Matches in SemOpenAlex for { <https://semopenalex.org/work/W2127986703> ?p ?o ?g. }
- W2127986703 endingPage "514" @default.
- W2127986703 startingPage "502" @default.
- W2127986703 abstract "Abstract Continued and accelerating change in the thermal environment places an ever-greater priority on understanding how organisms are going to respond. The paradigm of ‘move, adapt or die’, regarding ways in which organisms can respond to environmental stressors, stimulates intense efforts to predict the future of biodiversity. Assuming that extinction is an unpalatable outcome, researchers have focussed attention on how organisms can shift in their distribution to stay in the same thermal conditions or can stay in the same place by adapting to a changing thermal environment. How likely these respective outcomes might be depends on the answer to a fundamental evolutionary question, namely what genetic changes underpin adaptation to the thermal environment. The increasing access to and decreasing costs of next-generation sequencing (NGS) technologies, which can be applied to both model and non-model systems, provide a much-needed tool for understanding thermal adaptation. Here we consider broadly what is already known from non-NGS studies about thermal adaptation, then discuss the benefits and challenges of different NGS methodologies to add to this knowledge base. We then review published NGS genomics and transcriptomics studies of thermal adaptation to heat stress in metazoans and compare these results with previous non-NGS patterns. We conclude by summarising emerging patterns of genetic response and discussing future directions using these increasingly common techniques." @default.
- W2127986703 created "2016-06-24" @default.
- W2127986703 creator A5003326229 @default.
- W2127986703 creator A5026065432 @default.
- W2127986703 creator A5049576700 @default.
- W2127986703 creator A5056930951 @default.
- W2127986703 creator A5085504029 @default.
- W2127986703 date "2015-03-04" @default.
- W2127986703 modified "2023-10-12" @default.
- W2127986703 title "The environmental genomics of metazoan thermal adaptation" @default.
- W2127986703 cites W1494618877 @default.
- W2127986703 cites W1520440006 @default.
- W2127986703 cites W1566382820 @default.
- W2127986703 cites W1581676772 @default.
- W2127986703 cites W1677560495 @default.
- W2127986703 cites W1725985093 @default.
- W2127986703 cites W1969229714 @default.
- W2127986703 cites W1970499229 @default.
- W2127986703 cites W1978290724 @default.
- W2127986703 cites W1978436500 @default.
- W2127986703 cites W1980191682 @default.
- W2127986703 cites W1981205424 @default.
- W2127986703 cites W1981348283 @default.
- W2127986703 cites W1981405183 @default.
- W2127986703 cites W1984821034 @default.
- W2127986703 cites W1985936925 @default.
- W2127986703 cites W1986865735 @default.
- W2127986703 cites W1987502745 @default.
- W2127986703 cites W1992146473 @default.
- W2127986703 cites W1997056810 @default.
- W2127986703 cites W2005228725 @default.
- W2127986703 cites W2007545512 @default.
- W2127986703 cites W2009714443 @default.
- W2127986703 cites W2010807578 @default.
- W2127986703 cites W2014354744 @default.
- W2127986703 cites W2017619258 @default.
- W2127986703 cites W2023887100 @default.
- W2127986703 cites W2026345779 @default.
- W2127986703 cites W2027003862 @default.
- W2127986703 cites W2027023940 @default.
- W2127986703 cites W2029411945 @default.
- W2127986703 cites W2029653569 @default.
- W2127986703 cites W2034869568 @default.
- W2127986703 cites W2040257779 @default.
- W2127986703 cites W2042532882 @default.
- W2127986703 cites W2044294590 @default.
- W2127986703 cites W2046458225 @default.
- W2127986703 cites W2046919791 @default.
- W2127986703 cites W2050632741 @default.
- W2127986703 cites W2051068113 @default.
- W2127986703 cites W2054455608 @default.
- W2127986703 cites W2056300001 @default.
- W2127986703 cites W2056401250 @default.
- W2127986703 cites W2062163923 @default.
- W2127986703 cites W2062772087 @default.
- W2127986703 cites W2064495306 @default.
- W2127986703 cites W2067408251 @default.
- W2127986703 cites W2073300538 @default.
- W2127986703 cites W2076389425 @default.
- W2127986703 cites W2077426894 @default.
- W2127986703 cites W2081084267 @default.
- W2127986703 cites W2083962492 @default.
- W2127986703 cites W2083984714 @default.
- W2127986703 cites W2086391970 @default.
- W2127986703 cites W2087040133 @default.
- W2127986703 cites W2090322363 @default.
- W2127986703 cites W2096988482 @default.
- W2127986703 cites W2097181563 @default.
- W2127986703 cites W2097753156 @default.
- W2127986703 cites W2099010497 @default.
- W2127986703 cites W2100102317 @default.
- W2127986703 cites W2102163928 @default.
- W2127986703 cites W2102944708 @default.
- W2127986703 cites W2103837125 @default.
- W2127986703 cites W2105543480 @default.
- W2127986703 cites W2106129297 @default.
- W2127986703 cites W2107278960 @default.
- W2127986703 cites W2108035580 @default.
- W2127986703 cites W2109362537 @default.
- W2127986703 cites W2109972174 @default.
- W2127986703 cites W2112038226 @default.
- W2127986703 cites W2115227624 @default.
- W2127986703 cites W2116417654 @default.
- W2127986703 cites W2116978877 @default.
- W2127986703 cites W2120200106 @default.
- W2127986703 cites W2120545471 @default.
- W2127986703 cites W2120806112 @default.
- W2127986703 cites W2121651169 @default.
- W2127986703 cites W2121682279 @default.
- W2127986703 cites W2128071009 @default.
- W2127986703 cites W2130854614 @default.
- W2127986703 cites W2133145771 @default.
- W2127986703 cites W2133372013 @default.
- W2127986703 cites W2133501143 @default.
- W2127986703 cites W2135370544 @default.
- W2127986703 cites W2138710671 @default.
- W2127986703 cites W2139174349 @default.
- W2127986703 cites W2139776178 @default.