The Response of Soil Nematode Community to Nitrogen, Water, and Grazing History in the Inner Mongolian Steppe, China

Agriculture & Biology

• soil nematodes 100%
• grazing 62%
• history 58%
• Nematoda 49%
• China 48%
• nitrogen 44%
• plant parasitic nematodes 43%
• bacterivores 39%
• total nitrogen 38%
• omnivores 31%
• water 31%
• parasites 26%
• carbon 24%
• grasslands 22%
• soil water 21%
• soil 19%
• predators 18%
• free-living nematodes 16%
• soil degradation 16%
• carbon nitrogen ratio 13%
• soil properties 12%
• irrigation 9%
• environmental factors 8%
• nutrients 7%

Earth & Environmental Sciences

• nematode 85%
• steppe 79%
• grazing 66%
• nitrogen 45%
• history 42%
• parasitic plant 34%
• soil 32%
• water 23%
• parasite 20%
• index 14%
• predator 11%
• carbon 11%
• grassland 11%
• soil degradation 8%
• abiotic factor 7%
• water availability 7%
• limiting factor 7%
• community composition 6%
• soil property 6%
• soil moisture 5%
• soil water 5%
• irrigation 5%
• productivity 4%
• nutrient 4%
• indicator 4%
• effect 3%
• experiment 2%
• analysis 1%

Chemical Compounds

• Soil 64%
• Nitrogen 45%
• Irrigation 14%
• Carbon Atom 13%
• Nutrient 10%
• Indicator 8%
• Amount 4%
• Application 2%