Feasibility Study on the Linking Project of Urban and Rural Construction Land Increase and Decrease
DOI:
https://doi.org/10.54691/fsd.v3i7.5325Keywords:
Increase Or Decrease Linked Projects; Construction of Beautiful Villages; Guanzhong Area; Quality of Cultivated Land.Abstract
The implementation of increase-decrease linked projects has become an important way to alleviate and improve the development of urban-rural integration. Through the implementation of the project, farmers in the project area live in central villages, settlements or towns, which solves the problem of scattered settlements in the project area. At the same time, the rural infrastructure and farmers' production and living conditions in the project area have been improved, and the construction of beautiful villages has been promoted, and the great goal of rural revitalization in the new era has been achieved. This paper takes the increase and decrease of linked projects in the Guanzhong area as an example. Starting from the current conditions of the study area, the study area is analyzed separately for the reclamation potential, feasibility and benefits after the project is implemented. At the same time, it puts forward the necessary suggestions for the smooth development of the project. Provide the necessary reference.
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References
Shui W,Bai J,Zhang S, et al. Analysis of the Influencing Factors on Resettled Farmer’s Satisfaction under the Policy of the Balance between Urban Construction Land Increasing and Rural Construction Land Decreasing: A Case Study of China’s Xinjin County in Chengdu City[J]. Sustainability, 2014,6(12).
Hu C C,Wang G A,Li Q, et al. The Problem Analysis of the Work of Linking the Increase with Decrease of Urban and Rural Construction Lands[J]. Advanced Materials Research,2013,2480(726-731).
Li Q,Liu S. Summary of Domestic Research on the Linkage of Increase and Decrease of Construction Land[J]. IOP Conference Series: Earth and Environmental Science,2021,781(2).
Agricultural Engineering; Researchers from K.N. Toosi University of Technology Detail Findings in Agricultural Engineering (A GIS-based agricultural land-use allocation model coupling increase and decrease in land demand)[J]. Agriculture Week,2014.
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