Bead-Beating Boosts Lichen Detection in eDNA Studies
A new study shows that bead-beating homogenization significantly improves lichen species detection in environmental DNA metabarcoding, outperforming non-homogenized methods in ...
A new study shows that bead-beating homogenization significantly improves lichen species detection in environmental DNA metabarcoding, outperforming non-homogenized methods in ...
DNA metabarcoding of littoral invertebrates in 17 Tatra Mountain lakes confirms two distinct lake groups shaped by altitude and water ...
A field test of three eDNA and eRNA strategies in German streams shows that briefly incubating collected animals in water ...
A Slovak study of 17 Carpathian stream sites shows DNA metabarcoding detected 30% more benthic invertebrate species than 15 years ...
On the Caribbean island of Martinique, a quiet revolution in biodiversity science is underway — one that begins not with ...
A newly launched journal outlines how environmental DNA, sensor networks, artificial intelligence, and community engagement could transform the monitoring and ...
Non-invasive environmental DNA collected from the water disturbed by diving killer whales can detect skin-associated bacteria, offering a new tool ...
A new global initiative called GReG is using environmental DNA to map and protect the hidden biodiversity of groundwater ecosystems ...
A new study comparing DNA extraction methods in the Clarion–Clipperton Fracture Zone finds that isolating organisms before DNA extraction recovers ...
A fungus detected only as anonymous DNA in soils worldwide has been cultured, sequenced, and described as Semicentenialea rex, the ...
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© 2026 Scienmag - Science Magazine