The influence of maternal thermal environments on reproductive traits and hatchling traits in a Lacertid lizard
@article{Du2005TheIO, title={The influence of maternal thermal environments on reproductive traits and hatchling traits in a Lacertid lizard}, author={Wei-guo Du and Yi-Wei Lu and Jian-Yang Shen}, journal={Journal of Thermal Biology}, year={2005} }
15 Citations
Maternal warming influences reproductive frequency, but not hatchling phenotypes in a multiple-clutched oviparous lizard.
- Biology, Environmental ScienceJournal of thermal biology
- 2018
Variability of breeding resource partitioning in a lacertid lizard at field scale
- Biology, Environmental Science
- 2017
The results suggest that agriculture can influence lizard reproductive output, partly favouring it in the presence of medium intensity cultivation but causing, in the most intensively managed sites, some environmental constraints that require a peculiar partitioning of the breeding resources.
Effects of incubation temperature on development, morphology, and thermal physiology of the emerging Neotropical lizard model organism Tropidurus torquatus
- Environmental ScienceScientific Reports
- 2022
Incubation temperature is among the main phenotypic trait variation drivers studied since the developmental trajectory of oviparous animals is directly affected by environmental conditions. In the…
Experimental evaluation of reproductive response to climate warming in an oviparous skink.
- Environmental Science, BiologyIntegrative zoology
- 2013
The results suggest that climate warming might have a profound effect on fitness-relevant traits both at embryonic and post-embryonic stages in oviparous lizards.
Thermal performance of squamate embryos with respect to climate, adult life history, and phylogeny
- Environmental Science
- 2012
Observations indicate that embryonic thermal physiology is adapted to large-scale environmental patterns, and that global climate change will impact embryonic development directly through impacts on nest temperature per se, as well as indirectlythrough impacts on the ability of gravid females to select suitable nest sites.
Long-term monitoring reveals invariant clutch size and unequal reproductive costs between sexes in a subtropical lacertid lizard
- Environmental Science, BiologyZoological Letters
- 2020
This study tested and confirmed a new case of invariant clutch size (ICS) in a sexually dichromatic lacertid lizard, Takydromus viridipunctatus, which adapts well to this r-selected grassland habitat that experiences seasonal fluctuation and frequent disturbance.
Benefits of paternal thermoregulation: male midwife toads select warmer temperature to shorten embryonic development
- Environmental ScienceBehavioral Ecology and Sociobiology
- 2022
Parental thermoregulation can provide an efficient way to control embryonic temperature and optimize developmental durations and timing. To date, most studies on parental thermal effects have focused…
Phenotypic plasticity may help lizards cope with increasingly variable temperatures
- Environmental ScienceOecologia
- 2018
Experimentally exposed gravid viviparous lizards to two thermal environments to address maternal and offspring responses to increased variability in ambient temperature to find phenotypic plasticity may be critical to respond effectively to climate change.
Patterns of seasonal activity in a Mediterranean lizard along a 2200 m altitudinal gradient
- Environmental Science
- 2013
Thermoregulation in the lizard Psammodromus algirus along a 2200-m elevational gradient in Sierra Nevada (Spain)
- Environmental ScienceInternational Journal of Biometeorology
- 2015
P. algirus seems capable to face a wide thermal range, which probably contributes to its extensive corology and makes it adaptable to climate changes.
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