Research on Spatio-land Development and its Pattern Optimization:Status-quo Review,Strategic Orientations,Technology Paths and Overall Framework
YU Feng;ZHANG Lijun;LI Xiaobo;FU Rong;State Key Laboratory of Earth Surface Processes and Resource Ecology,College of Resources Science and Technology,Beijing Normal University;Information Center of Ministry of Land and Resources;
Research objectives: Spatio-land development is a foundation and an important component of national development strategies. The optimization of national spatio-land development patterns,and the coordination of space allocation among production,life,and ecology is a key task and fundamental way for China to achieve the sustainable development in the next 20 years. Research methods: literature study,theoretical analysis and conceptual design.Research results and conclusions:(1) the research on spatio-land optimization development is in the ascendant,which is used greatly potentially in multiple data fusion,simulation forecast of spatio-temporal changes to space pattern,space development pattern evaluation,and optimization pattern evaluation model and standard;(2) in the next 20 years,China should focusedly and vigorously advance ecological civilization construction,and build the national new,secure,harmonious,open,competitive,sustainable,and beautiful land patterns,by means of the implementation of the spatioland optimized development strategy with functional differentiation and multi-center networks set up organically by "points,and line(axis),and surface";(3) land space optimization development research should focus on the promotion of relationship coupling and forecast of spatio-land development spatio-temporal pattern,scene simulation and optimization,perfect policy recommendations,in order to form spatio-land development optimization model and carry out demonstration for application,and to guide and control the future spatio-land development,and direct the compilation and implementation of regional and provincial land planning based on space patterns.
【Fund】： 国土资源部公益性行业科研专项“中国多目标国土空间规划支撑技术研究与应用”(20101101);; 国土资源部软科学研究项目“我国生态用地时空演变规律及生态用地保护政策研究”(201410)
【CateGory Index】： F205
【CateGory Index】： F205