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Genes, 2017 Symplocarpus renifolius is a member of Araceae family that is extraordinarily diverse in appearance. Previous studies on chloroplast genomes in Araceae were focused on duckweeds (Lemnoideae) and root crops (Colocasia, commonly known as taro).
SeonJoo Park, Kyoung Su Choi
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The Araceae family comprises a diverse group of plants, the majority of which are found in tropical and subtropical regions. As of yet, 144 genera and 3,645 species have been identified. These plants often exhibit geophytic characteristics, with underground stems such as tubers and rhizomes.
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2002
Abstract This genus is native to eastern Australia. Plants are terrestrial evergreen herbs occurring in open shrub lands, or in sheltered gullies or rain forests. The leaves are ensi-form and linear with grooved, equitant bases. Chromo-somes : 2n = 48. One specimen was available for study.
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Abstract This genus is native to eastern Australia. Plants are terrestrial evergreen herbs occurring in open shrub lands, or in sheltered gullies or rain forests. The leaves are ensi-form and linear with grooved, equitant bases. Chromo-somes : 2n = 48. One specimen was available for study.
M Gregory +3 more
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American Journal of Botany, 1990
In the Araceae, as in many other monocotyledons, the stem undergoes gradual thickening as successive internodes are produced. Along with this primary thickening of the stem, successive foliage leaves will be larger and often more complex. In many species, in addition to these and other gradual changes, there are abrupt changes, metamorphoses, that ...
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In the Araceae, as in many other monocotyledons, the stem undergoes gradual thickening as successive internodes are produced. Along with this primary thickening of the stem, successive foliage leaves will be larger and often more complex. In many species, in addition to these and other gradual changes, there are abrupt changes, metamorphoses, that ...
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American Journal of Botany, 1987
Leaf types in the Araceae are described and classified on the basis of their morphology and functional role. Four classes are recognized on the basis of their association with the initiation of new shoot axes, the continuation of axes, the resting of axes, or the termination and renewal of axes.
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Leaf types in the Araceae are described and classified on the basis of their morphology and functional role. Four classes are recognized on the basis of their association with the initiation of new shoot axes, the continuation of axes, the resting of axes, or the termination and renewal of axes.
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2021
The article presents results of the study of mass development of a tropical weed, Pistia stratiotes L., in the Siversky Donets River, Kharkiv Region, in the vegetation period of 2013. The source and distribution peculiarities of the species in the river were identified. Morphometric and reproductive parameters were investigated.
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The article presents results of the study of mass development of a tropical weed, Pistia stratiotes L., in the Siversky Donets River, Kharkiv Region, in the vegetation period of 2013. The source and distribution peculiarities of the species in the river were identified. Morphometric and reproductive parameters were investigated.
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Systematic embryology of the Araceae
The Botanical Review, 1991Embryological data of systematic significance to the family Araceae are reviewed and analyzed, with special attention given to the determination of character-state polarities. Character-states considered primitive within the family include: presence of endothecial thickenings; binucleate, starchless pollen; anatropous, crassinucellate ovules with a ...
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Botanical Gazette, 1986
The pattern of ovular vasculature in Araceae was examined in a broad survey, encompassing 97 genera and over 280 species. Ovular vasculature in most Araceae is limited to a single, unbranched bundle in the funiculus and chalaza and, in the remaining genera, either multiple simple or branched bundles in the chalaza.
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The pattern of ovular vasculature in Araceae was examined in a broad survey, encompassing 97 genera and over 280 species. Ovular vasculature in most Araceae is limited to a single, unbranched bundle in the funiculus and chalaza and, in the remaining genera, either multiple simple or branched bundles in the chalaza.
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ศึกษาคาริโอไทป์ของบุกวงศ์ Araceae สกุล Amorphophallus 14 ชนิด และบุกเทียมวงศ์ Taccaceae สกุล Tacca 1 ชนิด จากเซลล์ปลายรากด้วยวิธี Feulgen squash เปรียบเทียบกับวิธี Hematoxylin staining พบว่าวิธี Feulgen squash เป็นวิธีที่ง่ายกว่าและสะดวกกว่า ทำให้เห็นโครโมโซมในระยะเมทาเฟสชัดเจนกว่าวิธี Hematoxylin staining จากการศึกษาบุกทั้ง 15 ชนิด 8 ชนิด ม ...
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