This research outlines the integration of machine learning, citizen science, environmental DNA (eDNA), and other emerging technologies to enhance marine biod...

Thank you for your interest in the eDNA Collaborative's 2026 Physalia Microgrant! This microgrant will be awarded in the form of an online course provided by Physalia Courses. Physalia provides scient...

This novel study models local airborne eDNA transport using wind-directed catchment models. Results show 100% of species detections within 100 m of samplers originate from predicted downwind catchmen...

The majority of species richness was detected using as little as four samplers in this enclosed space and the greater the number of sampling events, the fewer samplers were needed. eDNA also appeared...

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Vi søger en motiveret studentermedhjælper til at støtte forskningsaktiviteter i vores forskningsgruppe inden for arktisk klima og marine økosystemer ved De Nati

Effective monitoring of hybrid zones is essential for understanding evolutionary dynamics and mitigating species loss caused by human-mediated hybridisation. Conventional methods rely on sampling num...

Demographic information, such as sex ratios, is essential for understanding population dynamics and informing conservation strategies. Yet obtaining sex ratios in natural populations can be challengi....

Positions and vacancies at the Center for Macroecology, Evolution and Climate

Genetic pollution (i.e. anthropogenic hybridization) is insidious; it is a worryingly common problem that should be taken more seriously. Advances in DNA sequencing technologies make it possible to ob...

Early detection of invasive alien species is essential for preventing establishment and mitigating ecological impacts, particularly in island ecosystems harbouring evolutionarily isolated endemic spec...

New eDNA evidence has confirmed the presence of active shark and rays around Dutch offshore wind farms, posing an exciting new question.

A consortium of research infrastructures focused on water quality has received €4.18 million in funding from the Dutch Research Council (NWO). This grant will support the transformation of outdoor lab...

Explore eDNA science with Kristy Deiner on the IMD Management Cast . Learn how genetics, biodiversity, and data analytics shape conservation and the bioeconomy.

The application of Environmental DNA (eDNA) for aquatic biodiversity assessment and fisheries management is progressing rapidly. If you see yourself at the forefront of this development and are intere...

Environmental DNA (eDNA) metagenomics sequences all DNA molecules present in environmental samples and has the potential of identifying virtually any organism from which they are derived. However, du...

The rapid decline of terrestrial biodiversity worldwide demands for expansion of high-resolution biomonitoring to support science-based policy. Environmental DNA (eDNA) analysis has proven effective a...

The detection of environmental DNA (eDNA) has revolutionized aquatic species monitoring, yet interpreting eDNA data remains challenging due to gaps in our understanding of eDNA ecology (i.e., origin,...