• Energy Research

In the last two decades, environmental degradation has been a topic of concern. The rising level of CO2 emissions (CO2E) has adversely affected life in the E7 countries, which comprise of Brazil, China, India, Indonesia, Mexico, Russia, and Turkey. The increased in CO2E is the cause of rising sea levels in the E7 countries. Visibly, E7 nations which are considered as the largest emitters of CO2 are facing the most severe environmental challenges. This study investigates the impact of eco-innovation, economic growth (EG), renewable energy consumption (REC), economic risk (ERI), and globalization on the CO2E, using the Feasible Generalized Lease Squares (FGLS) and Panel Corrected Standard Errors (PCSE) techniques for the period 1995 to 2018. The results indicate an inverted N-shaped relationship between eco-innovation and CO2E. Also, eco-innovation, REC, and economic risk are observed to be significant factors in abating CO2 emissions. On the contrary, globalization and GDP are responsible for rising CO2E in E7 countries. According to empirical estimates, eco-innovation improves the efficiency of carbon emissions, which lowers CO2E. In addition, because they are immune to changes in the price of oil and gas and disruptions brought about by geopolitical events, renewable energy sources can offer countries a more secure energy source than fossil fuels. Alternative energy sources can reasonably cut CO2E while offering a more reliable and secure energy source. Therefore, it is crucial that policies be put in place to cut CO2E by giving priority to environmental innovative policies.

In the last two decades, environmental degradation has been a topic of concern. The rising level of CO2 emissions (CO2E) has adversely affected life in the E7 countries, which comprise of Brazil, China, India, Indonesia, Mexico, Russia, and Turkey. The increased in CO2E is the cause of rising sea levels in the E7 countries. Visibly, E7 nations which are considered as the largest emitters of CO2 are facing the most severe environmental challenges. This study investigates the impact of eco-innovation, economic growth (EG), renewable energy consumption (REC), economic risk (ERI), and globalization on the CO2E, using the Feasible Generalized Lease Squares (FGLS) and Panel Corrected Standard Errors (PCSE) techniques for the period 1995 to 2018. The results indicate an inverted N-shaped relationship between eco-innovation and CO2E. Also, eco-innovation, REC, and economic risk are observed to be significant factors in abating CO2 emissions. On the contrary, globalization and GDP are responsible for rising CO2E in E7 countries. According to empirical estimates, eco-innovation improves the efficiency of carbon emissions, which lowers CO2E. In addition, because they are immune to changes in the price of oil and gas and disruptions brought about by geopolitical events, renewable energy sources can offer countries a more secure energy source than fossil fuels. Alternative energy sources can reasonably cut CO2E while offering a more reliable and secure energy source. Therefore, it is crucial that policies be put in place to cut CO2E by giving priority to environmental innovative policies.

Tourism has been the fastest-growing sector in the world over the last decade, contributes to employment opportunities, and generates earnings in foreign currencies. Tourism intensively needs energy to promote tourist activities, which in turn causes economic growth. However, as almost all tourist activities, like hotel accommodations and transportation, strongly depend on energy use, it may contribute to increased energy consumption. Our study explores the impact of tourism on energy consumption in the BRICS (i.e., Brazil, Russia, India, China, and South Africa) by using the panel data set of 1995–2014. In this study, feasible generalized least squares (FGLS) and Panel corrected standard error (PCSE) panel regression techniques are used for empirical analysis. The results reveal that tourism has a positive and significant impact on energy consumption. Our findings are robust and unaffected by the use of various energy consumption proxies and econometric techniques. Furthermore, our findings are robust and significant due to the inclusion of various controls such as financial development, gross fixed capital formation, total population, and gross domestic product. The policy implication is that governments should promote the tourism sector as a way to boost the growth of their economies. Sustainable tourism can help these economies achieve sustainable development.

Tourism has been the fastest-growing sector in the world over the last decade, contributes to employment opportunities, and generates earnings in foreign currencies. Tourism intensively needs energy to promote tourist activities, which in turn causes economic growth. However, as almost all tourist activities, like hotel accommodations and transportation, strongly depend on energy use, it may contribute to increased energy consumption. Our study explores the impact of tourism on energy consumption in the BRICS (i.e., Brazil, Russia, India, China, and South Africa) by using the panel data set of 1995–2014. In this study, feasible generalized least squares (FGLS) and Panel corrected standard error (PCSE) panel regression techniques are used for empirical analysis. The results reveal that tourism has a positive and significant impact on energy consumption. Our findings are robust and unaffected by the use of various energy consumption proxies and econometric techniques. Furthermore, our findings are robust and significant due to the inclusion of various controls such as financial development, gross fixed capital formation, total population, and gross domestic product. The policy implication is that governments should promote the tourism sector as a way to boost the growth of their economies. Sustainable tourism can help these economies achieve sustainable development.

China aims to reduce its carbon dioxide emissions and promote green growth. This study aims to examine the effect of banking sector performance indicators (banks assets and return on asset) and financial inclusion on renewable energy consumption, green growth, and carbon emissions for China from 1995 to 2020 using the ARDL approach. The long-run results suggest that bank assets increase renewable energy consumption and green growth. While return on assets also increases green growth and decreases carbon emission in the long run. Financial inclusion enhances renewable energy consumption and green growth, curbing CO2 emissions. Banking sector performance and financial inclusion have short-run effects on renewable energy consumption, green growth, and carbon dixoside emissions. The findings thus point to the need for policies that promote banking sector performance and financial inclusion to boost green growth and alleviate CO2 emissions.

China aims to reduce its carbon dioxide emissions and promote green growth. This study aims to examine the effect of banking sector performance indicators (banks assets and return on asset) and financial inclusion on renewable energy consumption, green growth, and carbon emissions for China from 1995 to 2020 using the ARDL approach. The long-run results suggest that bank assets increase renewable energy consumption and green growth. While return on assets also increases green growth and decreases carbon emission in the long run. Financial inclusion enhances renewable energy consumption and green growth, curbing CO2 emissions. Banking sector performance and financial inclusion have short-run effects on renewable energy consumption, green growth, and carbon dixoside emissions. The findings thus point to the need for policies that promote banking sector performance and financial inclusion to boost green growth and alleviate CO2 emissions.