Extreme Weather Events and Rural-Urban Migration

In numerous regions around the globe, climate change can be expected to change the pattern of severe weather events. Migration flows have been systematically larger the higher the proportion of the population in urban areas in the destination county relative to the origin county. Richer models demon...

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Bibliographic Details
Main Author: Saif, Raisa
Other Authors: Cameron, Trudy Ann
Language:en_US
Published: University of Oregon 2012
Subjects:
Online Access:http://hdl.handle.net/1794/12566
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spelling ndltd-uoregon.edu-oai-scholarsbank.uoregon.edu-1794-125662019-03-14T17:22:17Z Extreme Weather Events and Rural-Urban Migration Saif, Raisa Saif, Raisa Cameron, Trudy Ann Extreme events Migration In numerous regions around the globe, climate change can be expected to change the pattern of severe weather events. Migration flows have been systematically larger the higher the proportion of the population in urban areas in the destination county relative to the origin county. Richer models demonstrate that the effects of a number of different types of extreme weather events (i.e. flooding, heat waves, and wildfires) in the origin county on county-to-county migration flows are statistically significantly greater when the destination county is more urbanized. The effect of the number of fatalities from flooding and heat waves in the origin county on migration flows is also amplified when the destination county is more urbanized. Thus it appears that even in a developed country like the U.S. extreme weather events still exacerbate rural-to-urban migration flows. 2012-12-07T23:15:53Z 2012-12-07T23:15:53Z 2012 Electronic Thesis or Dissertation http://hdl.handle.net/1794/12566 en_US All Rights Reserved. University of Oregon
collection NDLTD
language en_US
sources NDLTD
topic Extreme events
Migration
spellingShingle Extreme events
Migration
Saif, Raisa
Saif, Raisa
Extreme Weather Events and Rural-Urban Migration
description In numerous regions around the globe, climate change can be expected to change the pattern of severe weather events. Migration flows have been systematically larger the higher the proportion of the population in urban areas in the destination county relative to the origin county. Richer models demonstrate that the effects of a number of different types of extreme weather events (i.e. flooding, heat waves, and wildfires) in the origin county on county-to-county migration flows are statistically significantly greater when the destination county is more urbanized. The effect of the number of fatalities from flooding and heat waves in the origin county on migration flows is also amplified when the destination county is more urbanized. Thus it appears that even in a developed country like the U.S. extreme weather events still exacerbate rural-to-urban migration flows.
author2 Cameron, Trudy Ann
author_facet Cameron, Trudy Ann
Saif, Raisa
Saif, Raisa
author Saif, Raisa
Saif, Raisa
author_sort Saif, Raisa
title Extreme Weather Events and Rural-Urban Migration
title_short Extreme Weather Events and Rural-Urban Migration
title_full Extreme Weather Events and Rural-Urban Migration
title_fullStr Extreme Weather Events and Rural-Urban Migration
title_full_unstemmed Extreme Weather Events and Rural-Urban Migration
title_sort extreme weather events and rural-urban migration
publisher University of Oregon
publishDate 2012
url http://hdl.handle.net/1794/12566
work_keys_str_mv AT saifraisa extremeweathereventsandruralurbanmigration
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