1988
DOI: 10.2307/25027693
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Revision of Tristerix (Loranthaceae)

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Cited by 105 publications
(66 citation statements)
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References 12 publications
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“…To complement and verify published data (Feuer & Kuijt 1978, 1980; Kuijt 1988; Liu & Qiu 1993; Han et al 2004; Roldán & Kuijt 2005; Caires 2012; Caires et al 2012, 2014; see File S4), we studied 35 genera of Loranthaceae, including 15 studied for the first time to our knowledge (Figure 2; File S5). The micrographs in Liu and Qiu (1993) and Han et al (2004) are of mediocre quality, typically out of focus, and do not allow identifying ornamental or structural details.…”
Section: Resultsmentioning
confidence: 74%
“…To complement and verify published data (Feuer & Kuijt 1978, 1980; Kuijt 1988; Liu & Qiu 1993; Han et al 2004; Roldán & Kuijt 2005; Caires 2012; Caires et al 2012, 2014; see File S4), we studied 35 genera of Loranthaceae, including 15 studied for the first time to our knowledge (Figure 2; File S5). The micrographs in Liu and Qiu (1993) and Han et al (2004) are of mediocre quality, typically out of focus, and do not allow identifying ornamental or structural details.…”
Section: Resultsmentioning
confidence: 74%
“…The presence of two lateral bracteoles in addition to the subtending bract in flowers of T. aphyllus Tiegh. ex Barlow & Wiens and T. corymbosus (L.) Kuijt (Reiche 1904;Kuijt 1988) supports the interpretation that each flower along the terminal raceme in T. longebracteatus and T. secundus corresponds to a dichasium reduced to the terminal flower (Suaza-Gaviria & al. 2017).…”
Section: Inflorescence Development and Structurementioning
confidence: 61%
“…1997). Thus, the inflorescence and floral traits related to pollination remain to be investigated in neotropical taxa, including Tristerix Mart., a genus that comprises 12 species confined to high elevations in the Andes from Colombia to Chile (Barlow & Wiens 1973;Kuijt 1988Kuijt , 2015.…”
Section: Introductionmentioning
confidence: 99%
“…flowers show no evidence of associated prophylls. In other genera, however, each flower is accompanied by a distinctive pair of prophylls; such is the case in Maracanthus (Kuijt 1976a), Oryctanthus (Kuijt 1976b), Oryctina (Kuijt (1981a), Dendropemon (Kuijt 2011a), two species of Tristerix (Kuijt 1988b) and Panamanthus (Kuijt 1991). In all these cases, a regular calyculus is formed without any developmental involvement by prophylls.…”
Section: Monadsmentioning
confidence: 99%
“…Quite aside from the fact that it is based on only two species, it must be remembered that di morphism in the corolla and androecium is by no means universal in the Loranthaceae; in fact, it appears to be almost entirely restricted to the New World. Even there, there are species and genera that have isomorphic petals and stamens, or nearly so, as in some species of Psittacanthus (Kuijt 2009), as well as the genus Tristerix (Kuijt 1988b) and the monotypic genus Pusillanthus (Kuijt 2008). It is also difficult to appreciate how the biseriate corolla concept can apply to the numerous taxa, in both hemispheres, that have 5-or 7-merous corollas.…”
Section: Biseriate Corolla Conceptmentioning
confidence: 99%