综合耕作系统(本地牛-粮食作物)的发展潜力

F. H. Elly, A. Lomboan, C. Kaunang, M. L. Rundengan, Z. Poli, S. Syarifuddin
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引用次数: 13

摘要

当地养牛业是农村地区农民的一项收入来源,大多是传统发展方式。当地的养牛场仍在继续,尽管它是一个副业,但它是支持全国牛肉需求的支柱。问题是当地的牛和粮食作物的整合是否有潜力由农民开发。本研究旨在确定北博朗蒙贡多县当地牛与玉米的潜在整合。采用有目的抽样的调查方法,从实行牛-作物综合耕作的Sangkub区选择了60名农民。数据进行了近似值分析和可行性分析。结果表明,调查对象共有牛209头。饲料由草料和玉米废料组成,平均食用量分别为5.33和11.15 kg/头/天。废玉米的干物质含量为86.48%,粗蛋白质含量为7.36%,脂肪含量为1.84%,粗纤维含量为28.95%,灰分含量为9.10%,碳水化合物含量为68.18%。受访者在Bintauna和Sangkub地区养牛的收入为1.51亿卢比对169,900,000卢比,生产成本为101,150,625卢比对107,298,593.8卢比,RC比为1.49对1.58。综上所述,玉米废弃物消耗量(67.66%)大于牧草。RC值为>1,表明养牛是可行的。玉米-牛养殖一体化系统可以最大限度地减少环境污染,因为它实现了LEISA(低外部投入可持续农业)的概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development Potential of Integrated Farming System (Local Cattle - Food Crops)
Local cattle farming as an income source for farmers in rural areas is mostly developed traditionally. The local cattle farm continues, even though it is a side business, but is a mainstay in supporting national beef needs. The problem is whether integration of local cattle and food crops have the potential to be developed by farmers. The research was conducted to determine the potential integration of local cattle local and corn in North Bolaang Mongondow Regency. A survey method using a purposive sampling selected 60 farmers from Sangkub District where farmers practiced an integrated cattle-crops farming. Data were subjected to proximate and feasibility analysis. The results showed that the total cattle owned by respondents were 209. The feed consisted of grass and corn waste, with an average consumption of 5.33 and 11.15 kg/head/day, respectively. A proximate analysis of waste corn reported 86.48% dry material, 7.36% crude protein, 1.84% fat, 28.95% crude fiber, 9.10% ash and 68.18% carbohydrate.  Respondents' income from cattle farming in Bintauna and Sangkub Districts were Rp. 151,000,000 vs. Rp. 169,900,000, production costs were Rp. 101,150,625 vs. Rp. 107,298,593.8, and RC ratio was 1.49 vs. 1.58. In conclusion, corn waste consumption was greater (67.66%) than the grass. RC ratio value >1 indicated that cattle farming was feasible. The corn-cattle farming integration system can minimize environmental pollution because it enables the concept of LEISA (Low External Input Sustainability Agriculture).
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