Un-supervised hyperspectral remote-sensing reflectance data (<15 km from the shore) were collected from a moving research vessel. Twodifferent processing methods were compared. The results were similar to concurrent Aqua-MODIS and Suomi-NPP-VIIRS satellite data
Present limitations on using satellite imagery to derive accurate chlorophyll concentrations and phy...
Inter-comparison of data products from simultaneous measurements performed with independent systems ...
A three-component reflectance model (3C) is applied to above-water radiometric measurements to deriv...
Un-supervised hyperspectral remote-sensing reflectance data (<15 km from the shore) were collecte...
The detectability of adjacency effects (AE) in ocean color remote sensing by SeaWiFS, MODIS-A, MERIS...
Several new satellites such as Sentinel-2, Sentinel-3 and the hyperspectral satellites EnMAP and PRI...
With its relatively high spatial resolution coupled with a revisit time of 5 days Sentinel-2 offers ...
A methodology has been developed and applied to accurately quantify and analyze adjacency effects in...
Satellite remote sensing data have been used for water quality mapping, but accurate water reflectan...
Biases induced by land perturbations in satellite-derived water-leaving radiance are theoretically e...
Validation of satellite-derived aquatic reflectance involves relating meter-scale in situ observatio...
Sky reflectance Rsky(l) is used to correct in situ reflectance measurements in the remote detection ...
A methodology to quantify the adjacency effects in remotely sensed data from coastal waters is prese...
AbstractHyperspectral remote-sensing reflectance (Rrs) from above-surface (ir)radiance measurements ...
Optical properties of oceanic waters have provided an important tool for observing large scale fluct...
Present limitations on using satellite imagery to derive accurate chlorophyll concentrations and phy...
Inter-comparison of data products from simultaneous measurements performed with independent systems ...
A three-component reflectance model (3C) is applied to above-water radiometric measurements to deriv...
Un-supervised hyperspectral remote-sensing reflectance data (<15 km from the shore) were collecte...
The detectability of adjacency effects (AE) in ocean color remote sensing by SeaWiFS, MODIS-A, MERIS...
Several new satellites such as Sentinel-2, Sentinel-3 and the hyperspectral satellites EnMAP and PRI...
With its relatively high spatial resolution coupled with a revisit time of 5 days Sentinel-2 offers ...
A methodology has been developed and applied to accurately quantify and analyze adjacency effects in...
Satellite remote sensing data have been used for water quality mapping, but accurate water reflectan...
Biases induced by land perturbations in satellite-derived water-leaving radiance are theoretically e...
Validation of satellite-derived aquatic reflectance involves relating meter-scale in situ observatio...
Sky reflectance Rsky(l) is used to correct in situ reflectance measurements in the remote detection ...
A methodology to quantify the adjacency effects in remotely sensed data from coastal waters is prese...
AbstractHyperspectral remote-sensing reflectance (Rrs) from above-surface (ir)radiance measurements ...
Optical properties of oceanic waters have provided an important tool for observing large scale fluct...
Present limitations on using satellite imagery to derive accurate chlorophyll concentrations and phy...
Inter-comparison of data products from simultaneous measurements performed with independent systems ...
A three-component reflectance model (3C) is applied to above-water radiometric measurements to deriv...