The color of sunlight reflected from the ocean to orbiting visible radiometers hasprovided a great deal of information about the global ocean, after suitable corrections aremade for atmospheric effects. Similar ocean-color measurements can be made from a lowflyingaircraft to get higher spatial resolution and to obtain measurements under clouds.A different set of corrections is required in this case, and we describe algorithms to correctfor clouds and sea-surface effects. An example is presented and errors in the correctionsdiscussed
Various subtle but important digitization round-off and noise errors are found in SeaWiFS imagery. T...
Various subtle but important digitization round-off and noise errors are found in SeaWiFS imagery. T...
The sensitivity of ocean color products to variations in vicarious calibration gains at Top of Atmos...
Retrieval of water properties from satellite-borne imagers viewing oceans and coastal areas in the v...
A series of aircraft flights has been initiated to measure the spectral reflectance of ocean waters ...
In ocean-color remote sensing, approximately 90% of the flux at the sensor originates from atmospher...
An airborne instrument for determining ocean color and measurements made with the instrument are dis...
International audienceto associate uncertainties, are expected to become the new standard in the fut...
In this study, a new atmospheric correction algorithm capable of simultaneously retrieving aerosol a...
International audienceAirborne plumes of desert dust from North Africa are observable all year on sa...
International audienceAirborne plumes of desert dust from North Africa are observable all year on sa...
International audienceAirborne plumes of desert dust from North Africa are observable all year on sa...
The Ocean Color Monitor (OCM) provides radiance measurements in eight visible and near-infrared band...
The ability to conduct in-flight, absolute radiometric calibrations of ocean color sensors will dete...
The use of satellites to monitor the color of the ocean requires effective removal of the atmospheri...
Various subtle but important digitization round-off and noise errors are found in SeaWiFS imagery. T...
Various subtle but important digitization round-off and noise errors are found in SeaWiFS imagery. T...
The sensitivity of ocean color products to variations in vicarious calibration gains at Top of Atmos...
Retrieval of water properties from satellite-borne imagers viewing oceans and coastal areas in the v...
A series of aircraft flights has been initiated to measure the spectral reflectance of ocean waters ...
In ocean-color remote sensing, approximately 90% of the flux at the sensor originates from atmospher...
An airborne instrument for determining ocean color and measurements made with the instrument are dis...
International audienceto associate uncertainties, are expected to become the new standard in the fut...
In this study, a new atmospheric correction algorithm capable of simultaneously retrieving aerosol a...
International audienceAirborne plumes of desert dust from North Africa are observable all year on sa...
International audienceAirborne plumes of desert dust from North Africa are observable all year on sa...
International audienceAirborne plumes of desert dust from North Africa are observable all year on sa...
The Ocean Color Monitor (OCM) provides radiance measurements in eight visible and near-infrared band...
The ability to conduct in-flight, absolute radiometric calibrations of ocean color sensors will dete...
The use of satellites to monitor the color of the ocean requires effective removal of the atmospheri...
Various subtle but important digitization round-off and noise errors are found in SeaWiFS imagery. T...
Various subtle but important digitization round-off and noise errors are found in SeaWiFS imagery. T...
The sensitivity of ocean color products to variations in vicarious calibration gains at Top of Atmos...