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A System Dynamics Simulation of Rice Agroindustry Development by Divestment Pattern for Increasing Rice Production and Farmer Income

机译:剥离模式发展水稻农产增产增收的系统动力学模拟

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About 60 percent of world populations and most of Indonesian people, rice is a staple food that must be available throughout the year. Therefore the existence of a rice mills for rice production become vital. The rice mills need to be developed continually in order to support an increasing of domestic rice production. To increase rice production, postharvest loss can be reduced by replacing the old rice mills with the modern ones. By divestment pattern, a group of farmers can own and operate a rice mill, so they get an additional income from the operation of the rice mill. The main objective of this research was to findout the best scenario for a rice agroindustry development through divestment of ownership to the group of farmers. A system dynamics simulation methodology was applied in this research, with a case study in Cianjur District as a one of main area rice producer in West Java. The result from system dynamics simulation showed that the investment of 10 units of rice mill per year along 10 years by divestment pattern will developed 212 units of rice mill that enough to mill the paddy produced by Cianjur District farmers groups.
机译:大米是世界上约60%的人口,也是印度尼西亚大多数人的主要食品,全年都必须供应。因此,存在用于生产大米的碾米厂变得至关重要。为了支持国内稻米产量的增加,需要不断发展稻米厂。为了提高稻米产量,可以通过用现代稻米厂代替旧稻米厂来减少收获后的损失。通过撤资模式,一群农民可以拥有并经营一家碾米厂,因此他们从碾米厂的经营中获得了额外的收入。这项研究的主要目的是通过将所有权转让给农民群体,找到水稻农产工业发展的最佳方案。本研究采用了系统动力学模拟方法,以西爪哇省主要的稻米生产国之一的先祖尔地区为例。系统动力学模拟的结果表明,按照撤资方式,每年在10年内每年投资10台碾米机将开发212台碾米机,足以碾碎Cianjur区农民团体生产的稻谷。

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