Lou Guyot

The paper investigates how salinity affects algal growth, grazer survival, and interaction strength in a hypersaline system, finding that ecological responses to salinity are evolvable and influence the relationship between fundamental and realized niches.

This study shows that prey adaptation to a fluctuating environment depends on whether predators co-adapt or remain static, challenging predator removal as a conservation strategy.

The paper shows that balancing selection promotes pseudo-overdominance and recombination suppression in genomic regions.

The paper tests for sheltered load in fungal mating-type chromosomes by comparing growth rates of heterokaryons and homokaryons, finding faster growth in heterokaryons suggesting recessive deleterious mutations in non-recombining regions.