The combination of a series of Earth - observing satellite sensors, including the most recent Visible Infrared Imaging Radiometer Suite (VIIRS) and Sentinel - 3, could enable the production of a near - daily record of global
ocean color measurements now spanning nearly 2 decades.
Not exact matches
The loss of satellite - based «
ocean color»
measurements would be a blow to climate science, because phytoplankton — tiny
ocean plants — help regulate the global carbon cycle.
«By analyzing the scattering signals that we got from satellite
measurements of the
ocean's
color, we were able to develop techniques to calculate how much of the biomass occurs in very large or very small particles.»
Bio-optical sensors would supplement satellite observations of the
ocean's
color by providing
measurements of chlorophyll, light, and light scattering deep into the
ocean interior throughout the year, in cloud - and ice - covered areas, or during the dark of polar winter.
Such field
measurements are sparse, however, and the record of remotely sensed
ocean color observations — the chief source of global biogeochemical data today — is limited to the sea surface and does not include a number of key variables.