The world is struggling to solve a devastating biodiversity loss that not only affects the
extinction of treasured species and irreplaceable genetic variation, but also jeopardizes the …

Environmental DNA (eDNA) technology has revolutionized biomonitoring, but challenges
remain regarding water sample processing. The passive eDNA sampler (PEDS) represents …

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

Environmental DNA (eDNA) metabarcoding has shown great promise as an effective, non‐
invasive monitoring method for marine biomes. However, long filtration times and the need …

The deep‐sea is vast, remote, and largely underexplored. However, methodological
advances in environmental DNA (eDNA) surveys could aid in the exploration efforts, such as …

Environmental DNA (eDNA) analysis has now become a core approach in marine
biodiversity research, which typically involves the collection of water or sediment samples …

International conservation goals have been set to mitigate Southern Ocean ecosystem
deterioration, with multiple monitoring programs evaluating progress towards those goals …

Sponges pump water to filter feed and for diffusive oxygen uptake. In doing so, trace DNA
fragments from a multitude of organisms living around them are trapped in their tissues …

Abstract The Ross Sea, Antarctica, while largely pristine, is experiencing increased
anthropogenic pressures, necessitating enhanced biomonitoring efforts for conservation …

Marine sponges have recently emerged as efficient natural environmental DNA (eDNA)
samplers. The ability of sponges to accumulate eDNA provides an exciting opportunity to …