Global Demonstration Sites

Explore solution-oriented projects applying Ecohydrology principles to solve social and environmental issues worldwide.

Browse Network

Showing all sites

Ecohydrology Urban Site3, Poland
Europe and North America

Ecohydrology Urban Site3, Poland

xxx

The “Amunas” of the Carhuayumac micro-basin, water sowing practices of San Pedro de Casta in Huarochiri, Lima. Peru.

The “Amunas” of the Carhuayumac micro-basin, water sowing practices of San Pedro de Casta in Huarochiri, Lima. Peru.

The hydrographic unit corresponds to the Carhuayumac micro-basin with an area of 58 square kilometers, which is embedded in the Santa Eulalia sub-basin with…

El SMEHP Chillca – Sistema de Monitoreo Ecohidrológico Participativo (Participative Ecohydrological Monitoring System), Peru

El SMEHP Chillca – Sistema de Monitoreo Ecohidrológico Participativo (Participative Ecohydrological Monitoring System), Peru

Upper part of the Chillca and Pitumarca river basin (one of the main basins of the better known Vilcanota-Urubamba watershed), in an area of…

Área Natural Protegida Lago de Texcoco

Área Natural Protegida Lago de Texcoco

Part of the Panuco Hydrological Region, essential for flood control and aquifer recharge in the Valley of Mexico. | Intermittently flooded lake wetland with…

Integral rainwater harvesting system in La Reina, El Salvador

Integral rainwater harvesting system in La Reina, El Salvador

The project operates in a 2.9 km² micro-basin, using infiltration ditches, reservoirs, and living barriers to enhance water retention, aquifer recharge, and climate resilience…

Sowing, harvesting and reusing water for sustainability strategies. Project Code: PG13-PY24-07

Sowing, harvesting and reusing water for sustainability strategies. Project Code: PG13-PY24-07

This demosite focuses on the sustainable management of the Manglaralto river basin. It uses a technical-artisanal dam for aquifer recharge and green filters for…

Recovering the ancestral water system of Los Paltas with ecohydrological approach to supply water to the city of Catacocha in southern Ecuador

Recovering the ancestral water system of Los Paltas with ecohydrological approach to supply water to the city of Catacocha in southern Ecuador

The San Pedro Mártir microbasin is located in the Paltas canton, in southern Ecuador. It has a total surface of 31 km2 and provides…

Pelican Bay Watershed, Santa Cruz, Galapagos (Ecuador).

Pelican Bay Watershed, Santa Cruz, Galapagos (Ecuador).

In the Pelican Bay basin is the most important human accentuation in Galapagos (93.5% of the canton and 57.3% of the province). It has…

A METHODOLOGY TO ESTIMATE COMPENSATORY RUNOFF IN COSTA RICA, RANA-ICE STUDY

A METHODOLOGY TO ESTIMATE COMPENSATORY RUNOFF IN COSTA RICA, RANA-ICE STUDY

The area is divided into three basins: Reventazon River (a), Savegre River (b) and Térraba River Basins (c). | The Térraba River Basin corresponds…

Modelling and implementation of ecohydrological restoration alternatives at the Zapatosa Wetland Complex (ZWC) in Colombia

Modelling and implementation of ecohydrological restoration alternatives at the Zapatosa Wetland Complex (ZWC) in Colombia

Wetland complex under high anthropic pressure; it includes the Zapatosa wetland, which is the largest freshwater wetland in Colombia (310 km2), located on the…

INTEGRATED WATER GOVERNANCE FOR SUSTAINABLE WATER RESOURCES MANAGEMENT AND EDUCATION IN RURAL AND PERIURBAN LANDSCAPES IN TEUSACÁ RIVER BASIN (COLOMBIA)

INTEGRATED WATER GOVERNANCE FOR SUSTAINABLE WATER RESOURCES MANAGEMENT AND EDUCATION IN RURAL AND PERIURBAN LANDSCAPES IN TEUSACÁ RIVER BASIN (COLOMBIA)

The Teusacá Sub-basin (356 km2) is located in the southern sector of the Eastern Cordillera, close to Bogotá (9 million people), Teusacá River (43…

Quebrada Parque: urban creek and wetland restoration based on the management of Quebrada Honda as an ecopark with an ecohydrological approach in Puerto Varas (Chile)

Quebrada Parque: urban creek and wetland restoration based on the management of Quebrada Honda as an ecopark with an ecohydrological approach in Puerto Varas (Chile)

Peak flows are increasing due to ongoing urban growth in the upper basin, hence the need to increase the wetland’s torage capacity to prevent…

1236