Enrique J. Schwarzkopf

The paper examines recombination rate changes in domesticated species compared to their wild ancestors, finding mixed results across chicken, sheep, and goats.

This study examines how introgression affects recombination patterns in yeast by analyzing crossover and non-crossover rates in crosses with and without introgression.

This study examines how temperature affects meiotic success and recombination rates in two yeast species with different thermal tolerances, finding temperature-dependent differences in sporulation and recombination.

The paper investigates how PRDM9 influences competition between meiotic transcription and recombination by relocating recombination hotspots and identifies a potential role for retrotransposons in hotspot direction.

The paper examines recombination hotspots in cocoa tree populations, finding higher rates in domesticated and bottlenecked populations, and links them to genetic differentiation and specific genomic features.