Emma Timmins‐Schiffman

This study uses DIA proteomics to analyze how Hawaiian rice coral Montipora capitata and its symbionts respond to decreased light intensity, identifying changes in protein abundance linked to metabolic and structural adaptations.

This study identifies molecular biomarkers of coral resilience to thermal bleaching by comparing proteomic, microbiome, and physiological traits of surviving and dying corals.

The paper describes a high-resolution microbial metagenome dataset collected over 22 days during a phytoplankton bloom cycle, including gene abundances and time-matched environmental data.

This study examines long-term effects of coral bleaching on reproduction and physiology of Montipora capitata, finding distinct transcriptomic responses and reproductive impacts between bleached and non-bleached colonies.

The paper profiles proteomic changes during oyster metamorphosis under different temperatures, identifying time- and temperature-dependent protein abundance patterns and their physiological implications.

This study examines how elevated CO2 levels affect the proteome of geoduck clam larvae, revealing altered protein abundance and developmental delays under low pH conditions.