Matches in SemOpenAlex for { <https://semopenalex.org/work/W3025073246> ?p ?o ?g. }
- W3025073246 endingPage "2268" @default.
- W3025073246 startingPage "2254" @default.
- W3025073246 abstract "Secondary contact in close relatives can result in hybridization and the admixture of previously isolated gene pools. However, after an initial period of hybridization, reproductive isolation can evolve through different processes and lead to the interruption of gene flow and the completion of the speciation process. Omocestus minutissimus and O. uhagonii are two closely related grasshoppers with partially overlapping distributions in the Central System mountains of the Iberian Peninsula. To analyse spatial patterns of historical and/or contemporary hybridization between these two taxa and understand how species boundaries are maintained in the region of secondary contact, we sampled sympatric and allopatric populations of the two species and obtained genome-wide single nucleotide polymorphism data using a restriction site-associated DNA sequencing approach. We used Bayesian clustering analyses to test the hypothesis of contemporary hybridization in sympatric populations and employed a suite of phylogenomic approaches and a coalescent-based simulation framework to evaluate alternative hypothetical scenarios of interspecific gene flow. Our analyses rejected the hypothesis of contemporary hybridization but revealed past introgression in the area where the distributions of the two species overlap. Overall, these results point to a scenario of historical gene flow after secondary contact followed by the evolution of reproductive isolation that currently prevents hybridization among sympatric populations." @default.
- W3025073246 created "2020-05-21" @default.
- W3025073246 creator A5030762176 @default.
- W3025073246 creator A5040254290 @default.
- W3025073246 creator A5068408668 @default.
- W3025073246 date "2020-06-01" @default.
- W3025073246 modified "2023-10-18" @default.
- W3025073246 title "Genomic footprints of an old affair: Single nucleotide polymorphism data reveal historical hybridization and the subsequent evolution of reproductive barriers in two recently diverged grasshoppers with partly overlapping distributions" @default.
- W3025073246 cites W1519251415 @default.
- W3025073246 cites W1519665771 @default.
- W3025073246 cites W1528388629 @default.
- W3025073246 cites W1556222699 @default.
- W3025073246 cites W1568629863 @default.
- W3025073246 cites W1920784787 @default.
- W3025073246 cites W1924369710 @default.
- W3025073246 cites W194726175 @default.
- W3025073246 cites W1972829409 @default.
- W3025073246 cites W1977842459 @default.
- W3025073246 cites W1980190786 @default.
- W3025073246 cites W1983315411 @default.
- W3025073246 cites W1983860911 @default.
- W3025073246 cites W1988714210 @default.
- W3025073246 cites W1990275569 @default.
- W3025073246 cites W1990310594 @default.
- W3025073246 cites W1993186165 @default.
- W3025073246 cites W2009494639 @default.
- W3025073246 cites W2017421168 @default.
- W3025073246 cites W2028899111 @default.
- W3025073246 cites W2032950375 @default.
- W3025073246 cites W2034130150 @default.
- W3025073246 cites W2035839217 @default.
- W3025073246 cites W2044482286 @default.
- W3025073246 cites W2047998066 @default.
- W3025073246 cites W2052395225 @default.
- W3025073246 cites W2060891246 @default.
- W3025073246 cites W2066487396 @default.
- W3025073246 cites W2082036314 @default.
- W3025073246 cites W2083582405 @default.
- W3025073246 cites W2093044565 @default.
- W3025073246 cites W2098126593 @default.
- W3025073246 cites W2098179776 @default.
- W3025073246 cites W2101599114 @default.
- W3025073246 cites W2102790750 @default.
- W3025073246 cites W2105990937 @default.
- W3025073246 cites W2107448342 @default.
- W3025073246 cites W2108524369 @default.
- W3025073246 cites W2114780064 @default.
- W3025073246 cites W2116370454 @default.
- W3025073246 cites W2121512231 @default.
- W3025073246 cites W2125092464 @default.
- W3025073246 cites W2125773745 @default.
- W3025073246 cites W2125855697 @default.
- W3025073246 cites W2126918260 @default.
- W3025073246 cites W2127362327 @default.
- W3025073246 cites W2127874193 @default.
- W3025073246 cites W2128088907 @default.
- W3025073246 cites W2131075697 @default.
- W3025073246 cites W2132192579 @default.
- W3025073246 cites W2138556224 @default.
- W3025073246 cites W2139864445 @default.
- W3025073246 cites W2140014726 @default.
- W3025073246 cites W2145416306 @default.
- W3025073246 cites W2146256161 @default.
- W3025073246 cites W2150250527 @default.
- W3025073246 cites W2153774771 @default.
- W3025073246 cites W2154845780 @default.
- W3025073246 cites W2155195543 @default.
- W3025073246 cites W2159082182 @default.
- W3025073246 cites W2160203464 @default.
- W3025073246 cites W2161184021 @default.
- W3025073246 cites W2161339576 @default.
- W3025073246 cites W2164253068 @default.
- W3025073246 cites W2168939113 @default.
- W3025073246 cites W2170676344 @default.
- W3025073246 cites W2173856444 @default.
- W3025073246 cites W2266468553 @default.
- W3025073246 cites W2319609385 @default.
- W3025073246 cites W2328180141 @default.
- W3025073246 cites W2330233739 @default.
- W3025073246 cites W2343381697 @default.
- W3025073246 cites W2482621791 @default.
- W3025073246 cites W2509570392 @default.
- W3025073246 cites W2521350528 @default.
- W3025073246 cites W2542228716 @default.
- W3025073246 cites W2560490015 @default.
- W3025073246 cites W2578175672 @default.
- W3025073246 cites W2583968312 @default.
- W3025073246 cites W2738565282 @default.
- W3025073246 cites W2763075403 @default.
- W3025073246 cites W2781005429 @default.
- W3025073246 cites W2791262767 @default.
- W3025073246 cites W2794251356 @default.
- W3025073246 cites W2794576361 @default.
- W3025073246 cites W2795570580 @default.
- W3025073246 cites W2800842272 @default.
- W3025073246 cites W2905842181 @default.
- W3025073246 cites W2920271062 @default.
- W3025073246 cites W2949352374 @default.