John Lin

This study shows chromosomal inversions can either promote or hinder sympatric speciation by altering effective locus numbers and coupling different reproductive barriers.

This study uses mathematical models to show habitat-preference barriers can initiate and enhance reproductive isolation in sympatric speciation by coupling with other barriers.

This study uses computer simulations to show how reproductive barriers couple during late-stage sympatric speciation, leading to strong and irreversible reproductive isolation.

This paper uses computer simulations and mathematical models to explore how ecological and sexual selection interact to drive sympatric speciation, identifying a five-stage mechanism involving mating-bias alleles and premating reproductive isolation.