Personality traits, defined as differences in the behavior of individual animals of the same species that are consistent over time and context, such as ‘boldness,’ have been shown to be both heritable and be influenced by external factors, such as predation pressure. Currently, we know very little about the role that early environmental factors have upon personality. Thus, we investigated the impact of incubation temperature upon the boldness on an oviparous reptile, the bearded dragon (Pogona vitticeps). Eggs, from one clutch, were incubated at two different average temperatures within the normal range. After hatching the lizards were raised under the same environmental conditions. Novel object and novel environment tests were used to asse...
Incubation temperature influences hatchling phenotypes such as sex, size, shape, color, behavior, an...
Increases in phenotypic variation under extreme (e.g. novel or stressful) environmental conditions a...
In many lizards, a mother’s choice of nest site can influence the thermal and hydric regimes experie...
Personality traits, defined as differences in the behavior of individual animals of the same species...
Ectotherms are extremely sensitive to the temperature of their environments, due to their inability ...
After laying their eggs, oviparous reptiles are reliant on the external environment to provide the r...
It is now undisputable that incubation temperature induces different phenotypes (sex, body size, bod...
Early environments can profoundly influence an organism in ways that persist over its life. In repti...
Recent work exploring the relationship between early environmental conditions and cognition has show...
Early life environments shape phenotypic development in important ways that can lead to longlasting ...
Mechanisms affecting consistent interindividual behavioral variation (i.e., animal personality) are ...
The thermal environment within a reptile nest can affect the phenotypic traits of hatchlings, and he...
The complex ritualized displays of males in many territorial species suggest that selection has shap...
The environment during incubation can have significant influence upon phenotype of reptile hatchling...
The complex ritualized displays of males in many territorial species suggest that selection has shap...
Incubation temperature influences hatchling phenotypes such as sex, size, shape, color, behavior, an...
Increases in phenotypic variation under extreme (e.g. novel or stressful) environmental conditions a...
In many lizards, a mother’s choice of nest site can influence the thermal and hydric regimes experie...
Personality traits, defined as differences in the behavior of individual animals of the same species...
Ectotherms are extremely sensitive to the temperature of their environments, due to their inability ...
After laying their eggs, oviparous reptiles are reliant on the external environment to provide the r...
It is now undisputable that incubation temperature induces different phenotypes (sex, body size, bod...
Early environments can profoundly influence an organism in ways that persist over its life. In repti...
Recent work exploring the relationship between early environmental conditions and cognition has show...
Early life environments shape phenotypic development in important ways that can lead to longlasting ...
Mechanisms affecting consistent interindividual behavioral variation (i.e., animal personality) are ...
The thermal environment within a reptile nest can affect the phenotypic traits of hatchlings, and he...
The complex ritualized displays of males in many territorial species suggest that selection has shap...
The environment during incubation can have significant influence upon phenotype of reptile hatchling...
The complex ritualized displays of males in many territorial species suggest that selection has shap...
Incubation temperature influences hatchling phenotypes such as sex, size, shape, color, behavior, an...
Increases in phenotypic variation under extreme (e.g. novel or stressful) environmental conditions a...
In many lizards, a mother’s choice of nest site can influence the thermal and hydric regimes experie...