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Evaluation of Arabica Coffee (Coffea arabica L.) Genotypes for Biometrical Traits

机译:生物特征的阿拉伯咖啡(Coffea arabica L.)基因型的评估。

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An experiment on arabica coffee (Coffea arabica L.) genotypes for biometrical traits evaluation was carried out at Chettalli in Karnataka during the period 2004 - 2007 to study the variation in the vegetative and yield component traits. Eighty five genotypes exhibited significant variation for all the traits in three seasons of the study. The per se performance of present study revealed that the traits viz., plant height, bush diameter, stem girth, number of primary branches, length of primary branches, internodal length, leaf area, number of flowers per axil, number of flowers per node, fruit length, fruit width, number of fruits per node, fruit set percentage, weight of fruits per plant and percentage of fruit fertility were high in Tafarikela, Maragogipe, Cau very x Sin.9 and S.12, Kaffa. For the trait viz., percentage of A grade beans and weight of 100 A grade beans, the genotypes Cioccie, Agaro, Maragogipe and Taferikela recorded the highest per se values. Mean percentage of caffeine content was higher in the genotype Kents, closely followed by Agaro, Maragogipe, Tafarikela and Cauvery x Sin. 9. Hence the genotypes can be exploited in selection for further breeding programmes for the respective traits. The genotypes Taferikela, Maragogipe, Cauvery x Sln.9, S12, Kaffa and Agaro recorded higher fruit length and fruit width. Mean performance of clean coffee per hectare showed that the genotype Tafarikela registered the highest value followed by Maragogipe, Cauvery x Sln.9, S12, Kaffa and Agaro.
机译:2004年至2007年在卡纳塔克邦的切塔利进行了一项针对阿拉伯咖啡(Coffea arabica L.)基因型进行生物特征评估的实验,研究了植物营养成分和产量构成特征的变异。在研究的三个季节中,八十五种基因型的所有性状均表现出显着差异。本研究的本身性能表明,这些性状即植物高度,灌木直径,茎周长,初级分支数,初级分支长度,节间长度,叶面积,每腋花数,每节花数Tafarikela,Maragogipe,Cau very x Sin.9和S.12,Kaffa的果实长度,果实宽度,结节数,每节的果实数,坐果百分比,单株果实的重量和果实的受精率很高。对于性状,即A级大豆的百分比和100 A级大豆的重量,基因型Cioccie,Agaro,Maragogipe和Taferikela的最高记录为本身。基因型Kents中咖啡因含量的平均百分比较高,紧随其后的是Agaro,Maragogipe,Tafarikela和Cauvery x Sin。 9.因此,可以在选择基因型的过程中利用它们来进一步育种各个性状。 Taferikela,Maragogipe,Cauvery x Sln.9,S12,Kaffa和Agaro的基因型记录了较高的果实长度和宽度。每公顷干净咖啡的平均性能表明,基因型Tafarikela具有最高的价值,其次是Maragogipe,Cauvery x Sln.9,S12,Kaffa和Agaro。

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