GOME-2 is a European instrument flying on the MetOp series of satellites. NESDIS products are derived based on the SBUV/2 version 8 algorithm. Currently a total ozone product is operational, which includes aerosol index and reflectivity. Granule products are available as imagery (gif), binary or BUFR, and daily products (1 x 1.25 deg maps) are available in ASCII or GRIB2 format.
This algorithm is a new generation of the current operational TOAST. It replaces data from the sensors used to compose the TOAST (SBUV/2 and HIRS) with the most newly developed sensors: OMPS LP (S-NPP) and CrIS (NOAA-20). This leads to improved product accuracy and provides continuity of TOAST contributions to the ozone researchers and other users.
This algorithm is a new generation of the current operational TOAST. It replaces data from the sensors used to compose the TOAST (SBUV/2 and HIRS) with the most newly developed sensors: OMPS NP (NOAA-20) and CrIS (NOAA-20). This leads to improved product accuracy and provides continuity of TOAST contributions to the ozone researchers and other users.
This algorithm is a new generation of the current operational TOAST. It replaces data from the sensors used to compose the TOAST (SBUV/2 and HIRS) with the most newly developed sensors: OMPS NP (S-NPP) and CrIS (NOAA-20). This leads to improved product accuracy and provides continuity of TOAST contributions to the ozone researchers and other users.
OMPS measures the global distribution of the total atmospheric ozone column on a daily basis. It also measures the vertical distribution of ozone from about 15 km to 60 km, though somewhat less frequently. Ozone is an important molecule in the atmosphere.
This algorithm is a new generation of the current operational TOAST. It replaces data from the sensors used to compose the TOAST (SBUV/2 and HIRS) with the most newly developed sensors: OMPS NP (NOAA-20) and CrIS (NOAA-20). This leads to improved product accuracy and provides continuity of TOAST contributions to the ozone researchers and other users.