The National Archives
Search our website
  • Search our website
  • Search our records

Description

Published date: 13 January 2012

As Britain’s status as the ‘workshop of the world’ grew, so did the new industrial and trading towns. Ports became densely populated and ripe for the spread of infection; once disease took hold it moved rapidly and lethally. Yet what made these ports so particularly vulnerable, in addition to the threat from within, was their high exposure to threats from abroad. While obviously of huge economic importance, a section of the ‘inside’ port town community undoubtedly perceived seafarers as ‘outside’, ‘foreign’ and a medical threat. The daily interplay between these settled and transient communities created an environment imbued with anxieties as to the nature of disease, its transmission and its treatment. Sarah Hutton is a modern domestic records specialist at The National Archives, where she has worked for five years. She is particularly interested in 19th and early 20th century health. This talk was part of our diversity week event in November, highlighting the diversity of The National Archives’ collection.

Author: Sarah Hutton Duration: 34:38

1 Star2 Stars3 Stars4 Stars5 Stars (6 votes, average: 4.50 out of 5)
Loading ... Loading ...
  1. 11 April 2012
    10:23 pm

    Charlotte Frost

    Tried to give five stars to this original piece of research, but pressed screen in the wrong place and by mistake gave only three and a half. V sorry.

Leave a comment

Help

You can find help on how to download and listen to our podcasts in our quick guide to getting started. If you wish to re-use any part of a podcast, please note that copyright in the podcasts and transcripts in some cases belongs to the speakers, not to the Crown. Please contact the Copyright Officer with queries. If commenting, please be aware of our moderation policy.

Subscribe

Select an option to receive our free podcast series, using either RSS or iTunes. See our help guide for more information on podcast subscription.