The ocean colour sensor SeaWiFS, launched in August 1997, has been a great boon to those researching large-scale oceanic biological productivity. The sensor can detect variations in the colour of the water due to the presence of chlorophyll in phytoplankton, which essentially changes the water colour from blue to green. SeaWiFS has provided measurements of chlorophyll concentration over nearly all the world’s oceans, and because of their association with fronts, eddies and regions of upwelling, these records of phytoplankton abundance reveal much about physical processes occurring within the ocean
Recent investigations of the upwelling area along the NW Coast of Africa which include studies with ...
International audiencePhotosynthetic production of organic matter by microscopic oceanic phytoplankt...
The late austral summer (February-April) phytoplankton bloom that occurs east of Madagascar exhibits...
The ocean colour sensor SeaWiFS, launched in August 1997, has been a great boon to those researching...
The 70% of the earth’s surface is covered by the ocean and the life inhabiting the oceans play an i...
Phytoplankton blooms are ecological hotspots in the ocean, and are fundamental to the biogeochemical...
Surface ocean phytoplankton biomass variability on the southern African continental shelf area is in...
A study of phytoplankton in a cyclonic eddy was undertaken in the Mozambique Basin between Madagasca...
The effective application of future ocean colour data for southern African waters requires an in-dep...
International audienceOcean color measurements have been intensively used to estimate chlorophyll-a ...
Phytoplankton size classes were derived from weekly-averaged MODIS Aqua chlorophyll a data over the ...
Marine primary productivity is an important agent in the global cycling of carbon dioxide, a major '...
Recent investigations of the upwelling area along the NW Coast of Africa which include studies with ...
International audiencePhotosynthetic production of organic matter by microscopic oceanic phytoplankt...
The late austral summer (February-April) phytoplankton bloom that occurs east of Madagascar exhibits...
The ocean colour sensor SeaWiFS, launched in August 1997, has been a great boon to those researching...
The 70% of the earth’s surface is covered by the ocean and the life inhabiting the oceans play an i...
Phytoplankton blooms are ecological hotspots in the ocean, and are fundamental to the biogeochemical...
Surface ocean phytoplankton biomass variability on the southern African continental shelf area is in...
A study of phytoplankton in a cyclonic eddy was undertaken in the Mozambique Basin between Madagasca...
The effective application of future ocean colour data for southern African waters requires an in-dep...
International audienceOcean color measurements have been intensively used to estimate chlorophyll-a ...
Phytoplankton size classes were derived from weekly-averaged MODIS Aqua chlorophyll a data over the ...
Marine primary productivity is an important agent in the global cycling of carbon dioxide, a major '...
Recent investigations of the upwelling area along the NW Coast of Africa which include studies with ...
International audiencePhotosynthetic production of organic matter by microscopic oceanic phytoplankt...
The late austral summer (February-April) phytoplankton bloom that occurs east of Madagascar exhibits...