Coccolithophores are major contributors to phytoplankton communities and ocean
biogeochemistry and are strong modulators of the optical field in the sea. New discoveries …

Evidence is compiled to demonstrate a redox scale within Earth's photosynthesisers that
correlates the specificity of their RuBisCO with organismal metabolic tolerance to anoxia …

Despite the enormous ecological importance of marine phytoplankton, surprisingly little is
known about how new phytoplankton species originate and evolve in the open ocean, in the …

Calcite microfossils are widely used to study climate and oceanography in Earth's geological
past. Coccoliths, readily preserved calcite plates produced by a group of single-celled …

Coccolithophores of the Noëlaerhabdaceae family are covered by imbricated coccoliths,
each composed of multiple calcite crystals radially distributed around the periphery of a grid …

The coccolithophore family Noëlaerhabdaceae contains a number of taxa that are very
abundant in modern oceans, including the cosmopolitan bloom-forming Emiliania huxleyi …

We have performed morphological and crystallographic studies of Braarudosphaera
bigelowii using various light and electron microscopy techniques. A study by light …

Coccolithophores contribute substantially to marine primary production as well as to
particulate inorganic carbon (PIC) flux to the deep sea; however, there is no literature …

The pyrenoid is an evolutionary adaptation that enables algae to fix inorganic carbon more
efficiently in CO 2-limited environments. The genesis of this contemporary definition is nearly …

Coccolithophores are marine phytoplankton that produce calcite mineral scales called
coccoliths. Many stages in the synthesis of these structures are still unresolved, making it …