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On the Taxonomy of the Members of ‘Saccharum Complex’

Genetic Resources and Crop Evolution, 2005
The difficulty and problems encountered in the study of cultivated plants, in general and sugarcane, in particular has been indicated. In order to understand these problems, a brief review on the taxonomy of Saccharum and closely related taxa, namely, Erianthus, Sclerostachya, Narenga and Miscanthus (generally known as ‘Saccharum complex’) has been ...
V. Alfonse Amalraj, N. Balasundaram
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Morphology of Saccharum-Sorghum Hybrid Derivatives [PDF]

open access: possibleAmerican Journal of Botany, 1978
The intergeneric hybrid between sugarcane (Saccharum sp.) and sorghum (Sorghum bicolor (L.) Moench.) was produced by pollinating sugarcane inflorescences of clone F 36‐819 (2n = ca. 112) with diploid (2n = 20) ‘Rex’ sorghum pollen. The backcross four (BC4) population, produced by back‐crossing twice with diploid and then twice more with tetraploid (2n =
J. M. J. de Wet   +2 more
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Origin and Distribution of Saccharum

Botanical Gazette, 1957
1. The present paper reports an attempt to work out the origin of the genus Saccharum from phytogeographical data, corroborated by morphological, cytological, and breeding evidences. 2. The distribution of Saccharum and its congeners shows that Erianthus has the highest number of species, twenty-eight, and is most widely distributed in Asia, Europe ...
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Dichogamy in Acer saccharum

Botanical Gazette, 1968
A study of dichogamy in Acer saccharum Marsh. (sugar maple) has shown that both protandry and protogyny occur in this species. The two conditions were represented equally in the population investigated. Synchronization of blooming periods of flowers of opposite sexes resulted in reciprocal pollination between trees with different dichogamous conditions.
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Acer saccharum Again

American Midland Naturalist, 1934
Mr. Mackenzie seems to place undue reliance upon the introductory paragraph of Marshall's Arbustum Americanum, which he quotes. If Marshall intended to merely enumerate the Linnaean species of maples in eastern America he certainly made a mess of the subject and on is forced to the conclusion, here as well as in certain other of his genera, that ...
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Saccharum-miscanthidium hybrids

Journal of Genetics, 1954
Several hundred seedlings were obtained after pollination of four sugar-cane clones byMiscanthidium violaceum. Morphologically these seedlings closely resemble sugar-cane, but an awned fertile lemma, not normally present in P.O.J. 2725, was found in most of its hybrids. Some of the seedlings flowered during March and April, several months after the end
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Identification of male sterility-related genes in Saccharum officinarum and Saccharum spontaneum

Plant Reproduction
Candidate male sterility genes were identified in sugarcane, which interacts with kinase-related proteins, transcription factors, and plant hormone signaling pathways to regulate stamen and anther development. Saccharum officinarum is a cultivated sugarcane species that its predominant feature is high sucrose content in stems.
Jinjin Song   +4 more
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Saccharum ægyptiacum Willd

Sphinx : revue critique embrassant le domaine entier de l'égyptologie, 1904
Loret Victor. Saccharum ægyptiacum Willd. In: Sphinx : revue critique embrassant le domaine entier de l'égyptologie, vol. 8, 1904. pp. 148-158.
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Somatic Embryogenesis in Sugarcane (Saccharum spp.)

2022
Somatic embryogenesis is the process by which embryos are formed from a single or small group of somatic cells in response to specific stimuli. Somatic embryogenesis has been applied to achieve mass clonal propagation on an industrial scale and to increase the agronomic performance of species of economic interest, including sugarcane.
Felipe Astolpho, Almeida   +2 more
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Meiotic abnormalities in Saccharum spontaneum

Euphytica, 1975
Meiosis was studied in several clones of Saccharum spontaneum with chromosome numbers ranging from 2n=40 to 2n=126. Abnormalities recorded include occurrence of univalents, pseudo bivalents, multivalents, heteromorphic or unequal bivalents, chromosome mosaicism, secondary association of bivalents, and complement fractionation.
T. V. Sreenivasan, D. Jagathesan
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