Deciphering Global Epidemics

Разгадывая глобальные эпидемии
Andrew Cliff, Peter Haggett, Matthew Smallman‐Raynor
1998-08-28

global infectious epidemicshistorical demographyinfectious epidemic diseasesmortality declineurban epidemiology
Using data collected for 350 cities from around the world, the authors use a variety of analytical methods to provide a global picture of what was happening to infectious epidemic diseases at a critical period in urban evolution on the international stage. The diseases considered are diphtheria, enteric fever, measles, scarlet fever, tuberculosis, and whooping cough. To place the results in a wider time context, other data are used to look both backwards and forwards for nearly a century on either side of the twenty-five-year time window. The book presents a number of results that may be interpreted in the context of debates on the causes of long-term mortality decline from these infectious diseases. It will be of interest to students of demography, history of medicine, and economic history as well as to researchers already active in these fields.
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Additional data extend the analysis nearly a century before and after the primary 25-year window, providing long-term historical context.
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It examines six diseases: diphtheria, enteric fever, measles, scarlet fever, tuberculosis, and whooping cough.
3
The findings contribute evidence to debates about the causes of long-term mortality decline from infectious diseases.
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The study analyzes infectious epidemic disease patterns across 350 cities worldwide during a critical 25-year period of urban evolution.
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The work provides a global historical perspective relevant to demography, medical history, and economic history.

Infectious epidemic diseases in 350 cities worldwide, specifically diphtheria, enteric fever, measles, scarlet fever, tuberculosis, and whooping cough

Global temporal patterns and long-term mortality decline of these infectious diseases during a critical period of urban evolution

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Publication Date
1998-08-28
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Authors
Andrew Cliff
Peter Haggett
Matthew Smallman‐Raynor
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