Primary production and rain use efficiency across a precipitation gradient on the Mongolia plateau

Agriculture & Biology

• Mongolia 83%
• primary productivity 76%
• water use efficiency 61%
• net primary productivity 60%
• plateaus 58%
• rain 50%
• ecosystems 34%
• steppes 31%
• China 17%
• climate change 15%
• terrestrial ecosystems 11%
• biotic factors 10%
• grasslands 8%
• species richness 7%
• nitrogen 5%
• soil 4%

Medicine & Life Sciences

• Mongolia 100%
• Rain 91%
• Ecosystem 61%
• Grassland 53%
• Climate Change 25%
• China 22%
• Change Management 13%
• Practice Management 11%
• Soil 10%
• Nitrogen 9%
• Datasets 7%

Earth & Environmental Sciences

• primary production 60%
• net primary production 55%
• rain 50%
• plateau 48%
• steppe 28%
• ecosystem 27%
• biotic factor 11%
• resource availability 10%
• climate change 10%
• world 10%
• ecological impact 10%
• terrestrial ecosystem 9%
• functional group 8%
• relative abundance 8%
• management practice 8%
• plant species 8%
• global climate 8%
• species richness 7%
• grassland 7%
• nitrogen 5%
• soil 3%