The photosynthesis‐irradiance response (PE) curve, in which mass‐specific photosynthetic
rates are plotted versus irradiance, is commonly used to characterize photoacclimation. The …

Phytoplankton physiology is dynamic and highly responsive to the environment.
Phytoplankton acclimate to changing environmental conditions by a complex reallocation of …

Aquatic Photosynthesis is a comprehensive guide to understanding the evolution and
ecology of photosynthesis in aquatic environments. This second edition, thoroughly revised …

Abstract Changes in iron supply to oceanic plankton are thought to have a significant effect
on concentrations of atmospheric carbon dioxide by altering rates of carbon sequestration, a …

An understanding of photosynthesis is fundamental for microalgal biotechnology. The
process of photosynthesis can be expressed as a light‐driven redox reaction in which …

Phytoplankton photosynthesis links global ocean biology and climate-driven fluctuations in
the physical environment. These interactions are largely expressed through changes in …

Diatoms are a key taxon of eukaryotic phytoplankton and a major contributor to global
carbon fixation. They are ubiquitous in the marine ecosystem despite marked gradients in …

Iron is essential for all life, but it is particularly important to photoautotrophs because of the
many iron-dependent electron transport components in photosynthetic membranes. Since …

Marine phytoplankton show complex community structures and biogeographic distributions,
the net results of physiological and ecological trade‐offs of species responses to fluctuating …

In zooxanthellate corals, excess excitation energy can be dissipated as heat
(nonphotochemical quenching), thereby providing protection against oxidative damage by …