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Interactive Effect of Auxin and Etiolation on Adventitious Root formation in Cuttings of Tectona grandis Linn. F.


     

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The effects of stock plant etiolation on ischolar_maining behaviour of stem cuttings taken from one-year-old seedling of Teak (Tectona grandis Linn. F.) were investigated. Except mean shoot diameter, etiolation significantly increased mean shoot length, internodal length, number of coppice shoot, number of leaves, number of nodes and total sugar content of branches. Etiolation increased total soluble sugar content of branches. Studies have shown that etiolation had pronounced effect on per cent sprouting, ischolar_maining, mean number of ischolar_main length and mean number of ischolar_main per cutting. Etiolated cutting have shown 100 per cent ischolar_maining, while nonetiolated (control) cutting under similar condition have given 46.60 per cent ischolar_maining. Application of NAA has significantly decreased ischolar_maining potential of even etiolated cuttings. Stock plant etiolation and NAA have not shown significant interaction on adventitious ischolar_main formation.
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Azamal Husen

Mohinder Pal


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  • Interactive Effect of Auxin and Etiolation on Adventitious Root formation in Cuttings of Tectona grandis Linn. F.

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Abstract


The effects of stock plant etiolation on ischolar_maining behaviour of stem cuttings taken from one-year-old seedling of Teak (Tectona grandis Linn. F.) were investigated. Except mean shoot diameter, etiolation significantly increased mean shoot length, internodal length, number of coppice shoot, number of leaves, number of nodes and total sugar content of branches. Etiolation increased total soluble sugar content of branches. Studies have shown that etiolation had pronounced effect on per cent sprouting, ischolar_maining, mean number of ischolar_main length and mean number of ischolar_main per cutting. Etiolated cutting have shown 100 per cent ischolar_maining, while nonetiolated (control) cutting under similar condition have given 46.60 per cent ischolar_maining. Application of NAA has significantly decreased ischolar_maining potential of even etiolated cuttings. Stock plant etiolation and NAA have not shown significant interaction on adventitious ischolar_main formation.