Phenotypic plasticity buffers organisms from environmental change and is hypothesized to
aid the initial establishment of nonindigenous species in novel environments and …

Capacity to cope with warming temperatures is a key determining factor of species'
persistence under global climate change. Many successful invasive species have …

Post-genomic techniques offer new and detailed insights into the mechanisms underpinning
all biological processes, including phenotypic plasticity and environmentally relevant …

Resilience to environmental stressors due to climate warming is influenced by local
adaptations, including plastic responses. The recent literature has focused on genomic …

Aquatic ectotherms are predicted to harbour genomic signals of local adaptation resulting
from selective pressures driven by the strong influence of climate conditions on body …

Invasive species are expected to experience a unique combination of high genetic drift due
to demographic factors while also experiencing strong selective pressures. The paradigm …

Fishes exhibit greater species diversity than any other group of vertebrates. They are found
in most bodies of water, including those that pose extreme challenges, such as sulfide …

Adaptation to environmental change requires that populations harbor the necessary genetic
variation to respond to selection. However, dispersal‐limited species with fragmented …

The notorious plasticity of gene expression responses and the complexity of environmental
gradients complicate the identification of adaptive differences in gene regulation among …

Background As ectothermic organisms have evolved to differing aquatic climates, the
molecular basis of thermal adaptation is a key area of research. In this study, we tested for …