Add to ORKGThe effect of light intensity on the quantities of chlorophyll and carotenoid pigments in a natural marine diatom community has been observed. Marked daily fluctuations in the quantities of these pigments, which showed highest concentrations around mid-day and at night, resulted from changes in quantities within the cells. Rates of synthesis and decomposition throughout the day have been computed. Highest cellular concentrations of chlorophyll and carotenoid pigments corresponded to optimal light intensities for photosynthesis...
The marine plankton diatom, Skeletonema costatum, was isolated from local waters and cultured in enr...
Information on the intracellular content and functional diversity of phytoplankton pigments can prov...
Using solar energy as a source of illumination, photosynthesis in 11 species of marine plankton alga...
Rates of degradation of phytoplankton chlorophylls and carotenoids under visible light exposure were...
The r elationship of photosynthesis to light intensity is examined, using phytoplankton cultured in ...
Qualitative and quantitative studies of pigments in marine sediments, using chromatographic and spec...
The spectra of chlorophyll c, beta carotene, neofucoxanthin A, neofucoxanthin B, fucoxanthin, diadin...
A new empirical equation is introduced that describes the photosynthesis by phytoplankton as a singl...
The horizontal distribution of phytoplankton in western Narragansett Bay at the height of the 1978 w...
Spectral distributions of ambient underwater sunlight in Oyster Bay, Falmouth Harbor, Jamaica, West ...
Spring changes in abundance of plankton pigments (Jan.-May, 1953) in Hood Canal, a deep estuary on t...
Photosynthetic rates were measured under constant conditions over a 24 hour period for cultures of S...
Phytoplankton pigments constitute many more compounds than chlorophyll a that can be applied to stud...
A daily cycle of fluorescence in vivo was strikingly apparent in surface waters of the central equat...
Photoacclimation in marine phytoplankton is manifested through changes in pigment composition and ha...
The marine plankton diatom, Skeletonema costatum, was isolated from local waters and cultured in enr...
Information on the intracellular content and functional diversity of phytoplankton pigments can prov...
Using solar energy as a source of illumination, photosynthesis in 11 species of marine plankton alga...
Rates of degradation of phytoplankton chlorophylls and carotenoids under visible light exposure were...
The r elationship of photosynthesis to light intensity is examined, using phytoplankton cultured in ...
Qualitative and quantitative studies of pigments in marine sediments, using chromatographic and spec...
The spectra of chlorophyll c, beta carotene, neofucoxanthin A, neofucoxanthin B, fucoxanthin, diadin...
A new empirical equation is introduced that describes the photosynthesis by phytoplankton as a singl...
The horizontal distribution of phytoplankton in western Narragansett Bay at the height of the 1978 w...
Spectral distributions of ambient underwater sunlight in Oyster Bay, Falmouth Harbor, Jamaica, West ...
Spring changes in abundance of plankton pigments (Jan.-May, 1953) in Hood Canal, a deep estuary on t...
Photosynthetic rates were measured under constant conditions over a 24 hour period for cultures of S...
Phytoplankton pigments constitute many more compounds than chlorophyll a that can be applied to stud...
A daily cycle of fluorescence in vivo was strikingly apparent in surface waters of the central equat...
Photoacclimation in marine phytoplankton is manifested through changes in pigment composition and ha...
The marine plankton diatom, Skeletonema costatum, was isolated from local waters and cultured in enr...
Information on the intracellular content and functional diversity of phytoplankton pigments can prov...
Using solar energy as a source of illumination, photosynthesis in 11 species of marine plankton alga...