S. Mariani

This study uses DNA from marine sponges to reconstruct fish communities and assess biodiversity in the North Atlantic.

This study examines eDNA persistence in sponges and compares their effectiveness to water samples for detecting fish in controlled aquarium settings.

The paper shows that fish-targeted eDNA metabarcoding can detect birds and mammals, providing insights into spatial and temporal faunal variation in estuaries.

This study examines shark and ray trade in Indonesia, revealing discrepancies between reported and actual exports and highlighting the role of domestic consumption in driving these gaps.

This study uses DNA metabarcoding on fishing net slush to assess fish catch composition, showing it mirrors visual inspection and correlates read counts with species abundance.

This study uses eDNA metabarcoding to assess spatio-temporal changes in fish communities along the Jequitinhonha River, revealing impacts of dams and highlighting potential eDNA reservoirs.

This study evaluates eDNA metabarcoding for detecting terrestrial and semi-aquatic mammals in lotic ecosystems, finding it effective and comparable to traditional methods.

This study compares eDNA metabarcoding with electrofishing in canals, finding eDNA provides a broader fish assemblage snapshot while being faster and more cost-effective.