… especially for those involving ectothermic species such as plants … the thermal tolerance of
ectotherms across their latitudinal … ancestry’s genetic constraints, will determine the evolution of …

… rate showing a latitudinal compensation gradient as a result … edwardsii, as an ectotherm
species, has minimized the … be due to a maximization of growth rate, named thermal adaptation, …

… We then added latitude and tested if its effect depended on … constraints mean we will never
be able to study the thermal … that helminth development inside ectotherm hosts does not …

Phenotypic plasticity and sexual selection can each promote adaptation in variable
environments, but their combined influence on adaptive evolution is not well understood. We …

… of inter-annual persistence, mosquito populations should take advantage of the warm
season to complete development … to compensate a shorter reproductive season (counter-gradient …

… performance should be constrained by generalist–specialist trade-offs, and trade-offs … of
how genetic covariances will shape evolutionary responses of thermal reaction norms in the …

… than by reaction norm shifts. We examined reaction norm variation in our expanded thermal
… Australian flies, as well as key heat shock genes. While there were differences in curvature …

… a dramatic influence on life history in ectotherms, but this … originating from two latitudinally
distant populations from the Baltic … growth rate to compensate for the slowed-down growth and …

… to ectothermic species, as it affects all bio- 2 chemical reactions in … We investigated the genetic
architecture of thermal tolerance 11 … crassa is not constrained by allelic effects in opposite …

… In this study, genetic variation in the routine metabolic rate (… We consider that correlation
between RMR and swimming … than previously reported intra-population variation in RMR of the …