Is electronic finance sustainable or not in the European Union? New insights from the panel vector autoregression approach
Is electronic finance sustainable or not in the European Union? New insights from the panel vector autoregression approach
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Abstract
Abstract
Today, as a result of the developments and widespread use of information and communication technologies, the weight of
online shopping in the economy has increased. The environmental impacts of this new order, which is an important part
of electronic fnance, are discussed. In this study, the efect of electronic fnance, economic growth, renewable energy
consumption, and urbanization on emissions in EU member countries is examined using the panel vector autoregression
(PVAR) approach for the period from 2005 to 2018. The main results suggest that e-fnance has a positive and statistically
signifcant efect on CO2 emissions. However, the renewable energy consumption-increasing efect of e-fnance is greater than
its emission-reducing efect. Moreover, renewable energy consumption has a statistically insignifcant efect on emissions.
Therefore, the contribution of e-fnance on environmental quality weakens. The requirement for EU member countries to
prioritize the use of environmentally friendly energy to beneft from the environmental contribution of e-fnance in the most
optimal way is stated as the main policy implication of this study
Description
Keywords
Pollution, Energy, European Union, Panel data, E-fnance, E-finance, Energy, Carbon Dioxide, E-fnance, Pollution, Economic Development, European Union, Renewable Energy, E-fnance · Pollution · Energy · European Union · Panel data, Electronics, Panel data
Fields of Science
0211 other engineering and technologies, 02 engineering and technology, 0202 electrical engineering, electronic engineering, information engineering
Citation
Altinoz, B., Aslan, A., Polat, M. A., Topalgokceli, E., & Esmeray, M. (2022). Is electronic finance sustainable or not in the European Union? New insights from the panel vector autoregression approach. Environmental Science and Pollution Research, 1-13.
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OpenCitations Citation Count
2
Volume
29
Issue
43
Start Page
1
End Page
13
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