D-loop database in aligned FASTA format.

<div><p>Rare species are difficult and time-consuming to detect, but environmental DNA (eDNA) methods can be used to increase data availability for monitoring and management. Here, we use the diverse rockfish species flock (genus <i>Sebastes</i>) to demonstrate the utility of...

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Bibliographic Details
Main Author:	Stephanie A. Matthews (22756543) (author)
Other Authors:	Olivia M. Scott (21290306) (author), Meredith V. Everett (3245181) (author), Megan R. Shaffer (22756546) (author), Elizabeth Andruszkiewicz Allan (15453447) (author), Andrew O. Shelton (2911784) (author), Gregory D. Williams (13808503) (author), Abigail Wells (11485550) (author), Krista M. Nichols (361480) (author), Ryan P. Kelly (9660528) (author)
Published:	2025
Subjects:	Evolutionary Biology Ecology Inorganic Chemistry Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified within puget sound uniquely identifies 93 sample collection location field samples collected metabarcoding region provides increase data availability differentiate rockfish communities species currently described div >< p edna metabarcoding edna data target species species detected species composition observe species work speaks two sub substantial impacts sebastes </ rockfish monitoring north pacific marine environment likely reflecting habitat preferences environmental dna
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D-loop database in aligned FASTA format.

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