The policy brief was developed to understand the current situation and challenges in ensuring water security at the Philippines. in the last part of the report, several recommendation were provided.
Our digital library is an online database of digital objects that can include text, still images, audio, video, digital documents, or other digital media formats. The collection will consists of in-house library (GWP global, region, and country water partnerships), as well as a copy of free-access media from the internet for the region of Southeast Asia. We will keep updating our collection for your need.
Please email to secretariat@gwpsea.org if your organization's publication wish to be featured in our website.
GWP and the International Water Management Institute (IWMI) are co-organising an online event on 24 February to launch a perspectives paper which intends to inspire discussion within the water and development community on the role of storage in managing water and building resilience.
Water must be at the core of effective climate action, but many countries are unaware of the powerful water-related solutions that exist. To remedy this, the global water community is speaking with one voice at the upcoming UNFCCC COP 26 Climate Change Conference by hosting a joint Water Pavilion.
The 1st from the series focused on 'Monitoring ground & infrastructure movements from space' online webinar was held on 27 May 2021. The webinar was organized by GWP-SEA, in collaboration with Viromii and Detektia. Detektia S. L. is a spin-off of the Laboratory of Topography and Geomatics of the Civil Engineering School of the Universidad Politecnica de Madrid (UPM) and has been created with the aim of applying the DInSAR technique to problems of stability and maintenance of dams and road infrastructure. Detektia is a DInSAR based company that aspires to revolutionize the control and maintenance of large engineering works, helping to create safer, more efficient and more durable infrastructures.
The Climate-Land-Energy-Water (CLEWs) framework is a modelling tool for quantitative analysis of the Nexus between the biophysical systems of climate, land (including agriculture), energy and water.
