Bryan C. Carstens

The paper develops a framework to estimate intraspecific genetic diversity across species ranges by addressing spatial sampling biases in mitochondrial DNA data from amphibians and reptiles.

This study investigates broad-scale variation in mitochondrial genetic diversity across amphibians and reptiles, finding strong support for life-history traits, topographic heterogeneity, and water-energy availability as key factors.

The paper identifies factors predicting phylogeographic breaks in bats and birds using range characteristics and wing morphology.

This study uses machine learning to predict genetic diversity in salamanders based on geographic, climatic, and life history traits, finding hidden diversity linked to climatic variation.

This study identifies eif4e1c's role in zebrafish heart development and regeneration by showing its impact on cardiomyocyte metabolism and proliferation through translation regulation.

The paper examines predictors of genomic diversity in North American squamates using mitochondrial and nuclear data, finding range size correlates with diversity in both markers but no correlation between mitochondrial and nuclear diversity.

phylogatR aggregates and curates phylogeographic data to enable efficient meta-analyses and educational use of genetic diversity data.

The paper provides genomic resources for two voles, including nuclear and mitochondrial genome assemblies and annotations, enhancing genomic data for the genus Microtus.