Fishes respond to different abiotic and biotic stressors through changes in gene expression
as a part of an integrated physiological response. Transcriptomics approaches have been …

Organisms adapted to physiochemical stressors provide ideal systems to study evolutionary
mechanisms that drive adaptation and speciation. This review study focuses on livebearing …

Environmental factors can promote phenotypic variation through alterations in the
epigenome and facilitate adaptation of an organism to the environment. Although hydrogen …

Regulating transcription allows organisms to respond to their environment, both within a
single generation (plasticity) and across generations (adaptation). We examined …

Hydrogen sulfide is a toxic gas that disrupts numerous biological processes, including
energy production in the mitochondria, yet fish in the Poecilia mexicana species complex …

Phenotypic plasticity in ancestral populations is hypothesized to facilitate adaptation, but
evidence is piecemeal and often contradictory. Further, whether ancestral plasticity …

Our understanding of the mechanisms mediating the resilience of organisms to
environmental change remains lacking. Heavy metals negatively affect processes at all …

Variation in among‐family transcriptional responses to different environmental conditions
can help to identify adaptive genetic variation, even prior to a selective event. Coupling …

Plasticity and evolution are two processes allowing populations to respond to environmental
changes, but how both are related and impact each other remains controversial. We studied …

Mitochondria have been known to be involved in speciation through the generation of
Dobzhansky–Muller incompatibilities, where functionally neutral co-evolution between …