TGLO/TABS WMS Server

Datasets:

Dataset	Godiva2 links	Test GetMap: image/jpeg	Test GetMap: image/png	Test GetMap: application/vnd.google-earth.kmz	Test GetMap: image/gif	FeatureInfo
SEADAS SST WMS 1.3.0 WMS 1.1.1 Edit variables (requires login)	sea_surface_temperature cloud_mask Level-2 Processing Flags	sea_surface_temperature cloud_mask Level-2 Processing Flags	sea_surface_temperature cloud_mask Level-2 Processing Flags	sea_surface_temperature cloud_mask Level-2 Processing Flags	sea_surface_temperature cloud_mask Level-2 Processing Flags	sea_surface_temperature cloud_mask Level-2 Processing Flags
SEADAS WMS 1.3.0 WMS 1.1.1 Edit variables (requires login)	zenith_angle Normalized water-leaving radiance at 443 nm Absorption due to phytoplankton at 443 nm, QAA algorithm Fluorescence Line Height Diffuse attenuation coefficient at 490 nm (OBPG) Chlorophyll Concentration, Carder model Normalized water-leaving radiance at 531 nm Normalized water-leaving radiance at 412 nm Aerosol optical thickness at 551 nm Normalized water-leaving radiance at 488 nm Aerosol optical thickness at 869 nm Diffuse Attenuation Coefficient at 488 nm, Lee Algorithm Level-2 Processing Flags Chlorophyll Concentration, OC3 Algorithm Normalized water-leaving radiance at 869 nm Absorption due to gelbstof and detrital material at 443 nm, Carder algorithm Normalized water-leaving radiance at 748 nm Absorption due to gelbstof and detrital material at 443 nm, QAA algorithm Normalized water-leaving radiance at 551 nm Fluorescence Efficiency Sensor Azimuth Angle Normalized water-leaving radiance at 678 nm Angstrom coefficient, 551 to 869 nm Normalized water-leaving radiance at 667 nm Total Suspended Matter, D. Clark, 2003 Particulate backscatter at 551 nm, QAA algorithm Epsilon of aerosol correction at 765 and 865 nm	zenith_angle Normalized water-leaving radiance at 443 nm Absorption due to phytoplankton at 443 nm, QAA algorithm Fluorescence Line Height Diffuse attenuation coefficient at 490 nm (OBPG) Chlorophyll Concentration, Carder model Normalized water-leaving radiance at 531 nm Normalized water-leaving radiance at 412 nm Aerosol optical thickness at 551 nm Normalized water-leaving radiance at 488 nm Aerosol optical thickness at 869 nm Diffuse Attenuation Coefficient at 488 nm, Lee Algorithm Level-2 Processing Flags Chlorophyll Concentration, OC3 Algorithm Normalized water-leaving radiance at 869 nm Absorption due to gelbstof and detrital material at 443 nm, Carder algorithm Normalized water-leaving radiance at 748 nm Absorption due to gelbstof and detrital material at 443 nm, QAA algorithm Normalized water-leaving radiance at 551 nm Fluorescence Efficiency Sensor Azimuth Angle Normalized water-leaving radiance at 678 nm Angstrom coefficient, 551 to 869 nm Normalized water-leaving radiance at 667 nm Total Suspended Matter, D. Clark, 2003 Particulate backscatter at 551 nm, QAA algorithm Epsilon of aerosol correction at 765 and 865 nm	zenith_angle Normalized water-leaving radiance at 443 nm Absorption due to phytoplankton at 443 nm, QAA algorithm Fluorescence Line Height Diffuse attenuation coefficient at 490 nm (OBPG) Chlorophyll Concentration, Carder model Normalized water-leaving radiance at 531 nm Normalized water-leaving radiance at 412 nm Aerosol optical thickness at 551 nm Normalized water-leaving radiance at 488 nm Aerosol optical thickness at 869 nm Diffuse Attenuation Coefficient at 488 nm, Lee Algorithm Level-2 Processing Flags Chlorophyll Concentration, OC3 Algorithm Normalized water-leaving radiance at 869 nm Absorption due to gelbstof and detrital material at 443 nm, Carder algorithm Normalized water-leaving radiance at 748 nm Absorption due to gelbstof and detrital material at 443 nm, QAA algorithm Normalized water-leaving radiance at 551 nm Fluorescence Efficiency Sensor Azimuth Angle Normalized water-leaving radiance at 678 nm Angstrom coefficient, 551 to 869 nm Normalized water-leaving radiance at 667 nm Total Suspended Matter, D. Clark, 2003 Particulate backscatter at 551 nm, QAA algorithm Epsilon of aerosol correction at 765 and 865 nm	zenith_angle Normalized water-leaving radiance at 443 nm Absorption due to phytoplankton at 443 nm, QAA algorithm Fluorescence Line Height Diffuse attenuation coefficient at 490 nm (OBPG) Chlorophyll Concentration, Carder model Normalized water-leaving radiance at 531 nm Normalized water-leaving radiance at 412 nm Aerosol optical thickness at 551 nm Normalized water-leaving radiance at 488 nm Aerosol optical thickness at 869 nm Diffuse Attenuation Coefficient at 488 nm, Lee Algorithm Level-2 Processing Flags Chlorophyll Concentration, OC3 Algorithm Normalized water-leaving radiance at 869 nm Absorption due to gelbstof and detrital material at 443 nm, Carder algorithm Normalized water-leaving radiance at 748 nm Absorption due to gelbstof and detrital material at 443 nm, QAA algorithm Normalized water-leaving radiance at 551 nm Fluorescence Efficiency Sensor Azimuth Angle Normalized water-leaving radiance at 678 nm Angstrom coefficient, 551 to 869 nm Normalized water-leaving radiance at 667 nm Total Suspended Matter, D. Clark, 2003 Particulate backscatter at 551 nm, QAA algorithm Epsilon of aerosol correction at 765 and 865 nm	zenith_angle Normalized water-leaving radiance at 443 nm Absorption due to phytoplankton at 443 nm, QAA algorithm Fluorescence Line Height Diffuse attenuation coefficient at 490 nm (OBPG) Chlorophyll Concentration, Carder model Normalized water-leaving radiance at 531 nm Normalized water-leaving radiance at 412 nm Aerosol optical thickness at 551 nm Normalized water-leaving radiance at 488 nm Aerosol optical thickness at 869 nm Diffuse Attenuation Coefficient at 488 nm, Lee Algorithm Level-2 Processing Flags Chlorophyll Concentration, OC3 Algorithm Normalized water-leaving radiance at 869 nm Absorption due to gelbstof and detrital material at 443 nm, Carder algorithm Normalized water-leaving radiance at 748 nm Absorption due to gelbstof and detrital material at 443 nm, QAA algorithm Normalized water-leaving radiance at 551 nm Fluorescence Efficiency Sensor Azimuth Angle Normalized water-leaving radiance at 678 nm Angstrom coefficient, 551 to 869 nm Normalized water-leaving radiance at 667 nm Total Suspended Matter, D. Clark, 2003 Particulate backscatter at 551 nm, QAA algorithm Epsilon of aerosol correction at 765 and 865 nm	zenith_angle Normalized water-leaving radiance at 443 nm Absorption due to phytoplankton at 443 nm, QAA algorithm Fluorescence Line Height Diffuse attenuation coefficient at 490 nm (OBPG) Chlorophyll Concentration, Carder model Normalized water-leaving radiance at 531 nm Normalized water-leaving radiance at 412 nm Aerosol optical thickness at 551 nm Normalized water-leaving radiance at 488 nm Aerosol optical thickness at 869 nm Diffuse Attenuation Coefficient at 488 nm, Lee Algorithm Level-2 Processing Flags Chlorophyll Concentration, OC3 Algorithm Normalized water-leaving radiance at 869 nm Absorption due to gelbstof and detrital material at 443 nm, Carder algorithm Normalized water-leaving radiance at 748 nm Absorption due to gelbstof and detrital material at 443 nm, QAA algorithm Normalized water-leaving radiance at 551 nm Fluorescence Efficiency Sensor Azimuth Angle Normalized water-leaving radiance at 678 nm Angstrom coefficient, 551 to 869 nm Normalized water-leaving radiance at 667 nm Total Suspended Matter, D. Clark, 2003 Particulate backscatter at 551 nm, QAA algorithm Epsilon of aerosol correction at 765 and 865 nm