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• W2174227923 abstract "Rapateaceae and Bromeliaceae each have a center of diversity in South America and a single species native to a sandstone area in west Africa that abutted the Guayana Shield in northern South America before the Atlantic rifted. They thus provide ideal material for examining the potential role of vicariance versus long‐distance dispersal in creating amphiatlantic disjunctions. Analyses based on ndhF sequence variation indicate that Rapateaceae and Bromeliaceae are each monophyletic and underwent crown radiation around 41 and 23 Ma, respectively. Both exhibit clocklike sequence evolution, with bromeliads evolving roughly one‐third more slowly than rapateads. Among rapateads, the divergence of west African Maschalocephalus dinklagei from its closest South American relatives implies that Maschalocephalus resulted via long‐distance dispersal 7 Ma, not ancient continental drift; only its sandstone habitat is vicariant. Rapateads arose first at low elevations in the Guayana Shield; the earliest divergent genera are widespread along riverine corridors there and, to a lesser extent, in Amazonia and the Brazilian Shield. Speciation at small spatial scales accelerated 15 Ma with the invasion of high‐elevation, insular habitats atop tepuis. Among bromeliads, Pitcairnia feliciana diverges little from its congeners and appears to be the product of long‐distance dispersal ca. 12 Ma. Brocchinia/Ayensua and then Lindmania are sister to all other bromeliads, indicating that the Guayana Shield was also the cradle of the bromeliads. Three lineages form an unresolved trichotomy representing all other bromeliads: (1) Till andsioideae, (2) Hechtia, and (3) a large clade including remaining genera of Pitcairnioideae and all Bromelioideae. The last includes a clade of pitcairnioid genera endemic to the Guayana and Brazilian Shields; a xeric group (Abromeitiella/Deuterocohnia/Dyckia/Encholirium/Fosterella) from southern South America and the southern Andes, sister to Pitcairnia; and Andean Puya, sister to Bromelioideae, with many of the latter native to the Brazilian Shield. Both Rapateaceae and Bromeliaceae appear to have arisen at low elevations in the Guayana Shield, experienced accelerated speciation after invading dissected mountainous terrain, and undergone long‐distance dispersal to west Africa recently. Bromeliad acquisition of key adaptations to drought (e.g., CAM photosynthesis, tank habit, tillandsioid leaf trichomes) 17 Ma appears to have coincided with and help cause the centripetal invasion of drier, more seasonal regions beyond the Guayana Shield, resulting in a wider familial range and dominance of the epiphytic adaptive zone. Geology, past and present climate, and proximity to South America help account for both families occurring in nearly the same area of Africa. We present a new classification for Rapateaceae, including a new tribe Stegolepideae, a new subfamily Monotremoideae, and revisions to tribe Saxofridericieae and subfamily Rapateoideae." @default.
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• W2174227923 date "2004-07-01" @default.
• W2174227923 modified "2023-10-16" @default.
• W2174227923 title "Ancient Vicariance or Recent Long‐Distance Dispersal? Inferences about Phylogeny and South American–African Disjunctions in Rapateaceae and Bromeliaceae Based on<i>ndh</i>F Sequence Data" @default.
• W2174227923 cites W100865699 @default.
• W2174227923 cites W1964212130 @default.
• W2174227923 cites W1964575260 @default.
• W2174227923 cites W1967957412 @default.
• W2174227923 cites W1971678316 @default.
• W2174227923 cites W1981686476 @default.
• W2174227923 cites W1982848324 @default.
• W2174227923 cites W1988245413 @default.
• W2174227923 cites W1988502721 @default.
• W2174227923 cites W1989459672 @default.
• W2174227923 cites W1991589325 @default.
• W2174227923 cites W1992196811 @default.
• W2174227923 cites W1992958936 @default.
• W2174227923 cites W1993371508 @default.
• W2174227923 cites W1994739440 @default.
• W2174227923 cites W1999929343 @default.
• W2174227923 cites W2002449222 @default.
• W2174227923 cites W2014470583 @default.
• W2174227923 cites W2015411912 @default.
• W2174227923 cites W2024138681 @default.
• W2174227923 cites W2026182599 @default.
• W2174227923 cites W2030966943 @default.
• W2174227923 cites W2033782700 @default.
• W2174227923 cites W2035038458 @default.
• W2174227923 cites W2038336881 @default.
• W2174227923 cites W2043495063 @default.
• W2174227923 cites W2048111821 @default.
• W2174227923 cites W2058631245 @default.
• W2174227923 cites W2058835099 @default.
• W2174227923 cites W2066042788 @default.
• W2174227923 cites W2071887281 @default.
• W2174227923 cites W2073346525 @default.
• W2174227923 cites W2075347128 @default.
• W2174227923 cites W2075683243 @default.
• W2174227923 cites W2080322206 @default.
• W2174227923 cites W2082237400 @default.
• W2174227923 cites W2082928585 @default.
• W2174227923 cites W2097790894 @default.
• W2174227923 cites W2099404543 @default.
• W2174227923 cites W2099445225 @default.
• W2174227923 cites W2107431246 @default.
• W2174227923 cites W2137261417 @default.
• W2174227923 cites W2142905559 @default.
• W2174227923 cites W2154284350 @default.
• W2174227923 cites W2161921237 @default.
• W2174227923 cites W2176775238 @default.
• W2174227923 cites W2179876656 @default.
• W2174227923 cites W2312648680 @default.
• W2174227923 cites W2314365721 @default.
• W2174227923 cites W2315657519 @default.
• W2174227923 cites W2315864838 @default.
• W2174227923 cites W2323319490 @default.
• W2174227923 cites W2325796974 @default.
• W2174227923 cites W2326559869 @default.
• W2174227923 cites W2330668522 @default.
• W2174227923 cites W2333248449 @default.
• W2174227923 cites W2634486383 @default.
• W2174227923 cites W2980373194 @default.
• W2174227923 cites W3025603217 @default.
• W2174227923 cites W4229496330 @default.
• W2174227923 cites W4231903446 @default.
• W2174227923 cites W4245140901 @default.
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• W2174227923 doi "https://doi.org/10.1086/421067" @default.
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