Christophe Eizaguirre

Epigenetic signatures of infection within and across generations in the endangered Loggerhead sea turtle

This study identifies generation-specific DNA methylation signatures associated with parasitic infection in loggerhead sea turtles and demonstrates their potential as biomarkers.

Habitat-specific environmental characteristics are associated with the movement of male and female loggerhead sea turtles

This study examines how environmental factors influence movement patterns of male and female loggerhead sea turtles in different habitats.

Warming-induced sex bias fuels deceptive conservation success in sea turtles

The paper shows that warming-induced female-biased sex ratios in sea turtles create false conservation success by inflating population growth before male scarcity causes collapse.

DNA methylation reveals evolved buffering responses to climate-driven sex ratio skew in sea turtles

The paper identifies DNA methylation markers in loggerhead turtles to show that temperature-based sex ratio models overestimate female production by up to 60.2%.

The migration of an expanding sea turtle population alters the structure of marine megafauna communities

The paper shows that sea turtle migration affects marine megafauna community structure by influencing shark distribution and abundance through resource availability and habitat modification.

Chromosome-level genome assembly and methylome profile enables insights for the conservation of endangered loggerhead sea turtles

The paper presents a chromosome-level genome and methylome for loggerhead sea turtles, linking genetic and epigenetic diversity to conservation insights.

DNA methylation carries signatures of sublethal effects under thermal stress in loggerhead sea turtles

This study identifies DNA methylation changes in loggerhead sea turtles exposed to higher incubation temperatures, suggesting sublethal effects of thermal stress on hatchling quality and adaptive potential.

Origin Matters: Using a Local Reference Genome Improves Measures in Population Genomics

This study shows that using a local reference genome improves mapping efficiency and genotyping accuracy in population genomics analyses of sticklebacks.