Learn about cutting-edge detection methods for invasive zebra mussels in this 58-minute research presentation that compares environmental DNA (eDNA) analysis with canine detection techniques. Explore groundbreaking research conducted in central Texas reservoirs that evaluates the effectiveness of these two detection approaches. Discover how eDNA analysis is used to detect microscopic veliger larvae and other mussel materials in water samples, while also learning about the novel application of detection dogs for identifying these invasive species in environmental samples. Follow along as researchers Matthew Barnes from Texas Tech University and Debi Deshon from Mussel Dogs present their findings on detection sensitivity, methodology comparisons, and the potential for combining these approaches for more effective invasive species management in freshwater ecosystems.
Comparing In Situ Detection of Invasive Zebra Mussels Using eDNA and Detection Canines
Conservation and Adaptation Resources Toolbox via YouTube
Overview
Syllabus
Environmental DNA by Matthew Barnes
Mussel Dogs vs eDNA by Debi DeShon
Taught by
Conservation and Adaptation Resources Toolbox