alaa.said

Prof. Alaa A. Said

Professor - Professor at Agronomy department, Faculty of Agriculture, Sohag university

Faculty of agriculture

Address: Nacer city, sohag

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Publications Which contain the keyword: Triticum durum

Genetic studies on yield traits of durum wheat Grain yield and its attributes

2018-10-27 19:42:47 Keywords agronomic characters, Triticum durum, heritability, yield components, plant breeding,
Genetic studies on yield traits of durum wheat Grain yield and its attributes
A study on the nature of the genetic system controlling grain yield/plant and its attributes was carried out using a diallel set of crosses among eight durum wheat genotypes, Triticum turgidum var. durum of diverse origin at the F1 and F2 generations. The parental genotypes, F1 hybrids and F2 populations were grown in a completely randomized block design with three ... Read more

Genetic studies on yield traits of durum wheat. I-Morphlological trait

2018-10-27 19:32:16 Keywords heritability, Triticum durum, agronomic characters, genetic parameters, plant breeding,
Genetic studies on yield traits of durum wheat. I-Morphlological trait
Eight-durum wheat genotypes Triticum trugidum var. durum, of wide ecogeographic origin were used in this study, namely, Carcomun, Cmh80, Chahba 88, Belikh 1, Sohag 1, Sohag 2, Sohag 3 and Bani-Sweif 1. These genotypes were crossed in all possible combinations. The parental genotypes, F1 hybrids and F2 populations were grown in a completely randomized block design with three replicates. The ... Read more

Genetic studies on yield traits of durum wheat. II-Grain yield and its attributes

2018-10-27 19:39:25 Keywords heritability, Triticum durum, agronomic characters, yield components, plant breeding,
Genetic studies on yield traits of durum wheat. II-Grain yield and its attributes
A study on the nature of the genetic system controlling grain yield/plant and its attributes was carried out using a diallel set of crosses among eight durum wheat genotypes, Triticum turgidum var. durum of diverse origin at the F1 and F2 generations. The parental genotypes, F1 hybrids and F2 populations were grown in a completely randomized block design with three ... Read more

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