Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210654997> ?p ?o ?g. }
- W4210654997 abstract "Changing climates and severe weather events can affect population viability. Individuals need to buffer such negative fitness consequences through physiological plasticity. Whether certain life-history strategies are more conducive to surviving changing climates is unknown, but theory predicts that strategies prioritizing maintenance and survival over current reproduction should be better able to withstand such change. We tested this hypothesis in a meta-population of garter snakes having naturally occurring variation in life-history strategies. We tested whether slow pace-of-life (POL) animals, that prioritize survival over reproduction, are more resilient than fast POL animals as measured by several physiological biomarkers. From 2006 to 2019, which included two multi-year droughts, baseline and stress-induced reactivity of plasma corticosterone and glucose varied annually with directionalities consistent with life-history theory. Slow POL animals exhibited higher baseline corticosterone and lower baseline glucose, relative to fast POL animals. These patterns were also observed in stress-induced measures; thus, reactivity was equivalent between ecotypes. However, in drought years, measures of corticosterone did not differ between different life histories. Immune cell distribution showed annual variation independent of drought or life history. These persistent physiological patterns form a backdrop to several extirpations of fast POL populations, suggesting a limited physiological toolkit to surviving periods of extreme drought." @default.
- W4210654997 created "2022-02-08" @default.
- W4210654997 creator A5000007290 @default.
- W4210654997 creator A5001165054 @default.
- W4210654997 creator A5036080706 @default.
- W4210654997 creator A5041517262 @default.
- W4210654997 creator A5079909519 @default.
- W4210654997 creator A5080706545 @default.
- W4210654997 creator A5087951298 @default.
- W4210654997 creator A5090283903 @default.
- W4210654997 date "2022-01-26" @default.
- W4210654997 modified "2023-09-27" @default.
- W4210654997 title "Over a decade of field physiology reveals life-history specific strategies to drought in garter snakes ( <i>Thamnophis elegans</i> )" @default.
- W4210654997 cites W1629256440 @default.
- W4210654997 cites W1760467129 @default.
- W4210654997 cites W1964081088 @default.
- W4210654997 cites W1981747359 @default.
- W4210654997 cites W1981748148 @default.
- W4210654997 cites W1989913627 @default.
- W4210654997 cites W1990549687 @default.
- W4210654997 cites W2003769217 @default.
- W4210654997 cites W2007754031 @default.
- W4210654997 cites W2008235192 @default.
- W4210654997 cites W2008419179 @default.
- W4210654997 cites W2009552537 @default.
- W4210654997 cites W2017384636 @default.
- W4210654997 cites W2018769658 @default.
- W4210654997 cites W2019246815 @default.
- W4210654997 cites W2019538185 @default.
- W4210654997 cites W2020147786 @default.
- W4210654997 cites W2029089079 @default.
- W4210654997 cites W2032499859 @default.
- W4210654997 cites W2036174256 @default.
- W4210654997 cites W2036598968 @default.
- W4210654997 cites W2037966233 @default.
- W4210654997 cites W2053208961 @default.
- W4210654997 cites W2059305496 @default.
- W4210654997 cites W2059715323 @default.
- W4210654997 cites W2070661923 @default.
- W4210654997 cites W2071657026 @default.
- W4210654997 cites W2079993182 @default.
- W4210654997 cites W2096186858 @default.
- W4210654997 cites W2097075017 @default.
- W4210654997 cites W2099501065 @default.
- W4210654997 cites W2101504610 @default.
- W4210654997 cites W2103691504 @default.
- W4210654997 cites W2112097992 @default.
- W4210654997 cites W2112204642 @default.
- W4210654997 cites W2113005530 @default.
- W4210654997 cites W2116595332 @default.
- W4210654997 cites W2126464292 @default.
- W4210654997 cites W2126787101 @default.
- W4210654997 cites W2127386463 @default.
- W4210654997 cites W2128218279 @default.
- W4210654997 cites W2132539548 @default.
- W4210654997 cites W2139879194 @default.
- W4210654997 cites W2140579606 @default.
- W4210654997 cites W2155150113 @default.
- W4210654997 cites W2163687810 @default.
- W4210654997 cites W2164848935 @default.
- W4210654997 cites W2502732896 @default.
- W4210654997 cites W2567392328 @default.
- W4210654997 cites W2771371872 @default.
- W4210654997 cites W2782948285 @default.
- W4210654997 cites W2790868409 @default.
- W4210654997 cites W2800249044 @default.
- W4210654997 cites W2802812954 @default.
- W4210654997 cites W2807491964 @default.
- W4210654997 cites W2887394351 @default.
- W4210654997 cites W2899648934 @default.
- W4210654997 cites W2904747538 @default.
- W4210654997 cites W2923633154 @default.
- W4210654997 cites W2934616794 @default.
- W4210654997 cites W2967497269 @default.
- W4210654997 cites W2990583425 @default.
- W4210654997 cites W3008539656 @default.
- W4210654997 cites W3023142290 @default.
- W4210654997 cites W3032733259 @default.
- W4210654997 cites W3095328079 @default.
- W4210654997 cites W3107174302 @default.
- W4210654997 cites W3132232623 @default.
- W4210654997 cites W3138523432 @default.
- W4210654997 cites W3143549627 @default.
- W4210654997 cites W3165032051 @default.
- W4210654997 cites W3167896682 @default.
- W4210654997 cites W4231373967 @default.
- W4210654997 cites W4234208943 @default.
- W4210654997 cites W4294141750 @default.
- W4210654997 cites W3165554518 @default.
- W4210654997 doi "https://doi.org/10.1098/rspb.2021.2187" @default.
- W4210654997 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35078358" @default.
- W4210654997 hasPublicationYear "2022" @default.
- W4210654997 type Work @default.
- W4210654997 citedByCount "1" @default.
- W4210654997 countsByYear W42106549972022 @default.
- W4210654997 crossrefType "journal-article" @default.
- W4210654997 hasAuthorship W4210654997A5000007290 @default.
- W4210654997 hasAuthorship W4210654997A5001165054 @default.
- W4210654997 hasAuthorship W4210654997A5036080706 @default.
- W4210654997 hasAuthorship W4210654997A5041517262 @default.