The environmental conditions that reptile embryos experience during development have profound effects on many offspring traits. For example, incubation temperature affects offspring body size, growth rate, running performance, and even gender—all phenotypic traits that are important for survival and reproduction (i.e., fitness). Although these effects on fitness-related traits are well known, very few studies have evaluated the long-term consequences of incubation temperature on survival and reproduction, particularly in long-lived species
Incubation temperature has significant developmental effects on oviparous animals, including affecti...
Incubation temperatures, in addition to an embryo’s genetic makeup, play crucial roles in developmen...
Synchrony in the timing of births is thought to have evolved as a general predator avoidance strateg...
Developmental environments can have lasting effects on an individual’s phenotype. In many reptiles, ...
Purpose: We evaluated how constant incubation temperatures affect life-history traits pre-hatching a...
For painted turtles (Chrysemys picta) and many other reptiles, the temperature experienced by develo...
Many reptiles have temperature-dependent sex determination (TSD), where the temperature experienced ...
PublishedJournal ArticleTemperature can have a profound effect on the phenotype of reptilian offspri...
In order to survive, turtle hatchlings must be able to choose optimal thermal locations that promote...
Background: The nest environment influences phenotypic traits of hatchling turtles. Female turtles s...
Freshwater turtle eggs are normally subjected to fluctuations in incubation temperature during natur...
The western pond turtle (WPT), Emys marmorata, is listed by the CA Department\ud of Fish and Game as...
Incubation temperature influences hatchling phenotypes such as sex, size, shape, color, behavior, an...
Turtle eggs collected immediately after oviposition were incubated in the laboratory at several diff...
Temperature-dependent sex determination (TSD) is widespread in reptiles, yet its adaptive significan...
Incubation temperature has significant developmental effects on oviparous animals, including affecti...
Incubation temperatures, in addition to an embryo’s genetic makeup, play crucial roles in developmen...
Synchrony in the timing of births is thought to have evolved as a general predator avoidance strateg...
Developmental environments can have lasting effects on an individual’s phenotype. In many reptiles, ...
Purpose: We evaluated how constant incubation temperatures affect life-history traits pre-hatching a...
For painted turtles (Chrysemys picta) and many other reptiles, the temperature experienced by develo...
Many reptiles have temperature-dependent sex determination (TSD), where the temperature experienced ...
PublishedJournal ArticleTemperature can have a profound effect on the phenotype of reptilian offspri...
In order to survive, turtle hatchlings must be able to choose optimal thermal locations that promote...
Background: The nest environment influences phenotypic traits of hatchling turtles. Female turtles s...
Freshwater turtle eggs are normally subjected to fluctuations in incubation temperature during natur...
The western pond turtle (WPT), Emys marmorata, is listed by the CA Department\ud of Fish and Game as...
Incubation temperature influences hatchling phenotypes such as sex, size, shape, color, behavior, an...
Turtle eggs collected immediately after oviposition were incubated in the laboratory at several diff...
Temperature-dependent sex determination (TSD) is widespread in reptiles, yet its adaptive significan...
Incubation temperature has significant developmental effects on oviparous animals, including affecti...
Incubation temperatures, in addition to an embryo’s genetic makeup, play crucial roles in developmen...
Synchrony in the timing of births is thought to have evolved as a general predator avoidance strateg...