Analysis of environmental DNA (eDNA) to identify macroorganisms and biodiversity has the
potential to significantly augment spatial and temporal biological monitoring in aquatic …

Environmental DNA (eDNA) surveillance holds great promise for improving species
conservation and management. However, few studies have investigated eDNA dynamics …

Environmental DNA (eDNA) analysis methods have been developed to detect organism
distribution and abundance/biomass in various environments. eDNA degradation is critical …

Environmental DNA (eDNA) analysis has successfully detected organisms in various
aquatic environments. However, there is little basic information on eDNA, including the …

Understanding the processes of environmental DNA (eDNA) persistence and degradation is
essential to determine the spatiotemporal scale of eDNA signals and accurately estimate …

The environmental DNA (eDNA) technique is expected to become a powerful, non-invasive
tool for estimating the distribution and biomass of organisms. This technique was recently …

Stock assessments are critical to inform decisions for sustainable fisheries management.
Environmental DNA (eDNA) analysis is a potential tool for assessing fish biomass and …

The advent of environmental DNA (eDNA) analysis methods has enabled rapid and wide‐
range ecological monitoring in aquatic ecosystems, but there is a dearth of information on …

Environmental DNA (eDNA) analyses have enabled a more efficient surveillance of species
distribution and composition than conventional methods. However, the characteristics and …

Environmental DNA (eDNA) analysis from water samples is a promising new method to
identify both targeted species and whole communities of aquatic organisms. However, the …