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• W2891434174 endingPage "372" @default.
• W2891434174 startingPage "362" @default.
• W2891434174 abstract "Abstract Environmentally cued hatching allows embryos to alter the time of hatching in relation to environment through phenotypic plasticity. Spatially variable temperatures within shallow nests of many freshwater turtles cause asynchronous development of embryos within clutches, yet neonates still hatch synchronously either by hatching early or via metabolic compensation. Metabolic compensation and changes in circadian rhythms presumably enable embryos to adjust their developmental rates to catch up to more advanced embryos within the nest. Hatchlings of the North American freshwater turtle Chrysemys picta usually overwinter within the nest and emerge the following spring, but still hatch synchronously via hatching early. Here, we used rates of oxygen consumption and heart rate profiles to investigate the metabolic rates of clutches of C. picta developing in conditions that result in asynchronous development to determine if compensatory changes in metabolism occur during incubation. Embryos hatched synchronously and displayed circadian rhythms throughout incubation, but exhibited no evidence of metabolic compensation. Phenotypic traits of hatchlings, including body size and righting performance, were also not affected by asynchronous development. We conclude that less developed embryos of C. picta hatch synchronously with their clutch‐mates by hatching early, which does not appear to inflict a fitness cost to individuals. The ultimate mechanism for synchronous hatching in C. picta could be for hatchlings to ensure an optimal overwintering position within the center of the nest. Consequently, immediate fitness costs will not hinder hatchling survival. The geographic location, as well as environmental and genetic factors unique to populations, can all influence hatching behavior in turtles through phenotypic plasticity. Hence, synchronous hatching is an adaptive bet‐hedging strategy in turtles, but the mechanisms to achieve it are diverse." @default.
• W2891434174 created "2018-09-27" @default.
• W2891434174 creator A5008452549 @default.
• W2891434174 creator A5045277869 @default.
• W2891434174 creator A5046204547 @default.
• W2891434174 creator A5052132995 @default.
• W2891434174 date "2018-07-01" @default.
• W2891434174 modified "2023-10-14" @default.
• W2891434174 title "Environmentally induced phenotypic plasticity explains hatching synchrony in the freshwater turtle <i>Chrysemys picta</i>" @default.
• W2891434174 cites W1606720795 @default.
• W2891434174 cites W1878560378 @default.
• W2891434174 cites W1965999333 @default.
• W2891434174 cites W1967272120 @default.
• W2891434174 cites W1973523062 @default.
• W2891434174 cites W1976505439 @default.
• W2891434174 cites W1979840614 @default.
• W2891434174 cites W1983690902 @default.
• W2891434174 cites W1983798188 @default.
• W2891434174 cites W1990268386 @default.
• W2891434174 cites W1994117062 @default.
• W2891434174 cites W1994776443 @default.
• W2891434174 cites W2003023173 @default.
• W2891434174 cites W2008671654 @default.
• W2891434174 cites W2024649846 @default.
• W2891434174 cites W2032533660 @default.
• W2891434174 cites W2037179768 @default.
• W2891434174 cites W2051431100 @default.
• W2891434174 cites W2053248633 @default.
• W2891434174 cites W2054409842 @default.
• W2891434174 cites W2055279947 @default.
• W2891434174 cites W2057184726 @default.
• W2891434174 cites W2059169038 @default.
• W2891434174 cites W2060209058 @default.
• W2891434174 cites W2063885249 @default.
• W2891434174 cites W2064373830 @default.
• W2891434174 cites W2064406535 @default.
• W2891434174 cites W2071351582 @default.
• W2891434174 cites W2074878839 @default.
• W2891434174 cites W2075140509 @default.
• W2891434174 cites W2081200404 @default.
• W2891434174 cites W2092921865 @default.
• W2891434174 cites W2096189497 @default.
• W2891434174 cites W2096243457 @default.
• W2891434174 cites W2098111034 @default.
• W2891434174 cites W2100082216 @default.
• W2891434174 cites W2100456910 @default.
• W2891434174 cites W2104388638 @default.
• W2891434174 cites W2119284526 @default.
• W2891434174 cites W2128427416 @default.
• W2891434174 cites W2130294663 @default.
• W2891434174 cites W2132257883 @default.
• W2891434174 cites W2134835006 @default.
• W2891434174 cites W2135491284 @default.
• W2891434174 cites W2137246142 @default.
• W2891434174 cites W2138427525 @default.
• W2891434174 cites W2143225560 @default.
• W2891434174 cites W2143935292 @default.
• W2891434174 cites W2145037023 @default.
• W2891434174 cites W2145370922 @default.
• W2891434174 cites W2146389937 @default.
• W2891434174 cites W2157586417 @default.
• W2891434174 cites W2158239360 @default.
• W2891434174 cites W2158434354 @default.
• W2891434174 cites W2163700254 @default.
• W2891434174 cites W2164183086 @default.
• W2891434174 cites W2164403987 @default.
• W2891434174 cites W2164676320 @default.
• W2891434174 cites W2170503266 @default.
• W2891434174 cites W2258410273 @default.
• W2891434174 cites W2275281611 @default.
• W2891434174 cites W2291309867 @default.
• W2891434174 cites W2312522077 @default.
• W2891434174 cites W2317887442 @default.
• W2891434174 cites W2318988638 @default.
• W2891434174 cites W2319015038 @default.
• W2891434174 cites W2324306840 @default.
• W2891434174 cites W2324465987 @default.
• W2891434174 cites W2324547929 @default.
• W2891434174 cites W2327040101 @default.
• W2891434174 cites W2327107089 @default.
• W2891434174 cites W2328743115 @default.
• W2891434174 cites W2345327969 @default.
• W2891434174 cites W2461620194 @default.
• W2891434174 cites W2487471073 @default.
• W2891434174 cites W2503403994 @default.
• W2891434174 cites W2551182948 @default.
• W2891434174 cites W4242493542 @default.
• W2891434174 cites W833748836 @default.
• W2891434174 cites W994783719 @default.
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• W2891434174 doi "https://doi.org/10.1002/jez.2217" @default.
• W2891434174 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30192440" @default.
• W2891434174 hasPublicationYear "2018" @default.
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