Luke E. Holman

This study uses sedaDNA metabarcoding to analyze historical within-species sequence variation across multiple taxa and time periods.

The paper examines long-term biodiversity responses to human activity in coastal wetlands using sedimentary DNA and environmental data, finding context-dependent relationships between enrichment and biodiversity.

This study evaluates the impact of replication on sedimentary DNA metabarcoding by analyzing variation in community composition across biological, technical, and stratigraphic replicates.

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.

The paper investigates how fine-scale oceanographic processes influence marine biodiversity patterns in the Galapagos Islands using eDNA metabarcoding and ocean modeling.

This study uses sedimentary ancient DNA metabarcoding to track species turnover and non-indigenous species introductions in an urban estuary over centuries.

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

This study uses ancient sedimentary DNA to trace the impact of early pastoralism on Central European forests from the Neolithic to the Bronze Age.

This study compares eDNA metabarcoding of sediment and water samples to detect marine species, finding greater diversity in sediment and detecting non-indigenous species.