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Schematic representation of the parameterization of photoautotroph physiology employed in marine ecosystem models: (left) Monod- type, (center) Droop/Caperon-type with individual quota for each element, (right) schematic concept for a model of algal physiology that resolves key biochemical components of an algal cell. Image from Follows and Dutkiewicz, 2011

Schematic representation of the parameterization of photoautotroph physiology employed in marine ecosystem models: (left) Monod- type, (center) Droop/Caperon-type with individual quota for each element, (right) schematic concept for a model of algal physiology that resolves key biochemical components of an algal cell. Image from Follows and Dutkiewicz, 2011

Schematic representation of the parameterization of photoautotroph physiology employed in marine ecosystem models: (left) Monod- type, (center) Droop/Caperon-type with individual quota for each element, (right) schematic concept for a model of algal physiology that resolves key biochemical components of an algal cell. Image from Follows and Dutkiewicz, 2011