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Sustainable Development Goals
SCO National
Topics
Sustainable Development Goals
SCO National
Topics
Sustainable Development Goals
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ADOPT
France
ADOPT aims to define, prototype and test a service for the production, analysis and dissemination of climate change impact indicators for the Occitan Regional Nature Parks and their territories. These indicators are designed via a Living Lab approach and use data from Earth observation satellites.
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AEROLAB SPACE
Great Eastern (France)
AEROLAB SPACE is a decision support tool for regional authorities to monitor GHGs on a regional scale and give credibility to decarbonisation efforts. The tool based on the synergy of in-situ (ground, aeroplane, balloon) and satellite data sets, which until now have not been available in France, makes AEROLAB a flagship project in terms of adaptation and mitigation of climate change.
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AIonWetlands
Bassin méditerranéen
In the Mediterranean, wetlands are the richest ecosystems, but also the most threatened by human activities. Using Earth Observation data, coupled with AI-based analysis approaches, the AIonWetlands project aims to strengthen the monitoring of these environments, in order to improve their management and better prioritise conservation and restoration actions.
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AirCrowd-Africa
Cotonou (Benin) - Dakar (Senegal) - Abidjan (Ivory Coast)
AirCrowd-Africa is an innovative and participative solution for assessing air pollution on health in Southern countries. The project will measure air quality at low cost by combining satellite and terrestrial micro- station data, create high-resolution maps of air quality and health risk indices, and model alternative urban development strategies.
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ALEOFEU
Aude (France)
Under the effect of climate change, the aggravation of the natural context and the rapid evolution of the stakes exposed, the risk of forest fires is progressing rapidly in the French department of Aude. ALEOFEU should help identify ways of improving existing tools and models, such as an annually updateable hazard and a better assessment of the hydric state of the vegetation.
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ALISE
Senegal coastline
Coastal areas in West Africa are vulnerable to rising sea levels, threatening people, biodiversity, infrastructure and the economy. The ALISE project is developing a multi-hazard vulnerability index based on satellite data and a Web-GIS platform that will serve as a decision-making tool for coastal risk management in Senegal.
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ALTELYS
Rennes (France) - Presidente Prudente (Brazil)
Monitoring urban temperatures is a major contemporary challenge. However, there are few tools available to land managers for monitoring urban heat islands (UHI). The ALTELYS project proposes a detailed spatialization of the UHI (outdoor and indoor) based on data from connected sensors supplemented by multi-source satellite data.
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ARBOCARTO-v2
Mainland France - French West Indies - Reunion Island
The ARBOCARTO V2 application was initially intended for health authorities, to enable them to target places where mosquitoes, which are vectors of human arbovirosis diseases, are likely to proliferate, in order to focus social mobilisation measures for vector control and to adapt the actions of field teams to the conditions of neighbourhoods at risk.
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ATTEST
Pas-de-Calais - Aude (France)
The ATTEST project aims to contribute to the development of resilience in current and future climates for areas subject to two hazards: intense runoff and long dry spells. In particular, the aim is to provide local decision-makers in rural areas with ready-to-use prevention services to reduce the impact of the two targeted hazards.
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Band-SOS
Bengal Delta (Bangladesh-India) - Amazon Delta (Brazil)
Experimented on the Bengal delta in Bangladesh, BanD-SOS aims to establish a pre-operational service for forecasting cyclonic flooding and the associated societal risk. This service will have two components: a forecast of the flooding hazard in real time when a tropical cyclone hits the coast, and a coupling of this forecast with a mapping of the vulnerability of the exposed populations.
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BioEOS
Océan Indien
BioEOS proposes to develop observation tools to characterise the spatiotemporal dynamics of coastal biodiversity, map changes and produce operational indicators. The targeted objective is to report on its status and support conservation management. Its first demonstrator is related to the southwestern Indian Ocean region.
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BOSCO
Brittany (France)
The BOSCO project proposes to co-construct a service for estimating water content on the Breton territory at very high spatial and temporal resolution, relevant for agricultural and water resource management. This service integrates diagnostic tools and derived products (water content on root thickness, recharge estimation) to support public policies and decisions.
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CACAO
Campania - Calabria (Italy)
Selling carbon credits provides landowners with a new recurring income. CACAO is an innovative platform that facilitates these exchanges, from analyzing forest CO2 sequestration to managing transactions. Using advanced technologies like remote sensing and AI, CACAO aims to address issues in the voluntary carbon credit market, such as transparency and double counting, and can scale globally.
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CARTOVEGE
Crozet Islands (French Southern and Antarctic Lands)
The Cartovege project develops a decision support tool for the conservation of flora and habitats in the French Southern Territories, by combining vegetation mapping and artificial intelligence modeling using satellite and field data.
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CARTOVEGE 2
Amsterdam Island - St Paul Island - Possession Island (French Southern and Antarctic Lands)
Cartovege2 will optimise the natural habitat mapping method developed as part of Cartovege1 and transpose it to two other islands in the French Southern Territories, St Paul and Amsterdam. With an increased diversity of plant formations, this monitoring tool will enable managers to assess vegetation dynamics and the effects of ecological restoration actions.
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CASCADES
Cambodia - Madagascar - Brazil - Bolivia - Ecuador - Niger
To help better assess continental surface water resources, the CASCADES project proposes to provide, via a dedicated platform, a history of surface water maps (lakes, rivers, flood plains, etc.) derived from all the Sentinel-1 and 2 satellite images available (since 2015) over 6 study areas around the world in Asia, Africa and America.
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CHOVE-CHUVA
Mato Grosso (Brazil)
The CHOVE-CHUVA project has developed a tool for monitoring territorial dynamics in Mato Grosso, in the Brazilian Amazon. This service provides simple indicators of changes in climatic variables and land use. Citizen data on perceptions of climate change and the location of rational land use practices are also collected.
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CIMOPOLEE
Madagascar
The consequences of climate change can already be measured in terms of tropical cyclones, whose power and area of influence increase with ocean temperature. The Cimopolée project aims to better quantify and monitor the impacts of these events in the south-west Indian Ocean through operational processing based on data from the Sentinel-1 and 2 satellites.
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City Explorer
Paris (France)
City Explorer is a planning support tool that accounts for spatial patterns in the socio-demographic demand for Ecosystem Services (ES) and provides metrics that reflect local context. It maps expected benefits of multiple ES associated with urban green or blue space, and allows users to add new greenspace to a city environment to compare the relative benefits of different locations.
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ClimHealth
Myanmar - Thailand
The ClimHealth project aims to integrate climate and environmental information from satellites into health surveillance systems to develop early warning and guide disease control.
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DUST
China
Rising emissions from human activities have led to increased atmospheric particles, reducing visibility and harming health. Unstable meteorological conditions and ecosystems have exacerbated dust and haze events. The DUST project seeks to develop an operational early warning system to help people better adapt to these increasingly unpredictable weather conditions caused by climate change.
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EagleHedges
France: Pyrénées-Gascogne - Côtes d'Armor - Loire - Loire-Atlantique - Indre
Hedgerows are excellent levers for the resilience of territories to climate change and for maintaining biodiversity. EagleHedges has developed tools for monitoring and characterizing the bocage network using Earth observation imagery and very high-resolution 3D models, in order to make up for the lack of reliable, recurring data on the state of the French bocage.
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Earth-WISE
Zimbabwe
In southern Africa, water is the main factor influencing the mobility of wildlife, livestock and their potential contacts. The aim of the project is to develop a platform for the operational monitoring of water surfaces using satellite imagery, making it possible to simulate the impact of climate change on these contacts and the associated risk of pathogen transmission.
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ECLAT Lake Chad
Central Africa
Developed in three areas of Africa, the ECLAT project has developed a reproducible methodology for mapping land use based on space observation imagery to observe, evaluate and predict the impacts of climate change. The indicators focus on natural and urban environments, linked to the dynamics of water resources.
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EDISON
Metropolitan France
The EDISON project is part of a growing global awareness of the impact of human activities on the environment and aims to gain a better understanding of the sources of urban pollutant emissions in order to put in place effective reduction policies.
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EDUCSCO
France
EDUCSCO is a cross-cutting initiative supported by the SCO’s inter-agency committee. Its purpose is to disseminate knowledge in order to accelerate awareness of climate change issues in our society. It takes the form of presentations, training and teaching materials. It is aimed at school children, students and – above all – the educational community.
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EO4AgriWater
Gers (France) - Alsace (France) - New Caledonia
EO4AgriWater is a decision-making tool for agricultural and water stakeholders. Using satellite imagery, a set of cartographic indicators will be produced, providing knowledge and in-depth analysis to monitor and react to drought episodes in agriculture. The tool will be used to monitor crop drought, irrigation and water reservoirs.
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EO4DroughtMonitoring
New Caledonia (South Pacific)
EO4DroughtMonitoring is a decision support tool for institutions and management for the agricultural sector. The system is able to assess the intensity of drought events, estimating their severity by analogy to a historical reference state and, coupled with current data, providing an indication of the plausible future trajectory of a hydrological season.
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EO4Intertopo
Normandy (France)
Intertidal zones, located at the interface between land and sea, play a vital role as natural buffer zones to protect coastal regions. Using optical and radar satellite imagery, EO4Intertopo aims to map the morphological evolution of Normandy's intertidal zones and contribute to the effective management and conservation of these critical ecosystems.
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Eo4MountainPastoralism
Mercantour National Park (France)
How does climate change affect high altitude wetlands and how does it influence agro-pastoral practices? This project aims to propose advanced statistical indicators to document the evolution of these areas from Sentinel data, with the originality of correlating physical indicators to expected ecosystem services.
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EO4Wetlands
Living Lab Hedwige-Prosperpolder (Belgium/Netherlands)
The restoration of wetlands, critical ecosystems, is vital in view of the challenges of climate change. The full-scale experiment of depoldering offers a unique opportunity for EO4Wetlands to monitor this restoration using the complementarity between different wavelengths and scales of observation (in situ, drone and satellite).
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EO4WFD
Sweden
The objective of the project is to develop satellite based water quality indicators for freshwaters that can be used in the work related to the national water framework directive (WFD) assessments. These products can complement existing methods and results with respect to both typing of water bodies and assessment of quality factors for the national implementation of the WFD.
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EOLyd
Morocco
Morocco is characterized by a high degree of vulnerability to drought, which is becoming more and more frequent, with adverse impacts at both hydro-agricultural and socio-economic levels. The aim of the EOLyd project is to develop an index of cereal production losses by combining indices and indicators derived from satellite data with existing statistics and measurements.
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FireAlert
Sichuan (China)
The FireAlert project uses deep learning and remote sensing data to develop an intelligent system for predicting forest fire risks in specific areas. It creates regional risk profiles, aids forest guards in prevention, and alerts to major hazards. Additionally, it predicts fire development trends, providing crucial support for emergency decision-making and early warning.
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FLAude
Aude department (France)
FLAude aims at better understanding extreme hydrometeo phenomena and elaborating indicators for prevention & risk reduction, adapted to the use of local decision-makers on Aude & Occitanie. Twofold EO-derived info (extreme floods impacts on territories and C3S data analysis & projections) combined with other data, will feed iterative public policy dialogue on CC impact and EO enriched planning too
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FloodDAM
Garonne (France) - Ebro (Spain) - Betsiboka (Madagascar) - Mississipi (USA)
This projects aims at building an automated service to reliably detect, monitor and assess flood events globally. In order to understand and anticipate these extreme events, a sensor-fusion approach is deployed, aiming at incorporating a multitude of satellite- and ground-based sensors as well as a combination of machine learning- (ML) and computational fluid dynamics (CFD) models.
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FloodDAM-DT
Garonne river basin (France) - Ohio River watershed (United States)
As follow up of its predecessor FloodDAM, FloodDAM-DT aims to provide an automated service to reliably detect, monitor, assess and predictfloods on a global scale within a Franco-American collaboration. This Digital Twin development is an international effort to devise an Earth System digital twin based on the water cycle and focused on floods.
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FLORIA
Czech Republic
Better detection of pollution events linked to natural disasters and human activities is becoming a major challenge. Against this backdrop, the FLORIA project is proposing an innovative statistical approach based on artificial intelligence coupled with satellite data, which will provide guidance to the various players responsible for managing the problems associated with climate change.
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GADE LAPLI
Haiti (Caribbean)
At the cutting edge of space technology, this project provides indicators and services using satellite data to estimate rainfall and flood zones. In the highly vulnerable region of Haiti, the operational objective (warning, crisis management) also serves the knowledge of climate change by identifying and characterising extreme events.
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GeoHaTACC
Rwanda (Eastern Africa)
GeoHaTACC aims to detect and inventory hydro-geological hazards in tropical environments and to document the consequences of climate change on these hazards. An operational toolbox combining various sources of information, the demonstrator is being implemented in Rwanda, an African country particularly impacted by these events, with a view to eventually being transposed to other territories.
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Green Urban Sat
Greater Nancy (France)
The Green Urban Sat project has used satellite images to develop a method for generating a geospatial database with a detailed description of vegetation suitable for assessing ecosystem services, producing a demonstrator for the Greater Nancy metropolitan area and testing its reproducibility in other areas.
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GreenSpace
Valencia (Spain) - Bucharest (Romania)
In cities, trees reduce air pollution and urban heat islands (UHIs). Using THR satellite imagery, GreenSpace is offering towns and cities with more than 20,000 inhabitants a complete inventory of private and public trees, an estimate of the environmental benefits for the town or city, a map of UHIs and recommendations for drawing up an ad hoc greening plan.
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HABITAT Yangtze
China
This project takes advantages of the latest remote sensing sensors, deep AI algorithms, and OpenGIS to provide a rich-feature, large-scale, high spatial-temporal resolution, quick response, and remotely accessible data and map service of the middle and lower Yangtze-river basin wetlands to the local, national, and international birds’ researcher, wetland manager, and climate change researcher.
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HydroLake
Qinghai (China)
The HydroLake Project aims to monitor and predict the future water volume changes of lakes in the Yellow River basin under climate change scenarios, by integrating satellite LiDAR observations, hydrological models, climate scenario models, and assimilation methods. It seeks to understand water resource variations to support climate change adaptation.
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IRRISAT-MAROC
Morocco
IRRISAT-MOROCCO aims to set up an irrigation water optimization support system using satellite data. It is based on the combination of two complementary approaches to estimating plant water consumption and requirements, to provide results at plot, irrigated sector and watershed scales.
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IRRITRACK
China
The IRRITRACK project combines process models, machine learning, satellite data, and economic statistics to estimate irrigation water use for major crops in China. The project also offers projections under future climate scenarios, providing valuable insights for decision-makers to better manage water resources in the context of climate and socio-economic changes.
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Littosat
Brittany - Normandy - Gulf of Lion (France)
Littosat provides managers of coastal areas and marine protected areas with a dashboard for monitoring the spatial and temporal evolution of coastal vegetation in real time, using new data from satellite images.
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LITTOSCOPE
Palavas les flots - Greater Montpellier area (France) - Gâvres (France)
Facing the mean sea level rise and extreme events, the LITTOSCOPE solution identifies future coastal flooding hazards and assess the related socio-economic risks using satellite data (high-resolution stereo-imagery, altimetry).
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MANGROVES
Madagascar - West Indies - French Guiana
The need to understand and monitor mangrove forests continues to be a priority: it involves organising the management of their natural resources, characterising the relationships between global change and the state of their local environments and ensuring their conservation. Using Copernicus and THRS data, the project’s objective is to support institutional stakeholders in charge of Mangroves.
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MEO-Climate
Gers (France)
MEO-Climate is a mapping platform that creates added value by delivering local, frequently refreshed and validated information to local land management practices. Its purpose lies in the monitoring of spatial and temporal changes for the supervision of local initiatives, and more specifically to farming practices, the installation of renewable energy facilities and water resources management.
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Mérimée
Mekong Delta (Vietnam)
Mérimée aims to map rice fields dynamically, as well as their irrigation status, continuous or alternating. The project uses Sentinel satellite data from the Copernicus programme to obtain a spatial and temporal estimate of methane emissions in the Mekong Delta in Vietnam.
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MethMine
Tashan - Yimin coal mines (China)
Methane is the second-largest greenhouse gas in the atmosphere, surpassed by carbon dioxide. Monitoring, quantifying and reducing methane emissions from coal mines is necessary to address climate change and global warming in the short term. The MethMine project proposes to estimate methane emissions from China's coal mines, aiding climate change efforts and improving methane monitoring technology.
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MexiCorn
Mexico (Central America)
Agricultural areas of native cultivars are under threat because of the effects of climate change. Mexico is one of the producers of a large diversity of native corn and severely affected by atypical drought periods. This project proposes the creation of an operational tool using information from optical/microwave sensors onboard of EO satellites to monitor parameters from corn areas.
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MIGR-SAFE
Nouvelle Aquitaine (France)
If the preservation of migratory birds contributes to sustainable development, their pilgrimage is strongly affected by landscapes, human activities and climate change. Ensuring their journey and protecting their stopovers requires new collaborations between local authorities and scientists. MIGR-SAFE proposes new tools and usable data for each of them.
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Monitoring the Gold Coast
Australia
An investigation into patterns of post-storm beach recovery in the Gold Coast, Australia between 2015 and 2020, featuring the development of an automated methodology for waterline extraction that utilises Sentinel-1 SAR satellite imagery and tidal state data to investigate net accretion or erosion, subject to whether waterlines move shoreward (erosion) or offshore (accretion).
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OpenGCS
China
OpenGCS provides geological carbon sequestration with dynamic monitoring of CO2 leakage. Based on the combination of wireless sensor networks real-time online monitoring and regional satellite observations, OpenGCS is designed and implemented to assure the studies of GCS safety assessment, environmental impact, and risk control.
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OpHySE
French Guiana (South America)
The OpHySE (Operational Hydrology from Space and modEls) project, which has been declined on all the catchment areas of the territory of Guyana as a demonstration, has set up a platform for real-time monitoring of the state of rivers and to assist navigation in a context of climate change.
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OpHySE-MoCha
Canal du Mozambique
An offshoot of the SCO OpHySE project, MoCha will build a platform for forecasting extreme hydro-climatic events and providing decision support. We will draw inspiration from the warning platform deployed in French Guiana, which we will extend to the catchment areas of the African coast bordering the Mozambique Channel, where populations are largely dependent on water resources.
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ORENOS
Haute-Savoie (France)
The aim of this project is to develop an indicator of the quality of artificial night-time lighting in Haute-Savoie using SDGSAT-1 satellite imagery. This indicator will enable local decision-makers to prioritize their actions to adapt, renovate or switch off lighting, with the aim of proposing lighting that is more economical, better adapted and less damaging to biodiversity.
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ORION
Chamonix-Mont-Blanc (France)
The ORION project aims to make indicators derived from satellite images available to biodiversity managers in an emblematic mountain area: the Chamonix valley. Sentinel-2 images, botanical surveys and photo traps are combined to assess the impact of shrub expansion on plant diversity and large mountain herbivores.
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OSS Saint Louis
Sénégal
This project concerned the Saint-Louis coastline, which is particularly vulnerable to coastal erosion and flooding. The aim was to acquire more information, to raise awareness among all players of the hazards and risks posed to coastal areas as a result of climate change, and to develop tools and indicators relating to the vulnerability of the local population and economic activities.
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PERILS
Alpes (France)
Rising temperatures, melting permafrost, more extreme rainfall... The effects of climate change are increasing the occurrence of natural hazards in mountain areas. PERILS uses satellite imagery to monitor gravity instabilities, adapt remote sensing tools, create a deformation visualisation demonstrator and raise awareness among local players.
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Pléiades4UrbanFlood
Montpellier (France)
In a context of rainfall intensification, P4UF prototypes a service for the a priori evaluation of the sensitivity of an urban environment to flooding through the production of risk maps. Its added value lies in obtaining urban topography (buildings and vegetation) and physics (waterproofing), exclusively based on monoscopic THRS imagery.
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PODCAST-Demo
India
We propose to develop a web-based visualisation and analysis tool that provides cholera-risk information in the northern Indian Ocean coastal regions. The information is based on a pilot cholera-risk model that uses satellite observations from the European Space Agency Climate Change Initiative, in-situ and clinical data from publicly available archives.
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QUANTICA Occitania
France
QUANTICA aims to develop a tool combining plant-soil models and remote sensing to quantify, at the plot level, the additional carbon storage induced by intermediate crops in order to better compensate farmers who engage in these practices. The tool is being co-constructed with the actors of the agricultural chain and tested in Occitania to prototype future services.
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SAFAFRICA
Africa and the whole world
Using satellites, NOAA provides infrared brightness temperature data for the past 40 years, combined with in situ data and models to produce precipitation and surface temperature estimates. These products inform on the extent and severity of droughts and famines for food security. While these products are global, their true benefit is providing information in data sparse regions, such as Africa.
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SAFARI
Niamey (Niger)
SAFARI will develop and demonstrate an online dashboard containing present and future urban climate indicator maps for Niamey (Niger). The maps will be based on fine-scale satellite imagery, advanced climate modelling, and global climate projections. Applications will highlight the potential of urban trees as an Ecosystem-based Adaptation (EbA) measure to counter excessive heat.
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Sat4BDNB
La Rochelle - Toulouse - Marseille (France)
This project aims to establish national indicators of urban overheating, associated vulnerability of the population and an assessment of mitigation strategies. The results, established using spatial data for albedo and land cover, will be freely available in the National Buildings Database (BDNB).
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SatLCZ
Lille (France) - Rayong (Thailand)
Now an operational tool, the project has developed a methodology to classify local climate zones derived exclusively from very high resolution satellite images. The issues identified are the vulnerability of urban environments during summer heat waves, as well as the adaptation and mitigation of local heat peaks.
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SCO FrichesAgricoles
Région Occitanie (France)
In the Occitania region, the development of agricultural wasteland is a major concern for elected representatives wishing to act in favor of food sovereignty, in a context where fire hazards and health problems continue to increase. The aim of this project is to take stock of agricultural wasteland and facilitate the process of redeveloping these areas, while respecting their multifunctionality.
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SCOast-DT
New Caledonia - Benin - France - Chesapeake Bay - Gulf of Mexico - Alaska - West coast (USA)
Proposed by CNES, NASA and NOAA, the SCOast-DT project aims to study and adapt coastal zones in the context of climate change, using digital twin technologies combined with Earth observation. Data, modelling and climate projections will be made available to local decision-makers to help them adapt their territory.
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SCOLive
Pays de Grasse (France)
SCOLive carries out an observatory associating all the actors in the field to map the diseases and parasites harmful to the olive tree. This information allows to conduct a scientific study on the environmental conditions conducive to these diseases and to establish a predictive model in order to anticipate and remedy them.
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SeSaM
Caribbean Sea - East of the Caribbean islands - Cuba - Yucatan - Western Africa
SeSaM contributes to sargassum algae management in all the territories affected by sargassum strandings. Using satellite observations and numerical modelling, SeSaM allows observing the situation in real time and forecasting the next seasonal sargassum proliferation and influxes.
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SolarProd
Hainan (China)
As global climate change intensifies, extreme weather events occur more frequently, threatening energy systems. Predicting their impact on new energy, especially photovoltaic output, is vital. This project integrates meteorological, topographical, and photovoltaic data into a graph, using advanced forecasting methods to guide rational photovoltaic planning and ensure power grid stability.
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Space4IRRIG
Tarn - Provence Alpes Côte d'Azur (France)
Faced with global warming and increasing demand, particularly for agricultural irrigation, it is urgent to develop a sustainable and equitable water management strategy. This project provides water management actors with indicators to improve their local knowledge as well as supporting the elaboration of effective water resource management strategies for the future.
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Space4Nature
Surrey (United Kingdom)
Combining Earth observation, citizen science and AI, this project wants to produce automatically updated maps for planning and monitoring nature recovery in Surrey and beyond. Aimed at planning and delivering climate resilience and mitigation measures, a key outcome will be to reverse the fragmentation of habitats by creating corridors of land that is restored and/or managed land for nature.
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Stock Water
India - Burkina Faso - Tunisia - Laos - Brazil
Dams are strategic tools for countries and their management of water resources. StockWater aims to put in place a system for monitoring the load of dams based on satellite data, and a specific processing system, thereby facilitating the work of the public authorities in this area.
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Strata
Somalia and the whole world
The links between environmental change, climate stress, conflict and the vulnerability of populations are complex, and access to data on these subjects is not straightforward. By bringing together data from a variety of sources in a single platform, Strata makes it possible to see and locate 'hot spots', i.e. the areas most at risk.
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SUMAG
Gabon
Mangroves are a real carbon sink but are threatened. Given their importance in climate change mitigation and adaptation, their ecosystem must be understood to be protected. SUMAG aims to develop a platform using earth observation data for mangrove monitoring and management to provide a sustainable response to the degradation of this ecosystem in Gabon.
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SwedCoast-BlueCarb
Sweden: Kristineberg bay - Lomma bay - Kalmar straight
The project evaluates and executes mapping of blue carbon (seagrass and macroalgae) as well as bottom substrates by combining satellites, field data, and specialist knowledge. The project outputs include peer-reviewed articles and an online decision support tool for coastal managers. An article on the effect of land type and land use on coastal water quality has already been published.
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TAHATAI
French Polynesia
TAHATAI aims to develop, implement, automate, operate and replicate on a Pacific scale, online digital resources (satellite data, apps, expertise, indicators), useful for the governance of the coastal zone. These resources are integrated within a new generation digital platform, called "horizontal".
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TAHATAI Neo
French Polynesia
Conceived as a continuation of the TAHATAI project, TAHATAI Neo aims at the operational implementation of analysis applications dedicated to decision-makers and monitoring indicators according to the three axes : Water quality in the context of climate change (plankton blooms), Frequentation and use of the lagoon and the coastline, Coastal human pressure in the context of climate change.
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Target 2050
Bordeaux Metropole - Croissy sur Seine (France)
Cities are on the front line when it comes to climate change. Renaturation stores carbon and strengthens urban resilience, but local authorities lack the tools to assess their impact. SCO Target 2050 can be used to simulate, rate and optimise development projects along three key axes: carbon neutrality, zero artificial development and adaptation to +4°C.
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THERMOCITY
Toulouse - Paris - Montpellier - Marseille - Strasbourg (France)
The THERMOCITY project involves studying urban heat islands and heat losses through the development of a thermography analysis tool based on satellite imagery. Data and models are then compared in order to understand these phenomena and work towards the ultimate aim: adapting cities to climate change.
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TropiSCO
Guiana Shield, Brazilian Amazon (South America) - Laos, Cambodia, Vietnam, Thailand (South-East Asia) - Gabon (Africa)
Accounting for half of the world's forests, the rainforest is under serious threat. In 2019, the equivalent of a soccer stadium is destroyed every two seconds. TropiSCO aims to map deforested areas in near-real time and to publish the information so that local actors can intervene, alert public opinion, and account for lost surfaces.
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VIET-ARRO
Central Vietnam
VIET-ARRO has developed a demonstrator of a recovery observatory in response to periods of intense cyclonic activity impacting food security in Vietnam. The tool implemented provides managers with regularly updated geospatial information to assess impacts, monitor recovery over time and promote the transition to resilient, low-emission systems.
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Vimesco-Rice
Vietnam
Domestic rice production in Vietnam is under threat as a result of climate change, flooding, droughts of increasing frequency, duration and intensity, and saltwater intrusion. In Vietnam, the project has implemented a demonstrator of operational tools for the dynamic monitoring of rice crops using radar-based remote sensing data.
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VOQUALISE
Senegal
VOQUALISE is based on the use of satellite data to improve water resource management in Upper Casamance, Senegal, in the context of global change. It aims to quantify variations in water stocks in reservoirs, estimate the parameters linked to their quality and establish their link with climatic variables and human activities.
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WACA-VAR
West African coast
An interdisciplinary programme, WACA-VAR aims to implement a range of actions to sustainably manage the effects of climate change on the coasts of West Africa. A web platform will highlight the direct use of satellite data to generate knowledge to aid decision-making in terms of coastal risk management policies.
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XtremQuality
South West Region (France) - Parana (Brazil)
The project focuses on monitoring the water quality of small water reservoirs by remote sensing. With the implementation of indicators on the trajectory of these surfaces by aggregating multi-source data, it aims to improve our knowledge and to raise awareness of the impacts of climate change on these water reservoirs, which are essential for many uses.
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ADOPT
France
AEROLAB SPACE
Great Eastern (France)
AIonWetlands
Bassin méditerranéen
AirCrowd-Africa
Cotonou (Benin) - Dakar (Senegal) - Abidjan (Ivory Coast)
ALEOFEU
Aude (France)
ALISE
Senegal coastline
ALTELYS
Rennes (France) - Presidente Prudente (Brazil)
ARBOCARTO-v2
Mainland France - French West Indies - Reunion Island
ATTEST
Pas-de-Calais - Aude (France)
Band-SOS
Bengal Delta (Bangladesh-India) - Amazon Delta (Brazil)
BioEOS
Océan Indien
BOSCO
Brittany (France)
CACAO
Campania - Calabria (Italy)
CARTOVEGE
Crozet Islands (French Southern and Antarctic Lands)
CARTOVEGE 2
Amsterdam Island - St Paul Island - Possession Island (French Southern and Antarctic Lands)
CASCADES
Cambodia - Madagascar - Brazil - Bolivia - Ecuador - Niger
CHOVE-CHUVA
Mato Grosso (Brazil)
CIMOPOLEE
Madagascar
City Explorer
Paris (France)
ClimHealth
Myanmar - Thailand
DUST
China
EagleHedges
France: Pyrénées-Gascogne - Côtes d'Armor - Loire - Loire-Atlantique - Indre
Earth-WISE
Zimbabwe
ECLAT Lake Chad
Central Africa
EDISON
Metropolitan France
EDUCSCO
France
EO4AgriWater
Gers (France) - Alsace (France) - New Caledonia
EO4DroughtMonitoring
New Caledonia (South Pacific)
EO4Intertopo
Normandy (France)
Eo4MountainPastoralism
Mercantour National Park (France)
EO4Wetlands
Living Lab Hedwige-Prosperpolder (Belgium/Netherlands)
EO4WFD
Sweden
EOLyd
Morocco
FireAlert
Sichuan (China)
FLAude
Aude department (France)
FloodDAM
Garonne (France) - Ebro (Spain) - Betsiboka (Madagascar) - Mississipi (USA)
FloodDAM-DT
Garonne river basin (France) - Ohio River watershed (United States)
FLORIA
Czech Republic
GADE LAPLI
Haiti (Caribbean)
GeoHaTACC
Rwanda (Eastern Africa)
Green Urban Sat
Greater Nancy (France)
GreenSpace
Valencia (Spain) - Bucharest (Romania)
HABITAT Yangtze
China
HydroLake
Qinghai (China)
IRRISAT-MAROC
Morocco
IRRITRACK
China
Littosat
Brittany - Normandy - Gulf of Lion (France)
LITTOSCOPE
Palavas les flots - Greater Montpellier area (France) - Gâvres (France)
MANGROVES
Madagascar - West Indies - French Guiana
MEO-Climate
Gers (France)
Mérimée
Mekong Delta (Vietnam)
MethMine
Tashan - Yimin coal mines (China)
MexiCorn
Mexico (Central America)
MIGR-SAFE
Nouvelle Aquitaine (France)
Monitoring the Gold Coast
Australia
OpenGCS
China
OpHySE
French Guiana (South America)
OpHySE-MoCha
Canal du Mozambique
ORENOS
Haute-Savoie (France)
ORION
Chamonix-Mont-Blanc (France)
OSS Saint Louis
Sénégal
PERILS
Alpes (France)
Pléiades4UrbanFlood
Montpellier (France)
PODCAST-Demo
India
QUANTICA Occitania
France
SAFAFRICA
Africa and the whole world
SAFARI
Niamey (Niger)
Sat4BDNB
La Rochelle - Toulouse - Marseille (France)
SatLCZ
Lille (France) - Rayong (Thailand)
SCO FrichesAgricoles
Région Occitanie (France)
SCOast-DT
New Caledonia - Benin - France - Chesapeake Bay - Gulf of Mexico - Alaska - West coast (USA)
SCOLive
Pays de Grasse (France)
SeSaM
Caribbean Sea - East of the Caribbean islands - Cuba - Yucatan - Western Africa
SolarProd
Hainan (China)
Space4IRRIG
Tarn - Provence Alpes Côte d'Azur (France)
Space4Nature
Surrey (United Kingdom)
Stock Water
India - Burkina Faso - Tunisia - Laos - Brazil
Strata
Somalia and the whole world
SUMAG
Gabon
SwedCoast-BlueCarb
Sweden: Kristineberg bay - Lomma bay - Kalmar straight
TAHATAI
French Polynesia
TAHATAI Neo
French Polynesia
Target 2050
Bordeaux Metropole - Croissy sur Seine (France)
THERMOCITY
Toulouse - Paris - Montpellier - Marseille - Strasbourg (France)
TropiSCO
Guiana Shield, Brazilian Amazon (South America) - Laos, Cambodia, Vietnam, Thailand (South-East Asia) - Gabon (Africa)
VIET-ARRO
Central Vietnam
Vimesco-Rice
Vietnam
VOQUALISE
Senegal
WACA-VAR
West African coast
XtremQuality
South West Region (France) - Parana (Brazil)