ANALISIS FINANSIAL TEKNOLOGI SISTEM TANAM JAJAR LEGOWO PADA USAHATANI PADI DI LAHAN SAWAH IRIGASI

Teguh Prasetyo, Cahyati Setian, Muniri Eti Wulandari
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Abstract

Efforts to maintain the productivity of rice farming land in a sustainable manner by applying location- specific technological innovations. Jarwo technology research aims to determine the productivity andprofits of rice farming. The research method used is to compare Jarwo technology with farmerpatterns in rice farming. Data collection is done by means of periodic observations. The data collectedincludes productivity, output, and input of rice farming. Data were analyzed using evaluation methodand cross tabulation. The results showed that the average productivity of rice using Jarwo technologywas 8.90 tons/ha GKP, while the average yield of rice productivity by farmers was 7.80 tons/ha GKP. Milled dry grain (GKG) with a moisture content of 11-12% in Jarwo technology farming is 6.14 tons/ha, while the average productivity of rice using farmer-pattern technology is 5.23 tons/ha. The labor costof rice farming on Jarwo technology is 66.36% of the total cost, while the labor cost of farmingtechnology is 67.32%. The selling value of GKP rice with Jarwo technology is higher than the farmerpattern. Rice productivity and farming profits with Jarwo technology are considered higher with an R/Cratio value of 3.91, while in farming the R/C ratio is 3.85. Jarwo technology has the potential to bewidely developed, it is recommended that massive dissemination be carried out followed by intensiveassistance, both by formal officers and independently.
经济技术分析了灌溉稻田的水稻种植系统JAJAR LEGOWO
通过应用特定地点的技术创新,努力以可持续的方式保持水稻种植土地的生产力。Jarwo技术研究的目的是确定水稻种植的生产率和利润。采用的研究方法是将Jarwo技术与水稻种植中的农民模式进行比较。数据的收集是通过定期观察来完成的。收集的数据包括水稻种植的生产率、产量和投入。采用评价法和交叉表法对数据进行分析。结果表明,采用Jarwo技术的水稻平均产量为8.90吨/公顷GKP,而农民的平均产量为7.80吨/公顷GKP。在Jarwo技术耕作中,水分含量为11-12%的碾磨干粮(GKG)为6.14吨/公顷,而使用农民模式技术的水稻平均生产力为5.23吨/公顷。Jarwo技术水稻种植的人工成本占总成本的66.36%,而种植技术的人工成本占总成本的67.32%。加沃技术GKP水稻的销售价值高于农户模式。使用Jarwo技术的水稻生产率和农业利润较高,R/ ratio值为3.91,而在农业中R/C比值为3.85。Jarwo技术具有广泛发展的潜力,因此建议进行大规模传播,然后由正式官员和独立人员提供密集援助。
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