Imagine the Danube river as a giant circulatory system where some veins have become blocked, causing the surrounding land to dry up or pollute. This project acts like a plumbing and health check for the river, reconnecting old channels to let water flow naturally again. It uses high-tech sensors and satellites to track water quality and creates natural fish nurseries to bring back wildlife.
Wetlands and floodplains in the Danube basin are degrading, leading to lost biodiversity, poor water quality, and reduced climate resilience for local communities.
The project is building a green hatchery complex, a freshwater monitoring methodology, and digital tools for a centralized knowledge center.
If you are a hydraulic engineering firm dealing with degraded riverbanks and blocked canals — this project developed a methodology for reconnecting canals with the main channel that improves water flow and biological cycles. This allows for more effective infrastructure design for flood control and habitat restoration.
If you are an aquaculture producer dealing with low biodiversity and fish stock depletion — this project developed a green hatchery complex as a nature-based solution. This system increases waterfowl and fish populations, providing a blueprint for sustainable protein production in wetland areas.
If you are a software provider dealing with fragmented ecological data — this project developed digital tools and a centralized knowledge center for freshwater monitoring. This enables the creation of scalable monitoring services for regional authorities across 12 countries.
Based on available project data, specific pricing or cost structures for the developed tools are not provided.
Yes, the project is designed to plan the replication, deployment, and scaling up of validated solutions for the next mission phase across the Danube basin and Europe.
Based on available project data, the IP and licensing terms are not specified, though the project aims to merge data into a centralized knowledge center.
The project aligns with the EU Biodiversity Strategy 2030 and the EU Water Framework Directive to improve water quality and biodiversity.
The project runs from 2023-06-01 to 2027-05-31, with the current phase focusing on developing and demonstrating pilots in three specific Danube regions.
The consortium is highly diverse with 46 partners across 12 countries, indicating a strong regional reach. With 10 industry partners and 8 SMEs (a 22% industry ratio), there is a significant commercial presence alongside 17 academic and research institutions, suggesting the project is geared toward practical application rather than just theoretical research.
Contact the Institut za Izsledvania ha Klimata, Atmosferata i Vodite pri BAN in Bulgaria.
Contact us to connect with the 10 industry partners specializing in Danube wetland restoration.
