Matches in SemOpenAlex for { <https://semopenalex.org/work/W1508657915> ?p ?o ?g. }
- W1508657915 endingPage "186" @default.
- W1508657915 startingPage "169" @default.
- W1508657915 abstract "Levels of neutral mitochondrial (mt)DNA sequence diversity play a prominent role in alpha taxonomy, with divergence thresholds of approximately 3% widely being accepted as indicative of species differences. However, a number of studies of New Zealand invertebrates conclude that intraspecific mtDNA divergences are commonly much higher. We investigated the diversity and distribution of mitochondrial cytochrome oxidase I DNA sequences from populations of the New Zealand ground weta Hemiandrus pallitarsis with respect to variation among ten morphological characters and analysis of acoustic signalling associated with mate recognition. We looked for correlation between neutral mtDNA sequence variation and potential indicators of species differences. Despite high genetic distances (> 8.0% uncorrected) among mtDNA haplotypes in this species, morphological and male precopulation signals refute a hypothesis that multiple species exist. Other possible explanations for high genetic diversity, including accidental sampling of nuclear paralogues and elevated substitution rate, are not supported, whereas there is evidence for stable population size through time. We conclude that generalizations about genetic diversity and species status are overly simplistic. In some circumstances, notably southern hemisphere invertebrate taxa, species cohesion appears to have been retained throughout the Pleistocene, indicating the persistence of a relatively high population size." @default.
- W1508657915 created "2016-06-24" @default.
- W1508657915 creator A5051992251 @default.
- W1508657915 creator A5066012871 @default.
- W1508657915 creator A5089146735 @default.
- W1508657915 date "2011-10-24" @default.
- W1508657915 modified "2023-10-06" @default.
- W1508657915 title "Shape and sound reveal genetic cohesion not speciation in the New Zealand orthopteran, Hemiandrus pallitarsis, despite high mitochondrial DNA divergence" @default.
- W1508657915 cites W1537938646 @default.
- W1508657915 cites W1588087681 @default.
- W1508657915 cites W1793793548 @default.
- W1508657915 cites W1919772617 @default.
- W1508657915 cites W1928220195 @default.
- W1508657915 cites W1942973027 @default.
- W1508657915 cites W1955911589 @default.
- W1508657915 cites W1967326179 @default.
- W1508657915 cites W1968194929 @default.
- W1508657915 cites W1993351732 @default.
- W1508657915 cites W2000579908 @default.
- W1508657915 cites W2002198462 @default.
- W1508657915 cites W2026389579 @default.
- W1508657915 cites W2031128407 @default.
- W1508657915 cites W2040452926 @default.
- W1508657915 cites W2045295541 @default.
- W1508657915 cites W2046063325 @default.
- W1508657915 cites W2048637820 @default.
- W1508657915 cites W2049837214 @default.
- W1508657915 cites W2057423125 @default.
- W1508657915 cites W2064189300 @default.
- W1508657915 cites W2075023628 @default.
- W1508657915 cites W2077068378 @default.
- W1508657915 cites W2080265498 @default.
- W1508657915 cites W2081858203 @default.
- W1508657915 cites W2082735501 @default.
- W1508657915 cites W2082928585 @default.
- W1508657915 cites W2083739030 @default.
- W1508657915 cites W2085525886 @default.
- W1508657915 cites W2091662617 @default.
- W1508657915 cites W2099739579 @default.
- W1508657915 cites W2101742855 @default.
- W1508657915 cites W2108164607 @default.
- W1508657915 cites W2108268490 @default.
- W1508657915 cites W2110835349 @default.
- W1508657915 cites W2112284944 @default.
- W1508657915 cites W2113401798 @default.
- W1508657915 cites W2114164968 @default.
- W1508657915 cites W2115450361 @default.
- W1508657915 cites W2116226846 @default.
- W1508657915 cites W2125121305 @default.
- W1508657915 cites W2129945486 @default.
- W1508657915 cites W2132282279 @default.
- W1508657915 cites W2132323289 @default.
- W1508657915 cites W2132393729 @default.
- W1508657915 cites W2133104753 @default.
- W1508657915 cites W2135467209 @default.
- W1508657915 cites W2136717930 @default.
- W1508657915 cites W2138710139 @default.
- W1508657915 cites W2141718064 @default.
- W1508657915 cites W2142249333 @default.
- W1508657915 cites W2142532589 @default.
- W1508657915 cites W2142664770 @default.
- W1508657915 cites W2149159956 @default.
- W1508657915 cites W2150886699 @default.
- W1508657915 cites W2151302442 @default.
- W1508657915 cites W2153432740 @default.
- W1508657915 cites W2154877554 @default.
- W1508657915 cites W2155103266 @default.
- W1508657915 cites W2158575280 @default.
- W1508657915 cites W2159370596 @default.
- W1508657915 cites W2160386659 @default.
- W1508657915 cites W2161005004 @default.
- W1508657915 cites W2166972836 @default.
- W1508657915 cites W2168864305 @default.
- W1508657915 cites W2171405751 @default.
- W1508657915 cites W2178944803 @default.
- W1508657915 cites W2187711360 @default.
- W1508657915 cites W2224880490 @default.
- W1508657915 cites W2312464707 @default.
- W1508657915 cites W4230230939 @default.
- W1508657915 cites W4236017589 @default.
- W1508657915 cites W4248231884 @default.
- W1508657915 doi "https://doi.org/10.1111/j.1095-8312.2011.01777.x" @default.
- W1508657915 hasPublicationYear "2011" @default.
- W1508657915 type Work @default.
- W1508657915 sameAs 1508657915 @default.
- W1508657915 citedByCount "16" @default.
- W1508657915 countsByYear W15086579152013 @default.
- W1508657915 countsByYear W15086579152014 @default.
- W1508657915 countsByYear W15086579152016 @default.
- W1508657915 countsByYear W15086579152017 @default.
- W1508657915 countsByYear W15086579152018 @default.
- W1508657915 countsByYear W15086579152019 @default.
- W1508657915 countsByYear W15086579152020 @default.
- W1508657915 countsByYear W15086579152021 @default.
- W1508657915 countsByYear W15086579152022 @default.
- W1508657915 countsByYear W15086579152023 @default.
- W1508657915 crossrefType "journal-article" @default.
- W1508657915 hasAuthorship W1508657915A5051992251 @default.