This article is part of a wider coverage of the “MENA Focus” events, a set of four regional sessions dedicated to the Middle East & North Africa, officially launched at the Stockholm World Water Week 2016, alongside the Regional Days for Africa, Asia and Latin America. The Global Water Partnership – Mediterranean (GWP-Med) had been selected and serves as the overall coordinator for these “MENA Focus” events. The sessions were organized in partnership with a number of international regional institutions and organisations. “Informing the SDGs through the Arab MDG+ Initiative” was the third out of the four sessions, held on the 31st of August.
Margaret Catley Carlson who was the Chair and the Patron of GWP visited GWP China Secretariat and its Host Institute, China Institute of Water Resources and Hydropower Research (IWHR) on May 16, 2015, in Beijing.
The deadline has passed and we are no longer accepting applications for this sponsorship.
GWP has sponsorship available for eligible participants to complete the online course in Integrated and Adaptive Water Resources Planning, Management and Governance offered by McGill University’s Faculty of Agricultural and Environmental Sciences.
This paper raises important questions concerning access to piped water services, especially for the poor. As such, it could have ramifications for how communities and countries reach the water supply objectives of Sustainable Development Goal 6 and the 2030 Agenda. The paper finds that increasing block tariff (IBT) regimes fail the most basic of inclusive development tests. Access the perspective paper on "Beyond Increasing Block Tariffs"
On August 23, 2015, GWP China, jointly with WRI and WWF China, organized the side-event of the 2015 World Water Week, "How to Secure Water and Energy Amidst Rapid Urbanization" in Stockholm, Sweden
In the 6th Africa Water Week, the largest biennial water event in Africa, held in Dar Es Salaam, Tanzania, on July 18-22, 2016, GWP-Med shared its experience on mobilising Non Conventional Water Resources (NCWR) as a measure to augment water availability in urban environment.