Luis‐Miguel Chevin

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 adaptation to complex environments with multiple stressors leads to lower fitness gains and higher fitness reductions under benign conditions compared to single stressors.

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.

This study uses a quantitative genetic model to show that environmental fluctuations make ecological character displacement more difficult but evolving plasticity can restore it by buffering environmental effects.

The paper examines how selection operates on programmed cell death in a unicellular organism under environmental stress, finding that PCD is maintained despite population declines.

The paper investigates how epigenomic, transcriptomic, and phenotypic responses to osmotic stress vary between strains of Dunaliella salina, finding significant genotype effects on methylation and gene expression.