Terrestrial mammals shape their ecosystems, and mammalian community assemblages can
be important indicators of ecosystem functioning and ecosystem changes over time …

The metabarcoding of vertebrate DNA found in invertebrate‐derived DNA (iDNA) has
proven a powerful tool for monitoring biodiversity. To date, iDNA has primarily been used to …

The analysis of environmental DNA (eDNA) is a rapidly developing field with great potential
and as-yet-undreamed-of uses in conservation and ecology 1–3. Residual genetic …

In the last decade, eDNA and metabarcoding have opened new avenues to biodiversity
studies; amphibians and reptiles are animals for which these new approaches have allowed …

Simple Summary The innovative concept of environmental DNA has found its foot in aquatic
ecosystems but remains an unexplored area of research concerning terrestrial ecosystems …

Biodiversity monitoring at the community scale is a critical element of assessing and
studying species distributions, ecology, diversity, and movements, and it is key to …

Recent advances in DNA sequencing and genotyping technologies are rapidly building our
capacity to address ecological, evolutionary, and conservation questions for wildlife species …

The current biodiversity and climate crises highlight the need for efficient tools to monitor
terrestrial ecosystems. Here, we provide evidence for the use of airborne eDNA analyses as …

DNA from the environment (eDNA) has been increasingly used as a new tool to conduct
biodiversity assessment. Because of its noninvasive and less time‐consuming nature, many …

The application of environmental DNA (eDNA) metabarcoding as a biomonitoring tool has
greatly increased, but studies have focused on temperate aquatic macro‐organisms. We …