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Systematic Descriptions Of Leaf Anatomy
1995Abstract This subfamily consists of a single monotypic rhizomatous genus from the mountains of Tasmania, with unifacial evergreen leaves. The dark purple flowers (Fig. lE) are solitary and the inflorescence is a single-flowered rhipidium (Goldblatt 1990). It is previously little-known anatomically, except from Rudall (1986). Since it has
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Leaf Anatomy in Grass Systematics
Botanical Gazette, 19581. Microscopic examination of transverse sections of grass leaf blades of 101 species in 72 genera indicates six basic types of tissue arrangements. These groups are based on the evidence from leaf anatomy and plastid function only; other equally convincing evidence of phylogenetic significance is purposely not included. 2. The characters considered to
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Leaf anatomy and phylogeny of Ixioideae (Iridaceae)
Botanical Journal of the Linnean Society, 1991Leaf anatomy is described in Ixioideae, the largest subfamily of Iridaceae, with particular reference to phylogeny and systematics. Leaves in many genera have two rows of opposing vascular bundles (found also in many other Iridaceae), sometimes (except in e.g.
PAULA RUDALL, PETER GOLDBLATT
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[Leaf anatomy study in Solanaceae of Venezuela. V. leaf anatomy of eleven species of Cestrum L] .
Acta cientifica venezolana, 2001Leaf anatomy of the following eleven species: C. buxifolium Kunth, C. humboldtii Francey, C. lindenii Dunal, C. mariquitense Kunth, C. megalophyllum Dunal, C. olivaceum Francey, C. pariense Steyerm., C petiolare Kunth, C. scandans Vahl, C. strigilatum Ruiz et Pavón and C. tomentosum L.f. is described.
D, Jáuregul +2 more
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No leaf is an island: The potential of integrating quantitative wood and leaf anatomy
IAWA JournalSummary A comprehensive understanding of how anatomical traits are coordinated across plant organs is essential for refining trait-based models of plant hydraulic function and for evaluating a species’ hydraulic capacity for acclimation under climate change scenarios.
Amitrano, Chiara, Micco, Veronica
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The identification of grasses by leaf anatomy
2018(1) Cross sections of the leaves present a valuable means of identification of grasses in non -flowering condition in most cases. Even, when inflorescence is present, this method will prove of material assistance in making a determination. There is sometimes considerable differences anatomically, between cuíim and basal leaves.
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