Zhao Yun-tai, HUANG Xian-jin, ZHONG Tai-yang, et al. Simulating Fallow Land at Regional Scale:Size and Spatial Distribution[J]. Bulletin of Soiland Water Conservation, 2011, 30(5): 103-107.
Zhao Yun-tai, HUANG Xian-jin, ZHONG Tai-yang, et al. Simulating Fallow Land at Regional Scale:Size and Spatial Distribution[J]. Bulletin of Soiland Water Conservation, 2011, 30(5): 103-107.DOI:
Based on the analysis of current status of land use in China and the research findings on land retirement from abroad
the authors suggested that land retirement could be an alternative practice for future cultivated land protection in China.Land retirement as a part of sustainable land use
can improve the quality of cultivated land and regional ecological environment
and ensure national long-term food production capacity and food security.Considering the requirement of national food security
a feasible size of land retirement was estimated.An index system consisting of natural environmental quality
utilization intensity of cultivated land and socio-economic development
was constructed to evaluate the regional suitability of land retirement for identify suitable sites for land retirement.Virtual research on land retirement of Tongzhou City of Jiangsu Province was carried out under different development scenarios.The results show that the practicable size of land retirement in Tongzhou City ranged from 661hm2 to 6 410hm2 under different development scenarios. The land retirement areas were mainly distributed in Shigang Town
Qi′an Town and Chuanjiang Town
etc.The virtual research provides a useful reference for the future land retirement policy making in China.