eDNA: The Final Frontier for Marine Conservation - Dina-Leigh Simons

Year
2024
Tags
environmental DNA
eDNA
marine biology
climate change
intertidal ecosystems
biodiversity monitoring
species detection
rocky shores
ecological change
conservation tools
molecular ecology
ecosystem health
coastal species
environmental crisis
DNA barcoding
Liverpool
Summary

This research shows how environmental DNA (eDNA) can rapidly and sensitively detect marine species threatened by climate change. By analysing seawater samples, the study identified over 18,800 species and revealed fine-scale ecological shifts. eDNA offers a powerful, scalable tool to monitor coastal ecosystems and protect vulnerable species as environmental conditions worsen.