Surveys and assessments based on environmental DNA are not only efficient and time-
saving, but also cause less harm to monitoring targets. Environmental DNA has become a …

Comprehending fish diversity through multiple dimensions is a crucial aspect in advancing
our understanding of fish populations and promoting sustainable fisheries as well as …

Coastal and estuarine systems play an important role in the maintenance of marine
biodiversity, providing nursery, feeding, developmental and reproductive areas for terrestrial …

Abstract The Three Gorges Dam is the largest water conservancy project in the world, and
the Three Gorges Reservoir Area (TGRA) possesses precious fish resources. Currently, due …

We evaluated spatial, short-term, and decadal-scale variability in the summer
ichthyoplankton assemblages within the North Inlet-Winyah Bay estuarine system …

Environmental DNA (eDNA) metabarcoding has emerged as a potentially powerful tool to
monitor invasive fish species. As an alternative (or complementary) tool for biodiversity …

Transitional environments have great ecological value and high productivity, and many
species can benefit from their sheltered conditions and food resources. In this study, we …

The ITS‐2‐rRNA has been particularly useful for nematode metabarcoding but does not
resolve all phylogenetic relationships, and reference sequences are not available for many …

In recent years, environmental DNA (eDNA) technology has gradually improved, and it has
been increasingly used to monitor marine fish. The decline and seasonal fluctuations of fish …

Aquatic ecosystems are deteriorating, with the most impacted species and populations
having insufficient data to inform conservation and management. Monitoring aquatic …