Environmental DNA (eDNA) is the fastest growing biomonitoring tool fuelled by two key
features: time efficiency and sensitivity. Technological advancements allow rapid …

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 …

Coral recruitment describes the addition of new individuals to populations, and it is one of
the most fundamental demographic processes contributing to population size. As many coral …

Non-destructive and cost-effective fish diversity monitoring approaches are needed for the
management and protection of estuarine ecosystems. Environmental DNA (eDNA) …

Estuaries provide critical ecosystem services, and yet are increasingly under threat from
urbanization. Non-invasive approaches to monitor biodiversity resident to or migrating …

Aquatic viruses are major threats to global aquacultural productivity. While conventional
diagnostic methods for disease investigation are laborious, time‐consuming, and often …

Introduction: Environmental DNA (eDNA) metabarcoding of water is increasingly being used
to monitor coastal biodiversity shifts. However, we have limited knowledge of whether …

Urbanization of estuaries drastically changed existing shorelines and bathymetric contours,
in turn modifying habitat for marine foundational species that host critical biodiversity. And …

Environmental DNA (eDNA) metabarcoding has been widely employed to describe
biological communities in the marine environment and to compare the richness and diversity …

Small volumes of water containing environmental DNA (eDNA) are increasingly combined
with metabarcoding to generate biodiversity data for specific fractions of marine flora and …