The “built water storage South Asia project” in-country consultation was held with the participation of Water Experts on 12 June 2024 in Dhaka, Bangladesh.
A multi-stakeholder workshop was held in Bangui on May 30th, 2024, to validate the Central African Republic's climate finance monitoring tool, which was developed under the ongoing GCF Readiness Programme in the country.
Youth-Led Action at the #Dushanbe #Water Conference!
The youth innovator of GWP China & UNICEF China presented nature-based solutions to support SDG6 for children and families impacted by climate change.
Maximising the EU H2020 REXUS project visibility, GWP-Med, as leader of the Communication and Dissemination, ensured that the key outcomes of the project received extensive media coverage from national and local media.
The Volta Flood and Drought Management (VFDM) project is drawing to a close after four (04) years of implementing activities in the six (06) countries of the basin. Among the last activities undertaken was a simulation exercise to disseminate warnings and organise the response in the event of flooding in the ten (10) pilot sites spread across the six (6) countries of the Volta basin.
Supply and installation of Solar Photovoltaics water pumping for irrigation for the ACCISI-GEM Project in Ghar El Melh “Adapting to Climate Change Impacts through Smart Irrigation in Ghar El Melh wetland area, Tunisia”
Supply and installation of Smart Irrigation System for the ACCISI-GEM Project in Ghar El Melh “Adapting to Climate Change Impacts through Smart Irrigation in Ghar El Melh wetland area, Tunisia”
For the Supply and Installation of Piezometers for the ACCISI-GEM Project in Ghar El Melh -Adapting to Climate Change Impacts through Smart Irrigation
in Ghar El Melh wetland area, Tunisia” Implemented by the Global Water Partnership-Mediterranean (GWP-Med) In the framework of Child Project 2.2 of the GEF UNEP MedProgramme
May 27 to June 1, 2024, Global Water Partnership China Yellow River Basin organized an expert team to visit Heihe River(Black River) for a comprehensive evaluation on water efficiency development in the Heihe River Basin.
