The analysis of the SCO portfolio in France reveals two types of projects and consortium.
1. Promoting Science toward society (open data):
VIMESCO RICE PROJECT
https://www.vietsco.org
VIMESCO-Rice is a tool to monitor rice cultivation in the Mekong Delta and assess the impact of climate change on these crops using Sentinel-1 imaging and in situ data.
OpHySE PROJECT
https://sagui.hydro-matters.fr/sagui/
OpHySE (Operational Hydrology from Space and models) is a real-time monitoring platform to assess river conditions and enhance navigability, starting with a demonstration in the French Guyana.
STCOKWATER PROJECT
https://stock-water.pages.dev
StockWater seeks to establish a satellite-based monitoring system for tracking dam levels, enabling efficient water resource management by public authorities. Initially implemented in France, the project aims to replicate its methodology across Europe and India, with potential expansion to other regions of interest before scaling globally.
BANDSOS PROJECT
https://bandsos.github.io
BanD-SOS is a pre-operational prediction system (within 36 to 48 hours) for cyclone-induced flooding and associated societal risks in the Bengal Delta. The system aims to provide real-time information for evacuation and protection efforts during cyclonic events while aiding the development of public policies for long-term resilience.
2. Nourishing the development of climate services:
LITTOSCOPE PROJECT
https://datastore.cls.fr/
LITTOSCOPE has developed an operational solution for the study and visualization, in the form of spatial indicators, of permanent (due to global sea level rise) and temporary risks of marine submersion during extreme events involving exceptional waves.
GADELAPLI PROJECT
https://www.spaceclimateobservatory.org/gade-lapli-top-start-haiti
Gade Lapli leverages COSPARIN data to quantify risks related to extreme precipitation in locations highly vulnerable to climate change and often lacking forecasting capabilities, such as Haiti. The tool offers both an index to monitor precipitation changes caused by climate change, particularly during the cyclone season, and a real-time assistance service to track and better anticipate hydrometeorological risks.
TAHATAI PROJECT
https://www.spaceclimateobservatory.org/tahatai
Tahatai targeting decision-makers in the “îles du Vent” of French Polynesia, has developed a Datahub to automate the collection and calculation of useful indicators for the governance of the coastal zone, based on spatial and in situ data. The resulting reliable information allows for a better understanding of the evolution caused by climate change, as well as protecting biodiversity and identifying vulnerable areas on the coastline to anticipate potential risks.
SPACE4IRRIG PROJECT
https://www.spaceclimateobservatory.org/space4irrig-tarn
https://meocarto.meoss.net/header/
Space4Irrig provides, through a web platform, high-resolution soil moisture maps (at the plot scale), maps of irrigated crops, and actual water requirements of crops in the Occitanie and PACA regions, France. Soil moisture maps are provided on 15 to 20 dates per month. Maps of irrigated areas and water requirements are provided on a monthly basis between 2017 and 2022.
FLAUDE PROJECT
https://www.spaceclimateobservatory.org/focus-flaude
https://apps.tereval.fr/foro/#/
FLAUDE proposes an operational and automated tool for analyzing the consequences of strong and sudden climatic events (such as heavy rainfall followed by floods) using satellite and in situ data. This includes monitoring blockages and vineyards in the Aude department.
https://www.spaceclimateobservatory.org/sites/default/files/2023-04/SCO-Portfolio_2022-BD.pdf