Abstract

Purpose This paper aims to provide an estimation of the costs of the coronavirus (COVID-19) pandemic with a special focus on Spain. Costs include macroeconomic costs of foregone gross domestic product (GDP) attributable to the pandemic and the direct and indirect costs of prevention, treatment and lost productivity. This study also analyzes the cost-effectiveness of the test-tracking-quarantine (TTQ) strategy in Spain. Design/methodology/approach The macroeconomic costs of foregone GDP attributable to the pandemic are estimated for different countries and areas by comparing the present GDP forecasts for 2020 and 2021 with counterfactuals estimated before the COVID-19 crisis aftermath. The total cost of the COVID-19 for Spain in 2020 was obtained using the cost of illness approach with a bottom-up process. A cost-effectiveness analysis of the TTQ strategy in Spain is based on the estimation of the total costs of TTQ and the health gains and avoided health-care costs associated with the TTQ strategy. A sensitivity analysis explores the consequences of uncertainty in key parameters. Findings The GDP cost of the COVID-19 is by far larger than all the other components of the cost. The global cost of the Covid-19 crisis in 2020–2021 is estimated at 14% of 2019 GDP (around 12,206 mm$). In the specific case of Spain, it amounts to 24% of the 2019 GDP; which is 397.3 m €. Spain is and will be by far the European country most economically affected by the pandemic. In Spain 2020, the GDP cost accounts for 94.7% of the total cost of the COVID-19 and health-care direct costs are only 2.14%. TTQ is a dominant strategy in Spain. For each euro spent on it, 7 euros will be recovered only in terms of saved health-care resources. Research limitations/implications Given the large degree of uncertainty and the fast-evolving nature of the epidemic, a number of assumptions are required to arrive at the estimates provided in this study. The results were found to be robust to the assumptions applied. Practical implications TTQ is a key strategy for the contention of the epidemy and it is justified from the economic perspective. Originality/value This is the first estimation of the cost of the COVID-19 and the cost-effectiveness of the TTQ strategy for Spain.

Highlights

  • Introduction and conceptual frameworkStudies of the cost of illness, which approximate the burden of disease, are a classic in health economics (Akobundu et al, 2006)

  • In the case of the coronavirus (COVID-19), as in other communicable diseases that generate strong externalities, to approximate the cost of the disease, it is necessary to include the economic cost of the drop in gross domestic product (GDP) as a result of the infection itself and the measures taken to deal with it

  • We provide an estimation of the cost of the COVID-19 in Spain, including macroeconomic costs of foregone GDP and direct and indirect costs of prevention, treatment and health losses

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Summary

Paper type Research paper

© Beatriz Gonzalez Lopez-Valcarcel and Laura Vallejo-Torres. Published in Applied Economic Analysis. To measure the disutility associated with a potential COVID-19 persisting complication we compare the QoL weight of individuals 65 years of age and over (as this is the mean age of cases requiring hospitalization) with and without a long-term health impairment These were found in the 2011–2012 Health Survey for Spain to be 0.723 and 0.911, respectively. Contrary to Cutler and Summers (2020), economic returns were measured by the impact on GDP and on federal tax revenue resulting from the reduced number of COVID-19 cases, excluding the monetized value of lives saved These macroeconomic cost-benefit analyzes offer a clear picture of the extensive health effects and externalities in all sectors of the economy of the COVID-19 pandemic and emphasize the value of spread-containment interventions. In the base case analysis, we consider the number of cases avoided from the second week of November until the end of the year, i.e. three fortnights and we consider that each avoided case will prevent a total number of cases equal

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