GWPSA is a key partner involved in the implementation of some WaterNet Activities. These activities are currently being guided by the Phase III WaterNet Strategy (2012-2016), themed “Achieving Sustainability by Increasing Impact”. GWPSA’s main area of involvement has been through the WaterNet/Water Research Fund for Southern Africa (WARFSA)/GWP-SA Symposia, which have been held annually in the Eastern and Southern African regions for the past thirteen years.
Many dialogues and seminars on river pollution have been organised over the past 20 years. Generally there is an agreement that countries desperately need to do something about the sad state of rivers, especially in countries which hope to achieve developed nation status by 2020.
Capacity development at transboundary and national levels is urgently required to enhance local technical, analytical and institutional capacity for climate resilient development. This is a key pillar of the WACDEP and NAPs process. Investment planning for climate resilient development needs to be informed by sound economic analysis of adaptation. In collaboration with AMCOW, CDKN, UNDP-GEF, CapNet and GWP, a Capacity Development Initiative on Economics of Adaptation, Water Security and Climate Resilient Development is implemented in Africa.
The GWP CACENA Nomination Commission approved Mr. Djayloobayev A. for the position of Manager of the GWP Water and Climate Programme: Transfer GWP's Knowledge for Climate-Resilient Development in Caucasus and Central Asia for 2013- 2015
“It’s time for participating in the implementation of WACDEP activities in Lake Cyohoha catchment-” Governor tells stakeholders, in Kirundo Province, of Burundi, on the 25th of July 2013.
In Carabobo State, the urban and agricultural expansions are the main causes of watershed problems resulting from degradation of forests, deforestation and inadequate solid waste management. Since 2009, action has been taken to combat these developments through participatory public policies which focus on environmental education and sustainable development. The key to the success of the project has been extensive capacity building in combination with concrete management tools.
Management of the Upper Vistula basin is guided through the project Continuation of the Implementation of the Water Framework Directive, which is a joint French-Polish initiative. This project provides avenues for exchange of practical experiences between Polish and French partners, mobilises different stakeholders within basin borders. The most important lesson learned is to remember that documents should be transparent and comprehensible.
With one of the lowest per capita freshwater resources in the world, China have been investing in and seeking new ideas and methods for improving both supply side and demand side management of water resources. This has included numerous experiments in “eco-compensation”. These experiences demonstrate that eco-compensation should be considered as a potential tool for Integrated River Basin Management to address financing shortfalls, identify management pitfalls, and convince key stakeholders to participate.
GWP-SEA further actions to the global event started with joining in Korean Water Forum.
GWP–SEA Steering Committee met Korea Water Forum in Discovery Suite, Manila,on 12 March 2013, to receive a briefing regarding the program of the 7th World Water Forum which will be held in Daegu-Gyeongbuk, Republic of Korea in 2015, and discuss possible areas for playing roles in this important global event.
GWP Chair, Ms. Ursula Schaefer Preuss and the Chair of GWP TEC, Dr. Muhammed Ait Kadi, attended the meeting shortly.
Complex environmental, social, economic and political structures make the Nile hard to manage. The Nile basin states have, because of these issues, collectively recognised the need to protect, manage and utilize the Nile basin in an integrated sustainable manner through a close co-operation. Action was taken and the Nile basin states formed the Nile Basin Initiative. This illustrate the opportunities created by multidisciplinary networks to solve complex environmental problems, stemming from their broad platform.