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The capacity building workshop of GWP China Provincial and River Basin Secretariats will be organized on March 27-28, 2017, in Yunnan Province, China.

GWP is presenting itself on a fresh look on the occasion of World Water Day, transforming from old to newfangled, with the big makeover lies in new search functions for knowledge, news, events, and partners, as well as more highlighting results.

The first DriDanube (Drought Risk in the Danube Region) Project Meeting and Kick-off Conference were held on 15-16th March 2017 in Ljubljana, Slovenia.

The first DriDanube (Drought Risk in the Danube Region) Project Meeting and Kick-off Conference were held on 15-16th March 2017 in Ljubljana, Slovenia.

GEF/UNDP/GWP-Med project 'Enabling transboundary cooperation and integrated water resources management in the extended Drin River Basin' (GEF Drin Project) is making efforts to raise public awareness about the natural wealth and legacy of the Drin River Basin on the occasion of Drin Day 2017.

Coinciding with World Water Day, 22 March, GWP is launching a brand-new website – in 14 editions! Every GWP region (13 in total) has its own regional website, plus the global website www.gwp.org tying them all together. This hasn’t changed, but in addition to a new responsive look and design, the big makeover lies in new search functions for knowledge, news, events, and partners, as well as highlighting GWP's results.

GWP-C in its efforts to improve water resources management in the region has developed two training manuals on Water Use Efficiency in the Agriculture Sector and the Tourism Industry.

Small Island Developing States (SIDS) are deemed to be some of the most vulnerable countries in the world to climate change. This is in part attributed to sea-level rise, coupled with the small size of these territories amidst growing populations and other development challenges. Of these development challenges, achieving water security remains an enduring issue which will only be further exacerbated by the threat of climate change.

The Ziquejie Terrace is one of the three famous Chinese ancient terraces in Hunan Province. The crops cultivated in the terraces can manage to thrive through drought and flood without reservoir or other water storage constructions. This traditional primitive gravity irrigation system is a model for ecological construction of irrigation systems. However, the mechanism of Gravity Irrigation and water allocation within Ziquejie Terrace has not been well revealed, which to large extent affects the efficiency of environmental and ecological protection for this extraordinary natural reserve.