Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (Water’s Western Treatment Plant)
Bottom-of-atmosphere reflectance for the DESIS hyperspectral sensor (Water’s Western Treatment Plant) – Standard products
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (Water’s Western Treatment Plant)
Bottom-of-atmosphere reflectance for the DESIS hyperspectral sensor (Water’s Western Treatment Plant) – Standard products
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (William H Harsha Lake)
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (William H Harsha Lake)
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (Lake Hume) -fsr
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (Lake Hume) -fsr
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (Mulargia reservoir)
Radiance to the Top of the Atmosphere for the DESIS hyperspectral sensor (Mulargia reservoir)
Radiance to the Top of the Atmosphere for the PRISMA hyperspectral sensor (Lake Hume)
Radiance to the Top of the Atmosphere for the PRISMA hyperspectral sensor (Lake Hume)
Radiance to the Top of the Atmosphere for the PRISMA hyperspectral sensor (Mulargia reservoir)
Radiance to the Top of the Atmosphere for the PRISMA hyperspectral sensor (Mulargia reservoir)
Radiance to the Top of the Atmosphere for the PRISMA hyperspectral sensor (William H Harsha lake)
Radiance to the Top of the Atmosphere for the PRISMA hyperspectral sensor (William H Harsha lake)
Re-forecasts of chlorophyll-a concentrations for Lake Hume using Random Forests
Re-forecasts of chlorophyll-a concentrations for Mulargia reservoir using Random Forests
Re-forecasts of chlorophyll-a concentrations for Mulargia reservoir using Random Forests
Re-forecasts of chlorophyll-a concentrations for Mulargia reservoir using Random Forests