Deep-Sea Fish Biodiversity Tracked for 26 Months via eDNA from a 612-Meter Water Intake
Environmental DNA metabarcoding of 60 high-volume samples drawn from a fixed 612-meter deep-water intake off Kume Island, Japan, identified 283 ...
Environmental DNA metabarcoding of 60 high-volume samples drawn from a fixed 612-meter deep-water intake off Kume Island, Japan, identified 283 ...
Researchers added 12S rRNA barcodes for 36 South African shark, ray and chimaera species, raising regional reference coverage from 50.3% ...
A new study shows that filtering up to 50 liters of seawater yields up to 50 times more environmental DNA ...
A controlled comparison of five primer pairs on mock communities of 45 Central European freshwater fish species identifies tele02 as ...
A large-scale resampling study of 101 British lakes shows that ten winter shoreline water samples are usually enough to detect ...
A new study shows that bead-beating homogenization significantly improves lichen species detection in environmental DNA metabarcoding, outperforming non-homogenized methods in ...
On the Caribbean island of Martinique, a quiet revolution in biodiversity science is underway — one that begins not with ...
A new study comparing DNA extraction methods in the Clarion–Clipperton Fracture Zone finds that isolating organisms before DNA extraction recovers ...
Researchers have shown for the first time that rainwater flowing down tree trunks can be collected and analyzed to detect ...
DNA metabarcoding of topsoil in a protected Brazilian Atlantic Forest reserve reveals that adjacent Native Forest and Highland Grassland habitats ...
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© 2026 Scienmag - Science Magazine