Effect of Detasseling and Defoliation in the Yield of Sweetcorn in Khotang District of Nepal

P. Bhandari, S. Poudel, M. Aryal, S. Dhungana
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Abstract

As maize is a C4 plant it is expected to have greater productivity however, its production and productivity are not found to its potential. Therefore, to evaluate the effect of detasseling and defoliation to increase the productivity, a field experiment was conducted on sweetcorn at Khotang, Nepal in 2021. The study was executed in Randomized Complete Block Design (RCBD) with three replications and seven treatments. The results revealed that number of kernels (608.46), number of rows (15.20), 1000 grains weight (210.68gm) were recorded significantly higher in the plot where 50% plants were detasselled. It clearly shows that 50% detasseling is one of the best options to enhance the yield of sweetcorn followed by detasseling + defoliation of all leaves leaving three leaves below the ear.
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脱穗和落叶对尼泊尔Khotang地区甜玉米产量的影响
由于玉米是一种C4植物,它有望具有更高的生产力,然而,它的产量和生产力并没有发现它的潜力。因此,为了评估脱穗和落叶对提高产量的影响,我们于2021年在尼泊尔Khotang对甜玉米进行了田间试验。该研究采用随机完全区组设计(RCBD), 3个重复,7个处理。结果表明,50%脱穗处理的子粒数(608.46)、行数(15.20)、千粒重(210.68gm)显著高于对照组。结果表明,50%脱穗是提高甜玉米产量的最佳选择之一,其次是脱穗+全叶脱叶,穗下留三片叶子。
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来源期刊
CiteScore
1.00
自引率
0.00%
发文量
4
审稿时长
16 weeks
期刊介绍: The Journal of Agriculture and Environment for International Development is an international, multidisciplinary journal dealing with agricultural production, food security, environment, remote sensing and natural resources evaluation, economics and social science, rural development and soil science. The Journal publishes scientific, technical and extensional papers concerning activities devoted to Developing Countries and Countries in transition. The language of the Journal is English. Starting from 2015, papers in other languages will not be accepted.
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