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1. Study of relationship between indoor radon exposure and the Covid-19 case fatality rate.

Author

Reuther, Iris M.

Subjects
*COVID-19 pandemic, *DEATH rate, *RADON, *MOUNTAIN forests, *CIVIL engineers, *CIVIL engineering
Abstract

This article raises the question whether there is in fact a specific field within civil engineering that may be connected to the impact of Covid-19, namely radon exposure in interior spaces in certain parts of the world. Radon exposure is particularly high in regions that have seen high mortality rates related to SARS-CoV-2. Examples of these include the Bergamo region in Italy and the Erz Mountains, the Fichtel Mountains or the Bavarian Forest in south-eastern Germany. But is there actually a correlation, or is this merely a coincidence? Is there in fact a causality? If so, constructional measures to protect against the decay products of radon in interior spaces would gain a new significance that goes beyond the realms of current knowledge. This article cannot provide a definitive answer to these questions due to the current patchiness of data in Germany. Nevertheless, this paper will use the data available to demonstrate that there is evidence of a possible correlation or causality between the two, and that this merits further research. [ABSTRACT FROM AUTHOR]

Published
2023
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2. Study of relationship between indoor radon exposure and the Covid-19 case fatality rate.

Author

Reuther, Iris M.

Subjects
*COVID-19 pandemic, *DEATH rate, *RADON, *MOUNTAIN forests, *CIVIL engineers, *CIVIL engineering
Abstract

This article raises the question whether there is in fact a specific field within civil engineering that may be connected to the impact of Covid-19, namely radon exposure in interior spaces in certain parts of the world. Radon exposure is particularly high in regions that have seen high mortality rates related to SARS-CoV-2. Examples of these include the Bergamo region in Italy and the Erz Mountains, the Fichtel Mountains or the Bavarian Forest in south-eastern Germany. But is there actually a correlation, or is this merely a coincidence? Is there in fact a causality? If so, constructional measures to protect against the decay products of radon in interior spaces would gain a new significance that goes beyond the realms of current knowledge. This article cannot provide a definitive answer to these questions due to the current patchiness of data in Germany. Nevertheless, this paper will use the data available to demonstrate that there is evidence of a possible correlation or causality between the two, and that this merits further research. [ABSTRACT FROM AUTHOR]

Published
2023
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3. The Financial Consequences of Export-led Growth in Germany and Italy.

Author

Jones, Erik

Subjects
*BANKING industry, *SELF-defeating behavior, *FINANCIAL crises, *COVID-19 pandemic
Abstract

This paper explains the extent to which the export-led growth strategies deployed in Germany and Italy turn out to be self-defeating. The problem lies in the impact of those strategies on the banking systems of the two countries. The German banks become more international; the Italian banks become more locally oriented. In turn, these changes create tensions that cannot be reconciled easily within the institutional framework that made the export-led growth model successful in the first place. The paper also seeks to explain why tensions in export-led growth models today do not always resemble those it experienced in the past – and it examines what are the implications both for how the two countries responded to the economic and financial crisis and how they are responding to the economic consequences of the novel coronavirus pandemic. [ABSTRACT FROM AUTHOR]

Published
2021
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4. Healthcare under pressure: modelling COVID-19 fatalities with multiscale geographically weighted regressions.

Author

Goschin, Zizi and Dimian, Gina Cristina

Subjects
*COVID-19, *REGIONAL development, *COVID-19 pandemic, *AGE distribution, *MEDICAL care
Abstract

Purpose: The paper aims to disentangle the factors behind territorial disparities in the coronavirus disease 2019 (COVID-19) case fatality ratio, focusing on the pressure put by the pandemic on healthcare services and adopting a spatial perspective. Design/methodology/approach: Multiscale geographically weighted regression (MGWR) models have been used for uncovering the spatial variability in the impact of healthcare services on COVID-19 case fatality ratio, allowing authors to better capture the real spatial patterns at local level. The authors proved that this approach yields better results, and the MGWR model outperforms traditional regression methods. The selected case studies are two of the biggest UE countries, among the first affected by a high incidence of COVID-19 cases, namely Italy and Germany. Findings: The authors found sizeable regional differences in COVID-19 mortality rates within each of the analysed countries, and the stress borne by local healthcare systems seems to be the most powerful factor in explaining them. In line with other studies, the authors found additional factors of influence, such as age distribution, gender ratio, population density and regional development. Originality/value: This research clearly indicated that COVID-19 related deaths are strongly associated with the degree of resilience of the local healthcare systems. The authors supply localized results on the factors of influence, useful for assisting the decision-makers in prioritizing limited healthcare resources. The authors provide a scientific argument in favour of the decentralization of the pandemic management towards local authorities not neglecting, however, the necessary regional or national coordination. [ABSTRACT FROM AUTHOR]

Published
2023
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