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FILE NAME = gustafsson_etal_env_data.csv,
"Location: Around ""WGS84: 59.887306, 16.142245""",
Biome: boreal,
Sampling date: 2016,
Sampling design: burn severity gradient on burned clearcuts,
"Sampling method: soil cores, 12 merged cores per plot (diameter = 6cm, depth = 5cm)",
Paper: Gustafsson et al. Burn severity and soil chemistry are weak drivers of early vegetation succession following a boreal mega-fire in a production forest landscape. Journal of Vegetation Science,
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Column name,Description
plot_id,Id number of the plot. Matches plant data from the same study.
y_sweref99tm,"Latitude, EPSG:3006 "
x_sweref99tm,"Longitude, EPSG:3006 "
distance_m,Distance to fire perimeter in meters
standarea_ha,Area of the stand where the sample was taken.
area_name,Name of the area (used by the researchers)
pH,Soil pH
soil_content_perc ,"Dry soil content of the sample, percent"
soil_mass_kg_per_m2,"Dry soil mass, kg m-2"
P_mg_per_100g,"Soil phosphorus concentration, mg per 100g (dry weight)"
P_g_per_m2,"Soil phosphorus mass, g m-2"
KNaCaMg_meq_per_100g,K+Na+Ca+Mg: milliequivalents per 100g
KNaCaMg_eq_per_m2,K+Na+Ca+Mg: equivalents m-2
N-NH4_mg_per_kg,"soil ammonium nitrogen concentration, mg kg-1 (dry weight)"
N-NO3_mg_per_kg,"soil nitrate nitrogen concentration, mg kg-1 (dry weight)"
N-NO3_mg_per_m2,"soil nitrate nitrogen mass, mg m-2"
inorg_N_mg_per_kg,"inorganic soil nitrogen concentration, mg kg-1 (dry weight)"
inorg_N_mg_per_m2,"inorganic soil nitrogen mass, mg m-2"
Total-C_perc,Total soil carbon in percent
Total-N_perc,Total soil nitrogen in percent
C/N,Carbon:nitrogen quotient