HYRADIER (Hydrology from Radar Information) is a Regional Program STIC-AmSud (Research – Innovation) project between Argentina, Brazil and France.
This project aims at testing new approaches in hydrological modeling for operational flood forecasting, mainly the use of radar precipitation estimates and real-time assimilation of streamflow data. The goal is to propose technical improvements in a robust way i.e. such that they still allow to issue acceptable forecasts if the system has to run in degraded mode (typically when certain data are temporarily unavailable). This robustness will be evaluated in a statistical way on several representative catchments in France, Argentina and Brazil. This will require a good understanding of the specificities of forecasting issues in each country.
Coordinator: Prof. Nilo Nascimento, UFMG, Brazil
In France: UMR 7619 Metis, Univ. Pierre et Marie Curie (UPMC) and IRSTEA
In Argentina: Centro de Estudios y Tecnología del Agua (CETA) de la Universidad Nacional de Córdoba
In Brazil: Departamento de Engenharia Hidráulica e Recursos Hídricos (EHR) de l’Universidade Federal de Minas Gerais.
Under the HYRADIER project, Irstea researcher Maria-Helena Ramos went to Brazil and Argentina in August 2015 to organize and offer a course on hydrological modelling and forecasting in both hosting institutions, UNC and UFMG, and to exchange with radar data providers, local managers of flood alert systems and other stakeholders involved in hydrological monitoring and forecasting.
The objective of the short course was to present an overview of the main modelling tools for the forecasting of hydrological hazards, with a focus on hydrological risk assessment. About 30 people attended the courses in Argenina and Brazil, including post-graduate students from PhD and MSc programs, and professionals from operational organizations involved with hydrological forecasting
Irstea researcher Maria-Helena Ramos went to Brazil in August 2016, at UFMG, to offer, for the second time, the course on hydrological modelling and forecasting.
Contact @ Irstea Antony : Charles Perrin