A greater understanding of eDNA behavior in the environment is needed before it can be
employed for ecosystem monitoring applications. The objectives of this study were to use …

In recent years, the analysis of environmental DNA (eDNA) has significantly improved,
allowing for high‐resolution species identification and possible biomass quantification from …

Environmental DNA (eDNA) has attracted interest in relation to fisheries, with its possibilities
for species identification and promises for species quantification. In the context of fisheries …

This study evaluated fish fauna using aqueous environmental DNA (eDNA), sedimentary
eDNA, and bottom-trawl catch survey data, based on 2-year field samplings in Tokyo Bay …

Fish aquaculture potentially affects the local ecosystem through feed (leftovers) and feces.
However, evaluation of its impacts on biodiversity, especially those of mobile organisms …

The Yellow River estuary is an important feeding, reproduction, and development ground for
a variety of marine economic species, and understanding the changes in species …

In the study of environmental DNA (eDNA), the rate of water filtration and the amount of DNA
obtained are of general interest to researchers. We compared the PCTE filters with different …

The diverse freshwater fish fauna of the Japanese archipelago is distributed among four
main island landmasses, which include Hokkaido in the north, with many diadromous …

Environmental heterogeneity is one of the most influential factors that create compositional
variation among local communities. Greater compositional variation is expected when an …

深远海作为海洋生态系统的重要组成部分, 具有独特的生物多样性特征, 蕴含了丰富的渔业资源.
因此, 对深远海鱼类多样性实施高效, 准确的检测是开展渔业资源利用和管理的重要前提. 然而 …