Animals need to move between different habitats to successfully complete their life cycle.
Anthropogenic activities and infrastructure impact animal movement, especially in the …

The small and colourful Nothobranchius fishes inhabit ephemeral habitats in freshwater
wetlands of Africa and have extreme life‐history adaptations that allow their eggs to survive …

The deep‐sea is vast, remote, and largely underexplored. However, methodological
advances in environmental DNA (eDNA) surveys could aid in the exploration efforts, such as …

The analysis of environmental DNA (eDNA) is becoming integrated as an established
biomonitoring tool, often characterized by detection limits exceeding those of conventional …

Molecular‐based monitoring relying on environmental DNA (eDNA) detection became
routinely used around the world in the last few years, especially in aquatic environments …

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 …

Environmental DNA (eDNA) monitoring is a useful tool for species detection but its use in
addressing management questions remains scarce. One factor limiting the use of eDNA as a …

Collecting environmental DNA (eDNA) as a nonlethal sampling approach has been
valuable in detecting the presence/absence of many imperiled taxa; however, its application …

Arctic grayling (Thymallus arcticus) is a salmonid fish of significant conservation value.
However, conservation efforts are hindered by a lack of fundamental information regarding …

Understanding the distribution of invasive species and their reproductive area is crucial for
their managements after invasion. While catch and observation surveys are still embraced …