Results 331 to 340 of about 3,343,818 (361)

GENETIC DIVERGENCE IN CHICKPEA

Madras Agricultural Journal, 1997
Fifty genotypes of chickpea (Cicer arietinum L.) were grouped into 11 clusters using Mahalanobis's D statistic. Maximum distance was observed between the cluster VIII and XI. Plant height, number of secondary branches/plant, seeds/plant, 100 seed weight and seed yield/plant had shown more divergence among the clusters.
DESHMUKH R.B, PATIL J.V
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GENETIC DIVERGENCE IN COWPEA

Madras Agricultural Journal, 1988
The genetic divergence among seven parents and their twelve hybrids of cowpea was assessed using Mahalanobis D statistic. Ten cbaracters were studied and utilised for multi variate analysis. The genotypes were grouped into seven different clusters. The characters namely days to 50 per cent flowering.
THIAGARAJAN K, RATHINASWAMY R, RAJASEKARAN S   +2 more
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GENETIC DIVERGENCE IN SUNFLOWER

Madras Agricultural Journal, 1996
Fifty four genotypes of sunflower were studied for their genetic divergence by D² analysis for a set of divergent characters nambely seed yield and five other metric traits. The genotypes were grouped into seven clusters. Based on the intercluster distance and cluster mean for various character.
SANKARAPANDIAN R, MUPPIDATHI N, RAJARATHINAM S, CHIDAMBARAM S   +3 more
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Marker-aided genetic divergence analysis inBrassica

Journal of Genetics, 2005
Genetic divergence was evaluated in 31 breeding lines from four Brassica species using Mahalanobis' D2. A new method of grouping using D2 values was used to group the 31 lines, based on diagnostic morphological traits (called morphoqts). Isozyme variation of the individual enzymes esterase and glutamate oxaloacetate was quantified by five parameters ...
V, Arunachalam, Shefali, Verma, V, Sujata, K V, Prabhu   +3 more
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Genetic divergence in chickpea germplasm

Madras Agricultural Journal, 2000
Genetic divergence measured by Mahalanobis' D' statistics was carried out with 126 chickpea genotypes available in the germplasm pool. The varieties were grouped into seven clusters. Maximum divergence was observed in the clusters IV and VII and the minimum between the IV and V. The intercluster divergence varied from 0 to 2.99.
SIVAKUMAR S, MUTHIAH A R
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Genetic Divergence Analysis in Tuberose

Madras Agricultural Journal, 2015
An experiment on genetic divergence analysis in tuberose was carried out at Department of Floriculture and Landscaping, Tamil Nadu Agricultural University, Coimbatore during 2012. Genetic divergence of the double type tuberose genotypes based on yield and component characters were estimated using D2 statistic.
Ranchana P, Kannan M, Jawaharlal M
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GENETIC DIVERGENCE IN GRAIN SORGHUM

Madras Agricultural Journal, 1983
Genetic divergence was assessed in 30 varieties of sorghum using D statistics for eight characters related to yield. The population was grouped into 8 clusters. Clusters 11. I, and III were large and consisting more than two third of the total popu- lation.
SISODIA N.S, HENRY A, GUPTA Y.K
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Genetic Divergence of Orangutan Subspecies (Pongo pygmaeus)

Journal of Molecular Evolution, 2001
Microsatellites and mitochondrial DNA sequences were studied for the two subspecies of orangutans (Pongo pygmaeus), which are located in Borneo (P. p. pygmaeus) and Sumatra (P. p. abelii), respectively. Both subspecies possess marked genetic diversity. Genetic subdivision was identified within the Sumatran orangutans.
Zhang, Y. W., Ryder, O. A., Zhang, Y. P.
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EXCEPTIONAL GENETIC DIVERGENCE OF NORTHERN FLINT CORN

American Journal of Botany, 1986
Isozyme analysis of 18 Northern Flint populations supports the previously published hypothesis that Northern Flint was derived from maize races of the southwestern U.S. and northwestern Mexico. Isozyme data also show that during its short evolutionary history (approx.
John F, Doebley, Or M, Goodman, Charles W, Stuber   +2 more
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GENETIC DIVERGENCE IN BLACK GRAM

Madras Agricultural Journal, 1997
A group of 30 strains of black gram collected from different geographic regions of India was studied to analyse the extent of genetic divergence using Mahalanobi's D' technique. The strains got grouped into eight clusters and the clustering pattern was independent of geographic distribution.
GANESH RAM S, GOMATHINAYAGAM P, RATHNASWAMY R   +2 more
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