Carly Danielle Kenkel

The paper analyzes genomic data from Acropora cervicornis to assess neutral and adaptive divergence, finding limited genetic structure and suggesting it can be managed as a single conservation unit.

The paper identifies genomic variants associated with endosymbiont shuffling and areal growth in Acropora palmata using genome-wide association and gene expression data.

The paper assesses genetic diversity and relatedness in sexually produced coral offspring to inform restoration strategies.

This study shows fragmentation reduces reproductive capacity in corals, but morphological plasticity can offset this effect.

This study examines the flexibility of symbiont communities in Exaiptasia diaphana across a latitudinal gradient, finding that symbiont associations are environmentally determined and not strictly genetically controlled.

This study shows context-dependent tradeoffs between morphological plasticity and thermal stress resistance in corals under climate change conditions.

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

This study examines how thermal stress affects gene expression across different life stages of corals, finding stage-specific responses that may influence adaptation to climate change.

This paper develops a sequencing method to accurately quantify species abundance and detect population-level variation in Pseudo-nitzschia spp., revealing associations between toxin production and genetic shifts.

The paper identifies core molecular responses in corals and their algal symbionts to ocean acidification using gene expression analysis from natural CO2-seeps.

This study investigates how vertical symbiont transmission, cell density, and community composition affect coral-symbiont cooperation under thermal stress, finding that genetic uniformity, not transmission mode, may influence cooperation.