Results for the atmospheric correction of an L8/OLI image (Taihu Lake, China, October 26, 2014) using the M6SV algorithm, for which (a) Rrs(483), (b) Rrs(561), (c) Rrs(655), and (d) Rrs(865) nm, the VR-SWIR-F algorithm, for which (e) Rrs(483), (f) Rrs(561), (g) Rrs(655), and (h) Rrs(865) nm, and the SD-SWIR algorithm, for which (i) Rrs(483), (j) Rrs(561), (k) Rrs(655), and (l) Rrs(865) nm.</p
The accurate retrieval of marine reflectance from remotely sensed data depends on the effective remo...
The main challenge that one has to face during the atmospheric correction (AC) of productive inland ...
CHRIS (Compact High Resolution Imaging Spectrometer) is an exploring hyperspectral remote sensor, ca...
L8/OLI Rrsderived using the (a) M6SV, (b) VR-SWIR-F, and (c) SD-SWIR models plotted against in situ ...
Rrs(λ) density-sliced scatterplots at wavelengths of (a) 483, (b) 561, (c) 655, and (d) 865 nm. The ...
The OLI (Operational Land Imager) sensor on Landsat-8 has the potential to meet the requirements of ...
During the atmospheric correction of remote sensing data in inland waters, the original Second Simul...
The importance of atmospheric correction is pronounced for retrieving physical parameters in aquatic...
(a-c) Examples of validation comparisons between model-derived Rrsand in situ measurements from Taih...
A common approach to the pixel-by-pixel atmospheric correction of satellite water colour imagery is ...
The European Space Agency (ESA) developed the Sentinel-2 Multispectral Imager (MSI), which offers a ...
AbstractMonitoring of water quality by satellite ocean colour data requires high quality atmospheric...
We evaluated unified algorithms for remote sensing of chlorophyll-a (Chla) and turbidity in eutrophi...
International audienceWater pixel extraction and correction of the atmospheric signal represent prer...
Atmospheric correction (AC) is the basis for quantitative water remote sensing, and adjacency effect...
The accurate retrieval of marine reflectance from remotely sensed data depends on the effective remo...
The main challenge that one has to face during the atmospheric correction (AC) of productive inland ...
CHRIS (Compact High Resolution Imaging Spectrometer) is an exploring hyperspectral remote sensor, ca...
L8/OLI Rrsderived using the (a) M6SV, (b) VR-SWIR-F, and (c) SD-SWIR models plotted against in situ ...
Rrs(λ) density-sliced scatterplots at wavelengths of (a) 483, (b) 561, (c) 655, and (d) 865 nm. The ...
The OLI (Operational Land Imager) sensor on Landsat-8 has the potential to meet the requirements of ...
During the atmospheric correction of remote sensing data in inland waters, the original Second Simul...
The importance of atmospheric correction is pronounced for retrieving physical parameters in aquatic...
(a-c) Examples of validation comparisons between model-derived Rrsand in situ measurements from Taih...
A common approach to the pixel-by-pixel atmospheric correction of satellite water colour imagery is ...
The European Space Agency (ESA) developed the Sentinel-2 Multispectral Imager (MSI), which offers a ...
AbstractMonitoring of water quality by satellite ocean colour data requires high quality atmospheric...
We evaluated unified algorithms for remote sensing of chlorophyll-a (Chla) and turbidity in eutrophi...
International audienceWater pixel extraction and correction of the atmospheric signal represent prer...
Atmospheric correction (AC) is the basis for quantitative water remote sensing, and adjacency effect...
The accurate retrieval of marine reflectance from remotely sensed data depends on the effective remo...
The main challenge that one has to face during the atmospheric correction (AC) of productive inland ...
CHRIS (Compact High Resolution Imaging Spectrometer) is an exploring hyperspectral remote sensor, ca...