帝汶岛农业生态系统中巴厘牛种群发展的系统动力学分析

A. M. Fuah, A. Yani, R. Priyanto, B. P. Purwanto, Jefirstson Richset Riwukore, F. Habaora
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引用次数: 1

摘要

在东努沙登加拉省帝汶岛发展巴厘岛的牛种群,可能会带来牛种群问题。本研究的目的是利用系统动力学对帝汶岛农业生态系统中巴厘牛种群的发展进行分析和预测。该研究于2018年1月至9月进行。根据库邦县和库邦市农业生态系统的特点,有针对性地确定了研究地点。这项研究使用了60头巴厘岛牛,涉及102名牧场主受访者。进行了访谈和实地观察,以获得主要和次要数据。数据分析是通过使用Powersim构建系统动力学并解释未来30年的模拟结果来完成的。系统动力学分析结果表明,由于牧场主目前的行为,巴厘岛牛的数量在未来19或25年内会下降。促成因素包括每年达到29.6%的小牛死亡率;巴厘岛奶牛的死亡率每年高达14.1%;产仔间隔22个月;传统的农场管理不经济;牲畜出口率达到每年总人口的29.5%。需要牧场管理干预措施和农场政策来减少影响牛生产力的因素,以维持帝汶岛巴厘岛牛的数量,特别是在农业生态系统中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of the Development of Bali Cattle Population in Agriculture Ecosystem of Timor Island using System Dynamics
Developing Bali cattle population in Timor Island, East Nusa Tenggara province carries a potential issue regarding cattle population. The objective of this research was to conduct an analysis and projection of the development of Bali cattle population in the agricultural ecosystem in Timor Island using system dynamics. The research was conducted from January to September 2018. The research location was determined purposively based on the characteristics of the agricultural ecosystem located in Kupang Regency and Kupang City. The research used 60 Bali cattle and involved 102 rancher respondents. Interviews and field observations were conducted to obtain primary and secondary data. Data analysis was done by building a system dynamics using Powersim and interpreting the simulation results for the next 30 years. The analysis results of the system dynamics showed that a declining population of Bali cattle over the next 19 or 25 years due to the ranchers' current behavior. The contributing factors included calf mortality that reached 29.6% per year; Bali cow mortality was up to 14.1% per year; calving interval was 22 months; traditional farm management that it is not economical; and the rate of livestock export reached 29.5% per year of the total population. Rancher management interventions and farm policies to reduce the inhibiting factors of cattle productivity are needed to maintain the population of Bali cattle in Timor Island, especially in the agricultural ecosystem.
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