An approach to analysing data for spatial clustering is outlined, with special reference to environmental epidemiology. The method is based on recent developments in spatial point-process modelling; specifically, on the use of so-called 'second-order' analysis of bivariate point patterns. This continuous-space approach offers some advantages over analytical methods that aggregate health events to areal units. The method is implemented within the framework of a proprietary geographical information system, ARC/INFO, and is illustrated with reference to health data from a questionnaire survey of children in Preston (Lancashire). The nature of the data gained from the questionnaire means that variables which may affect the health of the childre...
Overlaying maps using a desktop GIS is often the first step of a multivariate spatial analysis. The ...
The significant volume of work accidents in the cities causes an expressive loss to society. The dev...
Background Cluster detection is an important part of spatial epidemiology because it...
An approach to analysing data for spatial clustering is outlined, with special reference to environm...
Spatial cluster analysis is a uniquely interdisciplinary endeavour, and so it is important to commun...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
Abstract. One of main aims of the spatial analysis of health and medical da-tasets is to provide add...
Methods for the statistical analysis of stationary spatial point process data are now well establish...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
Abstract Background Geographic perspectives of disease and the human condition often involve point-b...
Relative risk estimation or disease mapping concern the global smoothing of risk and estimation of t...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Overlaying maps using a desktop GIS is often the first step of a multivariate spatial analysis. The ...
Spatial cluster analysis is a uniquely interdisciplinary endeavour, and so it is important to commun...
Overlaying maps using a desktop GIS is often the first step of a multivariate spatial analysis. The ...
The significant volume of work accidents in the cities causes an expressive loss to society. The dev...
Background Cluster detection is an important part of spatial epidemiology because it...
An approach to analysing data for spatial clustering is outlined, with special reference to environm...
Spatial cluster analysis is a uniquely interdisciplinary endeavour, and so it is important to commun...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
Abstract. One of main aims of the spatial analysis of health and medical da-tasets is to provide add...
Methods for the statistical analysis of stationary spatial point process data are now well establish...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
Abstract Background Geographic perspectives of disease and the human condition often involve point-b...
Relative risk estimation or disease mapping concern the global smoothing of risk and estimation of t...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Overlaying maps using a desktop GIS is often the first step of a multivariate spatial analysis. The ...
Spatial cluster analysis is a uniquely interdisciplinary endeavour, and so it is important to commun...
Overlaying maps using a desktop GIS is often the first step of a multivariate spatial analysis. The ...
The significant volume of work accidents in the cities causes an expressive loss to society. The dev...
Background Cluster detection is an important part of spatial epidemiology because it...