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- W4200262840 abstract "Due to the speed of climate changes, rapid buffering mechanisms such as phenotypic plasticity – which may depend on breeding phenology – could be key to avoid extinction. The links between phenology and plasticity, however, remain understudied. Here we explored the matching between phenology and the thermal sensitivity of standard (SMR) and routine metabolic rates (RMR), metabolic scope (i.e. the difference between RMR and SMR), survival and growth‐development trajectories in larvae of a prolonged breeder amphibian Alytes almogavarii acclimated to 10 and 20°C, belonging to three cohorts: autumn pre‐overwintering, autumn overwintering and spring tadpoles. At 20°C, survival of autumn pre‐overwintering larvae was lower than for the rest. Although all cohorts showed acclimation potential, patterns for SMR and RMR differed, leading to differences in metabolic scope. Regardless of temperature, overwintering tadpoles arrested growth and development, while pre‐overwintering and spring tadpoles showed higher growth and development at 20°C. At 10°C pre‐overwintering tadpoles allocated more energy to development compared to spring tadpoles to advance development before winter. Overall, we demonstrate that the effects of temperature depend on phenology, consistent with future, expected thermal regimes. This suggests that extreme events can yield different vulnerability to climate change within populations (e.g. associated to discrete within‐year cohorts), and not only between species or populations." @default.
- W4200262840 created "2021-12-31" @default.
- W4200262840 creator A5012176750 @default.
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- W4200262840 date "2021-12-06" @default.
- W4200262840 modified "2023-10-08" @default.
- W4200262840 title "Physiology and acclimation potential are tuned with phenology in larvae of a prolonged breeder amphibian" @default.
- W4200262840 cites W14973851 @default.
- W4200262840 cites W1503900815 @default.
- W4200262840 cites W1515952129 @default.
- W4200262840 cites W1518897246 @default.
- W4200262840 cites W1563804626 @default.
- W4200262840 cites W1767254696 @default.
- W4200262840 cites W1842364644 @default.
- W4200262840 cites W1866912917 @default.
- W4200262840 cites W1880873647 @default.
- W4200262840 cites W1963823296 @default.
- W4200262840 cites W1963998078 @default.
- W4200262840 cites W1968629478 @default.
- W4200262840 cites W1968895410 @default.
- W4200262840 cites W1969541607 @default.
- W4200262840 cites W1978503775 @default.
- W4200262840 cites W1987114589 @default.
- W4200262840 cites W1991804943 @default.
- W4200262840 cites W1994874139 @default.
- W4200262840 cites W1995635668 @default.
- W4200262840 cites W1998661908 @default.
- W4200262840 cites W2000813236 @default.
- W4200262840 cites W2010653833 @default.
- W4200262840 cites W2011003140 @default.
- W4200262840 cites W2029411945 @default.
- W4200262840 cites W2031456245 @default.
- W4200262840 cites W2033498661 @default.
- W4200262840 cites W2035662086 @default.
- W4200262840 cites W2037944914 @default.
- W4200262840 cites W2039789630 @default.
- W4200262840 cites W2043816963 @default.
- W4200262840 cites W2053110663 @default.
- W4200262840 cites W2060822452 @default.
- W4200262840 cites W2100017511 @default.
- W4200262840 cites W2105260881 @default.
- W4200262840 cites W2107182886 @default.
- W4200262840 cites W2107592593 @default.
- W4200262840 cites W2116167682 @default.
- W4200262840 cites W2119160928 @default.
- W4200262840 cites W2122485236 @default.
- W4200262840 cites W2125397951 @default.
- W4200262840 cites W2132496294 @default.
- W4200262840 cites W2132913333 @default.
- W4200262840 cites W2138149454 @default.
- W4200262840 cites W2141029258 @default.
- W4200262840 cites W2150180053 @default.
- W4200262840 cites W2151416468 @default.
- W4200262840 cites W2160080616 @default.
- W4200262840 cites W2165626063 @default.
- W4200262840 cites W2168948848 @default.
- W4200262840 cites W2171302075 @default.
- W4200262840 cites W2220700318 @default.
- W4200262840 cites W2256343493 @default.
- W4200262840 cites W2271473532 @default.
- W4200262840 cites W2572435414 @default.
- W4200262840 cites W2598701004 @default.
- W4200262840 cites W2602167862 @default.
- W4200262840 cites W2763733234 @default.
- W4200262840 cites W2765150561 @default.
- W4200262840 cites W2801528327 @default.
- W4200262840 cites W2888706672 @default.
- W4200262840 cites W2889275308 @default.
- W4200262840 cites W2890882267 @default.
- W4200262840 cites W2911331465 @default.
- W4200262840 cites W2913136619 @default.
- W4200262840 cites W2914048120 @default.
- W4200262840 cites W2919496064 @default.
- W4200262840 cites W2937610497 @default.
- W4200262840 cites W2965549179 @default.
- W4200262840 cites W2969701266 @default.
- W4200262840 cites W2970288969 @default.
- W4200262840 cites W2972439938 @default.
- W4200262840 cites W2983342617 @default.
- W4200262840 cites W3000412884 @default.
- W4200262840 cites W3013498438 @default.
- W4200262840 cites W3035293005 @default.
- W4200262840 cites W3049394122 @default.
- W4200262840 cites W3080767628 @default.
- W4200262840 cites W3081095481 @default.
- W4200262840 cites W3091096917 @default.
- W4200262840 cites W3092918150 @default.
- W4200262840 cites W3093675313 @default.
- W4200262840 cites W4237754067 @default.
- W4200262840 cites W4248078651 @default.
- W4200262840 doi "https://doi.org/10.1111/oik.08566" @default.
- W4200262840 hasPublicationYear "2021" @default.
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