Production of Radish Plants (Raphanus sativus) Due to Giving Bokashi and SP-36

U. Kaho, Joritha Naisanu
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Abstract

Radish plants as a food ingredient, almost all parts of the plant can be eaten raw as fresh vegetables or cooked as vegetables. The community's need for radish continues to increase as indicated by an increase in the amount of production. In 2018 radish production was recorded at 32,381 tons, in 2019 production decreased to 27,279 tons, while in 2020 production increased again to 39,048 tons. The solution in increasing radish production is by fertilizing using organic and inorganic fertilizers. The aim is to determine the interaction between SP-36 and bokasih on radish crop yields. The plan utilized was a randomized block plan (RBD) in a factorial example with two variables. The outcomes acquired: The treatment of bokashi and SP36 composts meaningfully affected plant level, number of leaves, tuber length, tuber distance across and tuber weight of radish plants. The connection between the utilization of Bokashi and SP36 composts gave the best outcomes on the normal plant level, number of leaves, tuber measurement and tuber weight of radish plants.
由于给予Bokashi和SP-36的萝卜生产(Raphanus sativus
萝卜作为植物的一种食材,植物的几乎所有部分都可以作为新鲜蔬菜生吃或作为蔬菜煮熟食用。从产量的增加可以看出,社区对萝卜的需求继续增加。2018年萝卜产量为32381吨,2019年产量下降至27279吨,而2020年产量再次增加至39048吨。增加萝卜产量的解决办法是施用有机和无机肥料。目的是确定SP-36和波卡西对萝卜产量的相互作用。所使用的计划是一个随机块计划(RBD)在一个阶乘的例子有两个变量。结果表明:bokashi和SP36堆肥处理对萝卜植株水平、叶片数量、块茎长度、块茎间距和块茎重量均有显著影响。在萝卜植株正常水平、叶片数、块茎体积和块茎重量方面,柏克施与SP36堆肥的配合比效果最好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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