摘要
Since 2003, China has carried out the pilot of collective forest tenure reform (CFTR). Inrecent years, there have been lots of researches about evaluation of the CFTR, which are, however,mostly qualitative research with little focus on the quantitative research. This paper used the AnalyticHierarchy Process (AHP) and expert assignment method to define the comprehensive evaluation indexes and monitoring indexes of the CFTR. In this study, the authors did a quantitative evaluation of the CFTR in Shaowu, Fujian Province, which was scored as 0.844, indicating more significant effect. The authors investigated 100 farmer households there, and the data showed that the average household income has grown by 49.2% in the 6 years after the CFTR implementation, while the forestry incomehas grown by 108.3%, indicating that farmers’ income increased significantly after the CFTR. Factor analysis shows that CFTR has been the key factor to increase farmers’ income.
Since 2003, China has carried out the pilot of collective forest tenure reform (CFTR). Inrecent years, there have been lots of researches about evaluation of the CFTR, which are, however,mostly qualitative research with little focus on the quantitative research. This paper used the AnalyticHierarchy Process (AHP) and expert assignment method to define the comprehensive evaluation indexes and monitoring indexes of the CFTR. In this study, the authors did a quantitative evaluation of the CFTR in Shaowu, Fujian Province, which was scored as 0.844, indicating more significant effect. The authors investigated 100 farmer households there, and the data showed that the average household income has grown by 49.2% in the 6 years after the CFTR implementation, while the forestry incomehas grown by 108.3%, indicating that farmers’ income increased significantly after the CFTR. Factor analysis shows that CFTR has been the key factor to increase farmers’ income.
基金
funded by the Special Research Program for Public-welfare Forestry "Dynamic Monitoring and Evaluation System Research on Typical Area of CFTR (200804026)"
