Priority Axis 3 “RESEARCH AND APPLICATION”, “NATURAL ENVIRONMENT & INNOVATIVE ACTIONS 2023” funding programme; Green Fund
Aquaculture, Biodiversity and ecosystems, Coastal Zones, Fisheries, Water Resources
The purpose of “ECOeDNA” was to develop a research infrastructure that will utilize innovative molecular technologies. Aquatic ecosystems contain a large population of “invisible” microorganisms and “visible” organisms. eDNA can provide information for the assessment of fish stocks and habitats, the existence of aquatic species and the existence of invasive/foreign species, which can be utilized by the local authorities and the involved stakeholders for the optimal management of aquatic ecosystem resources. At the same time, the analysis of the microbiome provides a powerful tool for analyzing the diversity of microorganisms, which reflect the quality of the water.
Therefore, ECOeDNA offers an innovative, thorough, rapid and economical approach for the reliable and more accurate monitoring of habitats and fish stocks, as well as microbial diversity, using cutting-edge technologies and focusing on the ability to assess anthropogenic pressures and climate change, ultimately leading into the sustainable management and protection of the aquatic environment.
Completed
Regional: Eastern Macedonia and Thrace
Business, Citizen, Public Body
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Name: Petros Kolovos
Organization: Department of Molecular Biology and Genetics
E-mail: pkolovos@mbg.duth.gr