FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2288385323> ?p ?o ?g. }

• W2288385323 endingPage "2024" @default.
• W2288385323 startingPage "2013" @default.
• W2288385323 abstract "Abstract Despite the recognition that some species might quickly adapt to new conditions under climate change, demonstrating and predicting such a fundamental response is challenging. Morphological variations in response to climate may be caused by evolutionary changes or phenotypic plasticity, or both, but teasing apart these processes is difficult. Here, we built on the number of thoracic vertebrae ( NTV ) in ectothermic vertebrates, a known genetically based feature, to establish a link with body size and evaluate how climate change might affect the future morphological response of this group of species. First, we show that in old‐world salamanders, NTV variation is strongly related to changes in body size. Secondly, using 22 salamander species as a case study, we found support for relationships between the spatial variation in selected bioclimatic variables and NTV for most of species. For 44% of species, precipitation and aridity were the predominant drivers of geographical variation of the NTV . Temperature features were dominant for 31% of species, while for 19% temperature and precipitation played a comparable role. This two‐step analysis demonstrates that ectothermic vertebrates may evolve in response to climate change by modifying the number of thoracic vertebrae. These findings allow to develop scenarios for potential morphological evolution under future climate change and to identify areas and species in which the most marked evolutionary responses are expected. Resistance to climate change estimated from species distribution models was positively related to present‐day species morphological response, suggesting that the ability of morphological evolution may play a role for species’ persistence under climate change. The possibility that present‐day capacity for local adaptation might help the resistance response to climate change can be integrated into analyses of the impact of global changes and should also be considered when planning management actions favouring species persistence." @default.
• W2288385323 created "2016-06-24" @default.
• W2288385323 creator A5012749425 @default.
• W2288385323 creator A5057944055 @default.
• W2288385323 creator A5072548239 @default.
• W2288385323 creator A5072813166 @default.
• W2288385323 creator A5082559533 @default.
• W2288385323 creator A5087126033 @default.
• W2288385323 date "2016-03-08" @default.
• W2288385323 modified "2023-10-09" @default.
• W2288385323 title "Morphological variation in salamanders and their potential response to climate change" @default.
• W2288385323 cites W1625283271 @default.
• W2288385323 cites W1719592356 @default.
• W2288385323 cites W1754959267 @default.
• W2288385323 cites W1844228278 @default.
• W2288385323 cites W1918112046 @default.
• W2288385323 cites W1946434435 @default.
• W2288385323 cites W1968131663 @default.
• W2288385323 cites W1993339351 @default.
• W2288385323 cites W1993797807 @default.
• W2288385323 cites W1993920847 @default.
• W2288385323 cites W1997441115 @default.
• W2288385323 cites W1998025025 @default.
• W2288385323 cites W1998688011 @default.
• W2288385323 cites W2002758482 @default.
• W2288385323 cites W2007504136 @default.
• W2288385323 cites W2007545512 @default.
• W2288385323 cites W2008618406 @default.
• W2288385323 cites W2019655958 @default.
• W2288385323 cites W2019804921 @default.
• W2288385323 cites W2021758208 @default.
• W2288385323 cites W2035666682 @default.
• W2288385323 cites W2039863705 @default.
• W2288385323 cites W2051515444 @default.
• W2288385323 cites W2054653365 @default.
• W2288385323 cites W2055586000 @default.
• W2288385323 cites W2056189252 @default.
• W2288385323 cites W2056868695 @default.
• W2288385323 cites W2060444352 @default.
• W2288385323 cites W2060493271 @default.
• W2288385323 cites W2065496380 @default.
• W2288385323 cites W2068704291 @default.
• W2288385323 cites W2072463778 @default.
• W2288385323 cites W2072982091 @default.
• W2288385323 cites W2073587913 @default.
• W2288385323 cites W2082581672 @default.
• W2288385323 cites W2089741756 @default.
• W2288385323 cites W2096628842 @default.
• W2288385323 cites W2102006757 @default.
• W2288385323 cites W2103171859 @default.
• W2288385323 cites W2105635509 @default.
• W2288385323 cites W2106820566 @default.
• W2288385323 cites W2112776483 @default.
• W2288385323 cites W2113263189 @default.
• W2288385323 cites W2119278115 @default.
• W2288385323 cites W2119458467 @default.
• W2288385323 cites W2121322568 @default.
• W2288385323 cites W2123391895 @default.
• W2288385323 cites W2124066348 @default.
• W2288385323 cites W2131842864 @default.
• W2288385323 cites W2138710671 @default.
• W2288385323 cites W2139865678 @default.
• W2288385323 cites W2140868875 @default.
• W2288385323 cites W2141702175 @default.
• W2288385323 cites W2145311014 @default.
• W2288385323 cites W2149232624 @default.
• W2288385323 cites W2156841287 @default.
• W2288385323 cites W2160272005 @default.
• W2288385323 cites W2161739406 @default.
• W2288385323 cites W2162554415 @default.
• W2288385323 cites W2163492733 @default.
• W2288385323 cites W2170565777 @default.
• W2288385323 cites W2171800931 @default.
• W2288385323 cites W2315124347 @default.
• W2288385323 cites W2322238692 @default.
• W2288385323 cites W2330994517 @default.
• W2288385323 cites W4205785327 @default.
• W2288385323 doi "https://doi.org/10.1111/gcb.13255" @default.
• W2288385323 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4972144" @default.
• W2288385323 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26910389" @default.
• W2288385323 hasPublicationYear "2016" @default.
• W2288385323 type Work @default.
• W2288385323 sameAs 2288385323 @default.
• W2288385323 citedByCount "24" @default.
• W2288385323 countsByYear W22883853232016 @default.
• W2288385323 countsByYear W22883853232017 @default.
• W2288385323 countsByYear W22883853232018 @default.
• W2288385323 countsByYear W22883853232019 @default.
• W2288385323 countsByYear W22883853232020 @default.
• W2288385323 countsByYear W22883853232021 @default.
• W2288385323 countsByYear W22883853232022 @default.
• W2288385323 crossrefType "journal-article" @default.
• W2288385323 hasAuthorship W2288385323A5012749425 @default.
• W2288385323 hasAuthorship W2288385323A5057944055 @default.
• W2288385323 hasAuthorship W2288385323A5072548239 @default.
• W2288385323 hasAuthorship W2288385323A5072813166 @default.
• W2288385323 hasAuthorship W2288385323A5082559533 @default.
• W2288385323 hasAuthorship W2288385323A5087126033 @default.

• next