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Landscape-epidemiological study design to investigate an environmentally based disease

Abstract

Cost-effective approaches for identifying and enrolling subjects in community-based epidemiological studies face many challenges. Additional challenges arise when a neighborhood scale of analysis is required to distinguish between individual- and group-level risk factors with strong environmental determinants. A stratified, two-stage, cross-sectional, address-based telephone survey of Greater Tucson, Arizona, was conducted in 2002–2003. Subjects were recruited from direct marketing data at neighborhood resolution using a geographic information system (GIS). Three geomorphic strata were divided into two demographic units. Households were randomly selected within census block groups, selected using the probability proportional to size technique. Purchased direct marketing lists represented 45.2% of Census 2000 households in the surveyed block groups. Survey design effect (1.6) on coccidioidomycosis prevalence (88 per 100,000 per year) was substantially reduced in four of the six strata (0.3–0.9). Race–ethnicity was more robust than age and gender to compensate for significant selection bias using poststratification. Clustered, address-based telephone surveys provide a cost-effective, valid method for recruiting populations from address-based lists using a GIS to design surveys and population survey statistical methods for analysis. Landscape ecology provides effective methods for identifying scales of analysis and units for stratification that will improve sampling efficiency when environmental variables of interest are strong predictors.

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Acknowledgements

We thank the survey participants and to the journal's reviewers for their timely and helpful comments. Funding for this study was provided by: Arizona Disease Control Research Commission (no. 6017 to J.A.T. and M.K.O'R and the Centers for Disease Control and Prevention through the Association of Teachers of Preventive Medicine (TS 352-15/15; to J.A.T. and M.D.L.). Arizona Department of Health Services provided information on cases reported by physicians and diagnostic laboratories. Additional support was provided by Dr. John Galgiani and the Valley Fever Center for Excellence.

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Correspondence to Joseph A Tabor.

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Tabor, J., O'rourke, M., Lebowitz, M. et al. Landscape-epidemiological study design to investigate an environmentally based disease. J Expo Sci Environ Epidemiol 21, 197–211 (2011). https://doi.org/10.1038/jes.2009.67

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Keywords

  • coccidioidomycosis
  • valley fever
  • complex survey
  • landscape ecology
  • population control adjustment
  • multiple imputation

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