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2020, Rome, IAI, March 2020, 6 p. (IAI Commentaries ; 20|13)
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7 pages
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The collapse of mobility and economic activity induced by COVID-19 are generating meaningful short-term consequences for the environment. These include a sharp reduction in Hubei’s and Northern Italy’s air pollution levels and a likely reduction in global CO2 emissions in 2020. Rejoicing over such news rests on a short-sighted view. The interlinkages between COVID-19, energy and climate issues are so complex that we are actually looking at a mixed bag of consequences.
Environment, Development and Sustainability
The outbreak of COVID-19 has made a global catastrophic situation that caused 1,039,406 deaths out of 35,347,404 infections, and it will also cause significant socioeconomic losses with poverty increasing from 17.1 to 25.9%. Although the spreading rate of COVID-19 is very high on October 6, 2020, the death rate is still less than 2.94%. Nonetheless, this review article shows that the lockdown has induced numerous positive impacts on the environment and on energy consumption. For instance, the lockdown has decreased the electricity demand by 30% in Italy, India, Germany, and the USA, and by 12-20% in France, Germany, Spain, India, and the UK. Additionally, the expenditure of the fuel supply has been decreased by 4% in 2020 as compared to the previous years (2012-2019). In particular, The global demand for coal fuel has been reduced by 8% in March and April 2020 as compared to the same time in 2019. In terms of harmful emissions, the lockdowns reduced the emissions of nitrous oxides by 20-30% in China, Italy, France, Spain, and by 77.3% in São Paulo, Brazil. Similarly, the particulate matter level has been reduced from 5-15% in Western Europe, to 200% in New Delhi, India, which in turn has enhanced the air quality in a never-seen manner in recent times. In some places, such as New York, USA, CO 2 emission was also reduced by 5-10%. The water quality, in several polluted areas, has also been remarkably enhanced, for example, the dissolved oxygen content in the Ganga River, India, has increased by about 80%. Traffic congestion has also been reduced worldwide, and in some areas, it has been reduced by 50%, such as New York and Los Angeles, USA. Overall, while the COVID-19 pandemic has shrinked the global economy by 13-32%, the pandemic has also clearly benefited to other sectors, which must be considered as the spotlight for the permanent revival of the global ecosystem.
Sustainability
In this paper, we examine the similarities and the differences between two global problems, the coronavirus pandemic and climate change, and the extent to which the experience with the COVID-19 pandemic can be of use for tackling climate change. We show that both problems share the same microeconomic foundations, involving an overprovision of a global public bad. In addition, they entail externalities whose correction comes at very high economic and social costs. We leverage on a well-established problem such as climate change that has been studied for several years now, to highlight the common traits with the COVID-19 pandemic, but also important differences. The COVID-19 crisis is itself a reality check for climate policy, international governance and prevention in general. Indeed, the COVID-19 pandemic is a mock laboratory of climate change, where the time scale of unfolding events is reduced from decades to days. While the former is often measured in days, weeks, months, years, ...
International Journal of Environmental Health Research, 2021
The COVID-19 pandemic caused radical temporary breaks with past energy use trends. However, how a post-pandemic recovery will impact the longer-term energy transition is unclear. Here, we present a set of global COVID-19 shock-and-recovery scenarios that systematically explore the demand-side effect on final energy and GHG emissions. Our pathways project final energy demand reductions of 12 to 40 EJ/yr by 2025 and cumulative CO2 emissions reductions by 2030 of 28 to 53 GtCO2, depending on the depth and duration of the economic downturn and demand-side changes. Recovering from the pandemic with low energy demand practices - embedded in new patterns of travel, work, consumption, and production – reduces climate mitigation challenges. A low energy demand recovery reduces carbon prices for a 1.5°C consistent pathway by 19%, lowers energy supply investments until 2030 by 2.1 trillion USD, and lessens pressure on the upscaling of renewable energy technologies.
Natural Volatiles and Essential Oils , 2021
Several external factors affect the onset and spreading of epidemics and even pandemics, which can result in environmental feedbacks. On March 13, 2020, the new coronavirus illness (COVID-19) was proclaimed an epidemic, and its quick start, wide geographic scope, and complicated effects make it a what if worldwide disaster. The majority of countries reacted by enacting social separation measures and drastically curtailing commercial and other operations. As a result, in the April 2020 end, the COVID-19 will have had a wide range of environmental consequences, both beneficial and bad, like improved air and water worth in metropolitan arenas and coastal contamination owing to the dumping of sanitary consumables. This paper provides an initial summary of the COVID-19's confirmed and prospective environmental effects. We contend that COVID-19's impacts are mostly controlled by anthropogenic variables that are becoming more apparent as human movement declines over the world, and that the repercussions on cities and global safety will persist in the near future. The COVID-19 crisis serves as a wake-up call for climate policy, international governance, and disaster preparedness. Generally. Indeed, this disease is a simulated climate variation experiment in which the clock is ticking. The scale of trials is shrunk from eras to days. Whereas the earlier is frequently expressed as a percentage, the latter is frequently expressed as a percentage. The former is measured in decades, centuries, and millennia, whereas the latter is evaluated in days, weeks, months, and years.
Coronavirus Pandemic And Climate Change: Have We Moved Closer To Halt Climate Change with COVID-19?, 2020
It is difficult to answer the question in the title because some of the measures against COVID-19 have a positive effect on halting climate change, while others have a negative effect. For example, the reduction in carbon emissions due to the contraction in aviation is favourable, but the appreciation of car traffic, which provides greater opportunities for separation than public transportation, is unfavourable from a climate change point of view. The timeframe and spatial impact of the global coronavirus pandemic is uncertain, as there is no guarantee that a permanently effective and universal vaccine against all mutations of the virus would ever be available. Moreover, for the foreseeable future, the opposite is more likely; only a limited immunity for a few months might be achievable. It is likely that we will have to live with COVID-19, just like we live with the outbreaks of flu. Certain seasonal variants of the flu could be prevented with specific vaccination, but these do not guarantee protection against infections with other variants. If conditions similar to current ones drag on, some slowdown in climate change would be observed, primarily due to a reduction in carbon emissions. However, this is a controversial process because i.e. the amount of financial resources available to combat climate change is also declining. Thus, the COVID-19 pandemic alone will not save humanity from the increasingly catastrophic consequences of climate change.
2022
Government initiatives during the COVID-19 outbreak had a significant impact on global energy consumption patterns. Many international borders were blocked, and individuals were confined to their homes, restricting mobility and changing social habits. The lockdowns introduced economic, physical, and social pastimes to a halt. However, as an advantage, the world had a good effect on air quality, the environment, and greenhouse gases (GHGs), in particular CO2 emissions. When compared to the mean 2019 levels, daily worldwide CO2 emissions had fallen by-17 % (-11 to-25 % for 1) by early April 2020, with changes in surface transportation accounting for little under half of the decline. The total global CO2 reduction from January to April 2020 was predicted to be more than 1749 Mt CO2 (a 14.3 % decline), with the transportation sector contributing the most (58%) followed by coal power generation (29%), and industry (10%). As a result, transportation was identified as the primary source of more than half of the emissions reduction during the epidemic. As of August 23, 2021, 193 countries produced 8.4 million tons of pandemic-related plastic waste, with 25.9 thousand tons dumped into the ocean, accounting for 1.5 percent of total riverine plastic discharge globally. As a result of China and India's recordbreaking confirmed cases, MMPW generation and discharge are projected to be more skewed toward Asia. The study found that hospital trash accounts for 73% of global discharge and that Asia accounts for 72% of global discharge, indicating the need for better medical waste management in emerging countries. This review highlights the brief lessening in GHG outflows and expanded request for single-use plastics, including the weight of an as of now out-of-control worldwide plastic squander emergency caused by the COVID-19 widespread. This review also will be helpful for people to understand the COVID-19 impact on climate change point of view. There is advantage and disadvantage brought by this pandemic and it's the best time to change the new normal of globalization. Global policies makers should consider the acute need to change the policies for a circular economy with the best environment sustainable, both during the pandemic and, more significantly, thereafter. The authors of the reference articles on the COVID-19 pandemic hope their findings will aid attempts to better understand the disease's relationship to climate change. If lessons from both global crises are learned, the world may be better prepared to deal with global climate change, which has local consequences.
E3S Web of Conferences, 2020
This is an introductory text to a collection of papers from the ICSF 2020: The International Conference on Sustainable Futures: Environmental, Technological, Social, and Economic Matters, which held at Kryvyi Rih National University, Kryvyi Rih, Ukraine, on May 20-22, 2020. It consists of an introduction, conference topics review, and some observations about the event and its future.
Zenodo (CERN European Organization for Nuclear Research), 2022
The views and opinions expressed in the work are the authors' own and the facts are reported by them. The publisher is in no way liable for the same. We have used our best endeavours to ensure that URLs for external websites referred to in this special issue are correct and active at the time of going to press. However, the publisher has no responsibility for the websites and can make no guarantee that a site will remain live or that the content is or will remain appropriate.
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