<p>Male isolines (<i>N</i> = 8 isolines) are ranked on the x-axis according to mean PC score (left (low) to right (high) along axis). Each coloured line represents a female genotype (<i>N</i> = 20 isolines) pooled across temperatures.</p
<p><b>A.</b> Numbers of genes that are female-biased (red) or male-biased (blue) in all four species...
Genotype-by-environment interactions (G x Es) describe genetic variation for phenotypic plasticity, ...
<p>The measures of mate dissimilarity were (a) allele summation, (b) allele divergence and (c) simpl...
<p>Male isolines (<i>N</i> = 8 isolines) are ranked on the x-axis according to mean PC score (left (...
The genetic analysis of mate choice is fraught with difficulties. Males produce complex signals and ...
<p>(A) Visualization of the fitness surface of the two male CHCs for which linear sexual selection v...
A female's mate preference is a potentially complex function relating variation in multiple male phe...
<p>Each point represents a female isoline and the dashed line denotes <i>β</i> = 0 (i.e. no linear s...
Recent research has highlighted the potential importance of environmental and genotype-by-environmen...
Recent research has highlighted the potential importance of environmental and genotype-by-environmen...
Genetic models of sexual selection are concerned with a dynamic process in which female preference a...
A female’s mate preference is a potentially complex function relating variation in multiple male phe...
Recent research has highlighted the potential importance of environmental and genotype-by-environmen...
The evolution of male mate choice is constrained by costs of choice in species with a male-biased op...
<p>Each coloured line represents the mean score for each female isoline (<i>N</i> = 20 isolines). Po...
<p><b>A.</b> Numbers of genes that are female-biased (red) or male-biased (blue) in all four species...
Genotype-by-environment interactions (G x Es) describe genetic variation for phenotypic plasticity, ...
<p>The measures of mate dissimilarity were (a) allele summation, (b) allele divergence and (c) simpl...
<p>Male isolines (<i>N</i> = 8 isolines) are ranked on the x-axis according to mean PC score (left (...
The genetic analysis of mate choice is fraught with difficulties. Males produce complex signals and ...
<p>(A) Visualization of the fitness surface of the two male CHCs for which linear sexual selection v...
A female's mate preference is a potentially complex function relating variation in multiple male phe...
<p>Each point represents a female isoline and the dashed line denotes <i>β</i> = 0 (i.e. no linear s...
Recent research has highlighted the potential importance of environmental and genotype-by-environmen...
Recent research has highlighted the potential importance of environmental and genotype-by-environmen...
Genetic models of sexual selection are concerned with a dynamic process in which female preference a...
A female’s mate preference is a potentially complex function relating variation in multiple male phe...
Recent research has highlighted the potential importance of environmental and genotype-by-environmen...
The evolution of male mate choice is constrained by costs of choice in species with a male-biased op...
<p>Each coloured line represents the mean score for each female isoline (<i>N</i> = 20 isolines). Po...
<p><b>A.</b> Numbers of genes that are female-biased (red) or male-biased (blue) in all four species...
Genotype-by-environment interactions (G x Es) describe genetic variation for phenotypic plasticity, ...
<p>The measures of mate dissimilarity were (a) allele summation, (b) allele divergence and (c) simpl...
DOI
Add to ORKG