The economic growth of China has led to increasing growth disparities between regions. Such disparities are uncontrolled and are severely negative symptoms in the process of economic development. On the basis of syste...The economic growth of China has led to increasing growth disparities between regions. Such disparities are uncontrolled and are severely negative symptoms in the process of economic development. On the basis of system dynamics(SD) modeling and the relationship between industrial relocation and regional economic growth, we construct a model of the interrelationship between the two aforementioned phenomena. The model is an effective and creative exploration for examining effects of industrial relocation on Chinese regional economic growth disparities. The SD model is employed in this study to build an inter-regional labor migration SD model, an inter-regional capital migration SD model, an intra-industry SD model, an intra-regional population SD model, and an intra-regional SD model which are based on realities in labor and capital flow from the view of industrial relocation. VENSIM software is utilized to perform a system simulation based on the data of the eastern, middle, and western regions from 2000 to 2010. Results show that industrial relocation gradually narrows the relative disparity in GDP among the three regions. Moreover, the absolute one is enlarged continuously. The absolute and relative disparities in per capita GDP among eastern, middle, and western regions generally exhibit decreasing trends.展开更多
In this study, we use the ARDL bounds testing procedure suggested by Pesaran （2001） and modified version of the Granger causality test proposed by Toda and Yamamoto （1995） to test the robustness of the causality e...In this study, we use the ARDL bounds testing procedure suggested by Pesaran （2001） and modified version of the Granger causality test proposed by Toda and Yamamoto （1995） to test the robustness of the causality effect between military expenditure and economic growth in 4 Asian countries, two industrial countries （South Korea and Malaysia）, and others are developing countries （Iran and Saudi Arabia）, from 1988 to 2006 years, data series obtained from word development indicator （WDI）. With respect to that military expenditure can affect economic growth so increase in GDP can increase or decrease military expenditure, too. We investigate the causality relationship between military expenditure and economic growth because the purpose of military expenditures is to provide national security. The results show that Iran and Saudi Arabia don＇t have any causality relationship between military expenditure and economic growth. The results of South Korea show a unidirectional relationship from LGDP （Logarithm of real GDP） and LGDPK （logarithm of real GDP per capita） to military expenditure, and in Malaysia there is unidirectional relationship from LGDPK to military expenditure. The comparison of these results, we can say that developing countries don＇t have meaningful relationship between military expenditure and economic growth, but we can find unidirectional or bidirectional relationship between military expenditure and economic growth in industrial countries.展开更多
National high-tech industrial development zones represent a major strategy of the Chinese government in developing high-tech industries and spurring regional economic growth. The effect of this policy is yet to be pro...National high-tech industrial development zones represent a major strategy of the Chinese government in developing high-tech industries and spurring regional economic growth. The effect of this policy is yet to be proven. Based on the panel data of 283 Chinese cities between 1984 and 2012, this paper investigates the effect of high-tech zones on regional economic development. Empirical results suggest that first, national hightech zones have remarkably enhanced regional GDP and per capita GDP growth, and this conclusion still holds true after multiple rounds of robustness test; second, the economic effect of national high-tech zones is subject to diminishing marginal return and compared with higher-tier cities, lower-tier cities benefited more from the creation of national hightech zones. This paper concludes that national high-tech zones where special policies are experimented and offered not only drive economic development but, if properly distributed across regions, may help reduce regional economic disparities as well. The results of this study provide important implications for the future distribution of national high-tech zones and the creation of other relevant policies.展开更多
基金Under the auspices of National Natural Science Foundation of China(No.41171099)National Key Basic Research Program of China(No.2012CB955802)National Social Science Foundation of China(No.10ZD&022)
文摘The economic growth of China has led to increasing growth disparities between regions. Such disparities are uncontrolled and are severely negative symptoms in the process of economic development. On the basis of system dynamics(SD) modeling and the relationship between industrial relocation and regional economic growth, we construct a model of the interrelationship between the two aforementioned phenomena. The model is an effective and creative exploration for examining effects of industrial relocation on Chinese regional economic growth disparities. The SD model is employed in this study to build an inter-regional labor migration SD model, an inter-regional capital migration SD model, an intra-industry SD model, an intra-regional population SD model, and an intra-regional SD model which are based on realities in labor and capital flow from the view of industrial relocation. VENSIM software is utilized to perform a system simulation based on the data of the eastern, middle, and western regions from 2000 to 2010. Results show that industrial relocation gradually narrows the relative disparity in GDP among the three regions. Moreover, the absolute one is enlarged continuously. The absolute and relative disparities in per capita GDP among eastern, middle, and western regions generally exhibit decreasing trends.
文摘In this study, we use the ARDL bounds testing procedure suggested by Pesaran （2001） and modified version of the Granger causality test proposed by Toda and Yamamoto （1995） to test the robustness of the causality effect between military expenditure and economic growth in 4 Asian countries, two industrial countries （South Korea and Malaysia）, and others are developing countries （Iran and Saudi Arabia）, from 1988 to 2006 years, data series obtained from word development indicator （WDI）. With respect to that military expenditure can affect economic growth so increase in GDP can increase or decrease military expenditure, too. We investigate the causality relationship between military expenditure and economic growth because the purpose of military expenditures is to provide national security. The results show that Iran and Saudi Arabia don＇t have any causality relationship between military expenditure and economic growth. The results of South Korea show a unidirectional relationship from LGDP （Logarithm of real GDP） and LGDPK （logarithm of real GDP per capita） to military expenditure, and in Malaysia there is unidirectional relationship from LGDPK to military expenditure. The comparison of these results, we can say that developing countries don＇t have meaningful relationship between military expenditure and economic growth, but we can find unidirectional or bidirectional relationship between military expenditure and economic growth in industrial countries.
基金sponsored by the National Natural Science Foundation Program(Approval No.71303185)the Social Sciences Planning Foundation Program of the Ministry of Education(Approval No.13XJA790003)+2 种基金the Social Sciences Foundation Program of Shaanxi Province(Approval No.12D124)the Program of Shaanxi Provincial Department of Education(Approval No.12JK0152)the Support Program for Outstanding Young Teachers of Northwest University(Approval No.PR12152)
文摘National high-tech industrial development zones represent a major strategy of the Chinese government in developing high-tech industries and spurring regional economic growth. The effect of this policy is yet to be proven. Based on the panel data of 283 Chinese cities between 1984 and 2012, this paper investigates the effect of high-tech zones on regional economic development. Empirical results suggest that first, national hightech zones have remarkably enhanced regional GDP and per capita GDP growth, and this conclusion still holds true after multiple rounds of robustness test; second, the economic effect of national high-tech zones is subject to diminishing marginal return and compared with higher-tier cities, lower-tier cities benefited more from the creation of national hightech zones. This paper concludes that national high-tech zones where special policies are experimented and offered not only drive economic development but, if properly distributed across regions, may help reduce regional economic disparities as well. The results of this study provide important implications for the future distribution of national high-tech zones and the creation of other relevant policies.
