Fish environmental DNA (eDNA) studies have made substantial progress during the past
decade, and significant advances in monitoring fishes have been gained by taking …

Aquatic non-indigenous species (NIS) threaten biodiversity, ecosystem functions, and the
economy worldwide. Monitoring NIS is of immediate concern to identify newly arriving …

The sampling of environmental DNA (eDNA) coupled with cost-efficient and ever-advancing
sequencing technology is propelling changes in biodiversity monitoring within aquatic …

Multiple studies have demonstrated environmental (e) DNA detections of rare and invasive
species. However, invasive species managers struggle with using eDNA results because …

Data from environmental DNA (eDNA) may revolutionize environmental monitoring and
management, providing increased detection sensitivity at reduced cost and survey effort …

The Arabian Gulf (hereafter 'the Gulf') is renowned for its unique ecological characteristics
and distinct marine life. It offers a diverse range of ecosystems that have adapted to the …

Introductions of invasive non‐native species (and their subsequent impacts) are recognized
as a major threat to native flora and fauna. This is especially true in island ecosystems such …

Globally, the ecological and socio-economic impacts of non-indigenous species (NIS) are
increasingly recognised, prompting the development of international policies and legislation …

Freshwaters face some of the highest rates of species loss, caused by strong human impact.
To decrease or even revert this strong impact, ecological restorations are increasingly …

Environmental DNA (eDNA) surveys are increasingly used to inform management decisions
for non-native species, for example, by detecting the presence and plotting distributions of …