Accurate data characterizing species distribution and abundance are critical for
conservation and management of aquatic resources. Inventory methods, such as gillnet …

Marine nonindigenous species (NIS) are spreading at an alarming rate internationally
through anthropogenic activities such as shipping and aquaculture, affecting local …

Growing interest and affordability of environmental DNA and RNA (eDNA and eRNA)
approaches for biodiversity assessments and monitoring of complex ecosystems have led to …

Background Arctic biodiversity has long been poorly documented and is now facing rapid
transformations due to ongoing climate change and other impacts, including shipping …

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

The analysis of environmental DNA (eDNA) is a powerful tool to increase the efficiency of
species detection and monitoring in aquatic ecosystems. Yet, several points remain to be …

Environmental DNA studies have proliferated over the last decade, with promising data
describing the diversity of organisms inhabiting aquatic and terrestrial ecosystems. The …

In recent years, biodiversity loss has become one of the most serious environmental issues
worldwide, especially in aquatic ecosystems. To avoid diversity loss, it is necessary to …

Animal biodiversity in the ocean's vast mesopelagic zone is relatively poorly studied due to
technological and logistical challenges. Environmental DNA (eDNA) analyses show great …

The detection of species using environmental DNA (eDNA) relies on our capacity to identify
DNA from the sampled environment. Once eDNA is released into the environment, the …