Andrew Charles Baker

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 reveals diel transcriptional rhythms in coral, photosymbiont, and microbial communities, showing time-specific gene regulation drives holobiont function and homeostasis.

The paper identifies probiotic potential in the microbiome of Orbicella faveolata corals that may contribute to resilience against stony coral tissue loss disease.

The paper tests artificial substrates with local alkalinity enhancement to improve survivorship of early-stage coral recruits under reef-like conditions.

This study examines how sediment source and dose affect the survival and settlement of Orbicella faveolata larvae, finding that port sediments cause more harm than reef sediments, even at lower doses.