2018Journal of Pharmacognosy and PhytochemistryOpen access

Correlation and path analysis studies of yield and fibre quality traits in cotton (Gossypium hirsutum L.)

P. G. Nikhil, JM Nidagundi, Anusha Hugar A

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Abstract

Correlation and path coefficient analysis was performed for fifteen quantitative traits of yield and fibre quality for ninety six diverse genotypes. The association analysis revealed significant positive correlation for seed cotton yield per plant with number of monopodia, number of bolls per plant, boll weight and lint index at phenotypic level. The path analysis indicated that boll weight and number of bolls per plant had highest direct effect on seed cotton yield per plant, whereas traits like plant height, UHML, fibre strength and lint index had direct negative effect on yield revealing that due weightage should be given in selection process with more number of bolls per plant and more boll weight and can be considered as principal yield determining components.

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Correlation and path coefficient analysis was performed for fifteen quantitative traits of yield and fibre quality for ninety six diverse genotypes. The association analysis revealed significant positive correlation for seed cotton yield per plant with number of monopodia, number of bolls per plant, boll weight and lint index at phenotypic level. The path analysis indicated that boll weight and number of bolls per plant had highest direct effect on seed cotton yield per plant, whereas traits like plant height, UHML, fibre strength and lint index had direct negative effect on yield revealing that due weightage should be given in selection process with more number of bolls per plant and more boll weight and can be considered as principal yield determining components.

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Available abstract

Correlation and path coefficient analysis was performed for fifteen quantitative traits of yield and fibre quality for ninety six diverse genotypes. The association analysis revealed significant positive correlation for seed cotton yield per plant with number of monopodia, number of bolls per plant, boll weight and lint index at phenotypic level. The path analysis indicated that boll weight and number of bolls per plant had highest direct effect on seed cotton yield per plant, whereas traits like plant height, UHML, fibre strength and lint index had direct negative effect on yield revealing that due weightage should be given in selection process with more number of bolls per plant and more boll weight and can be considered as principal yield determining components.

Key concepts: Lint, Path analysis (statistics), Path coefficient, Yield (engineering), Gossypium hirsutum, Principal component analysis, Correlation coefficient, Agronomy

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