Amplicon‐sequence data from environmental DNA (eDNA) and microbiome studies provide
important information for ecology, conservation, management, and health. At present …

Temporal variation in eDNA signals is increasingly explored for understanding community
ecology in aquatic habitats. Seasonal changes have been addressed using eDNA sampling …

Metabarcoding of environmental DNA (eDNA) provides more comprehensive, efficient, and
non‐invasive sampling of biological communities than conventional methods. However …

While many studies have considered the ability of eDNA to assess animal communities in
lacustrine settings, fewer have considered riverine systems, particularly those spanning the …

The development of environmental DNA (eDNA) methods toward implementation as a cost‐
effective, nonlethal tool for fish biomonitoring in lotic environments requires insights on the …

Environmental DNA (eDNA) metabarcoding has been used to study fish diversity in various
aquatic ecosystems. However, studies on fish community structure in estuarine ecosystems …

Large rivers and their estuaries are structurally complex and comprise a diversity of habitats
supporting a rich biodiversity. As a result, identifying and monitoring fish communities using …

Synchronous multispecific coral spawning generally occurs annually and forms an integral
part of the coral life cycle. Apart from spawning times and species participation, however …

Protection of freshwater fish diversity is a global conservation priority in face of its alarming
decline in the last decades. A crucial step to protect freshwater fish diversity is the production …

Background Sharks and rays are some of the most threatened marine taxa due to the high
levels of bycatch and significant demand for meat and fin-related products in many Asian …