Space for Climate Observatory

Space for Climate Observatory Now well established on every continent, the impacts of climate change are affecting lives and ecosystems, disrupting economies and, in turn, threatening peace and prosperity.

SCO philosophy consists of accelerating local scientific projects to transform them into operational tools thanks to satellite data, combined with other data sets: in situ measurements, drone images, socio-economic data, etc. In order for the tools developed to benefit the greatest number of people, they must be transposed to other territories by adapting to their own characteristics. To this end, each country that has signed the SCO Charter undertakes to set up a national branch that organises calls for projects in order to identify the most promising. In this spirit of sharing, data from some SCO projects, like TropiSCO which monitors tropical deforestation,  will be accessed from the MapX cartographic application where it is possible to overlay it with other environmental data (e.g., population, hydrology, risk, protected areas etc.) to conduct further analysis.

SCO Projects designate satellite-based applications for climate change monitoring, mitigation and adaptation supported by SCO Signatories and meeting the following criteria: C1. Addressing the needs of End users within a specific geographic area; C2. Proposing operational and practical software(s); C3. Making the best use of available satellite, environmental, climate, in situ and socio-economic data, at a resolution adapted to the problem; C4. Building on (pre-)operational and research infrastructures, services and local data provision; C5. Having a built-in potential for extending to several geographic areas. To achieve the objectives, a SCO project is intended to bring together several families of actors in its consortium, including at least the scientific community , whose research work feeds into the solutions developed, and national and local public actors , who are often the end users of the tools implemented.

BandSOS launches the prototype of its coastal flood prediction platform BandSOS launches the prototype of its coastal flood prediction platform 18/01/2023 - The Bengal delta is the largest in the world. Very densely populated and at very low altitude, no less than 3 million people live there with the risk of tidal flooding, which increases tenfold in the event of a cyclone. Delivered at the end of 2022, the preliminary platform is already producing routine forecasts, even though the project is only a third of the way through its development! The 2022 outcome opens up good prospects for 2023 The 2022 outcome opens up good prospects for 2023 10/01/2023 - Between the founding Charter, the delivery of 5 operational tools and 5 demonstrators, 2022 is confirmed as a shift year for the SCO. There is no doubt that 2023 will follow in this footsteps, to accelerate solutions for mitigating and adapting to the impacts of climate change for the benefit of all. SCOlutions to Sustainable Development Goals SCOlutions to Sustainable Development Goals 16/11/2022 - How does SCO meet the Sustainable Development Goals of the 2030 Agenda? Answer in five parts to discover the SCOlutions to five SDGs prioritized by the Space for Climate Observatory projects, by starting with SDG13, to fight against climate change and its impacts. Subscribe to the newsletter Spirit of SCO Contact us: scofrance@cnes.fr

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Source https://wesr.unep.org/article/space-climate-observatory
Author UNEP WESR
Maintainer UNEP WESR
Last Updated March 9, 2023, 11:33 (UTC)
Created December 2, 2022, 08:00 (UTC)
GUID 8b73a88c-626e-4901-9f70-9089d3de28d7
Issued 2022-10-26T13:48:14+00:00
Language en
Modified 2023-01-19T10:22:53+00:00
Publisher email unep-wesr@un.org
Publisher name UNEP WESR
data_type webpage