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Evaluation of Production Efficiency of the County-level Crop Farming in He'nan Based on GIS and DEA

机译:基于GIS和DEA的河南县级作物农业生产效率评价

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The aim of this study is to reveal the resource utilization pattern of county-level crop farming production in He'nan in 2010, which can provide scientific basis for formulation of crop farming production policies and adjustment of production elements. The empirical analysis of the production efficiency of 126 country-level crop farming in He'nan in 2010 is conducted by applying GIS software and DEA model from three aspects of "combined efficiency", "technical efficiency" and "scale efficiency" and non-DEA effective states of mechanical power input, pesticide input, effective irrigation area and so on are revealed. The results show that: the average value of the combined efficiency of crop farming in the research period is 0.69 and the county-level spatial differentiation is remarkable; the technical efficiency is the main factors influencing the combined efficiency and its spatial pattern is basically consistent with the spatial pattern of the combined efficiency; the average value of the scale efficiency of crop farming is 0.95, which indicates that the overall scale efficiency of crop farming in He'nan is at a higher level; it further reveals looseness of various input elements in various counties. It is suggested to optimize and adjust the element input amount and input structure by type and improve the combined efficiency of crop farming.
机译:本研究的目的是揭示2010年河南县级作物养殖生产的资源利用模式,可以为制定作物农业生产政策和调整生产要素提供科学依据。 2010年河南126个国家级作物农业生产效率的实证分析是通过从“综合效率”,“技术效率”和“规模效率”和非 - 方面的三个方面DEA有效的机械电源输入状态,揭示了农药输入,有效灌溉面积等。结果表明:研究期间农作物农业综合效率的平均值为0.69,县级空间分化是显着的;技术效率是影响组合效率的主要因素,其空间模式基本上与组合效率的空间模式一致;作物耕作规模效率的平均值为0.95,这表明他在何安农业农业的总规模效率处于更高的水平;它进一步揭示了各个县中各种输入元素的松动。建议通过类型优化和调整元件输入量和输入结构,提高作物养殖的综合效率。

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