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Water Users
One of the primary advantages provided by the ICPDR is its capacity to assist national decision-makers in effectively balancing the competing needs and various uses of the Danube River. These encompass areas such as hydropower generation, agriculture, and climate risk management. The ICPDR functions as a comprehensive platform for member countries, facilitating consultation, coordination, and the holistic management of the Danube River Basin.
JOINTISZA – Strengthening Cooperation between River Basin Management Planning and Flood Risk Prevention to Enhance the Status of Waters of the Tisza River Basin
Over-exploitation of water resources, water regime modifications, water contamination, and a growing number of flood events – negative effects of which are amplified by climate change – are all issues that require harmonised, integrated actions from management authorities in countries that share river basins.
JS Meetings: Minutes & Background Documents
In October 2007, a "Joint Statement on Inland Navigation and Environmental Sustainability in the Danube River Basin" was concluded, followed by a series of annual meetings. Here, we present reports, minutes and background materials of these meetings.
Hydropower
Following a request by the Danube Ministerial Conference 2010, the ICPDR has become active in initiating a dialogue with representatives from the hydropower sector. As an essential step in this process, "Guiding Principles on Sustainable Hydropower Development in the Danube Basin" have been developed by an interdisciplinary team and were finalised and adopted in June 2013.
Integrated Land Development Project - Component 2 - UNDP/GEF Tisza MSP - ILD to improve land use and water management efficiency in the Tisza basin
Integrated land development is a key of sustainable resource management and should be tested in a pilot project in Hungary. The outcomes of the project will also be disseminated in Serbia and Romania and should give the principle of integrated land development a boost in the Tisza River Basin.
Upper Tisza demonstration Project - Component 2 - UNDP/GEF Tisza MSP - Selected measures for integrated land and water management
Projects should have a clear impact on the livelihood of local people - this is especially true for the UNDP/GEF project “Integrating multiple benefits of wetlands and floodplains into improved trans-boundary management for the Tisza River Basin”. This pilot project is currently carried out on the Upper Tisza, in a village literally divided by the Tisza into two countries.
Bodrog demonstration Project - Component 2 - UNDP/GEF Tisza MSP - Making space for water in the Bodrog River Basin
The Bodrog River Basin makes part of the Tisza River Basin and is shared by Slovakia, Hungary and Ukraine. Environmental problems and flood damages are increasing and putting pressures on the people - high time for a project of the UNDP / GEF to promote multiple benefits of wetlands and floodplains.
Joint Statement follow-up meetings - Budapest 2009 and Zagreb 2010
The Danube navigation dialogue, concluded in October 2007 with the finalisation of the "Joint Statement", is continued. A first follow-up meeting was held in January 2009 in Budapest, a second one is held in March 2010 in Zagreb, serving to assessing the progress achieved so far and discussing how to improve the application of the "Joint Statement" in waterway projects.
Development of the Joint Statement in 2007
Between April and October 2007, an integrated stakeholder dialogue was conducted by ICPDR, Danube Commissson and the International Sava Commission. Main activities were 3 workshops and the drafting of the Joint Statement document.
UNDP/GEF Tisza MSP
The Tisza Basin has been subject to significant anthropogenic impacts that have resulted in a degraded system, particularly in terms of pollution and the loss of floodplains and wetlands. The present project is focusing on the development of strategies and implementation of demo project to test the multiple environmental benefits of wetlands to mitigate impacts of floods/droughts and help to reduce nutrient pollution.