Environmental DNA (eDNA) has been established as a noninvasive and efficient approach
to sample genetic material from aquatic environments. Although most commonly used to …

In the past decade, environmental DNA (eDNA) assays have become an essential tool to
investigate species presence with samples from the environment instead of collected …

Molecular tools are an indispensable part of ecology and biodiversity sciences and
implemented across all biomes. About a decade ago, the use and implementation of …

Aims The use of metagenomics for pathogen identification in clinical practice has been
limited. Here we describe a workflow to encourage the clinical utility and potential of NGS for …

Comprehending fish diversity through multiple dimensions is a crucial aspect in advancing
our understanding of fish populations and promoting sustainable fisheries as well as …

Environmental DNA (eDNA) metabarcoding is a relatively new technology allowing effective
non-invasive analyses and monitoring of biodiversity patterns. Studies on eDNA …

Landscape genetics is a field dealing with local genetic differences and contributes to
strategic conservation planning. Recently, environmental DNA (eDNA) metabarcoding has …

There is considerable potential for nuclear genomic material in environmental DNA (eDNA)
to inform us of population genetic structure within aquatic species. We tested if nuclear …

Challenges associated with cubozoan jellyfish detection and the limitations of current
detection techniques limit the ability of scientists to fill critical knowledge gaps surrounding …

A fundamental goal in population genetics is to understand how variation is arrayed over
natural landscapes. From first principles we know that common features such as …