Emerging infectious diseases · 2002 · 92 citations · 16 references
Veterinary MedicineInfectious Disease ControlInfectious DiseasesEpidemiologic MethodsEpidemiologySpatial EpidemiologyDisease Surveillance GeographySpace-time EpidemiologyTemporal Clustering Of CasesTemporal Disease PatternsTemporal Disease TrendsTime-series Analysis In EpidemiologyInfection Risk FactorsSpace-time ClusteringSpatial Analysis Of CasesSpatial-temporal Cluster AnalysisSpatial-temporal ClusteringSpatial-temporal Incidence PatternsTemporal ClusteringUnpasteurized Dairy Consumption
Infection with Brucella spp. continues to pose a human health risk in California despite great strides in eradicating the disease from domestic animals. Clustering of human cases in time and space has important public health implications for understanding risk factors and sources of infection. Temporal-spatial clustering of human brucellosis in California for the 20-year period 1973-1992 was evaluated by the Ederer-Myers-Mantel, Moran's I, and population-adjusted Moran's I procedures. Cases were clustered in concentrated agricultural regions in the first 5-year interval (1973-1977). Time-space clustering of human brucellosis cases in California late in the 20-year study period may reflect the distribution of Hispanic populations. Public health programs in California should focus on educating Hispanic populations about the risk of consuming dairy products, such as soft cheeses, made from unpasteurized milk.
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NOTES ON CONTINUOUS STOCHASTIC PHENOMENA
P. A. P. Moran · Biometrika · 1950 · 7.1K citations
A Statistical Problem in Space and Time: Do Leukemia Cases Come in Clusters?
Fred Ederer, Max H. Myers, Nathan Mantel · Biometrics · 1964 · 216 citations
Medicine, Hematology, Oncology +14
Adjusting Moran's<i>I</i>for population density
Neal L. Oden · Statistics in Medicine · 1995 · 175 citations