Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models

The study was conducted to compare between nine cottonseeds genotypes (Gossipum hirsutum L) which included, two locale Iraqi genotypes Coker 310 and Lachata are and three of the Bakhtegan, Khordad, Varamin genotypes are from Iran, and four of them Cafko, Dunn 1047, Montana, Stoneville genotypes are...

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Main Authors: Lina Q. Ahmed, Bahar J. Mahmood, Kazhal K,Muhammad
Format: Article
Language:English
Published: Salahaddin University-Erbil 2023-06-01
Series:Zanco Journal of Pure and Applied Sciences
Subjects:
Online Access:https://zancojournal.su.edu.krd/index.php/JPAS/article/view/528
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author Lina Q. Ahmed
Bahar J. Mahmood
Kazhal K,Muhammad
author_facet Lina Q. Ahmed
Bahar J. Mahmood
Kazhal K,Muhammad
author_sort Lina Q. Ahmed
collection DOAJ
description The study was conducted to compare between nine cottonseeds genotypes (Gossipum hirsutum L) which included, two locale Iraqi genotypes Coker 310 and Lachata are and three of the Bakhtegan, Khordad, Varamin genotypes are from Iran, and four of them Cafko, Dunn 1047, Montana, Stoneville genotypes are from America (USA) on the fiber quality.  The field experiment was designed with randomised complete block design using three replicates in Grdmal village, south Erbil, which is 30 km far from centre of Erbil, Iraq.   Statistical analysis of the traits shown significant differences among the nine cotton genotypes, significantly maximum fiber strength, fiber elongation protein yield (33.20, 6.80 and 118.27) was recorded by the first Iraq’s genotype Lachata.  Highest values of fitness and fibre weight plant -1(4.70 microner and 6.64 g) were recorded from Bakhtegan Iran’s genotype.  Maximum value for uniformity (85.10 %) was also recorded for Khdorda Iran’s genotype.  From the principal component analysis (PCA) shows the angle value between each of the two variables elongation, uniformity and strength is ≤ 90 º it means there is significant correlation between them and via versa  
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spelling doaj.art-73bca18847674a309755afb6421470212024-09-02T08:57:09ZengSalahaddin University-ErbilZanco Journal of Pure and Applied Sciences2218-02302412-39862023-06-0135310.21271/ZJPAS.35.3.15Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical modelsLina Q. Ahmed0Bahar J. Mahmood1Kazhal K,Muhammad2Department of Filed Crops, Collage of Agriculture Engineering Sciences, Salahaddin University, Erbil, Kirkuk St., 44002, Erbil, Kurdistan region, Iraq.Department of Filed Crops, Collage of Agriculture Engineering Sciences, Salahaddin University, Erbil, Kirkuk St., 44002, Erbil, Kurdistan region, Iraq.Department of Filed Crops, Collage of Agriculture Engineering Sciences, Salahaddin University, Erbil, Kirkuk St., 44002, Erbil, Kurdistan region, Iraq. The study was conducted to compare between nine cottonseeds genotypes (Gossipum hirsutum L) which included, two locale Iraqi genotypes Coker 310 and Lachata are and three of the Bakhtegan, Khordad, Varamin genotypes are from Iran, and four of them Cafko, Dunn 1047, Montana, Stoneville genotypes are from America (USA) on the fiber quality.  The field experiment was designed with randomised complete block design using three replicates in Grdmal village, south Erbil, which is 30 km far from centre of Erbil, Iraq.   Statistical analysis of the traits shown significant differences among the nine cotton genotypes, significantly maximum fiber strength, fiber elongation protein yield (33.20, 6.80 and 118.27) was recorded by the first Iraq’s genotype Lachata.  Highest values of fitness and fibre weight plant -1(4.70 microner and 6.64 g) were recorded from Bakhtegan Iran’s genotype.  Maximum value for uniformity (85.10 %) was also recorded for Khdorda Iran’s genotype.  From the principal component analysis (PCA) shows the angle value between each of the two variables elongation, uniformity and strength is ≤ 90 º it means there is significant correlation between them and via versa   https://zancojournal.su.edu.krd/index.php/JPAS/article/view/528Genotypes; Gossipum hirsutum; Eigenvalue; Fiber; Oil yield; Protein yield.
spellingShingle Lina Q. Ahmed
Bahar J. Mahmood
Kazhal K,Muhammad
Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models
Zanco Journal of Pure and Applied Sciences
Genotypes; Gossipum hirsutum; Eigenvalue; Fiber; Oil yield; Protein yield.
title Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models
title_full Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models
title_fullStr Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models
title_full_unstemmed Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models
title_short Identifying lint properties of some cotton genotypes (Gossipum hirsutum L.) using different statistical models
title_sort identifying lint properties of some cotton genotypes gossipum hirsutum l using different statistical models
topic Genotypes; Gossipum hirsutum; Eigenvalue; Fiber; Oil yield; Protein yield.
url https://zancojournal.su.edu.krd/index.php/JPAS/article/view/528
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