Sustaining COVID-19 pandemic lockdown era air pollution impact through utilization of more renewable energy resources

Eyisi, Rita; Esonye, Chizoo; Cyril, Ume Sunday

doi:10.1016/j.heliyon.2021.e07455

Cited by 43 publications

(28 citation statements)

References 55 publications

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“…While the decline in conventional energy consumption is positive from a sustainability perspective, COVID-19 has also led to a reduction in investment in renewable energy sources [126]. This state of affairs may also continue after the COVID-19 pandemic, as many countries see solutions to their economies hit by a pandemic recession by investing in industries that are not environmentally friendly [128]. It is also confirmed that during the COVID-19 pandemic, energy consumption strategies also shifted to more sustainable ones, especially in lower-income households where certain saving strategies were applied [129].…”

Section: Discussionmentioning

confidence: 99%

Sustainable Consumption in Consumer Behavior in the Time of COVID-19: Topic Modeling on Twitter Data Using LDA

Brzustewicz

Singh

2021

Energies

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By using text mining techniques, this study identifies the topics of sustainable consumption that are important during the COVID-19 pandemic. An Application Programming Interface (API) streaming method was used to extract the data from Twitter. A total of 14,591 tweets were collected using Twitter streaming API. However, after data cleaning, 13,635 tweets were considered for analysis. The objectives of the study are to identify (1) the topics users tweet about sustainable consumption and (2) to detect the emotion-based sentiments in the tweets. The study used Latent Dirichlet Allocation (LDA) algorithm for topic modeling and the Louvain algorithm for semantic network clustering. NRC emotion lexicon was used for sentiment analysis. The LDA model discovers six topics: organic food consumption, food waste, vegan food, sustainable tourism, sustainable transport, and sustainable energy consumption. While the Louvain algorithm detects four clusters—lifestyle and climate change, responsible consumption, energy consumption, and renewable energy, sentiment analysis results show more positive emotions among the users than the negative ones. The study contributes to existing literature by providing a fresh perspective on various interconnected topics of sustainable consumption that bring global consumption to a sustainable level.

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Section: Discussionmentioning

confidence: 99%

Sustainable Consumption in Consumer Behavior in the Time of COVID-19: Topic Modeling on Twitter Data Using LDA

Brzustewicz

Singh

2021

Energies

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“…At the same time, there is necessary the disconnecting of economic growth from air pollution and the reduction of releases from the industrial segment (Magazzino et al, 2021 ). Hence, financing renewable energy resources will support the green and clean ecosystem produced by the COVID‐19 lockdown (Rita et al, 2021 ). In terms of mobility, in order to curtail traffic discharges, which considerably enhance air quality (Wu et al, 2021 ) and improve health, there is necessary the shift to environmentally friendly transport means.…”

Section: Concluding Remarks and Policy Implicationsmentioning

confidence: 99%

“…The health challenge caused by COVID‐19 pandemic was the most distressing event the humanity had seen in this generation (Rita et al, 2021 ). Until the end of December 2020, there were no definite antivirals or vaccine, and the standard epidemiological advice alike isolation, observation, and monitoring were employed (Reina, 2020 ).…”

Section: Introductionmentioning

confidence: 99%

Modeling the impact of the COVID‐19 outbreak on environment, health sector and energy market

Armeanu

Gherghina

Vasile

et al. 2022

Sustainable Development

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The global outbreak of COVID‐19 disease had a significant impact on the entire globe. Such a notable public health event can be seen as a “black swan” that brings unpredictable and unusual forces into the economic context and that it could typically lead to a chain of adverse reactions and market disruptions. Hence, the purpose of this study is to examine how COVID‐19 affects the environment, health, and the oil and energy markets. To achieve this objective, we used daily data for several measures that refer to the environment, health, and oil and energy, for the first wave of the COVID‐19 pandemic (December 31, 2019–May 22, 2020). The variable integration mix led to the approach of the ARDL model, and the Granger causality test was also employed. These empirical techniques allowed us to examine the cointegration between variables and causal relationships. The econometric results of the ARDL models exhibited that the global new cases and new deaths of COVID‐19 have short and long‐term effects on the environment, the health sector, the oil, and energy measures. However, no significant causal connection was found between the pandemic and the environment, the health sector, or the oil and energy industry, according to the Granger causality test. The uniqueness of current approach consists in the investigation of pandemic impact on the health, environment, oil, and energy sector by applying the ARDL model that permits the analysis of cointegration both in the long run and in the short term. This study provides important insights for investors and policy makers.

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“…In 2021, COP26 was held, and the goal of limiting global warming to 1.5 • C was discussed. Although CO 2 emissions during the COVID-19 diffusion period have been on a downward trend, the economy's recovery needs to be carried out in a green and smart way, rather than letting CO 2 emissions return to normal as the recovery progresses [13]. In some areas, new ventilation systems are already being proposed on the basis of measured data and simulations.…”

Section: Introductionmentioning

confidence: 99%

Comparison of Indoor Environment and Energy Consumption before and after Spread of COVID-19 in Schools in Japanese Cold-Climate Region

et al. 2022

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A report released by the WHO indicates that aerosols from infected people are one of the major sources of the spread of COVID-19. Therefore, as the COVID-19 infection caused by the SARS-CoV-2 virus spreads, it has become necessary to reconsider the design and operation of buildings. Inside school buildings in cold regions, not only is it not easy to increase ventilation during the winter, but it may also be difficult for students to attend classes while wearing masks during the summer because such buildings are not equipped with air-conditioning systems. In short, school buildings in cold climates have more problems than those in warm climates. We report on the results of indoor environmental measurement using our developed CO2-concentration meters, a questionnaire survey on students’ feeling of being hot or cold (i.e., ‘thermal sensation’), and a comparison of energy consumption before and after the spread of COVID-19 infection in schools in Sapporo, Japan, a cold-climate area. The results indicate that (1) more than 70% of the students participated in window ventilation by the CO2 meter, and (2) a relatively good indoor environment was maintained through the efforts of teachers and students. However, we also found that (1) 90% of the students felt hot in summer and (2) 40% felt cold in winter, (3) energy efficiency worsened by 7% due to increased ventilation, and (4) air quality was not as clean as desired during the coldest months of the year. Therefore, investment in insulation and air conditioning systems for school buildings is needed.

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Sustaining COVID-19 pandemic lockdown era air pollution impact through utilization of more renewable energy resources

Cited by 43 publications

References 55 publications

Sustainable Consumption in Consumer Behavior in the Time of COVID-19: Topic Modeling on Twitter Data Using LDA

Sustainable Consumption in Consumer Behavior in the Time of COVID-19: Topic Modeling on Twitter Data Using LDA

Modeling the impact of the COVID‐19 outbreak on environment, health sector and energy market

Comparison of Indoor Environment and Energy Consumption before and after Spread of COVID-19 in Schools in Japanese Cold-Climate Region

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