严春晓, 刘景芝, 李含悦, 熊晓轶, 宋辉, 张润清. 基于改进关联方法的河北省农产品加工主导产业选择[J]. 农业工程学报, 2018, 34(11): 268-277. DOI: 10.11975/j.issn.1002-6819.2018.11.034
    引用本文: 严春晓, 刘景芝, 李含悦, 熊晓轶, 宋辉, 张润清. 基于改进关联方法的河北省农产品加工主导产业选择[J]. 农业工程学报, 2018, 34(11): 268-277. DOI: 10.11975/j.issn.1002-6819.2018.11.034
    Yan Chunxiao, Liu Jingzhi, Li Hanyue, Xiong Xiaoyi, Song Hui, Zhang Runqing. Choice of leading industry of agro-product processing in Hebei Province based on improved industrial linkage analysis[J]. Transactions of the Chinese Society of Agricultural Engineering (Transactions of the CSAE), 2018, 34(11): 268-277. DOI: 10.11975/j.issn.1002-6819.2018.11.034
    Citation: Yan Chunxiao, Liu Jingzhi, Li Hanyue, Xiong Xiaoyi, Song Hui, Zhang Runqing. Choice of leading industry of agro-product processing in Hebei Province based on improved industrial linkage analysis[J]. Transactions of the Chinese Society of Agricultural Engineering (Transactions of the CSAE), 2018, 34(11): 268-277. DOI: 10.11975/j.issn.1002-6819.2018.11.034

    基于改进关联方法的河北省农产品加工主导产业选择

    Choice of leading industry of agro-product processing in Hebei Province based on improved industrial linkage analysis

    • 摘要: 为准确把握河北省农产品加工业发展的优劣势,确定应重点扶持的主导产业,该文借鉴中国学者邓聚龙提出的灰色系统理论,对邓氏关联度模型的适用条件进行剖析,提出在研究数据顺序可以调整的行为指标序列关联度问题时,用区间值象代替初值象或均值象,用1和0代替绝对差值最大最小取值的改进思路,以解决因序列始点数据和参照序列变化带来计算结果不唯一以及无量纲化处理可能破坏数据内在关系等问题;从投入产出理论产业关联的本质内涵分析,提出在研究某部门对国民经济的影响力大小时,通过构建虚拟最优前向后向效应参照序列,综合分析其与所有部门的关联效应的优化思路,以更客观真实地反映该部门的拉动推动作用。以2012年河北省139部门投入产出表和2013-2016年农产品加工业统计资料为基础数据来源,采用改进关联度分析方法对17类农产品加工业部门进行综合评价,结果表明:河北省皮毛羽丝加工、棉麻纺织业主营业务收入比例分别位居全省第1、第2位,加权综合优势评价分别位居全省第1、第2位,关联度综合优势评价分别位居全省第2、第1位;中药加工、乳品加工、粮食加工、植物油加工、果蔬加工业加权综合优势评价分别位居全省第4、第5、第6、第7、第8位,关联度综合优势评价分别位居全省第7、第4、第9、第8、第11位,应作为主导产业有针对性地予以重点扶持。研究结果对河北省实施农产品加工业提升行动有参考价值。

       

      Abstract: Abstract: In order to guide the agricultural product processing industry in Hebei Province specifically in the high-quality and fast development track, we analyze the applicable conditions of the Deng's grey incidence model based on the Chinese scholar Deng Julong's grey system theory. When studying the correlation of behavior index sequence whose data order can be changed, we put forward the improved method by using interval value quantization algorithm instead of initial value or average value quantization algorithm, and using the data 1 and 0 instead of the absolute difference between maximum and minimum value. This can not only solve the problem of different results due to the change of starting point data sequence and reference sequence, but can also solve the problem of destroying the intrinsic relationship of data by dimensionless processing. In order to reflect the certain sector's impact on national economy and based on the input-output theory, this paper builds the forward and backward virtual optimal reference sequence and studies the correlation effect among this sector and others. The data come from the input-output tables of 139 sectors of Hebei Province in 2012 and other agricultural product processing industry statistical data from 2013 to 2016. According to the national economy industry classification standard and research needs, based on Hirschman industry relevancy criteria, Rostow industrial diffusion effect criteria and Ricardo's comparative advantage criteria, 17 categories of agricultural processing sectors are selected as the research objects, and 8 evaluation indices have been determined, including influence coefficient, response coefficient, main business income ratio, proportion of exports and domestic selling outside the province, economic benefit coefficient, economic growth rate, economic technology coefficient and the structure of the labor input coefficient. The high correlation coefficients such as economic benefit coefficient, economic technology coefficient and the structure of the labor input coefficient are processed based on the improved grey correlation analysis method and calculation of 8 categories of correlation indices. Then the optimization analysis on the influence coefficient and response coefficient is performed. Finally, 6 evaluation indices are determined to evaluate the 17 categories of agricultural processing sectors comprehensively. The results show that the comprehensive evaluation of the fur feather silk industry is the best, with main business income at the 1st place, and the total of exports and domestic selling outside Hebei Province at the 2nd place. The economic benefit coefficient, response coefficient and economic growth rate of this industry are all in the top 5. The comprehensive evaluation of cotton and jute products industry is at the 2nd place. Same as fur feather silk industry, it becomes the key part of business main income and export products of agricultural processing in Hebei Province. The Chinese medicine processing industry ranks the 4th with excellent economic growth rate and economic benefit. This result meets the strategic deployment of revitalizing the traditional Chinese medicine career and developing the Chinese medicine characteristic industry. The comprehensive evaluation of dairy products industry is at the 5th place with response coefficient, export or outflow outside province domestically and economic growth rate at the 5th, 6th and 2nd place respectively. This industry develops well. The comprehensive evaluation of grain and plant oil processing industry ranks the 6th and 7th respectively, which indicates large capacity of grain and oil production in Hebei Province. It has a good effect on the national economy and increases the income of main business. The fruits and vegetables processing industry ranks the 8th with 9.4% of the average annual main business revenue growth, which reflects the obvious effect on agriculture transformation and upgrading in Hebei Province as the second largest vegetable production province in China. The comprehensive evaluation of rubber manufacturing industry ranks the 9th with economic benefit, growth rate and main business income all at the 6th or 7th. It is concluded that the 5 edible agricultural processing industries and 3 traditional processing industries have high competitive advantages and should be supported as the leading industries. Although the comprehensive evaluation of the sugar industry is better, it is too small to be the leading industry. This paper makes innovation in correlation analysis method and provides an important reference to the agricultural processing industry improvement in Hebei Province.

       

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