Reduced light increases herbivore production due to stoichiometric effects of light/nutrient balance

Agriculture & Biology

• nutrient balance 79%
• herbivores 52%
• shade 22%
• energy flow 16%
• solar energy 15%
• Calvin cycle 15%
• primary productivity 14%
• energy transfer 14%
• autotrophs 14%
• stoichiometry 13%
• mass transfer 13%
• food chain 13%
• zooplankton 13%
• food quality 12%
• nutrient uptake 12%
• nutrient content 10%
• lakes 10%
• phosphorus 9%
• carbon 8%
• nutrients 7%

Medicine & Life Sciences

• Herbivory 100%
• Nutrients 53%
• Light 43%
• Solar Energy 22%
• Zooplankton 22%
• Carbon Cycle 18%
• Food Quality 17%
• Food Chain 17%
• Energy Transfer 16%
• Lakes 15%
• Phosphorus 13%
• Carbon 12%
• Food 8%

Earth & Environmental Sciences

• nutrient balance 88%
• shading 28%
• carbon fixation 15%
• food quality 15%
• nutrient uptake 15%
• nutrient content 14%
• effect 14%
• energy flow 14%
• decoupling 13%
• stoichiometry 13%
• solar energy 13%
• food chain 12%
• primary production 11%
• zooplankton 11%
• field experiment 11%
• mass transfer 10%
• phosphorus 8%
• food 8%
• nutrient 8%
• lake 7%
• carbon 7%
• energy 6%