Study Finds Airborne eDNA Sampling Effective with Minimal Samplers in Enclosed Spaces
By
Nina R. Garrett
Summary
This article presents a scientific study on airborne environmental DNA (eDNA) as a biomonitoring tool, specifically examining sampling intensity and temporal persistence of airborne eDNA in partially enclosed spaces. The research found that the majority of species richness could be detected using as few as four samplers in enclosed spaces, and that increasing the number of sampling events reduced the number of samplers needed. The study contributes to the growing field of terrestrial biomonitoring using airborne eDNA, which has been less studied for terrestrial mammals compared to pathogen transmission or pollen and fungal spore monitoring.
Source

Key quotes
· 3 pulledThe majority of species richness was detected using as little as four samplers in this enclosed space
The greater the number of sampling events, the fewer samplers were needed
Airborne environmental DNA (eDNA) has gained traction as a terrestrial biomonitoring tool
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