辽宁农业科学Issue(5)：41-48,8.DOI:10.3969/j.issn.1002-1728.2024.05.007
基于PMC指数模型的国家农高区政策量化评价研究
Research on Quantitative Evaluation of National Nonggao District Policies Based on PMC Index Model
摘要
Abstract
To optimize the policy system of China's agricultural and high-tech zones,this article takes 16 na-tional and provincial policy texts on agricultural and high-tech zones since 1997 as the research object.Based on the frequency search using NVivo 12 software,the PMC model is used to quantitatively evaluate the 16 pol-icy texts.Research has found that the average PMC index of 16 policies is 7.36,which is generally at an ex-cellent level.Among them,there are 8 excellent level policies and 8 qualified level policies,indicating that the policy design of the National Agricultural High tech Zone has certain feasibility,but there is still room for improvement;Comparing policy P4 with P16,P4 focuses on overall planning,while P16 covers more detailed and comprehensive content.Based on policy analysis results,the following suggestions are proposed:anchor the goal of building a strong agricultural country and strengthen the long-term development plan of agricultural high-tech areas;Adhere to the trend of technology and industrial revolution,strengthen the demonstration and leadership of industrial technology;Explore a talent reserve mechanism that combines education and talent de-velopment,and continuously introduce strategic and innovative talents;Promote innovation in the technology and finance system,and introduce financial support policies for the agricultural and high-tech zones;Focusing on the development needs of new quality productive forces,optimize public service policies in agricultural and high-tech areas.关键词
国家农高区/农高区政策/政策量化评价/PMC指数模型Key words
National Nonggao district/Policy of high agricultural district/Quantitative evaluation of policy/PMC index model分类
社会科学引用本文复制引用
陈丽雪,郭晓丽,何云峰..基于PMC指数模型的国家农高区政策量化评价研究[J].辽宁农业科学,2024,(5):41-48,8.基金项目
山西农业大学"特""优"农业高质量发展科技支撑工程项目(TYGC24-74) （TYGC24-74）
山西农业大学社会科学研究振兴振兴工程项目(2024YB-23) （2024YB-23）
