Elizabeth L. Clare

This study estimates the sampling intensity and signal persistence of airborne eDNA in an enclosed space to inform effective biomonitoring strategies.

The paper analyzes ecological interactions of emerald ash borer beetles using DNA metabarcoding, finding that collection date and life stage best predict interaction detection.

The paper assesses the impact of human pressure on biodiversity in the UK using airborne environmental DNA, revealing complex patterns in diversity and community composition across taxa.

The paper examines how habitat fragmentation affects multi-trophic communities in the Brazilian Atlantic Forest, finding nested structures and high beta-diversity across trophic levels.

This study uses airborne DNA collected from honey bee colonies to assess foraging behavior and colony health by analyzing plant, fungal, and microbial DNA.

This study conducts the first national terrestrial biodiversity survey using airborne eDNA, identifying over 1,100 taxa and showing its potential to complement citizen science for conservation.

The study examines how individual species respond to tropical forest degradation, finding significant variation in responses across populations and surveys.