Joseph M. Craine

The paper uses airborne DNA to show that tropical forest assemblages respond synchronously to precipitation, with shifts in composition independent of richness.

This study uses targeted hybridization capture to detect freshwater macroinvertebrates from eDNA, recovering 450 genera across 8 phyla with high taxonomic resolution.

This study reanalyzes global riverine fish eDNA datasets to show that biodiversity conclusions are robust despite varying bioinformatic workflows and reference databases.

This study evaluates airborne eDNA metabarcoding for assessing tropical arthropod and vertebrate diversity, finding it comparable to traditional methods and highlighting the importance of standardized sampling effort.

This study uses global eDNA data to show how riverine fish biodiversity relates to drainage characteristics, revealing climate and human activity effects vary by biodiversity facet and catchment size.

This study uses eDNA metabarcoding to analyze phytoplankton communities along the Mississippi River, revealing patterns in taxon abundance and their relationship to water quality metrics.

The paper uses DNA metabarcoding to assess eutrophication effects across the Potomac River by analyzing changes in microbial and macrobial assemblages.