SWIM project
SWIM Alliance
SWIM Alliance is a transnational community bringing together organisations and professionals working to protect migratory fish and restore river connectivity across the Danube River Basin and NW Black Sea region. It brings together stakeholders from fields such as biology, ecology, hydrology, and climate change to develop sustainable solutions for migratory fish conservation, while connecting experts with public authorities, regulators, and expert institutions to jointly develop and implement solutions for the protection of migratory fish and the sustainable management of freshwater ecosystems.
The value of the SWIM Alliance lies in its ability to connect technical solutions with regulatory frameworks and implementation processes, ensuring that results from pilot activities, monitoring, and field measures are translated into transferable guidelines and approaches that support stakeholders in applying innovative solutions across different regional contexts.
Built in close connection with the Danube Lighthouse Communities of Practice, it connects expertise from science, policy, and river management to help ensure SWIM results continue beyond the project lifetime.
Swim Alliance
What the Alliance does?
Connects stakeholders
Supports sustainability
Identifies opportunities
Co-create recommendations
SWIM Alliance Registration
Join the SWIM Alliance
Become part of a collaborative network for ecosystem restoration, biodiversity and water resilience.
SWIM ALLIANCE
Why join the Alliance?
Connect fast
Stay ahead
Shape action
Increase visibility
Be the First
SWIM Alliance Registration
Join the SWIM Alliance
Become part of a collaborative network for ecosystem restoration, biodiversity and water resilience.
Who should join: Private entities active in river and fish habitats restoration, Public authorities, river basin and protected area managers, hydropower operators, NGOs, research bodies, and community organisations working on fish migration, habitat restoration, biodiversity, hydromorphology, and climate adaptation.