Combining Ability for Yield and Its Components in Diallel Crosses of Cotton

One of the objectives of this study was to estimate gene action and the type of inheritance of investigated traits in cotton. Another objective was to evaluate general combining ability of parents and special combining ability of F<sub>1</sub> diallel crosses and to select the superior F...

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Main Authors: Remzi EKİNCİ, Sema BAŞBAĞ
Format: Article
Language:English
Published: University of Agricultural Sciences and Veterinary Medicine, Cluj-Napoca 2015-03-01
Series:Notulae Scientia Biologicae
Online Access:http://notulaebiologicae.ro/index.php/nsb/article/view/9430
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spelling doaj-ed61db46349847c0a83018d708a034852020-11-25T02:39:02ZengUniversity of Agricultural Sciences and Veterinary Medicine, Cluj-NapocaNotulae Scientia Biologicae2067-32052067-32642015-03-0171728010.15835/nsb.7.1.94308120Combining Ability for Yield and Its Components in Diallel Crosses of CottonRemzi EKİNCİ0Sema BAŞBAĞ1University of Dicle, Faculty of Agriculture, Department of Field Crops, 21100 DiyarbakirUniversity of Dicle, Faculty of Agriculture, Department of Field Crops, 21100 DiyarbakirOne of the objectives of this study was to estimate gene action and the type of inheritance of investigated traits in cotton. Another objective was to evaluate general combining ability of parents and special combining ability of F<sub>1</sub> diallel crosses and to select the superior F<sub>1</sub>s that can be used in future breeding programs of cotton. Additive and dominant components were found significant for investigated traits. Number of bolls and lint percentages were effective in the control of additive type of gene action with partial dominance, but seed-cotton yield was also effective in the control of additive type of gene action with over-dominance. Greater parents were ‘Paum-15’ and ‘Stoneville-453’ for the number of bolls and the seed-cotton yield; ‘Stoneville-453’ and ‘Nazilli-84S’ for the lint percentage. Greater cross combinations were ‘Paum-15’ x ‘Stoneville-453’; ‘Stoneville-453’ x ‘Nazilli-84S’; ‘Stoneville-453’ x ‘Fantom’; ‘Stoneville-453’ x ‘Delcerro’ and ‘Stoneville-453’ x ‘Giza-45’ diallel crosses for the number of bolls; ‘Paum-15’ x ‘Nazilli-84S’, ‘Stoneville-453’ x ‘Fantom’, ‘Nazilli-84S’ x ‘Delcerro’ and ‘Nazilli-84S’ x ‘Giza-45’ diallel cross for the lint percentage, ‘Paum-15’ x ‘Stoneville-453’, ‘Paum-15’ x ‘Nazilli-84S’, ‘Stoneville-453’ x ‘Nazilli-84S’, ‘Stoneville-453’ x ‘Fantom’, ‘Stoneville-453’ x ‘Delcerro’, ‘Stoneville-453’ x ‘Giza-45’, ‘Nazilli-84S’ x ‘Fantom’ and ‘Nazilli-84S’ x ‘Delcerro’ diallel crosses for the seed-cotton yield.http://notulaebiologicae.ro/index.php/nsb/article/view/9430
collection DOAJ
language English
format Article
sources DOAJ
author Remzi EKİNCİ
Sema BAŞBAĞ
spellingShingle Remzi EKİNCİ
Sema BAŞBAĞ
Combining Ability for Yield and Its Components in Diallel Crosses of Cotton
Notulae Scientia Biologicae
author_facet Remzi EKİNCİ
Sema BAŞBAĞ
author_sort Remzi EKİNCİ
title Combining Ability for Yield and Its Components in Diallel Crosses of Cotton
title_short Combining Ability for Yield and Its Components in Diallel Crosses of Cotton
title_full Combining Ability for Yield and Its Components in Diallel Crosses of Cotton
title_fullStr Combining Ability for Yield and Its Components in Diallel Crosses of Cotton
title_full_unstemmed Combining Ability for Yield and Its Components in Diallel Crosses of Cotton
title_sort combining ability for yield and its components in diallel crosses of cotton
publisher University of Agricultural Sciences and Veterinary Medicine, Cluj-Napoca
series Notulae Scientia Biologicae
issn 2067-3205
2067-3264
publishDate 2015-03-01
description One of the objectives of this study was to estimate gene action and the type of inheritance of investigated traits in cotton. Another objective was to evaluate general combining ability of parents and special combining ability of F<sub>1</sub> diallel crosses and to select the superior F<sub>1</sub>s that can be used in future breeding programs of cotton. Additive and dominant components were found significant for investigated traits. Number of bolls and lint percentages were effective in the control of additive type of gene action with partial dominance, but seed-cotton yield was also effective in the control of additive type of gene action with over-dominance. Greater parents were ‘Paum-15’ and ‘Stoneville-453’ for the number of bolls and the seed-cotton yield; ‘Stoneville-453’ and ‘Nazilli-84S’ for the lint percentage. Greater cross combinations were ‘Paum-15’ x ‘Stoneville-453’; ‘Stoneville-453’ x ‘Nazilli-84S’; ‘Stoneville-453’ x ‘Fantom’; ‘Stoneville-453’ x ‘Delcerro’ and ‘Stoneville-453’ x ‘Giza-45’ diallel crosses for the number of bolls; ‘Paum-15’ x ‘Nazilli-84S’, ‘Stoneville-453’ x ‘Fantom’, ‘Nazilli-84S’ x ‘Delcerro’ and ‘Nazilli-84S’ x ‘Giza-45’ diallel cross for the lint percentage, ‘Paum-15’ x ‘Stoneville-453’, ‘Paum-15’ x ‘Nazilli-84S’, ‘Stoneville-453’ x ‘Nazilli-84S’, ‘Stoneville-453’ x ‘Fantom’, ‘Stoneville-453’ x ‘Delcerro’, ‘Stoneville-453’ x ‘Giza-45’, ‘Nazilli-84S’ x ‘Fantom’ and ‘Nazilli-84S’ x ‘Delcerro’ diallel crosses for the seed-cotton yield.
url http://notulaebiologicae.ro/index.php/nsb/article/view/9430
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