Environmental DNA (eDNA) has been used in research relevant to fish ecology such as
species diversity and conservation studies, threatened and invasive species monitoring, and …

Fisheries management involves a broad and complex set of tasks that are necessary to
prevent overfishing and to help the recovery of overfished stock. Monitoring fishing activities …

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 …

Isogenus nubecula is a critically endangered Plecoptera species. Considered extinct in the
UK, I. nubecula was recently rediscovered (in one location of the River Dee, Wales), after 22 …

Practical applications of environmental DNA (eDNA) are in exponential expansion,
especially for the assessment and monitoring of freshwater metazoans. Because eDNA …

The headwaters of the Volga River exhibit large reaches with near‐pristine conditions, and
therefore long‐term biodiversity monitoring of this catchment can provide rare and valuable …

The application of environmental DNA technologies is a promising new approach to rapidly
audit biodiversity across large‐scale, remote regions. Here, we examine the efficacy of a …

While high efficiency and cost‐effectiveness are two merits of environmental DNA (eDNA)
techniques for detecting aquatic organisms, the difficulty of designing species‐specific …

Abstract Knowledge of the location, physical attributes and impacts of obstacles on river
connectivity is a requirement for any mitigating action aimed at restoring the connectivity of a …

The ability to detect species at low densities, greatly improves the success of management
action on alien invasive species and decreases their possible impact on ecosystems. In the …