Metabarcoding extra‐organismal DNA from environmental samples is now a key technique
in aquatic biomonitoring and ecosystem health assessment. Of critical consideration when …

Through the development of environmental DNA (eDNA) metabarcoding, in situ monitoring
of organisms is becoming easier and promises a revolution in our approaches to detect …

Metabarcoding of complex metazoan communities is increasingly being used to measure
biodiversity in terrestrial, freshwater and marine ecosystems, revolutionizing our ability to …

We establish the new approach of environmental DNA (eDNA) analyses for the North Sea.
Our study uses a multigene approach, including the mitochondrial cytochrome-c-oxidase …

We reviewed the current methodology and practices of the DNA metabarcoding approach
using a universal PCR primer pair MiFish, which co-amplifies a short fragment of fish DNA …

Background Building reference libraries of DNA barcodes is relatively straightforward when
specifically designed primers are available to amplify the COI-5P region from a relatively …

DNA extraction from environmental samples (environmental DNA; eDNA) for metabarcoding‐
based biodiversity studies is gaining popularity as a noninvasive, time‐efficient, and cost …

A central challenge in the present era of biodiversity loss is to assess and manage human
impacts on freshwater ecosystems. Macroinvertebrates are an important group for such …

Human activities impact all ecosystems on Earth, which urges scientists to better understand
biodiversity changes across temporal and spatial scales. Environmental DNA (eDNA) …

With the growing anthropogenic pressure on marine ecosystems, the need for efficient
monitoring of biodiversity grows stronger. DNA metabarcoding of bulk samples is …