Isotopic fractionation of carbon in the coccolithophorid Emiliania huxleyi

Agriculture & Biology

• Emiliania huxleyi 100%
• isotope fractionation 95%
• carbon 44%
• temperature 27%
• light intensity 24%
• inorganic carbon 17%
• empirical models 17%
• carbon sinks 16%
• partial pressure 16%
• concentrating 15%
• phytoplankton 14%
• photons 13%
• organic matter 12%
• environmental factors 8%
• nutrients 8%
• cells 4%

Earth & Environmental Sciences

• isotopic fractionation 80%
• carbon 38%
• irradiance 26%
• temperature 25%
• photon flux density 20%
• inorganic carbon 15%
• light intensity 15%
• partial pressure 14%
• firm 13%
• low pressure 12%
• algal bloom 11%
• phytoplankton 10%
• environmental conditions 10%
• organic matter 8%
• nutrient 8%
• cell 8%
• effect 3%