Over the past quarter century, environmental DNA (eDNA) has been ascendant as a tool to
detect, measure, and monitor biodiversity (species and communities), as a means of …

The present study suggests that standardized methodology, careful site selection, and
stratigraphy are essential for investigating ancient ecosystems in order to evaluate …

Environmental DNA is increasingly being used to reconstruct past and present biodiversity
including from freshwater ecosystems. Macrophytes are especially good environmental …

Environmental DNA (eDNA) metabarcoding is an increasingly popular tool for measuring
and cataloguing biodiversity. Because the environments and substrates in which DNA is …

Arthropods can strongly impact ecosystems through pollination, herbivory, predation, and
parasitism. As such, characterizing arthropod biodiversity is vital to understanding …

Several studies have shown the potential of eDNA‐based proxies for plant identification, but
little is known about their spatial and temporal resolution. This limits its use for plant …

Technology is often looked to as a means to an end. The explosion in use of environmental
DNA (eDNA) for species detection is a great example of a technological discovery that is …

Biomonitoring is vital for establishing baseline data that is needed to identify and quantify
ecological change and to inform management and conservation activities. However …

Wetlands are ecologically and culturally significant ecosystems that are experiencing
biodiversity declines globally. Biomonitoring techniques that use environmental DNA …

Facing rapid environmental changes and anthropogenic habitat destruction, animal
behavioural plasticity becomes an adaptive potential that needs to be considered in …