Difference between revisions of "Health effects of urban heat islands"

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* [http://asusmart.com/projects/climate/relation-between-urban-morphology-and-heat-vulnerability-in-the-city-of-chicago Relation between Urban Morphology and Heat Vulnerability in the City of Chicago]
 
* [http://asusmart.com/projects/climate/relation-between-urban-morphology-and-heat-vulnerability-in-the-city-of-chicago Relation between Urban Morphology and Heat Vulnerability in the City of Chicago]
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*[http://en.wikipedia.org/wiki/Larger_Urban_Zone Larger Urban Zones in Europe]
  
 
===Dependencies===
 
===Dependencies===

Revision as of 14:00, 1 September 2010



Scope

Definition

Data

Dependencies

  • Total mortality in the Western Europe
  • Heat exposure in Europe
  • ERF of ambient temperature on mortality
    • Following WP3.7-work and WP4.3-screening, DRF will be based on the PHEWE project, which investigated the acute health effects of weather in 15 European cities and provided both pooled estimates (Mediterranean region and North-Continental region) of the impact of heat on mortality (Michelozzi et al. 2007; Baccini et al. 2008). DRFs are based on a linear threshold model. Heat exposure is defined as follows: °C Daily maximum Apparent Temperature over threshold temperature, warm season (April-September).
    • Assumption: Threshold and the DRF differ for the Mediterranean region and the North-continental region; we therefore assume that the EU-27 can be divided into two larger regions with different DRF.
    • Assumption: Temperatures above thresholds will only occur in warm season (April-September)
    • Assumption: DRF for mortality due to natural causes can be applied to total mortality

Unit

Formula

TODO: {{#todo:Take Maud's Excel models of heat HIA and convert those into R (or Analytica).|Virpi Kollanus, Jouni Tuomisto|Intarese, Heimtsa}}

[1] [2]

D6=Total mortality in the Western Europe*0.5 # Only summer months included
G6=ERF for heat exposure and mortality
I6='inputvariable per grid-city'!D19-'inputvariable per grid-city'!C19 #Heat exposure in Europe (scenario-baseline)
N6=(((EXP(I6*$G6))-1)/(EXP(I6*$G6))) #PAF (proportional attributable fraction?)
S6=N6*'inputvariable per grid-city'!D6 #PAF*summer mortality

Result

See also

References


Related files

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