Early performance of cocoa (Theobroma cacao L.)genotypes in arecanut under Assam condition of North Eastregion of India

Q4 Agricultural and Biological Sciences Journal of Plantation Crops Pub Date : 2021-05-26 DOI:10.25081/JPC.2021.V49.I1.7055
L. Singh, Anok Uchoi, G. Acharya, S. E. Apshara, Alpana Das
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Abstract

Cocoa is an important plantation crop grown in southern parts of India. Though many cocoa varieties have been released for cultivation in different parts of India, there is no variety recommended for cultivation exclusively for India’s North East region, especially Assam, where arecanut is grown as an important cash crop. Therefore the present investigation was undertaken to study the performance of 12 cocoa genotypes for its growth, pod yield and yield attributing traits for subsequent research programmes. The data for growth, pod yield and yield attributing traits were recorded three years after planting for five years (2015 to 2019), and the mean data were used for analysis. Genotype VTLC 11 significantly produced greater plant height (2.70 m), stem circumference (27.73 cm), height at jorquetting (36.16 cm) and canopy area (17.00 m2). Mean average pod yield among the genotypes varied from 20.65 to 48.40 tree-1 year-1. Genotype VTLC 19 produced significantly higher pod yield (48.40), number of fresh beans pod-1 (34.06), fresh bean weight pod-1 (229.65 g), dry bean weight pod-1 (119.32 g), single dry bean weight (1.20 g) and dry bean yield (1.76 kg). Considering the most economic traits of cocoa, VTLC 19 appears to be the most suitable genotype for commercial cultivation in the region.
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在印度东北部阿萨姆邦条件下,可可基因型在槟榔上的早期表现
可可是一种重要的种植作物,生长在印度南部。尽管印度不同地区已经发布了许多可可品种进行种植,但没有一个品种被推荐专门用于印度东北地区的种植,尤其是阿萨姆邦,那里种植的槟榔是一种重要的经济作物。因此,本研究旨在研究12种可可基因型在生长、荚产量和产量归因性状方面的表现,以供后续研究计划使用。种植五年(2015年至2019年)后三年,记录生长、荚产量和产量归因性状的数据,并使用平均数据进行分析。基因型VTLC11显著提高了株高(2.70m)、茎围(27.73cm)、成块高度(36.16cm)和冠层面积(17.00m2)。各基因型的平均荚产量在20.65至48.40树-1年之间。基因型VTLC19的荚产量(48.40)、鲜豆粒数(34.06)、鲜豆粒重(229.65g)、干豆粒重(119.32g)、单粒干豆重(1.20g)和干豆产量(1.76kg)显著提高。考虑到可可最经济的特性,VTLC19似乎是该地区最适合商业种植的基因型。
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来源期刊
Journal of Plantation Crops
Journal of Plantation Crops Agricultural and Biological Sciences-Agronomy and Crop Science
CiteScore
0.60
自引率
0.00%
发文量
15
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