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Empirical Bayes Procedures for Stabilizing Maps of U.S. Cancer Mortality Rates
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1989
Year
Geographic MappingCancer ManagementEpidemiology Of CancerDisease MappingPopulation Health SciencesCancer RegistrationMortality RatesEpidemiology Of AgingCancer Risk FactorsCancer DisparityCounty Death RatesEmpirical Bayes ProceduresSpatial DistributionBiostatisticsPublic HealthStatisticsSpatial EpidemiologyCancer ResearchPopulationHealth GeographyMedicinePopulation MigrationEpidemiologyCancer EpidemiologyStatistical InferenceSpatial DemographyDemographyOncologySpatial Statistics
Abstract The geographic mapping of age-standardized, cause-specific death rates is a powerful tool for identifying possible etiologic factors, because the spatial distribution of mortality risks can be examined for correlations with the spatial distribution of disease-specific risk factors. This article presents a two-stage empirical Bayes procedure for calculating age-standardized cancer death rates, for use in mapping, which are adjusted for the stochasticity of rates in small area populations. Using the adjusted rates helps isolate and identify spatial patterns in the rates. The model is applied to sex-specific data on U.S. county cancer mortality in the white population for 15 cancer sites for three decades: 1950–1959, 1960–1969, and 1970–1979. Selected results are presented as maps of county death rates for white males.