Introduction to DNAquaIMG Project and its Methodology

Biodiversity change in Europe is becoming increasingly evident, prompting the need for innovative monitoring approaches. The DNAquaIMG project, led by Prof. Florian Leese, aims to employ high-throughput genetic analyses and automatic image recognition to enhance biodiversity monitoring in European rivers. This approach offers advantages for assessing biodiversity in the context of ecosystem degradation and restoration.

Integration into Existing Monitoring Frameworks

DNAquaIMG seeks to integrate its novel methods into the existing monitoring of water bodies outlined in the European Water Framework Directive. By comprehensively analyzing changes in species communities, the project aims to provide insights into functional diversity and ecological status class. However, this level of monitoring has been limited to a few countries, highlighting the need for broader implementation to enable genuine biodiversity monitoring at the species level.

Impact and Future Directions

The DNAquaIMG project aims to identify new targets for biodiversity indicators and develop a strategy for improved transnational monitoring of biodiversity and ecosystem change. This strategy aligns with broader environmental initiatives such as the European Green Deal and the Kunming-Montreal Global Biodiversity Framework. With a total budget of around 2.0 million euros and participation from partner institutions in 11 countries, the project holds significant potential for advancing biodiversity monitoring efforts in Europe.