Environmental DNA (eDNA) has seen a massive increase in application in freshwater
systems with a concurrent growth in protocol developments and a drive to gain a better …

We report the first application of CRISPR‐Cas technology to single species detection from
environmental DNA (eDNA). Organisms shed and excrete DNA into their environment such …

Environmental DNA (eDNA) barcoding has a high potential to increase the cost-efficiency of
species detection and monitoring in aquatic habitats. However, despite vast developments …

Environmental DNA (eDNA) can be used to detect the presence and abundance of aquatic
organisms from water samples. Before implementing this methodology as a tool for …

Environmental DNA (eDNA) research holds great promise for improving biodiversity science
and conservation efforts by enabling worldwide species censuses in near real-time. Current …

Documenting the occurrence and habitat occupancy of rare aquatic species is an ongoing
challenge for conservation. Characterization of environmental DNA (eDNA) from bulk water …

Abstract The Atlantic salmon (Salmo salar L.) has worldwide ecological, cultural, and
economic importance. The species has undergone extensive decline across its native …

Margaritifera monodonta, or the Spectaclecase Mussel, is a federally endangered
freshwater mussel species that has experienced a 55% reduction in range and is currently …

Abstract eDNA-based methods represent non-invasive and cost-effective approaches for
species monitoring and their application as a conservation tool has rapidly increased within …

For protecting endangered species, precise understanding of their distribution is crucial.
However, it is often very difficult to estimate at a large scale with conventional methods (eg …