Coronavirus: Important notice (Mars 17, 2020)
Due to current COVID-19 lockdown in France, ICARE Data and Services Center will be operated by teleworking only beginning March 16, 2020. Data services will keep running on a best effort basis. Some delays in resolving technical incidents and processing users requests may be expected.
Information regarding this situation will be posted on our covid-19-lockdown page. Thank you for your understanding.

ICARE

The ICARE Thematic Center was created in 2003 by CNES, CNRS, the Nord-Pas-De-Calais Regional Council, and the University of Lille, to provide various services to support the research community in fields related to atmospheric research, such as aerosols, clouds, radiation, water cycle, and their interactions. ICARE's initial emphasis is the production and distribution of remote sensing data derived from Earth observation missions from CNES, NASA, and EUMETSAT. One of ICARE's main components is the Data and Services Center, located at the University of Lille, which develops science algorithms and production codes, building on the expertise from various partner Science Computing Facilities, and distributes products to the users community. ICARE is one of the 4 centers of AERIS, the French Data Infrastructure for Atmosphere created in 2014.

Image of the month

Satellite images reveal the extent of Australia's wildfires


Source: NASA/Suomi-NPP/VIIRS
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Australia was hit by a catastrophic fire season with massive wildfires torching the country from September 2019 to February 2020. The devastating fires posed severe safety and environmental problems, killing at least 33 people and an estimated 1 billion animals, and destroyed thousands of buildings and millions of hectares of land. Besides damages on the ground, the wildfire emitted important quantity of particles in the atmosphere, which caused widespread air quality issues for extended periods. The smoke was so abundant that it reached unusual heights in the atmosphere and even traveled around the world.

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Highlights

New insights into cloud microphysical processes from combined POLDER-MODIS Level-2 observations "PM-L2" – March 2020


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New insights into cloud microphysical processes were inferred from the combined POLDER-MODIS dataset developed by LOA and produced and distributed by AERIS/ICARE. Two recent studies investigated cloud microphysical processes that are critical to understand for a correct representation of cloud feedback in numerical weather and climate models. The results are detailed in two recent papers using the PM-L2 Version 3.00 data sets globally. (click here for details).



Release of CALIPSO LIDAR Level-3 GEWEX Cloud Standard Product
December 2019


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The Atmospheric Science Data Center (ASDC) at NASA Langley Research Center and the French AERIS/ICARE Data and Services Center in Lille, France, in collaboration with the CALIPSO mission team announce the release of a new CALIPSO lidar level-3 (L3) Global Energy and Water cycle Experiment (GEWEX) Cloud product. This new data product is a reformatted version of CALIPSO's contribution to the GEWEX cloud assessment of global cloud datasets from satellites (https://climserv.ipsl.polytechnique.fr/gewexca/index.html).

The data submitted by the CALIPSO team for this project had to conform to a very specific format; yearly netCDF files organized by parameter. In order to be compatible with other publicly orderable lidar L3 CALIPSO aerosol and cloud products, which are reported as monthly HDF files, this new lidar L3 CALIPSO GEWEX cloud product was created. These files report global distributions of cloud amount and cloud top as averages and histograms on a uniform 2-dimentional (2D) spatial grid. All level-3 parameters are derived from the CALIPSO version 4.x level-2 5 km cloud merged layer products, with a temporal averaging of one month.

CAL_LID_L3_GEWEX_Cloud-Standard-V1-00 DOI: 10.5067/CALIOP/CALIPSO/LID_L3_GEWEX_Cloud-Standard-V1-00

The monthly products are available beginning with data from June 2006 through December 2016.



Release of SODA V2-20 and V2-21 products
January 2020


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AERIS/ICARE is pleased to announce the release of the latest version of the CALIPSO/CloudSat SODA products, giving access to the aerosol and semi-transparent cloud optical depths from the analysis of surface and dense clouds returns. This product originates from the collaboration between IPSL/LATMOS, NASA LaRC, and AERIS/ICARE Data and Services Center. The whole CALIPSO/CLOUDSAT period has been reprocessed.
This version uses the latest version of the algorithm (v2.3.0) and the latest input data available at the moment (CALIOP level 1 V4-10 and level 2 V4-20, CLOUDSAT R05, MODIS C6, ASMR_E v7, AMSR2 v8). The difference between the V2-20 and V2-21 versions comes from the AMSR data used:

  • For V2-20: AMSR_E from 2006-06-15 to 2012-06-30
  • For V2-21: AMSR2 since 2012-07-01
Please note that for the 2011-11-04 to 2012_07_01 period, there is no AMSR data available.
A full documentation will be available soon.


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