Recovery of plant diversity following N cessation: Effects of recruitment, litter, and elevated N cycling

Agriculture & Biology

• species recruitment 61%
• species diversity 53%
• species richness 44%
• prairies 38%
• seeds 36%
• plant communities 32%
• grasslands 29%
• fire suppression 26%
• atmospheric deposition 25%
• carbon 22%
• seedlings 21%
• biomass 21%
• nitrogen 20%
• organic carbon 18%
• habitat fragmentation 18%
• soil 17%
• mineralization 17%
• duration 10%
• monitoring 10%

Medicine & Life Sciences

• Grassland 100%
• Seeds 70%
• Carbon 51%
• Biomass 42%
• Soil 37%
• Nitrogen 33%
• Burial 25%
• Light 24%
• Ecosystem 19%

Earth & Environmental Sciences

• litter 64%
• seed 34%
• light availability 25%
• species richness 25%
• prairie 20%
• removal 20%
• seedling 20%
• plant community 18%
• grassland 16%
• effect 16%
• biomass 11%
• nitrogen 11%
• habitat fragmentation 11%
• carbon 11%
• atmospheric deposition 10%
• inhibitor 9%
• colonization 9%
• plant species 8%
• soil 8%
• organic carbon 7%
• mineralization 7%
• loss 5%
• monitoring 5%
• experiment 3%
• rate 3%