Water and energy are inseparable. To draw attention to the links between water and energy, GWP has released a new video about the theme of World Water Day 2014.
Phnom Penh, the capital of the Kingdom of Cambodia, lies on the confluence of the Mekong and the Tonle and Bassac rivers. These rivers are the main source of freshwater for the city’s population of about 1.3 million. Many of the Asian cities’ publicly managed water utilities perform below their potential. Cambodia’s Phnom Penh Water Supply Authority (PPWSA) undertook major reforms and transformed a war-ravaged water utility into a commendable model that stands for other cities to emulate
GWP SAS is arranging a workshop with the aim to share lessons and experiences on current water management issues, opportunities and challenges faced by the deltaic regions in South Asia, including impending climate change impacts.
Frederik Pischke joined GWP as a Programme Officer in the summer of 2013. He is part of the global GWP secretariat in Stockholm, but Frederik is based in Geneva, Switzerland. He works with the World Meteorological Organization (WMO) in a unique collaboration between GWP and WMO, with strong focus on floods and droughts. Frederik explains the background.
GWP Executive Secretary Dr. Ania Grobicki moderated a debate on water and sanitation at the UN General Assembly in New York on 18 February 2014. After the debate was over, Dr. Grobicki said that a global water goal is far from being a done deal.
The Pillahuinco basin is located in one of the most productive regions of Argentina. It is within the roads that connect the southernmost parts of the country with the capital and the far north, as well as the Andean provinces of the west with the ports of the Atlantic coast, intersect there. The basin covers a region with a distinct topography, presenting a highland area with elevations between 250 and 650 meters. With a plain that can reach about 125 meters where agricultural activities predominate. The agriculture activities have resulted to environmental problems calling for an approach that can provide solutions to support sustainable development of the basin.
At a time of increasing water demand and the prospect of climate change, the problem of water scarcity in the Mediterranean region and in particular the Greek islands deepens and becomes more critical. Hence, there is an urgent need to enhance water efficiency and to explore further alternatives to ensure water availability using innovative approaches. The revival of traditional water harvesting and management techniques, which have been overlooked in favour of modern technologies, sometimes less sustainable, appears to be one of the most promising alternatives for supplying freshwater in the face of increasing water scarcity and escalating demand.