Live Chat
Welcome to the ESA Earth Observation Framework (EOF) website! If you have any questions about EOF, I’m here to help.

Hydr’Avatar

Hydr’Avatar will use a wide range of EO data and hydrology modeling to represent basin-scale land surface processes and vertical water and energy balance, river network scale flood propagation, and complex 2D physics.

Hydr’Avatar will develop an innovative digital twin platform for hydrology at a continental and regional/basin scale.

The project will use a wide range of diverse and heterogeneous EO data and hydrologic/hydraulic models to represent basin-scale land surface processes and vertical water and energy balance, river network scale flood propagation, and complex 2D physics.

This DTC will help improving hydrological prediction and foster a broaden use of EO datasets in a flood and extreme events context, and will provide end-users and stakeholders (hydrologists and water resource managers, scientific community, government and regional agencies, local communities, and private users) with advanced tools for decision making in a changing climate.

Consortium:

Hydro Matters (FR), INRAE (FR), CS Group (FR), CERFACS (FR), INSA (FR), INP Toulouse (FR), CNRS – LEGOS (FR), MAGELLIUM (FR), RSS-Hydro (LU), ICUBE-SERTIT (FR), VORTEX.IO (FR)

Other DTCs

AIR4health

The AIR4health project aims to pioneer the development of Earth observation data-driven risk algorithms for human mortality and morbidity prediction, […]

DTC Glaciers

The rapid changes in glaciers due to climate change impacts our ability to monitor and address associated risks effectively. Leveraging […]

DTC Ice Sheets

The response of the ice sheets and ice shelves to climate change has significant impacts on human activities and ecosystems […]

DTE Coastal Processes and Extremes

Coastal DTC will focus on the development of specific DT components at the land-ocean interface. It will develop five use-cases […]

DTE Hydrology Next

The overarching objective of the Digital Twin Earth (DTE) Hydrology Next project is to provide an end-to-end reconstruction of the […]

EO4ER: Earth Observation for Energy Risks

The EO4ER DTC anticipates the impact of variable power production by (existing and synthetically added) photovoltaic systems on the active […]

EOAgriTwin

In the context of a rapidly growing global population, increasing crop production is essential to meet the rising food demand. […]

Forest DTC

Forest DTC aims to realise a digital replica for forests, maximising the use of Earth observation (EO) data at high […]

GET-IT

The aim of GET-it is to build a geohazard DTC based on EO data. GET-IT proposes a holistic approach to […]

SaveCrops4EU

SaveCrops4EU aims to create a digital representation of cropland ecosystems, with monitoring and prediction capabilities, to enable better implementation of […]

SURE: Smart Urban Resilience Enhancement

Urbanization has brought about numerous challenges for cities worldwide, with two of the most pressing issues being Urban Heat Islands […]

SvalbardDT

The Arctic region is warming four times faster than the global average, which is driving mass loss from glaciers, diminishing […]

Scroll to Top