Jean‐Baptiste Ferdy

The paper uses a mathematical model to show that seminal fluid proteins in Drosophila melanogaster reduce sexual conflict by allowing females more flexibility in remating rates.

The paper quantifies how transitive bacterial interactions affect rhizobial symbiotic fitness during legume infection.

This study examines how injury timing affects female Drosophila fecundity, finding that while early mating peaks suggest vulnerability, overall offspring production remains unaffected by injury time.

This study shows gene-culture coevolution can enable tradition formation in mate choice without requiring conformist social learning, by leveraging frequency-dependent interactions between preferences and traits.

The paper models how seminal fluid peptides synchronize sperm and egg release in Drosophila, showing SP exhaustion as a key signal and limiting sexual conflict over remating behavior.