Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions

A line × tester analysis involving five varieties SQ-26, SQ-77, GH-10, 8670, PARC-N2 (lines) and three varieties 8721, SARC-5 and DN-4 (testers) were crossed to study some hydroponics growing characters. In controlled conditions SQ-26 exhibited the highest positive GCA effects on Shoot length, Shoot...

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Main Author: Muhammad Osaf
Format: Article
Language:English
Published: PAGEPress Publications 2009-06-01
Series:Italian Journal of Agronomy
Subjects:
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spelling doaj-679a11d967234aae86f85ea9d91830a52020-11-24T23:09:00ZengPAGEPress PublicationsItalian Journal of Agronomy1125-47182039-68052009-06-014210.4081/ija.2009.2.13Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline ConditionsMuhammad OsafA line × tester analysis involving five varieties SQ-26, SQ-77, GH-10, 8670, PARC-N2 (lines) and three varieties 8721, SARC-5 and DN-4 (testers) were crossed to study some hydroponics growing characters. In controlled conditions SQ-26 exhibited the highest positive GCA effects on Shoot length, Shoot fresh weight, Na+ and K+ concentrations, while SQ-77 showed maximum GCA effects on Root length, Root fresh weight and Shoot dry weight in females and in males and both DN-4 and SARC-5 showed the highest GCA effects. Under high saline concentration female SQ-77 showed the maximum positive effects on all characters but on shoot length and Na concentration while male SARC-5 exhibited the highest positive GCA effects on all characters. Under high saline level, the cross combination SQ-26 × 8721 showed SCA effects for shoot length, whereas 8670 x 8721 showed the same effects for shoot fresh weight, root fresh weight and root dry weight. For Na+ and K+ concentrations, the cross combination GH-10 × DN-4 showed then highest SCA effects, whereas for shoot dry weight and root length, the cross combinations GH-10 × SARC-5 and PARC-N2 × 8721 showed the highest SCA effects, respectively.combining abilitywheatNaCl stresssalinity tolerance.
collection DOAJ
language English
format Article
sources DOAJ
author Muhammad Osaf
spellingShingle Muhammad Osaf
Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions
Italian Journal of Agronomy
combining ability
wheat
NaCl stress
salinity tolerance.
author_facet Muhammad Osaf
author_sort Muhammad Osaf
title Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions
title_short Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions
title_full Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions
title_fullStr Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions
title_full_unstemmed Combining Ability in Wheat for Seedling Traits by Line X Tester Analysis Under Saline Conditions
title_sort combining ability in wheat for seedling traits by line x tester analysis under saline conditions
publisher PAGEPress Publications
series Italian Journal of Agronomy
issn 1125-4718
2039-6805
publishDate 2009-06-01
description A line × tester analysis involving five varieties SQ-26, SQ-77, GH-10, 8670, PARC-N2 (lines) and three varieties 8721, SARC-5 and DN-4 (testers) were crossed to study some hydroponics growing characters. In controlled conditions SQ-26 exhibited the highest positive GCA effects on Shoot length, Shoot fresh weight, Na+ and K+ concentrations, while SQ-77 showed maximum GCA effects on Root length, Root fresh weight and Shoot dry weight in females and in males and both DN-4 and SARC-5 showed the highest GCA effects. Under high saline concentration female SQ-77 showed the maximum positive effects on all characters but on shoot length and Na concentration while male SARC-5 exhibited the highest positive GCA effects on all characters. Under high saline level, the cross combination SQ-26 × 8721 showed SCA effects for shoot length, whereas 8670 x 8721 showed the same effects for shoot fresh weight, root fresh weight and root dry weight. For Na+ and K+ concentrations, the cross combination GH-10 × DN-4 showed then highest SCA effects, whereas for shoot dry weight and root length, the cross combinations GH-10 × SARC-5 and PARC-N2 × 8721 showed the highest SCA effects, respectively.
topic combining ability
wheat
NaCl stress
salinity tolerance.
work_keys_str_mv AT muhammadosaf combiningabilityinwheatforseedlingtraitsbylinextesteranalysisundersalineconditions
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