<p>Factors shown to contribute to SSD include (a) critical size, (b) growth rate, (c) and pre-pupal weight loss and are reflected in the sex-specific growth curve (d). The SSD at specific developmental events (hatching, critical size, peak larval mass, pupariation and eclosion) illustrates the changes in SSD throughout development (e). Error bars show 95% confidence intervals.</p
Abstract The mechanism that determines the specific body size of an animal is a fundamental biologic...
Developmental plasticity influences the size of adult tissues in insects. Tissues can have unique re...
Male sexual ornaments often evolve rapidly and are thought to be costly, thus contributing to sexual...
The selective pressures leading to the evolution of Sexual Size Dimorphism (SSD) have been well stud...
The selective pressures leading to the evolution of Sexual Size Dimorphism (SSD) have been well stud...
<p><b>(A–D)</b> Growth curve of male and female larvae throughout larval development, showing there ...
Sexual size dimorphism (SSD), a difference in body size between sexes, is common in many taxa. In in...
The difference in body size between females and males, or sexual size dimorphism (SSD), is ubiquitou...
Pre-adult development time, dry weight at eclosion, and daily fecundity over the first 10 days of ad...
Sexual size dimorphism (SSD) is common throughout the animal kingdom. In the fruit fly, Drosophila ...
Sexual dimorphisms in body size are widespread throughout the animal kingdom but their underlying me...
Male and female flies differ in many aspects of development and physiology. Identifying the mechanis...
Intralocus sexual conflict occurs when opposing selection pressures operate on loci expressed in bot...
International audienceMost animal species exhibit sexual size dimorphism (SSD). SSD is a trait diffi...
Adult body size in higher animals is dependent on the amount of growth that occurs during the juveni...
Abstract The mechanism that determines the specific body size of an animal is a fundamental biologic...
Developmental plasticity influences the size of adult tissues in insects. Tissues can have unique re...
Male sexual ornaments often evolve rapidly and are thought to be costly, thus contributing to sexual...
The selective pressures leading to the evolution of Sexual Size Dimorphism (SSD) have been well stud...
The selective pressures leading to the evolution of Sexual Size Dimorphism (SSD) have been well stud...
<p><b>(A–D)</b> Growth curve of male and female larvae throughout larval development, showing there ...
Sexual size dimorphism (SSD), a difference in body size between sexes, is common in many taxa. In in...
The difference in body size between females and males, or sexual size dimorphism (SSD), is ubiquitou...
Pre-adult development time, dry weight at eclosion, and daily fecundity over the first 10 days of ad...
Sexual size dimorphism (SSD) is common throughout the animal kingdom. In the fruit fly, Drosophila ...
Sexual dimorphisms in body size are widespread throughout the animal kingdom but their underlying me...
Male and female flies differ in many aspects of development and physiology. Identifying the mechanis...
Intralocus sexual conflict occurs when opposing selection pressures operate on loci expressed in bot...
International audienceMost animal species exhibit sexual size dimorphism (SSD). SSD is a trait diffi...
Adult body size in higher animals is dependent on the amount of growth that occurs during the juveni...
Abstract The mechanism that determines the specific body size of an animal is a fundamental biologic...
Developmental plasticity influences the size of adult tissues in insects. Tissues can have unique re...
Male sexual ornaments often evolve rapidly and are thought to be costly, thus contributing to sexual...