Dynamic simulation of sustainable development mode in mining area in low carbon environment 
Zhang Jingwei, Tao Yu, Yang shuwang
Progress in Machines and Systems, Vol. 6, No. 1, 2017.
DOI: 
Link: http://www.dline.info/pms/fulltext/v6n1/pmsv6n1_1.pdf
Abstract:
Properly handling and coordinating the relationship between four closely linked factors of population, resources,
environment and economy is an important way for better survival and development at this stage. Mineral resources as
precious resources of national economy construction, promote the economic prosperity in mining area and social progress
through the development and utilization in an appropriate way. The excessive development of mineral resources will result
in constant deterioration of ecological environment, gap of peopleâ€™s income and single industrial structure of enterprise, thus
the sustainable development in mining area is impossible to be realized. According to dynamic principle, this study divides
complex mining system into four subsystems, i.e., society, economy, resource and environment, and sets up a dynamic system
model based on operational mechanism chart and cause and effect diagram of each subsystem in mining area; then simulates
the model and analyzes the results by applying model validity. Finally a better strategy is obtained to realize sustainable
development mode in mining area.