The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.

Tow field experiments have been conducted, during winter season (2015 – 2016) at the agricultural experiments and researsh station (3 km sothern west Al-samawa) of the college of Agriculture – University of Al-Muthanna, Where it was ten inflorescences conduct transaction in the expulsion of 50% for...

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Main Authors: Israa Rahi .S. Al Hamdaoui, Faisal M. M. Al-Tahir
Format: Article
Language:Arabic
Published: University of Al-Qadisiya 2017-12-01
Series:Al-Qadisiyah Journal For Agriculture Sciences
Subjects:
Online Access:https://jouagr.qu.edu.iq/article_162620_8fa86f7184b0fbe4187b322f1554eb5b.pdf
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spelling doaj-486e9a29cdc84f7884b490436ec325902021-08-30T17:44:40ZaraUniversity of Al-QadisiyaAl-Qadisiyah Journal For Agriculture Sciences2077-58222618-14792017-12-01729610910.33794/qjas.2017.162620162620The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.Israa Rahi .S. Al Hamdaoui0Faisal M. M. Al-Tahir1College of Agriculture University of Al-MuthannaCollege of Agriculture University of Al-MuthannaTow field experiments have been conducted, during winter season (2015 – 2016) at the agricultural experiments and researsh station (3 km sothern west Al-samawa) of the college of Agriculture – University of Al-Muthanna, Where it was ten inflorescences conduct transaction in the expulsion of 50% for each expermental unit stag and when reach this stage of transactions conducted a comparsion and removing flag leaf awn and remove the lower leaves and shading of inflorescence, to study the contribution of flag leaf, other leaves, parts of spike and tips in production of dry matter and composition of grain yield for wheat and oat crop. The experiment has been carried out by using the Split plot with R.C.B. desgin to three replications.<br /> Results show the control treatment gave high mean grain yield (5.402 g plant), biological yield (12.473 g plant) and harvest index (49.560 %). Removing of flag leaf, tip and other leaves treatments have led to lower of no. of grains per spike, weight of grain, grain yield, biological yield and percentage of protein. Shadowing of spike treatment has gaven decreasing in yield components and increasing to percentage of protein. Percentage of the contribution of flag leaf, other leaves, tips and spike (13.587 , 25.064 , 23.837 and 34.17) % respectively. <br /> Carrolup cv. Has gaven high means grian per spike , weight of grain , grain yield (4.805g plant), biological yield (9.138 g plant) and hervset index (54.535%).Wallaro cv has gaven high percentage of protein (12.02%).<br /> The interaction (control treatment X Wallaro cv.) has gaven high grain yield (5.790 g plant) .The interaction (control treatment X Carrolup cv.) has gaven high biological yield (12.596g plant). The interaction (removing of spike treatment X Wallaro cv.) has gaven high percentage of protein (13.26%). (13.26 %).https://jouagr.qu.edu.iq/article_162620_8fa86f7184b0fbe4187b322f1554eb5b.pdfgenotype oatsflag leafphysiological role
collection DOAJ
language Arabic
format Article
sources DOAJ
author Israa Rahi .S. Al Hamdaoui
Faisal M. M. Al-Tahir
spellingShingle Israa Rahi .S. Al Hamdaoui
Faisal M. M. Al-Tahir
The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.
Al-Qadisiyah Journal For Agriculture Sciences
genotype oats
flag leaf
physiological role
author_facet Israa Rahi .S. Al Hamdaoui
Faisal M. M. Al-Tahir
author_sort Israa Rahi .S. Al Hamdaoui
title The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.
title_short The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.
title_full The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.
title_fullStr The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.
title_full_unstemmed The Contribution of the Flag Leaf and the Lower Parts of the Leaves and Inflorescence in the Production of Dry Matter and Composition Holds the Grain for Three Genotypes of Oats.
title_sort contribution of the flag leaf and the lower parts of the leaves and inflorescence in the production of dry matter and composition holds the grain for three genotypes of oats.
publisher University of Al-Qadisiya
series Al-Qadisiyah Journal For Agriculture Sciences
issn 2077-5822
2618-1479
publishDate 2017-12-01
description Tow field experiments have been conducted, during winter season (2015 – 2016) at the agricultural experiments and researsh station (3 km sothern west Al-samawa) of the college of Agriculture – University of Al-Muthanna, Where it was ten inflorescences conduct transaction in the expulsion of 50% for each expermental unit stag and when reach this stage of transactions conducted a comparsion and removing flag leaf awn and remove the lower leaves and shading of inflorescence, to study the contribution of flag leaf, other leaves, parts of spike and tips in production of dry matter and composition of grain yield for wheat and oat crop. The experiment has been carried out by using the Split plot with R.C.B. desgin to three replications.<br /> Results show the control treatment gave high mean grain yield (5.402 g plant), biological yield (12.473 g plant) and harvest index (49.560 %). Removing of flag leaf, tip and other leaves treatments have led to lower of no. of grains per spike, weight of grain, grain yield, biological yield and percentage of protein. Shadowing of spike treatment has gaven decreasing in yield components and increasing to percentage of protein. Percentage of the contribution of flag leaf, other leaves, tips and spike (13.587 , 25.064 , 23.837 and 34.17) % respectively. <br /> Carrolup cv. Has gaven high means grian per spike , weight of grain , grain yield (4.805g plant), biological yield (9.138 g plant) and hervset index (54.535%).Wallaro cv has gaven high percentage of protein (12.02%).<br /> The interaction (control treatment X Wallaro cv.) has gaven high grain yield (5.790 g plant) .The interaction (control treatment X Carrolup cv.) has gaven high biological yield (12.596g plant). The interaction (removing of spike treatment X Wallaro cv.) has gaven high percentage of protein (13.26%). (13.26 %).
topic genotype oats
flag leaf
physiological role
url https://jouagr.qu.edu.iq/article_162620_8fa86f7184b0fbe4187b322f1554eb5b.pdf
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