WATER4CAST 2.0
Enhanced Integrated Multiscale Forecasting System for Agriculture, Water and the Environment
Platform that integrates meteorological, ecohydrological, agronomic, environmental, and water resource management forecasts.
Júcar River Basin
The WATER4CAST project will develop a visualization and decision-support system designed to predict relevant variables and indicators for the efficient management of water resource systems and river basins. The case study is the Júcar River Basin, the main basin in the Valencian Community.
Meteorological
Average temperature, Maximum temperature, Minimum temperature. Precipitation, Solar radiation, Wind. Fire risk index and Drought indicators.
Ecohydrological
Streamflow, Reservoir inflows, Soil moisture.
Agronomic
Irrigation needs, Stress map (Water stress indices), Reservoir evaporation.
Environmental
Habitat suitability for fish species and size in each river segment.
Water resource management
Stored volumes, Inflows, Releases.
About this project
To have access to the best possible quality of information in order to obtain weather forecasts for short-, medium-, and long-term periods, and thus design strategies that support efficient resource management.
WATER4CAST 2.0
Project funded by:
The project Enhanced Integrated Multiscale Forecasting System for Agriculture, Water and the Environment (WATER4CAST 2.0) has been funded by the Programa para la promoción de la investigación científica, el desarrollo tecnológico y la innovación en la Comunitat Valenciana para grupos de investigación de excelencia, PROMETEO 2024 - CIPROM/2023/000, from the Conselleria de Educación, Cultura, Universidades y Empleo. Generatitat Valenciana.
Project coordination by:
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