Titlebook: Caryophyllales; Evolution and System H.-Dietmar Behnke,Tom J. Mabry Book 1994 Springer-Verlag Berlin Heidelberg 1994 Caryophyllales.Chenopo

NOVA

Flower Morphology and Ontogeny,lation. In flower morphology a very rich radiation can be observed, resulting in a wealth of forms. Furthermore, flowers (and the derived fruits) evolve functionally in reaction to surrounding conditions, e.g. pollinators and dispersers, thus representing highly adaptive, possibly partly analogous syndromes.

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Phylogenetic Relationships Using Restriction Site Variation of the Chloroplast DNA Inverted Repeat,Reconstruction of phylogenies from molecular data has become an increasingly common approach in systematics and has often provided valuable insight into historical relationships. Of the three genomes present in plants, the chloroplast genome is now the most widely used for phylogenetic inference.

deforestation

white-matter

Culpable

SNEER

Generosity

Organizational Behaviour and Performancelar surfaces has been accumulated (Behnke and Barthlott 1983; Juniper and Jeffree 1983; Barthlott 1990). At present no cuticular feature is known as an apomorphy to characterize the Caryophyllales as an order. However, there are certain structures to delimit taxa between subfamiliar and familiar lev

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wreathe

Organizational Development in the UK and USAng .), Didiereaceae, Halophytaceae, Nyctaginaceae, Phytolaccaceae s.1., Portulacaceae and Stegnospermataceae with the anthocyaninpigmented Caryophyllaceae and Molluginaceae is a tectum that is spinulose with punctae and/or annular perforations (Nowicke 1975; Skvarla and Nowicke 1976; Nowicke and Skv

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