N. Rodriguez-Ezpeleta

This paper develops an automated workflow to assess and improve GenBank completeness for eDNA metabarcoding, showing that cleaning reference databases significantly affects community composition analysis.

This study uses genetics to show white anglerfish have a single panmictic population, hybridize with black anglerfish, and face misidentification, supporting genetics-informed fisheries management.

The paper analyzes eDNA from vertical ocean profiles to reveal day-night patterns in deep-sea fish distribution, linking eDNA data to migratory behavior and species movement.

This study evaluates metabarcoding for port baseline surveys to monitor non-indigenous species, showing it can detect known and new species but requires strategic sampling.

This study uses environmental DNA metabarcoding to assess marine fish diversity in a large oceanic area, finding it detects more species than trawling and aligns with ecological knowledge.