摘要
研究目的:对农村居民点整治中的农户心理契约影响因素进行量化分析,为农村居民点整治如何充分体现农民意愿提供决策依据。研究方法:结构方程模型(SEM),信效度分析。研究结果:(1)农户现居住条件满足度与农户搬迁条件心理期望呈正相关关系;(2)农户对农村居民点整治问题较多受到关系型心理契约影响;(3)在各个影响因素中,农民较为重视基础设施、医疗服务、初级教育等因素,而忽略娱乐文化、商业服务等因素。研究结论:在农村居民点整治中,应关注影响农户行为的心理契约因素,引导农户从关注人际交往模式的关系型心理契约向更加关注长远利益、建立互助友爱协作模式的发展型心理契约发展,应逐步加强娱乐文化、商业服务等高层次服务设施建设。
The purpose of this paper is to analyze the impact factors of the behavior of farmers in rural residential land consolidation on the farmers' psychological contract. Method of structural equation modeling (SEM) and reliability analysis were employed. The results showed that: 1 ) there were positive correlation between the evaluation of current living conditions and the psychological expectations of farmers' relocation; 2) farmers were more affected by the psychological contract of relationship type in rural residential land consolidation; 3) in the various factors of the farmers' psychological contract, the farmers comparatively attached importance to the factors of infrastructure, health services, and primary education. However they ignored the factors of entertainment culture and business services. The paper concludes that the factors of the farmers' psychological contract should be concerned in rural residential land consolidation, which affected the behavior of farmers. And the farmers should be guided to develop from the relationship type to the development type. The psychological contract of relationship type pays more attention to the interpersonal mode. The psychological contract of development type pays more attention to the long-term interests andcollaboration model. Meanwhile, the importance and quality of entertainment and culture should be concerned by farmers in order to provide protection to promote social stability and development.
出处
《中国土地科学》
CSSCI
北大核心
2012年第10期48-53,共6页
China Land Science
基金
教育部人文社会科学研究规划基金项目(12YJA630159)
浙江省教育厅科研项目(Y201225542)
关键词
土地整治
农村居民点整治
农户心理契约
结构方程模型(SEM)
路径分析
land remediation
rural residential land consolidation
farmers' psychological contract
structural equationmodeling (SEM)
path analysis