Ecohydrology
Platform

The Ecohydrology family is part of the UNESCO Water Family and also includes other stakeholders involved in Ecohydrology activities, such as research and the coordination of demonstration sites. Here is a list of our Ecohydrology Platform partners:

The Ecohydrology Scientific Advisory Committee (SAC) provides strategic guidance for the Ecohydrology Programme within UNESCO’s Intergovernmental Hydrological Programme (IHP). Its role is to advise the IHP Secretariat on long-term vision, scientific priorities, programme implementation, and opportunities to strengthen the global impact of ecohydrology.

SAC brings together key institutions involved in ecohydrology research, capacity building, and demonstration activities. It is composed of representatives from UNESCO Category 2 Centres, water-related UNESCO Chairs, and Regional Focal Points. This includes regional centres and academic partners from Europe, Africa, Asia-Pacific, Latin America, and the Caribbean, as well as UNESCO Regional Hydrologists. Youth and early-career researchers are also encouraged to contribute to the Committee’s work.

The Committee focuses on reviewing progress, identifying scientific and applied challenges, and shaping future directions for ecohydrology in support of global water agendas. Its discussions cover topics such as the development of demonstration sites, cross-regional collaboration, regional priorities, and the integration of ecohydrological approaches into national and international strategies.

Key Expected Outcomes of SAC’s Work

1. Identify gaps, opportunities, and future research needs in ecohydrology.
2. Strengthen international networks applying ecohydrological, solution-oriented approaches to enhance ecosystem services and societal benefits.
3. Highlight regional priorities and innovative practices that support water security and climate resilience.
4. Promote the inclusion of ecohydrological concepts in policy frameworks and development plans.

Master in Applied Ecohydrology (MAEH)

Water challenges and ecosystem restoration are highly relevant topics on the global agenda. The Erasmus Mundus Joint Master in Applied Ecohydrology (MAEH) focuses on finding and implementing solutions that ensure the sustainability of the uses and good ecological status of water and aquatic ecosystems, by merging ecohydrology with water engineering and integrated water management.

MAEH graduates will have the holistic perspective and technical knowledge needed for solving the complex and multifactorial problems of water security and aquatic ecosystems sustainability, now and in the future.