Kristine Bohmann

The paper quantifies eDNA abundance using ddPCR and compares it with metabarcoding detection frequency in ancient marine sediments, finding a positive correlation and ecological relevance.

This study identifies H5 influenza virus infections in vampire bats, showing their potential to spread the virus between marine and terrestrial ecosystems.

The paper uses ancient environmental DNA to analyze marine biodiversity in pre-industrial Iceland, finding limited human impact compared to climate effects.

This study demonstrates that airborne environmental DNA can detect terrestrial vertebrate taxa, offering a new method for biodiversity monitoring.

This study uses a two-step metagenomic approach to accurately identify prey from common vampire bat blood meals using shotgun sequencing and validates results with metabarcoding.

This study uses DNA metabarcoding to analyze the diet of non-haemadipsid leeches and assess their potential for vertebrate and invertebrate monitoring through iDNA.

The paper generates DNA reference data for 184 Danish plant species using genome skimming, enhancing molecular identification capabilities and improving species resolution in metagenomic studies.

The paper introduces Tagsteady, a metabarcoding library preparation protocol that minimizes tag-jumps by avoiding steps that cause them, resulting in accurate sequence assignment.