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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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 |
_version_ |
1725611960988336128 |