Improving exposure assessment in environmental epidemiology: Application of spatio-temporal visualization tools
A thorough assessment of human exposure to environmental agents should incorporate mobility patterns and temporal changes in human behaviors and concentrations of contaminants; yet the temporal dimension is often under-emphasized in exposure assessment endeavors, due in part to insufficient tools fo...
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| Veröffentlicht in: | Journal of geographical systems 2005-05, Vol.7 (1), p.49-66 |
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| container_title | Journal of geographical systems |
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| creator | Meliker, Jaymie R. Slotnick, Melissa J. AvRuskin, Gillian A. Kaufmann, Andrew Jacquez, Geoffrey M. Nriagu, Jerome O. |
| description | A thorough assessment of human exposure to environmental agents should incorporate mobility patterns and temporal changes in human behaviors and concentrations of contaminants; yet the temporal dimension is often under-emphasized in exposure assessment endeavors, due in part to insufficient tools for visualizing and examining temporal datasets. Spatio-temporal visualization tools are valuable for integrating a temporal component, thus allowing for examination of continuous exposure histories in environmental epidemiologic investigations. An application of these tools to a bladder cancer case-control study in Michigan illustrates continuous exposure life-lines and maps that display smooth, continuous changes over time. Preliminary results suggest increased risk of bladder cancer from combined exposure to arsenic in drinking water (>25 mgrg/day) and heavy smoking (>30 cigarettes/day) in the 1970s and 1980s, and a possible cancer cluster around automotive, paint, and organic chemical industries in the early 1970s. These tools have broad application for examining spatially- and temporally-specific relationships between exposures to environmental risk factors and disease. [PUBLICATION ABSTRACT] |
| doi_str_mv | 10.1007/s10109-005-0149-4 |
| format | Article |
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Spatio-temporal visualization tools are valuable for integrating a temporal component, thus allowing for examination of continuous exposure histories in environmental epidemiologic investigations. An application of these tools to a bladder cancer case-control study in Michigan illustrates continuous exposure life-lines and maps that display smooth, continuous changes over time. Preliminary results suggest increased risk of bladder cancer from combined exposure to arsenic in drinking water (>25 mgrg/day) and heavy smoking (>30 cigarettes/day) in the 1970s and 1980s, and a possible cancer cluster around automotive, paint, and organic chemical industries in the early 1970s. These tools have broad application for examining spatially- and temporally-specific relationships between exposures to environmental risk factors and disease. 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| subjects | Arsenic Bladder cancer Contaminants Datasets Disease Drinking water Environmental risk Epidemiology Exposure Geographic information systems Human exposure Investigations Organic chemicals Public health Questionnaires Risk factors Smoking Software Studies Surveillance Visualization |
| title | Improving exposure assessment in environmental epidemiology: Application of spatio-temporal visualization tools |
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