#ParticulateOrganicCarbon - Qoto Mastodon

Greg Cocks @GregCocks@techhub.social

Dominant Edaphic Controls On Particulate Organic Carbon In Global Soils
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https://doi.org/10.1111/gcb.17619 <-- shared paper
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#GIS #spatial #mapping #spatialanalysis #soil #global #soilcarbon #climatechange #particulateorganiccarbon #POC #organiccarbon #empirical #model #modeling #machinelearning #AI #profile #biomes #ecosystems #grassland #pasture #shrubland #forest #boreal #arctic #savannas #sampling

map and charts - Geographic, edaphic, and climatic information of sites used in this study. (a) Geographic distribution, (b) soil texture, and (c) climate of the data points. Black polygons depict Whittaker's biomes (Whittaker 1975) according to mean annual temperature (MAT;°C) and mean annual precipitation (MAP; mm year−1) values, following: (1) tropical rainforest, (2) tropical seasonal rainforest/savanna, (3) subtropical desert, (4) temperate rainforest, (5) temperate seasonal forest, (6) woodland/shrubland, (7) temperate grassland/desert, (8) boreal forest, and (9) tundra.

charts - Vertical distribution of soil particulate organic carbon (POC) in major biomes (a, temperate coniferous forest; b, temperate broadleaf forest; c, tropical forest; d, grassland; e, shrubland; f, pasture; g, tundra; h, savanna; i, peatland; j, paddy; and k, cropland). Different colors represent the subsets of data points, and each subset contains data points from at least three soil depths. The β value with standard error is displayed for each biome.

photo - boreal forest

Jan 02, 2025, 21:55 · · 0 · 0