Although correlations have frequently been observed between specific physiological and behavioural traits across a range of animal taxa, the nature of these associations has been shown to vary. Here we argue that a major source of this inconsistency is the influence of environmental stressors, which seem capable of revealing, masking, or modulating covariation in physiological and behavioural traits. These effects appear to be mediated by changes in the observed variation of traits and differential sensitivity to stressors among phenotypes. Considering that wild animals routinely face a range of biotic and abiotic stressors, increased knowledge of these effects is imperative for understanding the causal mechanisms of a range of ecological p...
<p>This paper will argue that understanding animal welfare and the individual vulnerability to stres...
Anthropogenic noise is a recognized global pollutant, affecting a wide range of nonhuman animals. Ho...
1. Natural selection can generate correlated suites of phenotypic traits by acting independently on ...
Although correlations have frequently been observed between specific physiological and behavioural t...
The recent discipline of ecophysiology investigates physiological adaptations of organisms to their ...
Understanding the effects of environmental change on natural ecosystems is a major challenge, partic...
Understanding the effects of environmental change on natural ecosystems is a major challenge, partic...
Ecological studies on feral populations of mice, fish and birds elucidate the functional significanc...
Ecological studies on feral populations of mice, fish and birds elucidate the functional significanc...
Adaptive evolutionary responses are determined by the strength of selection and the amount of geneti...
Adaptive evolutionary responses are determined by the strength of selection and the amount of geneti...
Adaptive evolutionary responses are determined by the strength of selection and the amount of geneti...
Ecological studies on feral populations of mice, fish and birds elucidate the functional significanc...
Abstract We review and synthesize evidence from the fields of ecology, evolutionary biology and popu...
Phenotypic correlations (rP) have frequently been observed between physiological and behavioural tra...
<p>This paper will argue that understanding animal welfare and the individual vulnerability to stres...
Anthropogenic noise is a recognized global pollutant, affecting a wide range of nonhuman animals. Ho...
1. Natural selection can generate correlated suites of phenotypic traits by acting independently on ...
Although correlations have frequently been observed between specific physiological and behavioural t...
The recent discipline of ecophysiology investigates physiological adaptations of organisms to their ...
Understanding the effects of environmental change on natural ecosystems is a major challenge, partic...
Understanding the effects of environmental change on natural ecosystems is a major challenge, partic...
Ecological studies on feral populations of mice, fish and birds elucidate the functional significanc...
Ecological studies on feral populations of mice, fish and birds elucidate the functional significanc...
Adaptive evolutionary responses are determined by the strength of selection and the amount of geneti...
Adaptive evolutionary responses are determined by the strength of selection and the amount of geneti...
Adaptive evolutionary responses are determined by the strength of selection and the amount of geneti...
Ecological studies on feral populations of mice, fish and birds elucidate the functional significanc...
Abstract We review and synthesize evidence from the fields of ecology, evolutionary biology and popu...
Phenotypic correlations (rP) have frequently been observed between physiological and behavioural tra...
<p>This paper will argue that understanding animal welfare and the individual vulnerability to stres...
Anthropogenic noise is a recognized global pollutant, affecting a wide range of nonhuman animals. Ho...
1. Natural selection can generate correlated suites of phenotypic traits by acting independently on ...