Matches in SemOpenAlex for { <https://semopenalex.org/work/W3160388317> ?p ?o ?g. }
- W3160388317 abstract "Abstract The biological species concept (BSC) is the prevailing definition of species whereby genes cannot be exchanged during or after speciation. In contrast, since only genes that contribute to the adaptive divergence between species should be non-exchangeable, BSC appears to bear little relationship to the genetic process of speciation. The rejection of BSC demands evidence of continual gene flow until the completion of speciation. Here, we carry out the sequencing and de novo high-quality assembly of the genomes of two closely related mangrove species (Rhizophora mucronata and R. stylosa). Whole-genome re-sequencing of individuals from their distributions on the tropical coasts shows their genomes to be well delineated in allopatry. They became sympatric in northeastern Australia where their genomes harbor 9,963 and 3,874 introgression blocks, respectively, with each block averaging only about 3-4 Kb. These fine-grained introgressions indicate that gene flow continues even after numerous loci have evolved to become non-introgressable “genomic islets”. Many of these islets, only 1.4 Kb on average, harbor “speciation loci” which contribute to the divergence in flower development or gamete production and thus result in fitness reduction upon introgression. Our fine-grained analysis may thus be the first one to show that gene flow not only happens during speciation, but often continues until the completion of speciation. Under the weight of the extensive literature, BSC may deserve to be retired." @default.
- W3160388317 created "2021-05-24" @default.
- W3160388317 creator A5003178655 @default.
- W3160388317 creator A5021672757 @default.
- W3160388317 creator A5022174896 @default.
- W3160388317 creator A5029227356 @default.
- W3160388317 creator A5048578318 @default.
- W3160388317 creator A5054096700 @default.
- W3160388317 creator A5056423960 @default.
- W3160388317 creator A5063611081 @default.
- W3160388317 creator A5068628266 @default.
- W3160388317 creator A5078725248 @default.
- W3160388317 creator A5086019733 @default.
- W3160388317 date "2020-09-10" @default.
- W3160388317 modified "2023-09-25" @default.
- W3160388317 title "Toward understanding the genetic mechanisms of speciation: Fine-grained introgressions between species" @default.
- W3160388317 cites W1519266993 @default.
- W3160388317 cites W1900937478 @default.
- W3160388317 cites W1969042907 @default.
- W3160388317 cites W1978246798 @default.
- W3160388317 cites W1982294626 @default.
- W3160388317 cites W1984390786 @default.
- W3160388317 cites W1986991612 @default.
- W3160388317 cites W1988182864 @default.
- W3160388317 cites W1989926019 @default.
- W3160388317 cites W1993444065 @default.
- W3160388317 cites W1995338505 @default.
- W3160388317 cites W2000231329 @default.
- W3160388317 cites W2000911264 @default.
- W3160388317 cites W2007993714 @default.
- W3160388317 cites W2010886990 @default.
- W3160388317 cites W2020134788 @default.
- W3160388317 cites W2024827286 @default.
- W3160388317 cites W2034806941 @default.
- W3160388317 cites W2046183549 @default.
- W3160388317 cites W2046310373 @default.
- W3160388317 cites W2052395225 @default.
- W3160388317 cites W2052469882 @default.
- W3160388317 cites W2055997230 @default.
- W3160388317 cites W2059184037 @default.
- W3160388317 cites W2059920179 @default.
- W3160388317 cites W2065402969 @default.
- W3160388317 cites W2070534356 @default.
- W3160388317 cites W2075923653 @default.
- W3160388317 cites W2081280445 @default.
- W3160388317 cites W2082967251 @default.
- W3160388317 cites W2088693976 @default.
- W3160388317 cites W2108234281 @default.
- W3160388317 cites W2111647009 @default.
- W3160388317 cites W2113277261 @default.
- W3160388317 cites W2119180969 @default.
- W3160388317 cites W2119444539 @default.
- W3160388317 cites W2121863201 @default.
- W3160388317 cites W2124362779 @default.
- W3160388317 cites W2125321608 @default.
- W3160388317 cites W2128088670 @default.
- W3160388317 cites W2130157833 @default.
- W3160388317 cites W2131400772 @default.
- W3160388317 cites W2132824181 @default.
- W3160388317 cites W2138336714 @default.
- W3160388317 cites W2144048165 @default.
- W3160388317 cites W2150368341 @default.
- W3160388317 cites W2152003598 @default.
- W3160388317 cites W2157795438 @default.
- W3160388317 cites W2158677263 @default.
- W3160388317 cites W2158804744 @default.
- W3160388317 cites W2159388615 @default.
- W3160388317 cites W2161420271 @default.
- W3160388317 cites W2161633633 @default.
- W3160388317 cites W2162094169 @default.
- W3160388317 cites W2164346385 @default.
- W3160388317 cites W2168129076 @default.
- W3160388317 cites W2168480468 @default.
- W3160388317 cites W2191188021 @default.
- W3160388317 cites W2247624088 @default.
- W3160388317 cites W2266536758 @default.
- W3160388317 cites W2284253967 @default.
- W3160388317 cites W2311203695 @default.
- W3160388317 cites W2379572610 @default.
- W3160388317 cites W2513266773 @default.
- W3160388317 cites W2516907192 @default.
- W3160388317 cites W2523938616 @default.
- W3160388317 cites W2600654643 @default.
- W3160388317 cites W2622689665 @default.
- W3160388317 cites W2747829487 @default.
- W3160388317 cites W2759967480 @default.
- W3160388317 cites W2802885717 @default.
- W3160388317 cites W2896296602 @default.
- W3160388317 cites W2896408923 @default.
- W3160388317 cites W2896571934 @default.
- W3160388317 cites W2896724592 @default.
- W3160388317 cites W2949403641 @default.
- W3160388317 cites W2950682063 @default.
- W3160388317 cites W2998592666 @default.
- W3160388317 cites W3032611929 @default.
- W3160388317 cites W3033822116 @default.
- W3160388317 doi "https://doi.org/10.21203/rs.3.rs-71265/v1" @default.
- W3160388317 hasPublicationYear "2020" @default.
- W3160388317 type Work @default.
- W3160388317 sameAs 3160388317 @default.