14 Works

IASI-FT Skin Temperature (from IASI/Metop-B)

Sarah Safieddine
IASI Skin Temperature is a monthly (L3), 1x1 degree global dataset of skin temperatures over land derived from the IASI satellite radiances data. The dataset consists of monthly mean TXT files. Each file is a grid organized by latitude (-90 to 89 °N) and longitude (-180 to 180 °E). Night and day data are separated based on the local time of IASI's overpass at each grid point. The sea grid points are filled using NaN....

IASI-FT Skin Temperature (from IASI/Metop-A)

Sarah Safieddine
IASI Skin Temperature is a monthly (L3), 1x1 degree global dataset of skin temperatures over land derived from the IASI satellite radiances data. The dataset consists of monthly mean TXT files. Each file is a grid organized by latitude (-90 to 89 °N) and longitude (-180 to 180 °E). Night and day data are separated based on the local time of IASI's overpass at each grid point. The sea grid points are filled using NaN....

IASI-FT Skin Temperature (from IASI/Metop-C)

Sarah Safieddine
IASI Skin Temperature is a monthly (L3), 1x1 degree global dataset of skin temperatures over land derived from the IASI satellite radiances data. The dataset consists of monthly mean TXT files. Each file is a grid organized by latitude (-90 to 89 °N) and longitude (-180 to 180 °E). Night and day data are separated based on the local time of IASI's overpass at each grid point. The sea grid points are filled using NaN....

IASI-FT spectrally resolved Outgoing Longwave Radiation (from IASI/Metop-A)

simon whitburn
The IASI spectrally resolved Outgoing Longwave Radiation product (IASI OLR) is a monthly (L3), 2 x 2 degree global dataset of spectral OLR derived from the clear-sky IASI satellite radiance measurements in the range 645-2300 cm-1 at the 0.25 cm-1 native spectral sampling of the L1C spectra. The algorithm for the conversion of the spectra to the OLR is detailed in Whitburn et al. (2020, Journal of Climate). It relies on precalculated angular distribution models...

A CO2-free cloud mask from IASI radiances for climate applications (from IASI/Metop-A)

simon whitburn
The IASI Cloud Detection product (IASI CLD) is a cloud mask available at the IASI pixel level (L2) that was developed for climate applications purposes. The algorithm is detailed in Whitburn et al. (2022, Atmospheric Measurement Techniques). It combines (1) a high sensitivity to cloud detection, (2) a very good consistency over time and between the three IASI instruments and (3) simplicity in its parametrization. The method is based on the use of a supervised...

IASI-FT Sea Surface Temperature (from IASI/Metop-A)

Ana Claudia Parracho & Sarah Safieddine
The IASI Sea Surface Temperature (SST) product is a monthly (level L3), 1×1 degree global dataset of skin temperatures over the sea derived from the IASI satellite radiances data. The dataset consists of monthly mean TXT files. Each file is a grid organized by latitude (-90 to 89 °N) and longitude (-180 to 180 °E). The land and sea ice grid points are filled using NaN. Size of the grid: 180 lines and 361 columns....

A CO2-free cloud mask from IASI radiances for climate applications (from IASI/Metop-B)

simon whitburn
The IASI Cloud Detection product (IASI CLD) is a cloud mask available at the IASI pixel level (L2) that was developed for climate applications purposes. The algorithm is detailed in Whitburn et al. (2022, Atmospheric Measurement Techniques). It combines (1) a high sensitivity to cloud detection, (2) a very good consistency over time and between the three IASI instruments and (3) simplicity in its parametrization. The method is based on the use of a supervised...

IASI Atmospheric Temperature Profiles (ATP) from IASI-Metop-A

Marie Bouillon
The IASI atmospheric temperature profiles product (IASI ATP) is a daily 1°x1° global dataset of atmospheric temperatures derived from all IASI radiance observations. The temperatures profiles are given on 11 static pressure levels from 750 to 2 hPa. The method used to retrieve atmospheric temperatures from IASI radiances is detailed in Bouillon et al., 2021 (to be submitted very soon). It relies on an Artificial Neural Network (ANN) trained with 450 000 observations (IASI observations...

IASI-FT Sea Surface Temperature (from IASI/Metop-B)

Ana Claudia Parracho & Sarah Safieddine
The IASI Sea Surface Temperature (SST) product is a monthly (level L3), 1×1 degree global dataset of skin temperatures over the sea derived from the IASI satellite radiances data. The dataset consists of monthly mean TXT files. Each file is a grid organized by latitude (-90 to 89 °N) and longitude (-180 to 180 °E). The land and sea ice grid points are filled using NaN. Size of the grid: 180 lines and 361 columns....

Level 1A BepiColombo/PHEBUS EUV observations data of the disk-integrated solar reflected light from the Mercury surface

On October 9th and 10th 2021, nine days after the first flyby of Mercury by the ESA-JAXA mission BepiColombo, the EUV spectrograph of Probing the Hermean Exosphere by UV Spectroscopy (PHEBUS) instrument aboard BepiColombo observed the disk-integrated solar reflected light from the surface of Mercury between 90 and 160 nm at a distance of 4.5 million kilometers. These observations are used to derive the EUV reflectance of the surface of Mercury in this wavelength range...

IASI-FT Sea Surface Temperature (from IASI/Metop-C)

Ana Claudia Parracho & Sarah Safieddine
The IASI Sea Surface Temperature (SST) product is a monthly (level L3), 1×1 degree global dataset of skin temperatures over the sea derived from the IASI satellite radiances data. The dataset consists of monthly mean TXT files. Each file is a grid organized by latitude (-90 to 89 °N) and longitude (-180 to 180 °E). The land and sea ice grid points are filled using NaN. Size of the grid: 180 lines and 361 columns....

IASI Atmospheric Temperature Profiles (ATP) from IASI/Metop-B

Marie Bouillon
The IASI atmospheric temperature profiles product (IASI ATP) is a daily 1°x1° global dataset of atmospheric temperatures derived from all IASI radiance observations. The temperatures profiles are given on 11 static pressure levels from 750 to 2 hPa. The method used to retrieve atmospheric temperatures from IASI radiances is detailed in Bouillon et al., 2021 (to be submitted very soon). It relies on an Artificial Neural Network (ANN) trained with 450 000 observations (IASI observations...

SOLAR-v: A new solar spectral irradiance dataset based on SOLAR/SOLSPEC observations during Solar Cycle 24

Mustapha Meftah
Variations of solar spectral irradiance are the most important natural factor in the terrestrial climate and as such, the time dependent spectral solar irradiance is a crucial input to any climate modelling. A better understanding of the long-term solar variations over timescales of the 11-year solar activity cycle and longer is very important. Thus, each new solar spectral irradiance dataset based on long-term observations represents a major interest and can be used for further investigations...

A CO2-free cloud mask from IASI radiances for climate applications (from IASI/Metop-C)

simon whitburn
The IASI Cloud Detection product (IASI CLD) is a cloud mask available at the IASI pixel level (L2) that was developed for climate applications purposes. The algorithm is detailed in Whitburn et al. (2022, Atmospheric Measurement Techniques). It combines (1) a high sensitivity to cloud detection, (2) a very good consistency over time and between the three IASI instruments and (3) simplicity in its parametrization. The method is based on the use of a supervised...

Registration Year

  • 2022
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  • 2021
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  • 2020
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Resource Types

  • Dataset
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Affiliations

  • Sorbonne University
    14
  • French National Centre for Scientific Research
    14
  • Versailles Saint-Quentin-en-Yvelines University
    14
  • Atmospheres Laboratory Environments, Observations Spatiales
    14
  • Université Libre de Bruxelles
    4