Mechanisms of thermal adaptation and evolutionary potential of conspecific populations to changing environments - Chen, Zhongqi; Farrell, Anthony P.; Matala, Amanda; Narum, Shawn R. (Molecular ecology, 2018)
Keywords: Adaptation; aerobic scope; Arid climates; biochemical pathways; Biodiversity; Biological evolution; cardiorespiratory fitness; Changing environments; climate; Climate change; Climate models; critical thermal maximum; Desert environments; Deserts; Divergence; Ecological effects; Ecotypes; Environmental changes; environmental impact; Evolution; Fish; Fish populations; Fitness; Genes; genetic markers; genetic variation; Heart diseases; Heart rate; Heat stress; Heat tolerance; Hsp40 protein; Markers; Maxima; maximum heart rate; metabolic rate; multivariate analysis; Oncorhynchus mykiss; Oncorhynchus mykiss gairdnerii; oxygen; oxygen‐ and capacity‐limited thermal tolerance; Populations; RAD‐seq; redband trout; Reproductive fitness; RNA‐seq; Salmon; selection pressure; Species; stress response; Thermal environments; tissues; Trout; RNA-seq; redband trout; maximum heart rate; RAD-seq; critical thermal maximum; metabolic rate; oxygen- and capacity-limited thermal tolerance; aerobic scope; climate change