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Each SCO project relies on satellite data, like this Sentinel-2 view of the Gironde estuary on March 22, 2024. SCO France: 2024 Edition
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The 85 albedo tiles available on Theia. CSTB can now use these measurements for its national database of 22 million residential buildings in mainland France. Cities: Sat4BDNB operationalizes albedo production on a national scale
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From left to right: Fires in Gironde (France) in July 2022, cyclone Nigel over the Atlantic in September 2023, landslide in Rwanda in May 2023. Coping with natural disasters
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Study area encompassing the town of Grabel and the Rieumassel catchment on a Pleiades image acquired 9 months after the 2014 flood. Pléiades 4 Urban Flood: start-up in situ
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Aerial photograph of the Vallée des Branloires (Possession Island), taken from a height of 60 m. Transition for Cartovege
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XtremQuality can locate water reservoirs as small as 1 ha and provides information on their quality. XtremQuality, space technology for detecting water quality
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The SCO Portfolio is a summary of the achievements, dynamism and energy injected into the SCO alliance over the last four years. SCO Portfolio: the 2024 edition is here!
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GreenSpace services in Valencia, Spain's 3rd city by population (left), and Bucharest, Romania's capital (right). GreenSpace: choose carefully trees species
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Discover the SWOT operations room, from which the satellite is launched and from which any evasive manoeuvres are carried out, for example if a piece of debris threatens to hit the satellite. 10th SCO France meeting
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Sentinel-2 view on 11 January 2024 of the Bay of Mont Saint-Michel, between Brittany and Normandy, with snow to the north. Littosat: 2 demonstrators online
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Dzita beach in Ghana, 15 June 2023. WACA-VAR : two workshops and a publication
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GeoHaTACC proposes to develop an automatic detection demonstrator (satellite, media) for creating inventories of geo-hydrological hazards (sediment-laden flash floods, landslides), particularly those triggered by extreme rainfall. The methodology has been developed to be modular and can be scaled up for application to other regions. GeoHaTACC or satellite optical data to detect geo-hydrological hazards
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