Pakistan Journal of Scientific Research, Volumes 15-18Pakistan Association for the Advancement of Science., 1963 |
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Page 121
... correlation coefficient between these two characters is of the magnitude of +0.4856 +0.0764 . Late flowering Varieties , in view of this correlation , will bear greater number of leaves per plant . The lengthening of the vegetative ...
... correlation coefficient between these two characters is of the magnitude of +0.4856 +0.0764 . Late flowering Varieties , in view of this correlation , will bear greater number of leaves per plant . The lengthening of the vegetative ...
Page 120
... correlation coefficients ( r ) , coefficients of determination ( r2 ) and regression coefficients ( b ) between the plant characters . Sr. No. Characters correlated 1 Days to Flower and Number of Leaves / Plant 2 Leaf Ratio and Vein ...
... correlation coefficients ( r ) , coefficients of determination ( r2 ) and regression coefficients ( b ) between the plant characters . Sr. No. Characters correlated 1 Days to Flower and Number of Leaves / Plant 2 Leaf Ratio and Vein ...
Page 121
... correlation coefficient between these two characters is of the magnitude of + 0.4856 ± 0.0764 . Late flowering varieties , in view of this correlation , will bear greater number of leaves per plant . The lengthening of the vegetative ...
... correlation coefficient between these two characters is of the magnitude of + 0.4856 ± 0.0764 . Late flowering varieties , in view of this correlation , will bear greater number of leaves per plant . The lengthening of the vegetative ...
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A. R. Ghani acetate Ahmad aldehyde ammonium amount Anal analysis aqueous ascorbic acid autoxidation bauxite bentonite calcium capsularis cells cent Ceram Chem chemical clay cobalt colour composition compounds concentration cones containing correlation Czapek dahi dahi alternate determined diets diploid effect enamel extract felspar ferric chloride fibre flour formation glass gluconic acid glucose grams growth guar seed heat hydroperoxidation increase iodine iron juice jute kyanite Lahore magnesite material method methyl mineral mixture moisture mullite N. A. Khan nitrogen observed obtained oxide phthalide plants potassium procuticle protein Publn Ras Koh Ras Koh Range reaction root tips samples sand setae silica sodium chloride soil soluble solution species spike stains storage sugar sulphate sulphide temperature tetraploid tetraploid root thermal tion titrated varieties various washed West Pakistan West Regional Laboratories wheat X-ray yield