Hannah E. Aichelman

This study shows that diel thermal variability does not improve thermal stress resistance in two endangered corals, despite physiological and gene expression responses to heat challenges.

This paper demonstrates that UR214-9 disrupts septin hetero-octamerization, leading to aberrant structures and impairing cancer cell functions.

The paper identifies cryptic coral lineages with functional differences in thermal tolerance and growth, highlighting their role in coral reef resilience to climate change.

This paper presents the first reference-quality genome assembly and annotation for the webbing clothes moth, Tineola bisselliella, providing a resource for studying keratin digestion and lepidopteran chromosome evolution.

The paper identifies three cryptic coral lineages with distinct thermal tolerance strategies by analyzing their associations with photobionts and bacteria across different reef environments.

AutoMorFi automates whole-image morphometric analysis, generating over 47 measurements per cell quickly and enabling new discoveries across diverse biological samples.

The paper examines gene expression responses of coral hosts and their symbionts to thermal stress, finding hosts show stronger responses than symbionts, with symbionts exhibiting greater plasticity when free-living.

This study shows that photosymbiosis in corals reduces the environmental stress response under heat challenge, contradicting the oxidative bleaching hypothesis.

The paper shows nearshore corals on the Mesoamerican Barrier Reef System are declining in growth rates, with projections of ceasing growth by 2110 for Pseudodiploria strigosa.

The paper examines Symbiodinium community composition in three coral species across thermal regimes in the Belize Mesoamerican Barrier Reef System, finding thermal regime influences vary by host species.