企业碳足迹、环境质量和应对Covid-19大流行(以美国为例)

Rıdvan Karacan
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摘要

目标:发达国家在生产中大量使用化石燃料,会对环境造成危害,在全球范围内形成更多的温室气体。在这种情况下,有人强调,它们导致了Covid-19病例的增加。因此,这项研究旨在为政策制定者提供与病毒作斗争的不同视角。方法:本研究覆盖美国。讨论了煤炭工业CO2 (CCO)、天然气工业CO2 (NCO)、电力工业CO2 (ECO)、石油工业CO2 (OCO)与Covid-19病例(COV)之间的关系。使用的是2019年至2021年期间的月度数据。这些数据汇编自世界卫生组织和我们的数据世界网络资源。在分析中,使用ARDL边界检验模型来捕捉长期和短期因果关系。结果:总体来看,工业使用的煤炭、石油、电力、天然气等化石能源对新冠肺炎病例的增加起重要作用。在这些能源中,煤炭是造成破坏最大的能源。煤炭紧随其后,分别是石油、电力和天然气。因此,由于生产中使用的煤炭,美国经济每变化1%,新冠肺炎病例就会变化1.03%。同样,石油对Covid-19病例的影响为0.61%。在生产中使用基于化石燃料的电能的行业对Covid-19病例的影响为0.26%。天然气是化石燃料能源,对新冠肺炎病例的影响最小,变化幅度为0.069%。结论:研究结果显示,相关时期工业使用化石燃料的增加对空气质量和Covid-19病例产生了负面影响。病例数量的增加对卫生部门的影响超过任何其他部门。如果这些数据与工业中使用的未来能源(矿物燃料)有关,它将有助于制定促进生产新一代能源的公共政策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Corporate Carbon Footprint Environmental Quality and Combating the Covid-19 Pandemic (US Example)
Objective: Developed countries with high use of fossil fuels in production can harm the environment by contributing more to the formation of greenhouse gases on a global scale. In this context, it has been emphasized that they have caused an increase in Covid-19 cases. Therefore, this study aims to provide policymakers with a different perspective on the fight against the virus. Methods : This research covers the United States. The relationship between Coal Industry CO2 (CCO), Natural Gas Industry CO2 (NCO), Power Industry CO2 (ECO), Petroleum Industry CO2 (OCO), and Covid-19 cases (COV) is discussed. Monthly data for the period between 2019 and 2021 were used. The data were compiled from World Health Organization and Our World in Data web resources. In the analyses, the ARDL Boundary Test model was used to capture long-term and short-term causality relationships. Results: In general, the results show that fossil energy sources such as coal, oil, electricity and natural gas used in industries play an important role in the increase of Covid-19 cases. Among these energy sources, coal is the one that causes the most damage. Coal is followed by oil, electricity and natural gas, respectively. Accordingly, a 1% change in the US economy due to coal used in production leads to a 1.03% change in Covid-19 cases. Similarly, the effect of oil on Covid-19 cases is 0.61%. The impact of industries using electrical energy based on fossil fuels in their production on Covid-19 cases is 0.26%. Natural gas proved to be the fossil fuel energy source with the least impact on Covid-19 cases with a change of 0.069%. Conclusions: The findings revealed that the increase in fossil fuels used in industries during the relevant period negatively affected air quality and Covid-19 cases. The increase in the number of cases affects the health sector more than any other sector. If this data is associated with future energy sources used in industries (fossil fuels), it will contribute to the creation of public policies that promote a new generation of energy sources in production.
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