探讨撒哈拉以南非洲地区环境污染、经济增长、能源利用和外国直接投资之间的关系

Max William Ssali, Jianguo Du, I. A. Mensah, Duncan O. Hongo
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引用次数: 2

摘要

本研究旨在通过探索环境污染、经济增长、能源使用和外国直接投资在撒哈拉以南非洲6个国家34年(1980-2014)之间的关系来加强现有文献。通过应用面板单位根(CADF和CIPS,横截面独立性检验)、面板协整(Pedroni和Kao协整检验,panel PP, panel ADF)、Hausman poolability检验和针对混合平均组估计(ARDL/PMG)的自回归分布滞后程序,实验结果表明,针对相关概率值,所有变量的横截面独立性的原假设被拒绝,因为它们在水平上不是平稳的,而是在它们的第一个差处是平稳的。所有变量都以相同的I(1)阶积分。研究结果表明,在短期内,能源使用与二氧化碳之间存在双向因果关系,而从长期来看,能源使用与二氧化碳之间存在单向因果关系。此外,二氧化碳与外国直接投资在长期内存在显著的正向结果和单向因果关系,但在短期内没有因果关系。能源使用量每增加1%,二氧化碳排放量就会增加49%。经济增长每增加1%,二氧化碳就会增加16%,经济增长每增加1%的平方,二氧化碳就会减少46%。经济增长的正负影响及其平方验证了EKC理论。为了实现可持续的经济发展目标,应该制定更严格的法律,如封存,强调可持续能源的使用。国内生产总值应该成倍增长,通过利用生态技术(例如碳捕获)来减少二氧化碳,以拯救生命,并保持绿色环境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exploring the Nexus among Environmental Pollution, Economic Growth Energy Use and Foreign Direct Investment in Sub Sahara Africa
This research seeks to enhance the current literature by exploring the nexus among environmental contamination, economic growth, energy use and foreign direct investment in 6 Selected Sub-Saharan-African-nations for a time of 34 years (1980-2014). By applying, panel unit root (CADF and CIPS, Cross-sectional independence test), panel cointegration (Pedroni and Kao cointegration test, Panel PP, Panel ADF), Hausman poolability test and an auto-regressive distributed lag procedure in view of the pooled mean group estimation (ARDL/PMG), experimental findings discloses that alluding to the related probability values, the null hypothesis of cross-sectional independence for all variables is rejected because they are not stationary at levels but rather stationary at their first difference. The variables are altogether integrated at the same order I(1). Findings revealed that there is a confirmation of a bi-directional causality between energy use and CO2 in the short-run as well as one-way causality running from energy use to CO2 in the long run. There is additionally a significant positive outcome and uni-directional causality from CO2 to foreign direct investment in the long-run yet no causal relationship in the short-run. An increase in energy use by 1% causes an increase in CO2 by 49%. An increase in economic growth by 1% causes an increment in CO2 by 16% and an increase in economic growth squared by 1% diminish CO2 by 46%. The positive and negative impact of economic growth and its square approve the EKC theory. To guarantee sustainable economic development Goal, more strict laws like sequestration ought to be worked out, use of sustainable power source ought to be stressed. GDP ought to be multiplied to diminish CO2 by the utilization of eco-technology for instance carbon capturing, to save lives and also to maintain a green environment.
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