Quantifying the biomass, or number of individuals, diversity, and distribution of marine
species is a critical aspect of understanding and managing marine ecosystems. In recent …

Environmental laws around the world require some version of an environmental‐impact
assessment surrounding construction projects and other discrete instances of human …

Metabarcoding analyses have been developed a lot recently because of the performance of
this technique in monitoring biodiversity. However, it is still difficult to draw precise …

Environmental DNA (eDNA) has significant potential to improve the efficiency of biological
sampling and detect species that pose challenges for traditional sampling methods …

Marine biodiversity worldwide is rapidly declining, and nowhere is this more evident than in
coastal ecosystems where the impacts of climate change and anthropogenic activities …

Abstract The Arctic Ocean (AO) is changing at an unprecedented rate, with ongoing sea ice
loss, warming and freshening impacting the extent and duration of primary productivity over …

Improving rapid detection methods for pathogens is important for research as we collectively
aim to improve the health of ecosystems globally. In the northern hemisphere, the success of …

In this study, we evaluated how well DNA metabarcoding of environmental samples
captures changes in marine mesozooplankton community composition to optimize the use of …

Salmonid aquaculture, a major component of the Northern European, North American, and
Chilean coastal economies, is under threat from challenges to gill health, many of which …

Lyophyllum consists of rare edible and medicinal mushrooms. Considering this group's
economic and ecological significance, understanding its biodiversity could be strategically …