The influence of time, soil characteristics, and land-use history on soil phosphorus legacies: A global meta-analysis

Agriculture & Biology

• meta-analysis 100%
• land use 85%
• history 67%
• phosphorus 64%
• soil 44%
• agriculture 27%
• ecosystems 14%
• soil nutrient dynamics 10%
• ecosystem management 9%
• cropland 7%
• land use change 7%
• clay 5%
• grasslands 5%
• pastures 5%
• climate 4%
• forage 4%
• vegetation 4%
• duration 4%

Earth & Environmental Sciences

• meta-analysis 97%
• phosphorus 63%
• land use 58%
• history 49%
• soil 37%
• agriculture 26%
• regional pattern 7%
• ecosystem structure 7%
• ecosystem 7%
• ecosystem management 7%
• forage 6%
• soil nutrient 6%
• ecosystem function 6%
• pasture 6%
• land use change 5%
• grassland 5%
• agricultural land 4%
• vegetation 3%
• world 3%
• effect 2%

Chemical Compounds

• Soil 74%
• Phosphorus(.) 73%
• Time 31%
• Ecosystem 27%
• Nutrient 6%
• Reduction 5%
• pH Value 2%