Vicky Virdaus Mulyadi, Ahmad Rifqi Fauzi, M. Taufikurrahman
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引用次数: 0

摘要

大米是印度尼西亚的战略商品,需要通过有效的种植系统来增加产量,以应对未来有限的水和劳动力。移栽系统(TPR)是印度尼西亚水稻种植的一种流行方法,它需要太多的投入。另一方面,直接播种(DSR)早已为人所知,并被认为在劳动力和水的使用方面更有效。本研究旨在确定在Rantewringin村TPR和DSR两种种植方式的比较,哪种种植方式对农民更有利,并确定一种高效的种植体系。该研究于2020年8月至9月进行。采用定性和定量相结合的方法,抽样采用目的性抽样,分析工具采用农场分析法和SWOT分析法。经可行性分析,Tapin系统的接受值大于Tabela系统,但Tabela系统的利润高于Tapin系统。农业分析结果表明,农业、Tapin系统和Tabela系统的可行性是可行的(R/C比> 1)。IFAS和EFAS分析表明,Tapin系统在水充足的条件下具有较好的生长能力,但在水和劳动力受限的情况下受到威胁。同时,桌耕具有在有限的水分条件下进行的能力和高效的劳动力利用。分析结果表明,在缺水条件下,油菜栽培是一种高效、经济的替代技术。为了更广泛的应用,Tabela系统还需要进一步的开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
KOMPARASI SISTEM PINDAH TANAM DAN TANAM BENIH LANGSUNG BUDIDAYA TANAMAN PADI (Oryza sativa L.) DI DESA RANTEWARINGIN-KEBUMEN, JAWA TENGAH
Rice is a strategic commodity for Indonesia and needs to increase its production with an efficient cultivation system to face limited water and labor in the future. The transplanting system (TPR) was a popular method for rice cultivation in Indonesia, and it needed too much input. On another side, direct seeding (DSR) has long been known and considered more efficient in labor and water used. This study aims to determine the comparison of cultivation methods of TPR and DSR, which are more profitable among farmers in Rantewringin village, and to determine an efficient cultivation system. This research was carried out in August-September 2020. The methods used were qualitative and quantitative, sampling was purposive sampling, and the analysis tools used farm analysis and SWOT. The results of the feasibility analysis that has been carried out, the acceptance value of the Tapin system is greater than the Tabela system, but the profit of the Tabela system is higher than the Tapin system. The results of the farming analysis show that the feasibility of farming, the Tapin system, and the Tabela system are feasible (R/C ratio > 1). Analysis of the IFAS and EFAS shows that the Tapin system has the power to produce better growth in water-sufficient conditions but is threatened in a water- and labor-constrained position. Meanwhile, Tabe cultivation has the power to be carried out in limited water conditions and is efficient in using labor. The analysis results indicate that Tabela cultivation can be an efficient and profitable alternative technology in conditions of lack of water. The development of the Tabela system is still needed for broader application.
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