Rapid biodiversity monitoring of aquatic organisms in a medium-sized reservoir using environmental DNA
Abstract
The rapid assessment of biodiversity is crucial for effective management and conservation of aquatic ecosystems. This study explores the application of environmental DNA (eDNA) techniques for monitoring aquatic organisms in a medium-sized reservoir. By collecting water samples and employing high-throughput sequencing methods, we identified a diverse assemblage of species, highlighting the efficiency of eDNA in capturing both rare and abundant taxa. Our findings demonstrate that eDNA monitoring can provide comprehensive biodiversity data more quickly and accurately than traditional sampling methods. This approach can inform conservation strategies and enhance our understanding of aquatic ecosystem dynamics.