes;no;normal behaviour + established protocol;no;no;Refer to Menzel et al. (2011) and Riley et al. (1996);
Daily Changes in Ultraviolet Light Levels Can Synchronize the Circadian Clock of Bumblebees (Bombus terrestris);Chittka et al;2013;Chronobiology international;10.3109/07420528.2012.741168;WoS;Bombus terrestris;Hymenoptera;Apidae;commercial colony (Biobest);0;LC;London, England, Europe;Europe;Temperate;14;Flying;RFID;thorax;dorsal;behavioural mechanism;500;commercial nest in lab arena;workers;22 days;not mentioned;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;;
Effect of harmonic radar tagging on Lycorma delicatula (Hemiptera: Fulgoridae) nymphal mobility and survivorship;Jung et al;2016;Florida Entomologist;10.1653/024.099.0109;WoS;Lycorma delicatula;Hemiptera;Fulgoridae;invasive pest;pest;NE;Gachon University, South Korea;Asia;Temperate;21;crawling + Flying;harmonic radar;pronotum;dorsal;testing techique;115;lab arena;4th instar;3 days;not mentioned;yes;0.05;yes;3;yes;6.5;yes;no;CI;yes;no;Lab experiments with control-impact quantifying horizontal walking ability, vertical climbing ability, jumping capacity, survivorship;
Potential of harmonic radar system for use on five economically important insects: Radar tag attachment on insects and its impact on flight capacity;Kim et al;2016;Journal of Asia-Pacific Entomology;10.1016/j.aspen.2016.03.013;WoS;Riptortus pedestris, Lycorma delicatula, Ricania sp., Apis mellifera, Bombus terrestris;Hemiptera, Hemiptera, Hemiptera, Hymenoptera, Hymenoptera;Alydidae, Fulgoridae, Ricaniidae, Apidae, Apidae;pest, pest, pest, pollinator, pollinator;pest, pest, pest, 0, 0;NE, NE, NE, DD, LC;South Korea, Asia;Asia;Temperate;17, 21, 8, 12.5, 14;crawling + Flying, crawling + Flying, Flying, Flying, Flying;harmonic radar;pronotum, pronotum, pronotum, mesonotum, mesonotum;dorsal;testing techique;30;lab arena and field experiment;no;not mentioned;not mentioned;yes;0.0413, 0.22179, 0.02807,  0.09971, 0.14459;yes;3, 3, 3, 3, 3;no;NA, NA, NA, NA, NA;yes;no, no, yes, yes, no;CI;yes;indirectly;compare tagged individuals and untagged individuals on flight behaviour (time from release untill flight, failere/succes of flight more than 30m, flight direction).;
Evaluating effects of harmonic radar tag attachment on the survivorship and dispersal capacity of Riptortus pedestris (Hemiptera: Alydidae);Lee;2016;Florida Entomologist;10.1653/024.099.0120;WoS;Riptortus pedestris;Hemiptera;Alydidae;pest;pest;NE;South Korea, Asia;Asia;Temperate;17;crawling + Flying;harmonic radar;pronotum;dorsal;testing techique;30;lab arena;no;14 days;not mentioned;no;NA;yes;3;no;NA;yes;no;CI;yes;no;measure survival and vertical mobility (distance and time) between tagged and untagged individuals, survivorship, vertical mobility (distance and time);
Use of Radio Telemetry for Studying Flight Movements of Paysandisia archon (Lepidoptera: Castniidae);Liegeois et al;2016;Journal of Insect Behaviour;10.1007/s10905-016-9554-4;WoS;Paysandisia archon;Lepidoptera;Castniidae;Invasive, pest;pest;NE;Maguelone Peninsula, South France, Europe;Europe;Mediterranean;100;Flying;radio telemetry;prothorax;dorsal;movement;11;natural field conditions;freshly emerged individuals;2-3 days, until they died or out of range;not mentioned;yes;2.66;yes;270;yes;10.5;yes;maybe;normal behaviour in wind tunnel + more predation;no;no;;
Design of an harmonic radar for the tracking of the Asian yellow-legged hornet;Milanesio et al;2016;Ecology and Evolution;10.1002/ece3.2011;WoS;Vespa velutina;Hymenoptera;Vespidae;NA;pest;NE;Dolceacqua, Italy, Europe;Europe;Temperate;20;Flying;scanning harmonic radar;thorax;dorsal;locating nests;NA;natural field conditions;workers;not mentiond but at least 2 days;not mentioned;no;NA;yes;12;no;NA;no;NA;NA;no;no;;
Establishing the behavioral basis for an attract-and-kill strategy to manage the invasive Halyomorpha halys in apple orchards;Morrison et el;2016;Journal of pest science;10.1007/s10340-015-0679-6;WoS;Halyomorpha halys;Hemiptera;Pentatomidae;invasive species, agricultural pest;pest;NE;West-Virginia, USA;North America;Temperate;17;crawling + Flying;portable harmonic radar;pronotum;dorsal;testing techique;NA;field experiment;no;24h;not mentioned;no;NA;no;NA;no;NA;yes;no;refer;no;no;Refer to Lee et al. (2013) and Boiteau et al. (2010).;
Using radio telemetry to track ground beetles: Movement of Carabus ullrichii;Ruzickova and Vesely;2016;Biologia;10.1515/biolog-2016-0108;WoS;Carabus ulrichii;Coleoptera;Carabidae;widely distributed;0;NE;Jarcova, Czech Republic, Europe;Europe;Temperate;28;crawling;radio telemetry;elytra;dorsal;movement;4;natural field conditions;no;10 days (but some got lost), mention explicitly they released them from the transmitter;yes;yes;1.13;yes;280;yes;25.1;yes;no;refer + normal behaviour;no;no;;
Loss of safety in numbers and a novel driver of mass migration: radiotelemetry reveals heavy wasp predation on a band of Mormon crickets;Srygley et al;2016;Royal Society open science;10.1098/rsos.160113;WoS;Anabrus simplex;Orthoptera;Tettigoniidae;ecological and economic importance of mass migrating Mormon crickets;pest;NE;Furnar Valley, Utah, USA;North America;Arid;80;crawling + hopping;radio telemetry;pronotum;dorsal;behaviour;75;natural field conditions;no;24h;not mentioned, but most likely yes;no;NA;yes;400;no;NA;yes;no;refer;no;no;Refer to Lorch et al (2005) and Srygley (2009);
"Viral Infection Affects Sucrose Responsiveness and Homing Ability of Forager Honey Bees, Apis mellifera L.";Li et al;2013;PLOS One;10.1371/journal.pone.0077354;WoS;Apis mellifera;Hymenoptera;Apidae;vital role in global food production and economy;0;DD;Northern Zhejiang province, China;Asia;Temperate;12.5;Flying;RFID;thorax;dorsal;disease effect;180;apiary;foragers;about 4 days;no;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;;
Sneaky queens in Melipona bees selectively detect and infiltrate queenless colonies;Van Oystaeyen et al;2013;Animal Behaviour;10.1016/j.anbehav.2013.07.001;WoS;Melipona scutellaris;Hymenoptera;Apidae;NA;0;NE;Sao Paulo, Brasil, South-America;South America;Tropical;11;Flying;RFID;thorax;dorsal;behaviour;520;apiary;newly emerged queens;2 months;not mentioned, but most likely no;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Honey Bees' Behavior Is Impaired by Chronic Exposure to the Neonicotinoid Thiacloprid in the field;Tison et al;2016;Environmental Science & Technology;10.1021/acs.est.6b02658;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Grossseelheim, Germany, Europe;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;pesticide effect;185;apiary;workers;less than a day;not mentioned;no;NA;no;NA;no;NA;yes;no;established protocol;no;no;Refer to Degen et al (2015) and Capaldi et al (2000), and Riley et al. (1996);
Radio Frequency Identification and Motion-sensitive Video Efficiently Automate Recording of Unrewarded Choice Behavior by Bumblebees;Orban et al;2014;jove;10.3791/52033;WoS;Bombus impatiens;Hymenoptera;Apidae;Commercial colony;0;LC;Ottowa, Canada;North America;Temperate;12;Flying;RFID;thorax;dorsal;behaviour;375;commercial nest in lab arena;no;3 sessions (= 3 days?);not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Optimal search patterns in honeybee orientation flights are robust against emerging infectious diseases;Wolf et al;2016;Scientific Reports;10.1038/srep32612;WoS;Apis mellifera;Hymenoptera;Apidae;economically important;0;DD;Rothamsted Farm, UK;Europe;Temperate;12.5;Flying;scanning harmonic radar;thorax;dorsal;disease effect;78;apiary;workers;"""first flight in a novel landscape""";not mentioned;no;NA;no;NA;no;NA;no;NA;refer;no;no;Refer to Wolf et al. (2012);
Life-Long Radar Tracking of Bumblebees;Woodgate et al;2016;PLOS One;10.1371/journal.pone.0160333;WoS;Bombus terrestris;Hymenoptera;Apidae;NA;0;LC;Hertfordshire, UK, Europe;Europe;Temperate;14;Flying;scanning harmonic radar;thorax;dorsal;movement;4;commercial nest in field;workers;6 - 15 days / bee (only study that I know that left on harmonic radar tags for duration of tracking);not mentioned, but most likely no;yes;0.19;yes;15;yes;9;yes;no;refer + reasoning;no;no;Refer to Osborne et al. (1999);
Importance of the antenniform legs, but not vision, for homing by the neotropical whip spider Paraphrynus laevifrons;Bingman et al;2017;Journal of Experimental Biology;10.1242/jeb.149823;WoS;Paraphrynus laevifrons;Amblypygi;Phrynidae;not mentioned;0;NE;La Suerte Biological field Station, Cariari, Costa Rica, Central America;Central America;Tropical;26;crawling;radio telemetry;cephalothorax (posterior prosoma);dorsal;movement;28;natural field conditions;no gravid females included;1-5 days;not mentioned, but most likely yes;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Measuring host plant selection and retention of Halyomorpha halys by a trap crop;Blaauw et al;2017;Entomologia Experimentalis et Applicata;10.1111/eea.12571;WoS;Halyomorpha halys;Hemiptera;Pentatomidae;pest/invasive;pest;NE;Inwood (West-Virginia), USA;North America;Temperate;17;crawling + Flying;portable harmonic radar;pronotum;dorsal;management invasive species;80;field experiment;not mentioned in article;2 days (24h actual tracking, 24h prior to release tagged);not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;Refer to Weber et al (2014);
Rapid behavioral maturation accelerates failure of stressed honey bee colonies;Perry et al;2015;PNAS;10.1073/pnas.1610243113;WoS;Apis mellifera;Hymenoptera;Apidae;colony failure;0;DD;Sydney, Australia;Australia;subtropical;12.5;Flying;RFID;dorsal thorax;dorsal;disease effect;3000;apiary;foragers;40 days: lifetime;not mentioned, but most likely no;no;NA;no;NA;no;NA;no;NA;refer;no;no;Refer to He (2013) and Molet (2008) and Streit (2003);
Recording the movement of adult vine weevil within strawberry crops using radio frequency identification tags;Pope et al;2015;Journal of Berry Research;10.3233/JBR-150102;WoS;Otiorhynchus sulcatus;Coleoptera;Curculionidae;agricultural pest;pest;NE;Harper Adams University, UK, europe;Europe;Temperate;10;crawling;RFID;elytra;dorsal;movement;30;lab arena and field experiment;no;21 days (survival experiment) - 24h (movement experiment) - 35 days (field test);not mentioned;no;NA;no;NA;no;NA;yes;maybe;BA;yes;no;Comparing in lab study 30 tagged (15+15 with two types of glue) with 15 control animals in lab for speed (time taken for an individual to cover a distance of 10 cm was recorded.), vertical speed and survival (21 days);
Impact of active and passive radio tags on the flying and burrowing behavior of the red palm weevil, Rhynchophorus ferrugineus (Coleoptera: Dryophthoridae);Hamidi et al;2017;Applied Entomology and Zoology;10.1007/s13355-016-0464-x;WoS;Rhynchophorus ferrugineus;Coleoptera;Dryophthoridae;invasive;pest;NE;Var, France, Europe;Europe;Temperate;28;Flying;radio telemetry + RFID;pronotum;dorsal;testing techique;25;lab arena;no;max 14 days;not mentioned;yes;1;yes;32,9 + 170;yes;12.405;yes;no RFID, yes radio tags;normal behaviour;no;no;;
Recent upgrades of the harmonic radar for the tracking of the Asian yellow-legged hornet;Milanesio et al;2017;Ecology and Evolution;10.1002/ece3.3053;WoS;Vespa velutina;Hymenoptera;Vespidae;NA;pest;NE;Dolceacqua, Italy, Europe;Europe;Temperate;20;Flying;scanning harmonic radar;thorax;dorsal;development;NA;natural field conditions;workers;reports 1 day (but 40 triales);not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Judas Beetles: Discovering Cryptic Breeding Sites by Radio-Tracking Coconut Rhinoceros Beetles, Oryctes rhinoceros (Coleoptera: Scarabaeidae);Moore et al;2017;Environmental Entomology;10.1093/ee/nvw152;WoS;Oryctes rhinoceros;Coleoptera;Scarabaeidae;pest/invasive;pest;NE;Yigo and Asan, Guam, Mariana islands, Micronesia;Micronesia;Tropical;50;Climbing + Flying;radio telemetry;pronotum;dorsal;behaviour;34;natural field conditions;no;Several days (max 6), removed if possible;yes;no;NA;yes;300;yes;13.175;yes;no;normal behaviour;no;no;;
Adult tiger spiketail (Cordulegaster erronea Hagen) habitat use and home range observed via radio-telemetry with conservation recommendations;Moskowitz et al;2017;Journal of Insect Conservation;10.1007/s10841-017-0027-7;WoS;Cordulegaster erronea;Odonata;Cordulegastridae;Endangered ;0;LC;New Jersey, USA;North America;Temperate;80;Flying;radio telemetry;ventral thorax;ventral;movement;7;natural field conditions;no;3-17 days, until signal stopped and not retrieved (mean 8.25 days);no;yes;0.55;no;NA;no;NA;yes;maybe;normal behaviour;no;indirectly;;
RFID monitoring indicates honeybees work harder before a rainy day;He et al;2016;Insect Science;10.1111/1744-7917.12298;WoS;Apis mellifera;Hymenoptera;Apidae;colony;0;DD; Nanchang, China.;Asia;subtropical;12.5;Flying;RFID;thorax;dorsal;behaviour;300;apiary;workers;34 days;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
A stag beetle's life: sex-related differences in daily activity and behaviour of Lucanus cervus (Coleoptera: Lucanidae);Tini et al;2017;Journal of Insect Conservation;10.1007/s10841-017-0029-5;WoS;Lucanus cervus;Coleoptera;Lucanidae;decline (Europe), Annex 2 european habitat directive;0;LC;Nature Reserve Bosco della Fontana, Marmirolo, Mantua, Lombardy, Italy, Europe;Europe;Temperate;43;crawling + Flying;radio telemetry;pronotum;dorsal;behaviour;55;natural field conditions;no;13-22 days;no;yes;4.3;yes;310;yes;23;yes;no;NA;no;no;;
Detection of stag beetle oviposition sites by combining telemetry and emergence traps;Tini et al;2017;Nature Conservation Bulgaria;10.3897/natureconservation.19.12678;WoS;Lucanus cervus;Coleoptera;Lucanidae;near threatened (Europe), Annex 2 european habitat directive;0;NT;Marmirolo, Mantua, Lombardy, Italy, Europe;Europe;Temperate;43;crawling + Flying;radio telemetry;pronotum;dorsal;movement;12;natural field conditions;females;lifetime;not mentioned;yes;2.95;yes;310;yes;18;yes;no;refer;no;no;Refer to Boiteau and Colpitts (2001) (erronously);
Continuous Radar Tracking Illustrates the Development of Multi-destination Routes of Bumblebees;Woodgate et al;2017;Scientific Reports;10.1038/s41598-017-17553-1;WoS;Bombus terrestris;Hymenoptera;Apidae;NA;0;LC;Hertfordshire, UK, Europe;Europe;Temperate;14;Flying;scanning harmonic radar;thorax;dorsal;movement;6;commercial nest in field;workers;1 - 2 days / bee;not mentioned;yes;0.19;yes;15;yes;9;yes;no;pollen load + established protocol;no;no;Refer to Riley et al (1996);
Flight behaviour of honey bee (Apis mellifera) workers is altered by initial infections of the fungal parasite Nosema apis;Dosselli et al;2016;Scientific Reports;10.1038/srep36649;WoS;Apis mellifera;Hymenoptera;Apidae;colony;0;DD;Crawley, West-Australia, Australia;Australia;subtropical;12.5;Flying;RFID;thorax;dorsal;movement;600;apiary;workers;11 days;not mentioned;no;NA;no;NA;no;NA;no;NA;established protocol;no;no;;
Radio-Tracking Suggests High Dispersal Ability of the Great Capricorn Beetle (Cerambyx cerdo);Drag and Cizek;2018;Journal of Insect Behaviour;10.1007/s10905-018-9669-x;WoS;Cerambyx cerdo;Coleoptera;Cerambycidae;Endangered (Pest in mediterannean);0;NT;Moravia, Czech Republic, Europe;Europe;Temperate;39;Flying;radio telemetry;pronotum;dorsal;dispersal;26;natural field conditions;no;4-17 days, until signal stopped and not retrieved;no;yes;2.9;yes;290;yes;11;yes;no;refer + normal behaviour;no;indirectly;Refer to Kissling et al (2014);
Successful use of radiotransmitters in tracking male tree weta Hemideina crassidens (Orthoptera: Tettigonioidea: Anostostomatidae);Gwynne and Kelly;2018;New Zealand Entomologist;10.1080/00779962.2018.1501138;WoS;Hemideina crassidens;Orthoptera;Anostostomatidae;NA;0;NE;Te Pakeka/Maud Island, New Zealand;New Zealand;Temperate;100;crawling + climbing;radio telemetry;pronotum;dorsal;testing techique;7;natural field conditions;male;several days (1-5 days) - lifetime;not mentioned;yes;3.58;yes;200;no;NA;yes;maybe;refer + normal behaviour;no;no;Refer to Kelly et al. (2008, 2010).;
A pilot Radio Telemetry field study on triatomine vectors (Hemiptera: Reduviidae) of the Chagas disease parasite;Hamer et al;2018;Journal of Medical Entomology;10.1093/jme/tjy094;WoS;Triatoma gerstaeckeri, Triatoma sanguisuga;Hemiptera, Hemiptera;Reduviidae, Reduviidae;vectors of Chagas disease;pest, pest;NE, NE;Uvalde, Brazos & Hidalgo counties, Texas, USA;North America;Arid;25, 25;crawling + Flying, crawling + Flying;radio telemetry;first pronotom, afterwards dorsal side of abdomen, first pronotom, afterwards dorsal side of abdomen;dorsal;movement;9, 2;natural field conditions;no;1-12 days, until animal died, battery died or signal lost: so lifetime;no;yes;0.25, 0.178;yes;200, 200;yes;82.9, 112.3;yes;no, no;food load + refer;no;yes;Refer to Hayashi and Nakane (1989), Rink and Sinsch (2007), Hagen et al. (2011), Kissling et al. (2014).;
"Searching for nests of the invasive Asian hornet(Vespa velutina) using radio-telemetry";Kennedy et al;2018;Communications Biology;10.1038/s42003-018-0092-9;WoS;Vespa velutina;Hymenoptera;Vespidae;NA;pest;NE;Bordeux, France, Europe;Europe;Temperate;20;Flying;radio telemetry;ventral side between abdomen and thorax;ventral;locating nests;47;flight cage and natural field conditions;(large)workers;3 days;destroyed;yes;0.38;yes;350;yes;80;yes;yes;normal behaviour + correlation with weight-ratio;no;no;;
Behavioural response of the invasive Halyomorpha halys (Hemiptera: Pentatomidae) to host plant stimuli augmented with semiochemicals in the field;Morrison et el;2018;Agricultural and Forest Entomology;10.1111/afe.12229;WoS;Halyomorpha halys;Hemiptera;Pentatomidae;invasive species, agricultural pest;pest;NE;Western USA (collected in Maryland and Virginia  - housed in lab in WestVirginia;North America;Temperate;17;crawling + Flying;portable harmonic radar;pronotum;dorsal;testing techique;336;field experiment;no;24h;not mentioned;no;NA;no;NA;no;NA;yes;no;refer;no;no;Refer to Lee et al. (2013, 2014), Morrison et al. (2016), Blaauw et al. (2017).;
Investigating the impacts of field-realistic exposure to a neonicotinoid pesticide on bumblebee foraging, homing ability and colony growth;Stanley et al;2016;Journal of Applied Ecology;10.1111/1365-2664.12689;WoS;Bombus terrestris;Hymenoptera;Apidae;Commercial colony;0;LC;London, England, Europe;Europe;Temperate;14;Flying;RFID;thorax;dorsal;pesticide effect;951;commercial nest in field;workers;not clear how long individuals had tags. 5 - 43 days of exposure to pesticide , some bees 27 days of foraging (so 27 days?);not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Thiamethoxam: Assessing flight activity of honeybees foraging on treated oilseed rape using radio frequency identification technology;Thompson et al;2016;Environmental Toxicology and Chemistry;10.1002/etc.3183;WoS;Apis mellifera;Hymenoptera;Apidae;not mentioned;0;DD;Lincolnshire, UK, Europe;Europe;Temperate;12.5;Flying;RFID;dorsal thorax;dorsal;pesticide effect;1638;field experiment;workers;5 weeks, lifetime;no;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Movement activity and habitat use of Carabus ullrichii (Coleoptera: Carabidae): The forest edge as a mating site?;Ruzickova and Vesely;2018;Entomological Science;10.1111/ens.12286;WoS;Carabus ulrichii;Coleoptera;Carabidae;abundant;0;NE;Central Moravia, Czech Republic, Europe;Europe;Temperate;28;crawling;radio telemetry;elytra;dorsal;movement;21;natural field conditions;no;17 days, located until signal was lost;no;yes;1.5;yes;300;yes;33;no;NA;NA;no;no;;
Improving Our Understanding of the Behavior of Bees Through Anomaly Detection Techniques;Gama et al;2017;International conference on Artificial Neural Networks;10.1007/978-3-319-68612-7_59;WoS;Melipona fasciculata;Hymenoptera;Apidae;NA;0;NE;Bel´em, PA, Brazil;South America;Tropical;10;Flying;RFID;thorax;dorsal;testing techique;1280;apiary;workers;30 days;not mentioned;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Dispersal behaviour of female stag beetles (Lucanus cervus) in a mosaic landscape: when should I stay and where should I go;Thomaes et al;2018;Insect Conservation and Diveristy;10.1111/icad.12325;WoS;Lucanus cervus;Coleoptera;Lucanidae;near threatened (Europe), Annex 2 european habitat directive;0;NT;Vroenenbos, Vlaams-Brabant, Belgium;Europe;Temperate;43;crawling + Flying;radio telemetry;pronotum;dorsal;dispersal;12;natural field conditions;Females;until signal lost or, battery dead or ind dead, lifetime, 27 days;not mentioned;yes;2.65;no;NA;yes;14.5;yes;no;correlation distance and weight ratio;no;no;;
Use of space and dispersal ability of a flagship saproxylic insect: a telemetric study of the stag beetle (Lucanus cervus) in a relict lowland forest;Tini et al;2018;Insect Conservation and Diveristy;10.1111/icad.12260;WoS;Lucanus cervus;Coleoptera;Lucanidae;near threatened (Europe), Annex 2 european habitat directive;0;LC;Marmirolo, Mantua, Lombardy, Italy, Europe;Europe;Mediterranean;43;crawling + Flying;radio telemetry;pronotum;dorsal;movement + dispersal;55;natural field conditions;no;13-22 days, lifetime;no;yes;4.3;yes;310;yes;26;yes;no;refer + reasoning;no;no;refer to Boiteau and Colpitts (2001), erronously;
Activity rhythm and action range of workers of the invasive hornet predator of honeybees Vespa velutina, measured by radio frequency identification tags;Poidatz et al;2018;Ecology and Evolution;10.1002/ece3.4182;WoS;Vespa velutina;Hymenoptera;Vespidae;invasive species;pest;NE;Aquitaine, France;Europe;Temperate;20;Flying;RFID;thorax;dorsal;movement;318;artificial nests in field;workers;95 days;not mentioned;yes;0.29;no;NA;no;NA;no;NA;NA;no;no;;
The influence of conopid flies on bumble bee colony productivity under different food resource conditions;Malfi et al;2018;Ecological Monographs;10.1002/ecm.1327;WoS;Bombus impatiens;Hymenoptera;Apidae;Wild colony;0;LC;Blandy experimental form, Virginia, USA;North America;Temperate;12;Flying;RFID;not mentioned;NA;disease effect;NA;natural field conditions;workers;several days;not mentioned, but most likely no;no;NA;no;NA;no;NA;no;NA;NA;no;no;;
Telemetry reveals the habitat selected by immature dragonflies: implications for conservation of the threatened dragonfly Leucorrhinia caudalis (Odonata: Anisoptera);LeNaour et al.;2019;Journal of Insect Conservation;10.1007/s10841-018-00123-9;WoS;Leucorrhinia caudalis ;Odonata;Libellulidae;threatened, decreasing;0;LC;Centre-Loire Valley, France;Europe;Temperate;35;Flying;portable harmonic radar;dorsal abdomen, third segment;dorsal;conservation;62;natural field conditions;so ratio tag/mass < 10%;lifetime;no;yes;0.18;yes;16.5;yes;10;yes;no;reasoning;no;indirectly;;
Radio telemetry helps record the dispersal patterns of birdwing butterflies in mountainous habitats: Golden Birdwing (Troides aeacus) as an example;Wang et al;2019;Journal of Insect Conservation;10.1007/s10841-019-00167-5;WoS;Troides aeacus;Lepidoptera;Papilionidae;protected, CITES, flagship species;0;LC;Mt gongga, China;Asia;subtropical;140;Flying;radio telemetry;anterior dorsal side of abdomen;dorsal;movement;10;natural field conditions;no;4 days;no;yes;1;yes;220;yes;20;yes;no;refer + reasoning;no;no;;
Traces of a Neonicotinoid Induce Precocious Foraging and Reduce Foraging Performance in Honey Bees;Collin et al;2019;Environmental Science & Technology;10.1021/acs.est.9b02452;WoS;Apis mellifera;Hymenoptera;Apidae;economically important;0;DD;sydney, Australia;Australia;subtropical;12.5;Flying;RFID;thorax;dorsal;pesticide effect;1180;apiary;workers;lifetime;no;no;NA;no;NA;no;NA;no;no;qualitative looking at direction of walking, some could not fly because of the glue on the wings;no;no;;
Radio-tracking reveals how wind and temperature influence the pace of daytime insect migration;Knight et al;2019;Biology Letters;10.1098/rsbl.2019.0327;WoS;Danaus plexippus, Anax junius;Lepidoptera, Odonata;Nymphalidae, Aeshnidae;migrating insects;0, 0;NE, LC;Canada and USA;North America;temperate;95, 76;Flying, Flying;radio telemetry;ventral abomen, ventral thorax;ventral, ventral;migration;43, 38;natural field conditions;insects weighing more than 0.45g;one month;not mentioned, but most likely no;yes;0.45, 0.45;yes;250, 250;yes;49, 49;yes;maybe, maybe;reasoning;no;yes;;
Strong Interspecific Differences in Foraging Activity Observed Between Honey Bees and Bumble Bees Using Miniaturized Radio Frequency Identification (RFID);Minahan and Brunet;2018;Frontiers in ecology and evolution;10.3389/fevo.2018.00156;WoS;Apis mellifera, Bombus impatiens;Hymenoptera, Hymenoptera;Apidae, Apidae;decline;0, 0;DD, LC;Madison, WI, USA;North America;Temperate;12.5, 12;Flying, Flying;RFID;thorax, thorax;dorsal;behaviour;70, 20;natural field conditions;foragers;3 months;not mentioned, but most likely no;no;NA, NA;no;NA, NA;no;NA, NA;no;NA, NA;NA;no;no;;
Characterizing and Simulating the Movement of Late-Instar Gypsy Moth (Lepidoptera: Erebidae) to Evaluate the Effectiveness of Regulatory Practices;Wittman et al;2019;Environmental Entomology;10.1093/ee/nvz025;WoS;Lymantria dispar;Lepidoptera;Erebidae;invasive;pest;NE;wisconsin, USA;North America;temperate;25;Digging larvae;portable harmonic radar;abdomen;NA;movement;274;field experiment;larvae;10h;yes;no;NA;yes;0.3;yes;0.1;yes;no;refer + reasoning;no;no;Refer to Riley et al. (1996), Capaldi et al. (2000), Brazee et al. (2005), Cant et al. (2005), Boiteau et al. (2010), Gui et al. (2011);
Harmonic radar tracking reveals random dispersal pattern of bumblebee (Bombus terrestris) queens after hibernation;Makinson et al ;2019;Scientific Reports;10.1038/s41598-019-40355-6;WoS;Bombus terrestris;Hymenoptera;Apidae;under pressure;0;LC;Rothamsted Research, Herfordshire, UK;Europe;Temperate;14;Flying;scanning harmonic radar;thorax;dorsal;dispersal;20;commercial nest in field;queens;5 days;no;yes;0.8;yes;15;yes;3;yes;no;qualitativiley looking at behaviour, reasoning + refer;no;no;;
Evaluating the efficacy of two insect detection methods with Riptortus pedestris (Hemiptera: Alydidae): portable harmonic radar system and fluorescent marking system;Kho et al;2019;Pest management science;10.1002/ps.5106;WoS;Riptortus pedestris;Hemiptera;Alydidae;pest, invasive;pest;NE;South Korea, Asia;Asia;Temperate;17;crawling + Flying;portable harmonic radar;pronotum;dorsal;comparing technique;60;lab arena;no;not clear;not mentioned;yes;0.041;yes;3;no;NA;yes;no;refer;no;no;;
A technique for individually identifying tarantulas using Passive Integrated Transponders;Reichling and Tabaka;2001;Journal of Arachnology;10.1636/0161-8202(2001)029[0117:ATFIIT]2.0.CO,2;WoS;Aphonopelma baergi, Brachypelma albopilosum, Grammostola pulchra;Araneae, Araneae, Araneae;Theraphosidae, Theraphosidae, Theraphosidae;not mentioned;0, 0, 0;NE, LC, NE;Memphis Zoo, USA;North America;Arid;43, 57, 64;crawling, crawling, crawling;RFID;internal;internal;testing techique;12;artificial nests in field;no;lifetime;no;no;NA, NA, NA;no;NA, NA, NA;no;NA, NA, NA;no;no, no, no;NA;no;no;;
An Innovative Harmonic Radar to Track Flying Insects: the Case of Vespa velutina;Maggiora et al;2019;Scientific Reports;10.1038/s41598-019-48511-8;WoS;Vespa velutina;Hymenoptera;Vespidae;invasive species;pest;NE;Liguria, Italy;Europe;Temperate;20;Flying;scanning harmonic radar;thorax;dorsal;development;89;natural field conditions;workers;1 day;not mentioned;no;NA;yes;15;no;NA;yes;no;discuss;no;no;;