Characteristics and impact of the Cuban heat wave in the summer of 2017

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Luis B. Lecha Estela
Surisley Torres Gutiérrez

Abstract

The already visible impacts of climate change on Cuba are causing meteor-tropic effects associated with the extreme behavior of air temperature, with consequences, both in the behavior of the local climate and in the health of the population. In the first case, since 2015 and especially since the years 2023 and until June 2024, numerous successive air temperature records have been reported in the country; while from a sanitary point of view, the incidence of health crisis associated directly or indirectly with extreme hot sensations also increases, including death. The paper analyzes the extraordinary characteristics of the behavior of daily maximum and minimum air temperatures in the months of June to September 2017, identifies the national and provincial occurrence of extreme meteor-tropic effects associated with intense heat, synchronously comparing their incidence with records of excess daily mortality. It is demonstrated that the meteor-tropic effects associated with high daytime and nighttime temperatures act as external predisposing factors for the increase in excess daily mortality, identifying important differences in this relationship between provinces, in the dates of occurrence and magnitude of the daily maximums of excess mortality. It is shown that extreme events of intense heat already occur in Cuba and they can be classified as “heat waves,” which have a well-defined and significant impact on the health of people in vulnerable situations, a fact that justifies the need for their forecast and mitigation.

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How to Cite
Lecha EstelaL. B., & Torres GutiérrezS. (2024). Characteristics and impact of the Cuban heat wave in the summer of 2017. Revista Cubana De Meteorología, 31(1), https://cu-id.com/2377/v31n1e04. Retrieved from http://rcm.insmet.cu/index.php/rcm/article/view/939
Section
Case Report