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  • News & Media

    Restoring fish migration routes in the Danube River Basin - Feasibility study on Iron Gate dams commissioned to explore joint solutions

    The signing of the grant agreement between the International Commission for the Protection of the Danube River (ICPDR) and DG REGIO will enable a feasibility study that aims to identify ways forward to preserve of fish stocks at the Romanian-Serbian border. This action is an important step in the ongoing efforts to achieve a central objective of the EU Strategy for the Danube River: saving the Danube sturgeons from extinction. Despite its longevity, this “dinosaur fish” is considered one of the most endangered species in the world.

  • News & Media

    DANUBE FLOODPLAIN kicks-off in Budapest

    Budapest, 2 October 2018 (Press Release) - DANUBE FLOODPLAIN project kick-off meeting sets the stage for 30 months of intense transnational cooperation across the Danube river basin.

  • Content pages

    MEASURES - Safeguarding Sturgeons in the Danube River Basin

    Sturgeons and other migratory fish species represent a historic, economic and natural heritage of the Danube River Basin and are indicators of the ecological status of aquatic ecosystems, especially of the functionality of ecological corridors. Their populations have suffered substantially from overfishing, pollution, habitat destruction and disruption of their migration routes. The need for their conservation is recognized at a high political and management level (EUSDR-PA 06, Biodiversity, DRBMP).

  • Content pages

    Wetlands

    The floodplains and wetlands of the Danube basin are uniquely valuable ecosystems in global terms, although few areas are still in their natural or near-natural state.

  • Content pages

    Dams & Structures

    Since the 16th century, people have been changing the natural course of the rivers in the Danube River Basin, mainly for flood defence, hydropower generation and navigation. All these changes affect the ecological quality of the rivers. Changes in the depth or width of a river typically reduce flow rates, interrupting natural sediment transportation as well as the migration routes of animals.