Rocha and Klaczko emphasize the general complexity of reaction norm shape and caution that ignoring such complexity can be misleading when forcing nonlinear reaction norms into linear shapes. They refer to our article on differences in plasticity of Drosophila serrata populations along a latitudinal gradient as an example of a misleading simplifying approach. However, their claim that an artifact is introduced into our analyses by calculating developmental rate as the reciprocal of development time (rate = tim
Stochasticity in time series explains concave responses of per capita growth rate to population size...
In their technical comment, Janz et al. take issue with our recent study examining the association b...
Body size scaling relationships allow biologists to study ecological phenomena in terms of individua...
In response to our previous study, Liefting et al. argue, in defense of their work on latitudinal va...
Two contrasting views can characterize the attitude of many studies toward reaction norms (RNs). An ...
Temperature drives development in insects and other ectotherms because their metabolic rate and grow...
Optimality models predict that, under a time constraint, organisms should accelerate development, an...
The phenotypic plasticity of traits, defined as the ability of a genotype to express different pheno...
aspects of our analysis and estimation and do not demonstrate any results opposing our key conclusio...
Stochasticity in time series explains concave responses of per capita growth rate to population size...
Temperature drives development in insects and other ectotherms because their metabolic rate and grow...
<div><p>Temperature drives development in insects and other ectotherms because their metabolic rate ...
Phenotypic plasticity is normally quantified as a reaction norm which details how trait expression c...
1. Thermal limits of ectotherms have been studied extensively and are believed to be evolutionary co...
Developing organisms typically mature earlier and at larger sizes in favorable growth conditions, wh...
Stochasticity in time series explains concave responses of per capita growth rate to population size...
In their technical comment, Janz et al. take issue with our recent study examining the association b...
Body size scaling relationships allow biologists to study ecological phenomena in terms of individua...
In response to our previous study, Liefting et al. argue, in defense of their work on latitudinal va...
Two contrasting views can characterize the attitude of many studies toward reaction norms (RNs). An ...
Temperature drives development in insects and other ectotherms because their metabolic rate and grow...
Optimality models predict that, under a time constraint, organisms should accelerate development, an...
The phenotypic plasticity of traits, defined as the ability of a genotype to express different pheno...
aspects of our analysis and estimation and do not demonstrate any results opposing our key conclusio...
Stochasticity in time series explains concave responses of per capita growth rate to population size...
Temperature drives development in insects and other ectotherms because their metabolic rate and grow...
<div><p>Temperature drives development in insects and other ectotherms because their metabolic rate ...
Phenotypic plasticity is normally quantified as a reaction norm which details how trait expression c...
1. Thermal limits of ectotherms have been studied extensively and are believed to be evolutionary co...
Developing organisms typically mature earlier and at larger sizes in favorable growth conditions, wh...
Stochasticity in time series explains concave responses of per capita growth rate to population size...
In their technical comment, Janz et al. take issue with our recent study examining the association b...
Body size scaling relationships allow biologists to study ecological phenomena in terms of individua...