摘要
运用AHP法、TOPSIS法分别确定各粮食生产技术指标的主、客观权重,并确定组合权重;采用灰色关联分析方法综合评估粮食生产技术,构建粮食生产技术评估体系;并以河南省为例,建立河南省粮食生产技术评估体系,量化评估发现机械化技术、化肥施用技术、农药施用技术、农田基本建设技术、灌溉技术是影响河南省粮食产量的关键粮食生产技术,耕作技术等4项技术为粮食生产技术的辅助技术,且河南省粮食生产技术还有很大的投入潜力;最后,基于筛选结果提出粮食生产技术适用新思路,为科学使用粮食生产技术提出政策建议。
The AHP method and the TOPSIS method were used to determine the subjective,objective weights of each grain production technical indicator,and the combined weight.The grey relational analysis method was adopted to comprehensively evaluate the grain production technologies,and a grain production technologies evaluation system was thus established.And take Henan Province as an example,the technical evaluation system of grain production in Henan Province was established,and though the quantitative evaluation it was found that mechanization technology,chemical fertilizer application technology,pesticide application technologies,field management technology,farmland construction technology and irrigation technologies were the key grain production technologies which affected the grain production output in Henan Province,and farming techndogy and other three technologies It was also found that the auxiliary technologies of grain production technologies,It was also found that the grain production technology of Henan Province still had great input potential.Finally,based on the screening results,the paper puts forward new ideas for the application of grain production technologies,and puts forward policy suggestions for the scientific use of grain production technologies.
作者
张淑华
黄高彦
张一帆
李炳军
ZHANG Shuhua;HUANG Gaoyan;ZHANG Yifan;LI Bingjun(College of Information and Management Science, Henan Agricultural University, Zhengzhou 450046, China;College of Business Management, Royal Agricultural University, Gloucester GLTGJS, England)
出处
《河南农业大学学报》
CAS
CSCD
2021年第2期356-363,共8页
Journal of Henan Agricultural University
基金
河南省软科学研究重点项目(202400410051)
河南省软科学项目(172400410015)。
关键词
灰色关联分析
AHP法
TOPSIS法
粮食生产技术
藏粮于技
grey relational analysis
AHP method
TOPSIS method
grain production technology
storing grain in technology
