Stability analysis of grain yield of Kabouli chickpea genotypes at spring sowing in cold area and rainfed conditions

Subject Areas : crop production

يداله فرايدي ¹

1 - عضو هيات علمي مؤسسة تحقيقات كشاورزي ديم كشور، مراغه – ايران.

Received: 2017-07-24 Accepted : 2017-12-11 Published : 2018-05-31

Keywords: grain yield , Kabouli chickpea , spring planting , stability,

Abstract :

In order to study the grain yield and stability of chickpea genotypes in spring planting under rainfed conditions and introduce the stable and high yielding genotypes, this survey was carried out with 18 Kabouli chickpea genotypes in randomized complete block design with four replications during 2013-16 cropping seasons at Maragheh, Kordestan and Shirvan agriculture research stations. The results of combined ANOVA on grain yield showed that there were highly significant differences in years × location interactions. There was also noticeable differences in genotypes × year and genotype × location interactions. The highest average grain yield ( 904 kg. ha ) obtained at Maragheh in 2016 and the lowest ( 122 kg. ha ) was at Shirvan in 2014. The genotypes of Jam control ( 494 kg. ha ) and FLIP 06-88C ( 364.7 kg. ha ), Gazvin check ( 471 kg. ha ) , FLIP 93-58C ( 470.1 kg. ha), FLIP 86-6 C ( 466.3 kg. ha ), ILC 484 ( 465.6 kg. ha ) and FLIP 87-45C ( 464.3 kg. ha), produced more than 98% grain yield using variation range at years mean, Romer's environmental variance, Francis and Kannenburg's environmental coefficient variation, Lin and Binns' variance within places, and Rank non-parametric method indicated that FLIP 86-6C, FLIP 87-45C and FLIP 08-55C with high yielding more than mean and stability in most methods, were selected as superior and stable genotypes. FLIP 86-6C due to the highest 100 seed weight ( 34 gs. ) and plant height (27.6 cm ) was superior to the other genotypes.

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