Data from: Mechanisms of thermal adaptation and evolutionary potential of conspecific populations to changing environments

critical thermal maximumCTmax of three redband trout populations and a hybrid. Heating rate of water was 0.3°C min−1 to 22°C and 0.1°C min−1 thereafter until CTMAX was reached.maximum heart rateMaximum heart rate of three redband trout populations and a hybrid. Maximum heart rate was stimulated by an intraperitoneal injection of atropine sulfate and isoproterenol. Heating rate of water was 1 C every 6 minutes.metabolic rate and aerobic scopeStandard and maximum metabolic rate of three redband trout populations and a hybrid at 12°C, 15°C, 18°C, 21°C and 24°C. Maximum metabolic rate was achieved by exercise. Aerobic scope was calculated as the difference between standard and maximum rate.RAD TAG catelogRAD Tag sequence (75 bp ) and SNP position of the 5903 genetic markers.

临界热极限（critical thermal maximum, CTmax）：涵盖3个红带鳟种群与1个杂交个体的临界热极限数据。实验中水温先以0.3°C·min⁻¹的速率升温至22°C，随后以0.1°C·min⁻¹的速率继续升温，直至达到CTmax。
最大心率：涵盖3个红带鳟种群与1个杂交个体的最大心率数据。最大心率通过腹腔注射硫酸阿托品与异丙肾上腺素诱导获得，实验中水温以每6分钟升高1°C的速率升温。
代谢率与有氧代谢范围：涵盖3个红带鳟种群与1个杂交个体在12°C、15°C、18°C、21°C及24°C下的标准代谢率与最大代谢率数据。其中最大代谢率通过运动诱导获得，有氧代谢范围以标准代谢率与最大代谢率的差值计算得到。
RAD标签目录（RAD Tag）：包含5903个遗传标记的RAD标签序列（75 bp）与单核苷酸多态性（single nucleotide polymorphism, SNP）位点。