Individual differences in growth and size of vertebrates often represent adaptive, plastic responses to contrasts in ecological conditions. Recent studies show that vertebrates can also modify their growth and size in an adaptive fashion in response to fine-grain changes in social conditions (which we refer to as strategic growth). Here, we review experimental evidence for strategic growth in social vertebrates. We describe a set of conditions under which strategic growth commonly occurs, and highlight potential examples of convergent evolution of strategic growth across the tree of life. This synthesis has implications for the way we think about organismal growth and size, because it underscores that the size of individuals can often be fi...
In long-lived species, reproductive skipping is a common strategy whereby sexually mature animals ...
Humans and other animals have an evolved ability to detect discrete magnitudes (numerosities) in th...
Generally, in terms of growth N. lecointei seems quite tolerant to changes in pH and pCO2, probably ...
Body size is a fundamental trait known to allometrically scale with metabolic rate and therefore a k...
Substantial variation in adult body size between human populations is widely assumed in part to repr...
Evidence for phenotypic plasticity in brain size and the size of different brain parts is widespread...
Recent theory predicts that increased phenotypic plasticity can facilitate adaptation as traits resp...
Mutualisms are widespread, yet their evolution has received less theoretical attention than within-s...
Conditions during early life can have dramatic effects on adult characteristics and fitness. However...
Biological invasions are a major threat to biodiversity, agriculture, and human health. Invasive pop...
In many taxa, environmental changes that alter resource availability and energetics, such as climate...
1. In many annual plants, mollusks, crustaceans and ectothermic vertebrates, growth accompanies repr...
An organism's life history is closely interlinked with its allocation of energy between growth and r...
The antipredator benefits of grouping are relatively well understood; however, predation risk often ...
Although growing evidence supports the idea that animal personality can explain plasticity in respon...
In long-lived species, reproductive skipping is a common strategy whereby sexually mature animals ...
Humans and other animals have an evolved ability to detect discrete magnitudes (numerosities) in th...
Generally, in terms of growth N. lecointei seems quite tolerant to changes in pH and pCO2, probably ...
Body size is a fundamental trait known to allometrically scale with metabolic rate and therefore a k...
Substantial variation in adult body size between human populations is widely assumed in part to repr...
Evidence for phenotypic plasticity in brain size and the size of different brain parts is widespread...
Recent theory predicts that increased phenotypic plasticity can facilitate adaptation as traits resp...
Mutualisms are widespread, yet their evolution has received less theoretical attention than within-s...
Conditions during early life can have dramatic effects on adult characteristics and fitness. However...
Biological invasions are a major threat to biodiversity, agriculture, and human health. Invasive pop...
In many taxa, environmental changes that alter resource availability and energetics, such as climate...
1. In many annual plants, mollusks, crustaceans and ectothermic vertebrates, growth accompanies repr...
An organism's life history is closely interlinked with its allocation of energy between growth and r...
The antipredator benefits of grouping are relatively well understood; however, predation risk often ...
Although growing evidence supports the idea that animal personality can explain plasticity in respon...
In long-lived species, reproductive skipping is a common strategy whereby sexually mature animals ...
Humans and other animals have an evolved ability to detect discrete magnitudes (numerosities) in th...
Generally, in terms of growth N. lecointei seems quite tolerant to changes in pH and pCO2, probably ...