1998The Indian Journal of Agricultural SciencesOpen access

Seasonal variation in yield and yield components in gram (Cicer arietinum)

Suman Ramteke, M. B. Chetti, P. M. Salimath

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Abstract

A field experiment was conducted during rainy and post -rainy seasons of 1992-93 and 1993-94 at Dharwad to study the influence of season on yield and yield components of 15 genotypes of gram (Cicer arietinum L.). The number of flowers were significantly more during rainy season. However, the pod set (%) was less due to less number of pods in rainy than in post-rainy season. Similar trend waspbserved with respect to seed yield also. Among the genotypes, 'K 8501' recorded the highest seed yield during rainy season, which also had higher pod dry weight, shelling percentage and harvest index. However, during post-rainy season, the genotypes 'A 1' and 'ICV 2' recorded higher seed yield compared with the other genotypes. The genotypes 'Nagpur', 'BG 376', 'BG 374', 'BG 303' and 'NPT' maintained minimum variation in the yield between rainy and post-rainy seasons.

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A field experiment was conducted during rainy and post -rainy seasons of 1992-93 and 1993-94 at Dharwad to study the influence of season on yield and yield components of 15 genotypes of gram (Cicer arietinum L.). The number of flowers were significantly more during rainy season. However, the pod set (%) was less due to less number of pods in rainy than in post-rainy season. Similar trend waspbserved with respect to seed yield also. Among the genotypes, 'K 8501' recorded the highest seed yield during rainy season, which also had higher pod dry weight, shelling percentage and harvest index. However, during post-rainy season, the genotypes 'A 1' and 'ICV 2' recorded higher seed yield compared with the other genotypes. The genotypes 'Nagpur', 'BG 376', 'BG 374', 'BG 303' and 'NPT' maintained minimum variation in the yield between rainy and post-rainy seasons.

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Available abstract

A field experiment was conducted during rainy and post -rainy seasons of 1992-93 and 1993-94 at Dharwad to study the influence of season on yield and yield components of 15 genotypes of gram (Cicer arietinum L.). The number of flowers were significantly more during rainy season. However, the pod set (%) was less due to less number of pods in rainy than in post-rainy season. Similar trend waspbserved with respect to seed yield also. Among the genotypes, 'K 8501' recorded the highest seed yield during rainy season, which also had higher pod dry weight, shelling percentage and harvest index. However, during post-rainy season, the genotypes 'A 1' and 'ICV 2' recorded higher seed yield compared with the other genotypes. The genotypes 'Nagpur', 'BG 376', 'BG 374', 'BG 303' and 'NPT' maintained minimum variation in the yield between rainy and post-rainy seasons.

Key concepts: Wet season, Point of delivery, Gram, Dry season, Yield (engineering), Biology, Field experiment, Agronomy

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