In the Danube hydrographic basin, agricultural practices continue to be the main source of water pollution. A pilot project “Best Agricultural Practices” was initiated focusing on e.g. nutrient management, conservation tillage and manure management. Awareness campaigns were initiated, training and education of farmers were emphasised. The key lesson is that these projects should be complimented by other technical and investment measures.
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.
The Upper Tisza basin requires international cooperation for its management, recognised through bilateral agreements. To further improve management, action was taken to develop a complex joint flood and water management development plan. This project is being implemented in several stages, ranging from elaboration of methods, description of ecological status to the establishment of environmental objectives to improve the current status. The key lesson is the value of bilateral effort in water management.
The EU Water Framework Directive requires all EU member states to achieve satisfactory water quality of all waters by 2015. Although each country is individually responsible, cooperation over transnational water resources is required. In the Körös/Crisuri river basin, a project was initiated using the expertise and experience of Hungary and Romania, involving all key stakeholders. The key lesson is the importance of public participation.
Oil-shale mining and oil-shale based electricity production has caused serious damage to ground and surface water in the Viru-Peipsi catchment area in Estonia. Action was taken to enhance the protection of the water resources through a project that set out a management plan. The project included data collection, monitoring and capacity building. Due to the success of this project, it can be used as an example for future developments.
To identify the best approach to increase public participation in the implementation of the EU Water Framework Directive, the EU funded research project River Dialogue was initiated, testing two specific participatory methods of citizens’ involvement. This case illustrates the means by which local people, who are not specialists, can take part in discussions and decision-making process of complex environmental issues.
The Tsurumi River Basin, located in the suburbs of Tokyo, extends over an area of 235 km2 and a river length of 42.5km. The Tsurumi River Basin is regarded as one of the most important and representative river basins in Japan. The basin was largely developed by the rapid urbanization since the 1960s.
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.
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.