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.
Dniester river basin is a transboundary basin shared by Moldova and Ukraine. Throughout the Soviet era, the water quality deteriorated severely. After the USSR was dissolved, a bilateral agreement was signed by Moldova and Ukraine on the joint use and protection of water resources. This cooperation framework is based on the contributions of network of local authorities. This case illustrates the importance of cooperation among all key stakeholders.
Körös/Crisuri transboundary River Basin is in need of more transboundary cooperation and coordination to ensure sustainable management of the resource. To address this, Romania and Hungary jointly developed a strategy for integrated water resources management, aiming to strengthen cooperation. The key lesson is that access to, and management of data is at the core of decision-making in the case of transboundary water management.
Lake Peipsi/Chudskoe is the largest transboundary lake in Europe. Action has been taken by riparian governments of Russia and Estonia to develop and sign an Agreement on the Protection and Sustainable Use of Transboundary Water Bodies. An intergovernmental commission was established to co-ordinate the implementation of this agreement. Co-operation over Lake Peipsi demonstrates how integrated water resource management tools can be applied to transboundary waters shared by countries in transition.
In preparation for the new Water Law in Bulgaria, as well as the EU Water Framework Directive, the watershed council was set up as a pilot to test on-site effective and participatory approaches to river resource management in the Varbitsa River. The key lesson drawn is that participatory, open, citizen-friendly and bottom-up approaches are more efficient than top-down administrative approaches.
The Murray-Darling Basin was subjected to widespread environmental degradation. In response to this problem, the Murray-Darling Basin Commission was established in January 1988 under the Murray-Darling Basin Agreement, focusing on protecting and improving water quality. The key lesson is that the participatory approach used with its Community Advisory Committee has helped the Commission to be successful in winning and maintaining community interest, involvement and support.
Activities such as horticulture and tourism around the Great Barrier Reef create sediment, nutrient and pesticide runoff, placing increased pressure on the ecosystem. The World Wildlife Fund has taken action, predominantly by raising awareness. The key lesson is how a carefully orchestrated campaign can convince decision-makers of the importance of integrated river basin management as a means of reducing land-based marine pollution.
Australia implemented a series of reforms to the water sector in the State of Queensland, including the use of a ‘whole of river basin’ strategic plan approach within which local resource operation plans are prepared and implemented. The key lesson learnt is that an incremental approach, with water planning developing in “bite-sized chunks” allowed government to be flexible in response to changing circumstances.
After some devastating floods in the Yangtze, the Chinese government took action and issued a policy to counter floods, including wetland restoration. WWF further assisted and developed four pilot sites to demonstrate the benefits of wetland restoration for biodiversity, and to seek alternative income options for farmers, based on the sustainable use of wetlands. This case illustrates the value of a participatory approach.
China is faced with significant costs regarding floods and degradation of ecological conditions in the Yangtze River basin. As a response, the application of Ecosystem Function Conservation Areas approach has been initiated not only to increase water retention capacity and reduce sediment loads, but also to provide benefits in biodiversity, carbon sequestration and sustainable land management. The key lesson is that success is easier to achieve with positive natural and political conditions.