The conventional water filtration approach for collecting environmental DNA (eDNA) has
critical limitations. The collection of eDNA via passive eDNA samplers (PEDS) has been …

Marine fisheries resources are under increasing threat, necessitating the development of
new effective monitoring and management strategies. Environmental DNA (eDNA) and RNA …

Research ranging from land use planning to ecology benefits from integrating spatial and
temporal environmental data. Analyses on multiple environmental datasets are enhanced …

The coastal wetland of the Yellow River Estuary, one of China's largest wetlands, is
essential for biodiversity conservation and ecosystem services. Ecological water …

Simple Summary We employed environmental DNA (eDNA) metabarcoding to assess fish
biodiversity in three river basins in Bei**g. Across all the 67 sampling sites, we identified a …

Biodiversity surveys of aquatic systems often include DNA metabarcoding analyses of
environmental samples that are collected through filtration of large volumes of water. The …

Environmental DNA (eDNA) has become an established and efficient method for monitoring
biodiversity in aquatic systems. However, there is a need to compare and standardise …

Both environmental DNA (eDNA) and environmental RNA (eRNA) have widely adopted for
biodiversity assessment. While eDNA often persists longer in environments, eRNA offers a …

The coastal wetland of the Yellow River Estuary, one of China's largest wetlands, is
essential for biodiversity conservation and ecosystem services. The diversity of zoobenthos …

Environmental DNA (eDNA) is a novel sampling technique for evaluating the presence of
particular species. Due to the infancy of the technique, how best to collect samples for eDNA …