Historic grazing enhances root‑foraging plasticity rather than nitrogen absorbability in clonal offspring of Leymus chinensis

Agriculture & Biology

• assimilation (physiology) 8%
• biotic stress 8%
• carbon dioxide fixation 9%
• ecosystems 6%
• foraging 13%
• grasslands 15%
• grazing 57%
• greenhouse experimentation 9%
• herbivores 7%
• history 6%
• land use 8%
• Leymus chinensis 100%
• long term effects 8%
• metabolism 5%
• methodology 2%
• nitrogen 40%
• nutrient uptake 8%
• nutrients 5%
• overgrazing 34%
• plant growth 6%
• plasticity 62%
• resorption 9%
• testing 3%
• uptake mechanisms 5%
• vegetative propagation 10%

Earth & Environmental Sciences

• assimilation 17%
• carbon 5%
• clonal organism 16%
• ecosystem 5%
• effect 16%
• experiment 3%
• exposure 5%
• field experiment 8%
• grassland 16%
• grazing 61%
• herbivore 10%
• history 5%
• land use 6%
• metabolism 8%
• method 2%
• nitrogen 41%
• nutrient 6%
• nutrient uptake 12%
• overgrazing 37%
• perennial plant 14%
• plasticity 66%
• resorption 12%
• test 3%
• tolerance 8%
• vegetative propagation 16%