Abstract:Abstract:The relationship between economic growth and environmental pollution has long been a controversial topic. However, simply the detection of the existence of environmental Kuznets curve (EKC) is not enough to understand how economic growth induced environmental pollution. This study investigated the path and mechanism of the effect of economic growth on the emission of two types of environmental pollutants, that is, industrial smoke and dust and sulfur dioxide, by using a structural equation model and a… Show more
“…Conversely, in developing countries, where environmental regulations are not as strict, it is cheaper to set up a pollutant factory while the labor is also cheap. It leads factories and industries to outsource work and move to these developing nations since they are cheaper with lower environmental standards [9]. Many macro and microeconomic factors are associated with emissions in a country.…”
Section: Theoretical and Empirical Frameworkmentioning
confidence: 99%
“…While the study has landed on robust conclusions, it needs further evidence using panel data that can support this inference. Yang et al [9] mentioned that EKC is not a standalone theory to define how well economic growth and emissions are connected. Therefore, they investigated the existence of EKC in China and mentioned that while the relation is directly affected by scale and other effects, aspects like technological advancement, environmental regulation, and industrial structure have an indirect influence on the implication of EKC.…”
This paper aspires to examine the environmental effects of financial market development (FMD), foreign direct investment (FDI), and trade openness on the CO 2 emissions per capita along with the environmental Kuznets curve (EKC) hypothesis in six East Asian countries from 1991-2014. For this purpose, spatial econometrics is applied to consider the spillover effects from neighboring countries. The results of the study corroborate the spillover effects from neighboring countries' CO 2 emissions per capita, FMD, FDI, and trade openness, and the EKC hypothesis is proven true in this region. Local FDI inflows, trade openness, and energy intensity are found to be responsible for local environmental degradation. Local FMD has an insignificant environmental effect, but neighboring countries' FMD has contributed to the local CO 2 emissions per capita. Further, positive (negative) environmental spillover effects are found from neighboring countries' FDI (trade openness).
“…Conversely, in developing countries, where environmental regulations are not as strict, it is cheaper to set up a pollutant factory while the labor is also cheap. It leads factories and industries to outsource work and move to these developing nations since they are cheaper with lower environmental standards [9]. Many macro and microeconomic factors are associated with emissions in a country.…”
Section: Theoretical and Empirical Frameworkmentioning
confidence: 99%
“…While the study has landed on robust conclusions, it needs further evidence using panel data that can support this inference. Yang et al [9] mentioned that EKC is not a standalone theory to define how well economic growth and emissions are connected. Therefore, they investigated the existence of EKC in China and mentioned that while the relation is directly affected by scale and other effects, aspects like technological advancement, environmental regulation, and industrial structure have an indirect influence on the implication of EKC.…”
This paper aspires to examine the environmental effects of financial market development (FMD), foreign direct investment (FDI), and trade openness on the CO 2 emissions per capita along with the environmental Kuznets curve (EKC) hypothesis in six East Asian countries from 1991-2014. For this purpose, spatial econometrics is applied to consider the spillover effects from neighboring countries. The results of the study corroborate the spillover effects from neighboring countries' CO 2 emissions per capita, FMD, FDI, and trade openness, and the EKC hypothesis is proven true in this region. Local FDI inflows, trade openness, and energy intensity are found to be responsible for local environmental degradation. Local FMD has an insignificant environmental effect, but neighboring countries' FMD has contributed to the local CO 2 emissions per capita. Further, positive (negative) environmental spillover effects are found from neighboring countries' FDI (trade openness).
“…is contains three aspects of air pollution treatment, industrial solid waste treatment, and environmental management in environmental treatment and is more comprehensive than environmental treatment input [48] (because the statistical data of wastewater treatment in China City Statistical Yearbook before and after 2010 are inconsistent, the reduction rate of industrial wastewater discharge is removed). Table 2, model I is based on the whole 187 cities, regardless of the difference between sustainable and nonsustainable ones.…”
As the forerunner and policy test field of the sustainable development, the sustainable development pilot zones are an important strategy for China to explore the mechanism and model of the coordinated development of human and land in different regional units. However, the impact of sustainable development pilot zones, especially on the improvement of environmental efficiency, needs to be assessed. In this paper, 187 prefecture-level cities in China were taken as samples (22 sustainable development pilot zones and 165 nonpilot ones). Firstly, the environmental efficiency of 187 prefecture-level cities between 2006 and 2016 was measured by data envelopment analysis (DEA). Then, the effect of construction of sustainable development pilot zones on environmental efficiency was assessed using the difference-in-difference (DID) model. The assessment results were further verified by propensity score matching with difference-in-difference (PSM-DID). In addition, the impact mechanism of construction of the sustainable development pilot zones on the environmental efficiency was discussed. Results show that the environmental efficiency of sustainable development pilot zones is 27.7âŒ31.7% greater than that of nonsustainable one, which is mainly attributed to the environmental regulation and industrial structure adjustment.
“…A number of policies and strategies have been formulated to enhance the environmental quality [55][56][57]. Despite active engagement and programs, many countries, especially from Asia, have failed to gain satisfactory environmental performance [31,58] due to a de ciency of resources and support [25,59]. In this case, out of several indicators, FDI has been considered a signi cant predictor of ED [3,8,57].…”
Section: Fdi and Environmental Degradationmentioning
Background:Scholars in developed and emerging economies have widely tested the interactions between foreign direct investment, financial development, economic growth and environmental degradation. Despite a number of empirical and review studies, it is not yet wrap up either the associations are negative, positive, direct or indirect. Additionally, minor attention is given to the indirect role of foreign direct investment in environmental degradation; perhaps no study has yet demonstrated the mediating role of financial development and economic growth between foreign direct investment and environmental degradation in Asian economies. Referring to the fragmented outputs and consequences as well as lacking the indirect role, the present study examines the influence of foreign direct investment on environmental degradation with the mediating role of financial development and economic growth. Results:Secondary data of 21 Asian countries from 1980-2018 were gathered from World Bank Indicators and then performed STATA to test the paths. Our findings are slightly different from the studies conducted in developed economies. The results indicate that foreign direct investment significantly improves environmental quality by deteriorating environmental pollution. It also significantly improves economic growth in the selected regions. Surprisingly, our study shows that foreign direct investment has a significant negative influence on financial development in the Asian regions. Both financial development and economic growth significantly negatively influence environmental degradation in Asian regions. However, financial development partially mediates while economic growth does not play any mediating role between foreign direct investment and environmental degradation in the Asian countries. Trade openness and population growth as control factors do not show any significant role in the model. Conclusions:This research recommends policymakers to focus on the inflow of foreign direct investment in order to enhance economic growth and environmental quality. It is strongly suggested for policymakers to attenuate the political intervention (e.g. ensure the political stability) in the inflow of foreign direct investment, so financial resources can be impartially distributed in the industrial sector and thus the nations will have an effective financial development system. Other implications have described.
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