L. Olazcuaga

This study shows that populations without a bottleneck event are more likely to survive and adapt to environmental change than those with intermediate or strong bottlenecks.

This study shows that density dependence and genetic erosion reduce evolutionary rescue chances and increase extinction risk in populations facing environmental change.

This study investigates the metabolic responses of Drosophila suzukii to diverse fruit diets, finding a generic metabolic response and accumulation of diet-specific compounds.

This study tests whether inorganic phosphate affects oviposition preference in Drosophila suzukii and finds no significant preference for high inorganic phosphate media.

This study shows that local adaptation, not phenotypic plasticity, dominates in Drosophila suzukii populations adapting to changing host fruits over generations.

This study uses artificial selection on H. axyridis to investigate how invasion syndromes evolve, finding that selecting on age at first reproduction leads to more widespread phenotypic changes than selecting on body mass.

This study tracks fitness changes in Drosophila suzukii populations across multiple generations and environments, revealing how adaptation dynamics differ over time.

This study investigates the origin and maintenance of microbial symbionts in Drosophila larvae, finding that both sexes transmit symbionts and some are conserved across the host life cycle.

The paper identifies genetic variants associated with invasion success in Drosophila suzukii using a new statistical method to correct for population structure.