Root herbivory controls the effects of water availability on the partitioning between above- and below-ground grass biomass

Agriculture & Biology

• herbivores 71%
• grasses 61%
• dry matter partitioning 56%
• Nematoda 52%
• biomass 51%
• Bouteloua gracilis 51%
• grasslands 43%
• belowground biomass 41%
• water 34%
• plant response 29%
• shortgrass prairies 28%
• drought 26%
• ecosystems 25%
• net primary productivity 21%
• trophic relationships 20%
• primary productivity 19%
• steppes 19%
• groundwater 18%
• phytomass 16%
• water uptake 15%
• prediction 11%
• carbon 10%
• soil 8%

Earth & Environmental Sciences

• water availability 85%
• grass 71%
• partitioning 70%
• biomass 50%
• nematode 46%
• biomass allocation 42%
• allocation 27%
• belowground biomass 27%
• productivity 21%
• effect 19%
• grassland 17%
• drought 16%
• trophic interaction 12%
• grassland ecosystem 12%
• water uptake 12%
• prairie 11%
• microcosm 10%
• steppe 10%
• relative abundance 9%
• ecosystem 6%
• carbon 5%
• prediction 5%
• soil 4%
• water 3%