1919
DOI: 10.1111/j.1469-8137.1919.tb07300.x
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The Origin and Development of the Compositæ.*

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Cited by 27 publications
(15 citation statements)
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“…Our results confirm previous suggestions (Small, 1918;Wodehouse, 1928;Cabrera, 1977;Bremer, 1987; Jansen and Palmer, 1 987b) that the Mutisieae is not monophyletic, because three of its four subtribes are more closely related to other tribes of the Asteraceae than they are to the Bamadesiinae (Fig. 2-5).…”
Section: Using 19 Enzymes Site Changes In the 22 Kb Inversion Regionsupporting
confidence: 94%
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“…Our results confirm previous suggestions (Small, 1918;Wodehouse, 1928;Cabrera, 1977;Bremer, 1987; Jansen and Palmer, 1 987b) that the Mutisieae is not monophyletic, because three of its four subtribes are more closely related to other tribes of the Asteraceae than they are to the Bamadesiinae (Fig. 2-5).…”
Section: Using 19 Enzymes Site Changes In the 22 Kb Inversion Regionsupporting
confidence: 94%
“…The four genera we analyzed consistently fall into two groups, one including Onoseris and Stifftia and the second including Gochnatia and Ainsliaea. These groups correspond to the subtribes Gochnatiinae and Onoseridinae recognized by Bentham (1873) and Small (1919). Furthermore, Small (1919) proposed a close relationship between Onoseris and the Mutisiinae (= Gerberinae), which is supported by our bootstrap analyses in that Onoseris groups consistently with either Stifftia or the Mutisiinae and Nassauviinae.…”
Section: Mutisiasupporting
confidence: 83%
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“…The identification of the Barnadesiinae as the sister group to the rest of the Asteraceae also has potential implications concerning the place of origin of the family. The center of diversity for this subtribe is the northern Andes (Cabrera, 1977), which supports previous suggestions that the family originated in montane South America (Bentham, 1873;Small, 1919;Turner, 1977b). Another important implication is that we can now use the Barnadesiinae as an outgroup to polarize cpDNA mutations for phylogenetic analyses within the Asteraceae.…”
Section: Gene Order and Restriction Site Comparisons: Subfamilial Andsupporting
confidence: 85%
“…analysis and evolution, as discussed by Small (1919). The taxonomic value of the pappus is stiR a matter of dispute and there are controversial ideas as to its.…”
Section: Garberimentioning
confidence: 99%