IASI
IASI
Links
- CLIMATE APPLICATIONS: Comparison with climate models and inversion of CO2 surface fluxes (0) (child)
- CLIMATE APPLICATIONS: Comparison with climate models, estimation of CH4 sources and sinks (0) (child)
- CLIMATE APPLICATIONS: reduction in uncertainty of the quantitative role of aerosols in climate forcing; validate and improve the capability of climate simulation models and reanalyses to represent aerosol effects; (0) (child)
- Column-averaged dry-air mole fraction of atmospheric methane, version 1.0. CLIMATE APPLICATIONS: Studying atmospheric methane trends and emissions - possibly feeding into IPCC. (0) (child)
- Height-resolved dry-air mole fraction of atmospheric methane, version 1.0. CLIMATE APPLICATIONS: Studying atmospheric methane trends and emissions - possibly feeding into IPCC. (0) (child)
- Height-resolved dry-air mole fraction of atmospheric methane, version 1.0. CLIMATE APPLICATIONS: Studying atmospheric methane trends and emissions - possibly feeding into IPCC. (0) (child)
- IASI Combined Sounding Products - Metop (0) (child)
- IASI L2PCore Sea Surface Temperature (GHRSST) - Metop (0) (child)
- algorithm_version: DLR IMARS v4.2. CLIMATE APPLICATIONS: reduction in uncertainty of the quantitative role of aerosols in climate forcing; validate and improve the capability of climate simulation models and reanalyses to... (0) (child)
- algorithm_version: LMD v1.3. CLIMATE APPLICATIONS: reduction in uncertainty of the quantitative role of aerosols in climate forcing; validate and improve the capability of climate simulation models and reanalyses to... (0) (child)
- algorithm_version: ULB_v7. CLIMATE APPLICATIONS: reduction in uncertainty of the quantitative role of aerosols in climate forcing; validate and improve the capability of climate simulation models and reanalyses to represent... (0) (child)
- algorithm_version:BIRA MAPIR v3.0. CLIMATE APPLICATIONS: reduction in uncertainty of the quantitative role of aerosols in climate forcing; validate and improve the capability of climate simulation models and reanalyses to... (0) (child)