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Molecular phylogenetics of Meliaceae (Sapindales) based on nuclear and plastid DNA sequences
American Journal of Botany, 2003Phylogenetic analyses of Meliaceae, including representatives of all four currently recognized subfamilies and all but two tribes (32 genera and 35 species, respectively), were carried out using DNA sequence data from three regions: plastid genes rbcL, matK (partial), and nuclear 26S rDNA (partial).
Muellner, Alexandra +5 more
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2010
Nineteenth century botanists, such as Bentham (in Bentham and Hooker 1862) and Engler (e.g., 1931), tended to treat Sapindales and Rutales (the latter sometimes as Geraniales) as distinct orders, a concept followed by Takhtajan (2009) to the present day; however, a wider ordinal concept with Rutales included in Sapindales, as Terebinthales (Wettstein ...
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Nineteenth century botanists, such as Bentham (in Bentham and Hooker 1862) and Engler (e.g., 1931), tended to treat Sapindales and Rutales (the latter sometimes as Geraniales) as distinct orders, a concept followed by Takhtajan (2009) to the present day; however, a wider ordinal concept with Rutales included in Sapindales, as Terebinthales (Wettstein ...
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Journal of Biogeography, 2012
AbstractAim The family Rutaceae (rue family) is the largest within the eudicot order Sapindales and is distributed mainly in the tropical and subtropical regions of both the New World and the Old World, with a few genera in temperate zones. The main objective of this study is to present molecular dating and biogeographical analyses of the subfamily ...
Marc S. Appelhans +4 more
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AbstractAim The family Rutaceae (rue family) is the largest within the eudicot order Sapindales and is distributed mainly in the tropical and subtropical regions of both the New World and the Old World, with a few genera in temperate zones. The main objective of this study is to present molecular dating and biogeographical analyses of the subfamily ...
Marc S. Appelhans +4 more
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Some Features in the Anatomy of the Sapindales
Botanical Gazette, 1912In studying the phylogeny of plants, there are certain general principles upon which all conclusions are based. One of these deals with the retention of ancestral-characteristics. A striking example of this is afforded by the anatomy of the cycads. The vegetative stem of these forms always has exclusively centrifugal metaxylem, but in the leaf petiole,
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Physical dormancy in seeds of Dodonaea viscosa (Sapindales, Sapindaceae) from Hawaii
Seed Science Research, 2004Dormancy in seeds ofDodonaea viscosais due to a water-impermeable seed coat (physical dormancy, PY). Thus, mechanically scarified seeds imbibed water (c.95% increase in mass) and germinated to high percentages over a wide range of temperature regimes in both white light and darkness, whereas non-scarified seeds did not take up water. Dry heat at 80–160°
Jerry M. Baskin +4 more
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Nordic Journal of Botany, 1983
The apocarpous gynoecia of three separate groups of higher advanced dicotyledons show postgenital fusion of their apical parts. In this fused region the pollen tube transmitting tissue of the carpels is united into a compitum, which provides advantages of a syncarpous to the apocarpous gynoecium. It is supposed that in at least some of these groups the
Peter K. Endress +2 more
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The apocarpous gynoecia of three separate groups of higher advanced dicotyledons show postgenital fusion of their apical parts. In this fused region the pollen tube transmitting tissue of the carpels is united into a compitum, which provides advantages of a syncarpous to the apocarpous gynoecium. It is supposed that in at least some of these groups the
Peter K. Endress +2 more
openaire +1 more source