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The role of space-time activity patterns in the exposure assessment of residents

Abstract : Industrial development can generate hazardous situations – in particular, when there is a need to deal with dangerous substances, such as those in chemical or petrochemical plants. Too often, these industries are located in the heart of urbanized areas with high-density populations, as urbanization intrudes on the hazardous sites (originally established outside of cities). Protecting civil populations from these risks – either through precautionary measures or special crisis management plans, if a catastrophe occurs – is a key issue. To better protect citizens, identifying the risks to which they are exposed and also how they perceive the risks in their area can help authorities and stakeholders better understand the risks (Glatron & Beck, 2008). Adequate knowledge of these risks can also dissuade populations from settling in certain zones and thus lower their vulnerability. Finally, authorities need to assess the exposure of populations to hazards – through modelling – to set up appropriate and efficient risk management plans based on land planning. The present chapter – founded on responses to a questionnaire-based investigation (see the Annex) carried out in the Milazzo–Valle del Mela area of Sicily, in 2008 – explores two main aspects of exposure assessment: space-time-pattern methodological challenges and results of individual space-time activity data extracted from the investigation in the Milazzo–Valle del Mela area.
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Contributor : Elise Beck Connect in order to contact the contributor
Submitted on : Monday, January 12, 2015 - 9:55:36 AM
Last modification on : Wednesday, August 3, 2022 - 11:40:21 AM
Long-term archiving on: : Monday, April 13, 2015 - 10:26:26 AM


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  • HAL Id : hal-01102091, version 1


Arnaud Banos, Elise Beck, Sandrine Glatron, Pierpaolo Mudu. The role of space-time activity patterns in the exposure assessment of residents. Mudu P.; Terracini B.; Martuzzi M. Human health in areas with industrial contamination, World Health Organization, pp.191-199, 2014, 978 9 289 05005 0. ⟨hal-01102091⟩



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