eDNA Applications for Plant-Animal Interactions: A Study of Pollinators
Abstract
Observing, cataloging, and maintaining biodiversity has always been an overarching goal of conservation. Typical survey methods require massive amounts of man power and depend on taxonomic experts out in the field. The rising area of environmental DNA (eDNA) aims to reduce the difficulties with identifying and cataloging species in the field by utilizing the genetic material left behind by species. Genetic material left in terrestrial, aquatic, or aerial environments are all feasible samples for identification via eDNA extraction. These assorted sample types all require different extraction protocols but they all aim to shift the focus away from the species itself and rather onto the data it leaves behind. This mindset has led to the location of rare and cryptic species while also reducing the impact field technicians have on habitat spaces.
eDNA Applications for Plant-Animal Interactions: A Study of Pollinators
Observing, cataloging, and maintaining biodiversity has always been an overarching goal of conservation. Typical survey methods require massive amounts of man power and depend on taxonomic experts out in the field. The rising area of environmental DNA (eDNA) aims to reduce the difficulties with identifying and cataloging species in the field by utilizing the genetic material left behind by species. Genetic material left in terrestrial, aquatic, or aerial environments are all feasible samples for identification via eDNA extraction. These assorted sample types all require different extraction protocols but they all aim to shift the focus away from the species itself and rather onto the data it leaves behind. This mindset has led to the location of rare and cryptic species while also reducing the impact field technicians have on habitat spaces.