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• W2938738051 startingPage "1178" @default.
• W2938738051 abstract "Abstract Aim The diversity and composition of species pools within oceanic archipelagos is determined by a combination of colonization, abiotic tolerance, in situ diversification, biotic interactions and extinction. The signature of biogeographic events and evolutionary processes, however, may be masked by recent coalescence and hybridization between closely related species. We used the species‐rich plant genus Cyrtandra (Gesneriaceae) to investigate the roles of colonization and hybridization in shaping community assemblages on the geologically young Hawai'i Island. Location Hawaiian Islands. Taxon Cyrtandra (Gesneriaceae). Methods We sampled 29 Cyrtandra taxa and putative hybrids across the main Hawaiian Islands and generated single nucleotide polymorphisms ( SNP s) from nine single‐copy nuclear genes. Maximum likelihood and Bayesian inference were used to reconstruct phylogenetic relationships, divergence times were estimated using secondary calibrations and island ages, and ancestral area estimation was done using likelihood models. Lastly, we used a Bayesian population assignment test and principal components analysis to infer population genetic structure. Results Cyrtandra colonization of the main Hawaiian Islands appears to have followed the progression rule, whereby the oldest high Hawaiian Islands (Kaua'i and O'ahu) were colonized first, followed by colonization of the younger islands as habitat became available. Hawai'i Island was colonized four times, with two dispersal events from O'ahu and two from Maui Nui. The different colonization events gave rise to significantly uneven numbers of species, and hybridization among the incipient lineages was detected in the form of intermediate genotypes. Main conclusions Our investigation into community assembly in a species‐rich plant genus on a geologically young oceanic island revealed a history of multiple colonizations and hybridization among colonizing lineages. The rapid diversification (3.5 species/My) of one of four Cyrtandra lineages on Hawai'i Island may be the result of hybridization between genetically diverse lineages that stem from independent colonization events. Multiple colonization events followed by a merging of lineages may be particularly common during early‐stage community assembly on islands and, through the generation of genetic variation, may be especially important for species diversification." @default.
• W2938738051 created "2019-04-25" @default.
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• W2938738051 date "2019-04-19" @default.
• W2938738051 modified "2023-10-05" @default.
• W2938738051 title "Multiple colonizations, hybridization and uneven diversification in<i>Cyrtandra</i>(Gesneriaceae) lineages on Hawai'i Island" @default.
• W2938738051 cites W146146587 @default.
• W2938738051 cites W1485618742 @default.
• W2938738051 cites W1488567409 @default.
• W2938738051 cites W1539679697 @default.
• W2938738051 cites W1599551965 @default.
• W2938738051 cites W1599926995 @default.
• W2938738051 cites W1741431435 @default.
• W2938738051 cites W1808141351 @default.
• W2938738051 cites W1895676300 @default.
• W2938738051 cites W1968796218 @default.
• W2938738051 cites W1970038804 @default.
• W2938738051 cites W1975257773 @default.
• W2938738051 cites W1976863424 @default.
• W2938738051 cites W1978280220 @default.
• W2938738051 cites W1979859318 @default.
• W2938738051 cites W1984459963 @default.
• W2938738051 cites W1995886291 @default.
• W2938738051 cites W1999950638 @default.
• W2938738051 cites W2000266529 @default.
• W2938738051 cites W2004738651 @default.
• W2938738051 cites W2016801872 @default.
• W2938738051 cites W2026062398 @default.
• W2938738051 cites W2031187632 @default.
• W2938738051 cites W2035839217 @default.
• W2938738051 cites W2041080550 @default.
• W2938738051 cites W2044885768 @default.
• W2938738051 cites W2050278676 @default.
• W2938738051 cites W2055622505 @default.
• W2938738051 cites W2055997230 @default.
• W2938738051 cites W2060044558 @default.
• W2938738051 cites W2067254837 @default.
• W2938738051 cites W2069407551 @default.
• W2938738051 cites W2073422481 @default.
• W2938738051 cites W2085484730 @default.
• W2938738051 cites W2090288537 @default.
• W2938738051 cites W2096225882 @default.
• W2938738051 cites W2096650374 @default.
• W2938738051 cites W2098126593 @default.
• W2938738051 cites W2099517971 @default.
• W2938738051 cites W2106531911 @default.
• W2938738051 cites W2110260332 @default.
• W2938738051 cites W2112768399 @default.
• W2938738051 cites W2114780064 @default.
• W2938738051 cites W2115857090 @default.
• W2938738051 cites W2116611057 @default.
• W2938738051 cites W2116933676 @default.
• W2938738051 cites W2119783895 @default.
• W2938738051 cites W2120989761 @default.
• W2938738051 cites W2122082385 @default.
• W2938738051 cites W2132421972 @default.
• W2938738051 cites W2134279727 @default.
• W2938738051 cites W2135426846 @default.
• W2938738051 cites W2137420757 @default.
• W2938738051 cites W2137678962 @default.
• W2938738051 cites W2141052558 @default.
• W2938738051 cites W2146735768 @default.
• W2938738051 cites W2147299002 @default.
• W2938738051 cites W2152207030 @default.
• W2938738051 cites W2154845780 @default.
• W2938738051 cites W2157433497 @default.
• W2938738051 cites W2158489424 @default.
• W2938738051 cites W2159400585 @default.
• W2938738051 cites W2159448779 @default.
• W2938738051 cites W2161339576 @default.
• W2938738051 cites W2162006860 @default.
• W2938738051 cites W2164802746 @default.
• W2938738051 cites W2165926649 @default.
• W2938738051 cites W2167019491 @default.
• W2938738051 cites W2167553214 @default.
• W2938738051 cites W2175044748 @default.
• W2938738051 cites W2291239250 @default.
• W2938738051 cites W2398840960 @default.
• W2938738051 cites W2491266075 @default.
• W2938738051 cites W2494945945 @default.
• W2938738051 cites W2556869336 @default.
• W2938738051 cites W2734520009 @default.
• W2938738051 cites W2809500232 @default.
• W2938738051 cites W2950847777 @default.
• W2938738051 cites W4239840654 @default.
• W2938738051 cites W4327762781 @default.
• W2938738051 cites W65356030 @default.
• W2938738051 cites W92934279 @default.
• W2938738051 doi "https://doi.org/10.1111/jbi.13567" @default.
• W2938738051 hasPublicationYear "2019" @default.
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