Through the development of environmental DNA (eDNA) metabarcoding, in situ monitoring
of organisms is becoming easier and promises a revolution in our approaches to detect …

Recent developments in environmental DNA (eDNA) metabarcoding suggest that eDNA-
based representation of ecological communities can be a promising tool in both …

Accurate characterisation of ecological communities with respect to their biodiversity and
food-web structure is essential for conservation. However, combined empirical study of …

The ever-increasing threats to riverine ecosystems call for novel approaches for highly
resolved biodiversity assessments across taxonomic groups and spatio-temporal scales …

Climate change and anthropogenic disturbances are growing more severe and have a
substantial impact on fish larval and juvenile dispersals, especially in an estuarine system …

The types and intensification of land use in the watershed affect the living organisms in
aquatic ecosystems differently; this impact will also vary according to temporal and spatial …

Metabarcoding of environmental DNA (eDNA) is a powerful tool for describing biodiversity,
such as finding keystone species or detecting invasive species in environmental samples …

Freshwater ecosystems are among the most endangered ecosystem in the world.
Understanding how human activities affect these ecosystems requires disentangling and …

Molecular techniques using DNA retrieved from community or environmental samples, in
particular environmental DNA (eDNA), are becoming increasingly popular for detecting …

In the face of global ecosystem changes driven by anthropogenic activities, effective
biomonitoring strategies are crucial for mitigating impacts on vulnerable aquatic habitats …