This paper, aiming at mitigating opaque information and policy loophole, uses compensation application as signal to establish a signal gaming model based on ecological compensation of local government under pollution industrial migration, which is applied to discuss its gaming balance under different conditions, and to analyze effective compensation mechanism of industrial migration sender to receiver, providing references for governmental ecological compensation and central governmental supervision. Complete success of separated balance as the premium solution exists, initiative compensation application is working in mitigating opaque information. Receiver shall consider to match ecological compensation in terms of its emission reduction, and sender shall accordingly give the compensation. Appropriate punishment is key to the balance in reaching a social premium balance when sender ‘s punishment meetsFt

This paper establishes a dynamically optimized model of sustainable development for Hebei's water resource, water environment and social economy based on input/output table, and uses LINGO software to simulate the economic growth in different scenarios under dual constraints of water resource and environment. In the case of optimized scenario (comprehensive scenario), industrial adjustment, fiscal allowance for recycling water and southwaternorthtransfer, introduction of waste water processing technology can promote the sustainable development of Hebei's water resource, environment and economy. COD emission will be reduced by 10% in 2025 compared to the year of 2015. Economic growth rate will be 7.51% annually from 2007 to 2025. Industrial structure will be optimized to 12∶32∶54 in 2025 among the three industries. Water use in agriculture, industry, living and landscaping will be optimized to 59%, 21%, 12% and 8%. Underground water, surface water, recycling water and input water will be optimized to 63%, 16%, 7% and 13%. Hebei provincial government will provide fiscal allowance 7.813 billion RMB in water resource supply, of which 5.225 in newlyconstructed waste water plants, and 2.588 in recycling water piping.

This paper, based on China's 30 provinces' panel data from 1999—2010, estimates their carbon emission quantity per year, and applies static and dynamic panel data models to study through cases the factors of carbon emission. The results show a topdown U curve between carbon per capita and carbon emission per capita. The major factors are composed of energy consumption structure, urbanization level and industrial structure. The current carbon dioxide emission per capita rises with the last emission. Intensifying research & development and trade openness can suppress carbon dioxide emission.

The industrial heritages in resources-based cities can be developed as a kind of tourism resource, good for attracting investment and increase financial income. This paper, based on the conditions of developing tourism resources, can combined with tourists' psychology for industrial heritages, studies the general principles to develop the industrial heritages into tourism resources, and present the approaches, which need capital, policies, public involvement, and innovation.