El comercio de noticias y Noticias del Nuevo Mundo descubierto en la Luna

En fecha tan temprana como 1622 aparece en Inglaterra la primera publicación periódica. Ese mismo año Ben Jonson, escritor teatral contemporáneo de William Shakespeare, compone una mascarada, la primera obra literaria que alude al fenómeno del periodismo. Cuatro años después, en 1626, escribe y hace representar toda una comedia cuyo tema central y escenario es un periódico. Por primera vez en español damos ahora en traducción ambas obras, Noticias del Nuevo Mundo descubierto en la Luna (News from the New World discover’d in the Moon) y El comercio de noticias (The staple of news). Especialmente esta última es, además de una apreciable pieza dramática, un excelente retrato de un fenómeno emergente que no solamente describe las características del incipiente periodismo, sino además una reflexión sobre cuestiones tales como la democracia, la participación ciudadana, la monarquía, la estructura empresarial o los derechos de autor. La obra de Jonson es el retrato de una época oscura, apenas dos décadas de albores del periodismo, y su literatura es la única capaz de devolvernos algo de su efímero esplendor. Pero es también el retrato de una profesión cuyas principales características, que el escalpelo crítico de Jonson tan ácidamente pone de manifiesto, siguen siendo contemporáneas. Con sus casi cuatro siglos de solera, en la oficina de noticias que Jonson nos pinta está teniendo lugar una escena que no ha perdido su vigencia.

Spatial-temporal excess mortality patterns of the 1918-1919 influenza pandemic in Spain

Background: The impact of socio-demographic factors and baseline health on the mortality burden of seasonal and pandemic influenza remains debated. Here we analyzed the spatial-temporal mortality patterns of the 1918 influenza pandemic in Spain, one of the countries of Europe that experienced the highest mortality burden. Methods: We analyzed monthly death rates from respiratory diseases and all-causes across 49 provinces of Spain, including the Canary and Balearic Islands, during the period January-1915 to June-1919. We estimated the influenza-related excess death rates and risk of death relative to baseline mortality by pandemic wave and province. We then explored the association between pandemic excess mortality rates and health and socio-demographic factors, which included population size and age structure, population density, infant mortality rates, baseline death rates, and urbanization. Results: Our analysis revealed high geographic heterogeneity in pandemic mortality impact. We identified 3 pandemic waves of varying timing and intensity covering the period from Jan-1918 to Jun-1919, with the highest pandemic-related excess mortality rates occurring during the months of October-November 1918 across all Spanish provinces. Cumulative excess mortality rates followed a south-north gradient after controlling for demographic factors, with the North experiencing highest excess mortality rates. A model that included latitude, population density, and the proportion of children living in provinces explained about 40% of the geographic variability in cumulative excess death rates during 1918-19, but different factors explained mortality variation in each wave. Conclusions: A substantial fraction of the variability in excess mortality rates across Spanish provinces remained unexplained, which suggests that other unidentified factors such as comorbidities, climate and background immunity may have affected the 1918-19 pandemic mortality rates. Further archeo-epidemiological research should concentrate on identifying settings with combined availability of local historical mortality records and information on the prevalence of underlying risk factors, or patient-level clinical data, to further clarify the drivers of 1918 pandemic influenza mortality.