Marine phytoplankton stoichiometry mediates nonlinear interactions between nutrient supply, temperature, and atmospheric CO2

Agriculture & Biology

• stoichiometry 100%
• phytoplankton 94%
• nutrients 53%
• oceans 47%
• carbon 44%
• temperature 36%
• environmental models 34%
• pumps 21%
• drawdown 16%
• carbon cycle 15%
• nutrient transport 14%
• environmental factors 14%
• nutrient utilization 13%
• tropics 10%
• climate change 9%
• ecosystems 8%
• phosphorus 8%

Earth & Environmental Sciences

• stoichiometry 98%
• phytoplankton 70%
• nutrient 58%
• carbon 33%
• temperature 33%
• biological pump 28%
• ocean 17%
• ocean circulation 10%
• biome 10%
• drawdown 10%
• carbon cycle 9%
• temperature change 9%
• upwelling 8%
• environmental factor 8%
• environmental conditions 7%
• phosphorus 7%
• water 6%
• climate change 5%
• need 5%