Consumption explains intraspecific variation in nutrient recycling stoichiometry in a desert fish

Earth & Environmental Sciences

• intraspecific variation 100%
• stoichiometry 80%
• desert 60%
• predation 58%
• recycling 56%
• consumption 51%
• nutrient 47%
• excretion 44%
• fish 44%
• rate 13%
• nutrient limitation 13%
• habitat 12%
• food consumption 12%
• temperature 11%
• thermal spring 11%
• prediction 10%
• aquatic ecosystem 10%
• primary production 9%
• diet 9%
• phosphorus 7%
• runoff 7%
• measuring 7%
• nitrogen 6%
• laboratory 5%
• basin 5%
• experiment 4%
• effect 2%

Agriculture & Biology

• stoichiometry 81%
• intraspecific variation 75%
• deserts 69%
• recycling 69%
• predation 44%
• nutrients 43%
• fish 41%
• excretion 29%
• Gambusia 12%
• prediction 12%
• hot springs 11%
• aquatic habitat 11%
• temperature 11%
• primary productivity 10%
• aquatic ecosystems 10%
• runoff 10%
• coolers 10%
• food consumption 9%
• basins 8%
• Mexico 7%
• phosphorus 6%
• nitrogen 5%
• habitats 5%
• diet 4%

Medicine & Life Sciences

• Fishes 67%
• Nutrients 62%
• Ecosystem 30%
• Pressure 23%
• Temperature 19%
• Cyprinodontiformes 15%
• Hot Springs 14%
• Recycling 10%
• Mexico 9%
• Phosphorus 9%
• Nitrogen 9%
• Hot Temperature 7%
• Food 6%
• Diet 6%
• Population 3%