Environmental DNA (eDNA) has revolutionized our ability to identify the presence and
distributions of terrestrial and aquatic organisms. Recent evidence suggests the …

Animal detection through DNA present in environmental samples (eDNA) is a valuable tool
for detecting rare species, that are difficult to observe and monitor. eDNA-based tools are …

The use of environmental DNA (eDNA) as a sampling tool offers insights into the detection of
invasive and/or rare aquatic species and enables biodiversity assessment without traditional …

The integration of environmental DNA (eDNA) within management strategies for lotic
organisms requires translating eDNA detection and quantification data into inferences of the …

The current biodiversity crisis calls for appropriate methods for assessing biodiversity. In this
respect, environmental DNA (eDNA) holds great promise, especially for aquatic 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 …

The practise of restocking and stock improvement as a means of managing fisheries and
aquaculture has been widely used. However, it is difficult to claim that fish stocking is …

Environmental DNA (eDNA) analysis is a powerful tool for remote detection of target
organisms. However, obtaining quantitative and longitudinal information from eDNA data is …

Monitoring fish communities is central to the evaluation of ecological health of rivers. Both
presence/absence of fish species and their relative quantity in local fish assemblages are …

Assessing the status and distribution of fish populations in rivers is essential for
management and conservation efforts in these dynamic habitats. Currently, methods …