Multi-decadal time series of remotely sensed vegetation improves prediction of soil carbon in a subtropical grassland:

Agriculture & Biology

• soil carbon 100%
• time series analysis 94%
• soil organic carbon 94%
• grasslands 71%
• vegetation 61%
• prediction 56%
• carbon sinks 41%
• vegetation index 26%
• Landsat 19%
• calcium 13%
• soil mineralogy 12%
• ecosystems 10%
• pasture management 9%
• total organic carbon 8%
• land management 8%
• carbon sequestration 8%
• spatial variation 7%
• agroecosystems 7%
• soil fertility 6%
• leaf area 5%
• climate change 5%
• soil 3%

Earth & Environmental Sciences

• soil carbon 84%
• grassland 68%
• organic carbon 64%
• time series 57%
• vegetation 49%
• prediction 41%
• soil 32%
• carbon stock 22%
• vegetation index 20%
• calcium 15%
• Landsat 12%
• soil mineralogy 10%
• leaf area 8%
• ecosystem 8%
• agricultural ecosystem 7%
• climate change mitigation 7%
• soil fertility 7%
• land management 6%
• pasture 6%
• soil layer 6%
• carbon sequestration 6%
• soil surface 6%
• spatial variation 5%
• spatial resolution 5%
• productivity 4%