2006
DOI: 10.1111/j.1095-8339.2006.00580.x
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Abstract: A cladistic analysis is performed using 94 morphological and biochemical characters for 42 genera to compare a phylogeny based on morphological data with those obtained using different genes ( rbc L, atp B, 18S RNA, mat K) or their combination with morphological data, and to understand the floral evolution within the expanded Brassicales (Capparales) relative to Sapindales and Malvales. The tree produced with morphological data is congruent with those obtained from macromolecular studies in obtaining a well-su… Show more

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Cited by 45 publications
(43 citation statements)
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“…However, pronounced monosymmetry with unequal diff erentiation of certain fl oral sectors is less common and not present in Nitrariaceae. It is known from Sapindaceae , some Rutaceae and exceptionally in Meliaceae (Ronse De Craene et al, 2000 ;Rutishauser, 2003 , 2005 ;Endress and Matthews, 2006 ;Ronse De Craene and Haston, 2006 ;Endress, accepted ).…”
Section: Flower Morphology Merism and Symmetrymentioning
confidence: 99%
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“…However, pronounced monosymmetry with unequal diff erentiation of certain fl oral sectors is less common and not present in Nitrariaceae. It is known from Sapindaceae , some Rutaceae and exceptionally in Meliaceae (Ronse De Craene et al, 2000 ;Rutishauser, 2003 , 2005 ;Endress and Matthews, 2006 ;Ronse De Craene and Haston, 2006 ;Endress, accepted ).…”
Section: Flower Morphology Merism and Symmetrymentioning
confidence: 99%
“…An intrastaminal fl oral nectary is common in Sapindales and most other rosids (Ronse De Craene and Haston, 2006 ). However, the presence of conspicuous nectariferous depressions in the petal radii, as in Peganum and Nitraria , is unusual.…”
Section: Nectarymentioning
confidence: 99%
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“…Dressiantha bicarpellata is a Turonian fossil dated at 93. , the oldest known putative brassicalean fossil; it provided the single age constraint used by Couvreur et al (13). However, membership of D. bicarpellata within Brassicales is contentious (21), and thus its validity as an age constraint for estimating divergence times in the order remains unclear. To explore these issues we (i) assessed the impact of using it to constrain four nodes along the backbone of the Brassicales tree, based on results from analyses of combined nucleotide and morphological data (SI Materials and Methods) and (ii) estimated ages in Brassicales without D. bicarpellata.…”
mentioning
confidence: 99%