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A vigorous mutant sugarcane (Saccharum sp.) clone Co 527

Theoretical and Applied Genetics, 1978
A vigorous fast growing mutant which ends vegetative growth sixty days earlier than the parent variety Co 527 was isolated from gamma irradiated vegetative buds. The mutant initially segregated but stabilized in the vM4 generation. Its growth rate was almost fifty per cent higher than Co 527 beginning in the early stages of growth.
D, Jagathesan, R, Ratnam
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Macratria saccharum Telnov 2023, sp. nov.

2023
Published as part of Telnov, Dmitry, 2023, Fourth contribution to the Macratriinae LeConte, 1862 of the Papuan Region and Wallacea (Coleoptera: Anthicidae) with descriptions of sixteen new species, pp.
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Diadiplosis saccharum Urso-Guimarães & Cruz & Martinelli & Peronti 2020, sp. nov.

2020
Diadiplosis saccharum sp. nov. Urso-Guimarães (Figs. 1-3) Description: Adult (Figs. 1-2): Body length: male, 1.49-1.65 mm (N = 2); female, 1.04-1.89 mm (N = 2). Head (Fig. 1A): Antennae with scape obconic, 5-6 setae, pedicel globose 3-4 setae. Antennal length: male 0.9-1.05 mm (N = 2), and female, 0.9-0.95 mm (N = 2).
Urso-Guimarães, Maria Virgínia   +3 more
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The MYB Transcription Factor Family Genes in Sugarcane (Saccharum sp.)

Plant Molecular Biology Reporter, 2014
Transcription factors are a family of proteins that control the physiological and biochemical process of a plant. The MYB family of proteins is the largest family of transcription factors (TF) that plays an important role in controlling growth and development and stress responses.
Sundararaman Geethalakshmi   +2 more
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Inheritance of red rot resistance in sugarcane (Saccharum sp. hybrids)

Sugar Tech, 2010
Inheritance of resistance to red rot caused by Colletotrichum falcatum Went was studied in progenies from 39 crosses involving 45 parental clones of interspecific and intervarietal origin. The progenies were subjected for screening against red rot under controlled condition testing (CCT) method. In general, crosses involving resistant parents tended to
C. Babu   +5 more
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Characterisation of microsatellite markers from sugarcane (Saccharum sp.), a highly polyploid species

Plant Science, 2000
Cultivated sugarcane varieties (Saccharum spp) are derived from complex interspecific hybridisations between the species S. spontaneum (2n=40-128) and S. officinarum (2n=60 or 80). To analyse this complex genome, the potential of microsatellite repeats as genetic markers in sugarcane with respect to their abundance, variability and ability to detect ...
Cordeiro, GM, Taylor, GO, Henry, RJ
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Sensitivity of Sugarcane (Saccharumsp.) to Glyphosate

Weed Science, 1991
Field studies were conducted in Louisiana to determine growth and yield effects resulting from the accidental application of the isopropylamine formulation of glyphosate to sugarcane. Glyphosate at 0.1, 0.2, 0.4, and 0.8 kg ae ha–1was applied in water at 90 L ha–1in May, June, and August.
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A Method for Analysis of Sugarcane (Saccharum Sp.) Biomass Production Systems

Transactions of the ASAE, 1984
ABSTRACT A sugarcane biomass production system in Florida is proposed and examined. Components of sugarcane production are summarized to quantify the embodied energy of sugarcane. Energetic analysis includes the estimation of Energy Yield Ratios (EYR) and Energy Productivity (EP) terms.
null M. N. Lorber   +2 more
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Induction of a Nonflowering Mutant in Sugarcane (Saccharum sp.)

Crop Science, 1969
Two sugarcane clones were treated with a range of doses of gamma rays. After one propagation, a number of subclones differed from untreated controls in their flowering propensity. Several subclones showed a high degree of uniformity. The recovery of nonflowering mutants from irradiated material of heavy flowering, but otherwise good sugarcane varieties
D. I. T. Walker, N. S. Sisodia
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Selection studies in sugarcane (Saccharum sp. hybrids)

Theoretical and Applied Genetics, 1977
An approximate method to determine sample size for the estimation of population variance, σ(2), is given. The estimate of σ(2) is denoted as s(2) . Based on the assumption of a normal distribution for (s(2)/σ(2)-1), the sample size is approximately equal to 20,000 z(2) p,/k(2); where z is a standard normal deviate, p is the probability that Δs(2 ...
K K, Wu   +3 more
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