努力增加马鲁库北部局部果甘薯品种的产量

T. Hartati, Chumidach Roini, Indah Rodianawati
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引用次数: 0

摘要

增加木薯产量的目的是根据需要和需求提高产量,保持高产,因此增加鲜块茎重量的目标需要通过发展栽培技术的方法来实现。本研究旨在探讨木薯扦插、切片方式和芽数对作物生长和产量的影响。该研究使用了来自北马鲁古托贝洛的当地品种木薯插枝。本研究采用因子随机区组设计,第一因子为插穗切片模型,分为平片、单片、双面切片3个水平;第二因子为插穗数量,分为1芽、2芽、3芽3个水平。每次治疗重复3次,共有27个试验单位。结果表明,双面切片模型处理在各观测参数上的平均值最高,而芽数处理中,1芽数的平均值最高。双面切片模式处理的木薯产量最高,芽数为15.96吨/公顷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Upaya Meningkatkan Hasil Tanaman Ubi Kayu Varietas Lokal Maluku Utara
The increasein cassava production is aimed at increasing yields that remain high according to needs and demand, therefore the target of increasing the weight of fresh tubers needs to be achieved with the method of development of cultivation technology. This research aims to examine the influence of cuttings sliced models and the number of shoots on the growth and yield of cassava crops. The study used local variety cassava cuttings from Tobelo, North Maluku. The study was arranged in factorial Randomized Block Design, as the first factor is the cuttings sliced model, consisting of 3 levels namely flat slice, one-sided sliced, and two-sided sliced, and the second factor is the number of buds consisting of 3 levels namely one bud, two buds, and three buds. Each treatment is repeated 3 times so there are 27 trial units. The results showed the treatment of the two-sided sliced model provided the highest average value on all observation parameters, while in the treatment of the number of buds, the number of buds one tended to provide the highest average value. The highest cassava production result was obtained in the combination of two-sided sliced model treatment with the number of buds one which is 15.96 tons ha-1.
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