Public Health: Difference between revisions
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Emergence and spread of infectious diseases in a changing environment require the development of new methodologies and tools for risk assessment, early warning and policy making. GIS modelling is routinely used to perform risk assessment for the mitigation of these diseases. | |||
* [[GRASS_and_its_siblings%3B_a_guide_for_the_novice#EpiGrass|EpiGrass]] - epidemiological simulation and analysis | * extraction of ecological indicators from high temporal resolution satellite data time series ([http://gis.fem-environment.eu/remote-sensing/ more]) | ||
* Disease Surveillance | |||
* Calculation of disease incident rate | |||
* Predictive models | |||
== See also == | |||
* [[Global_datasets#CDC_Geographic_Boundary_and_Public_Health_Maps|Data links from the CDC]] | |||
* [[GRASS_and_its_siblings%3B_a_guide_for_the_novice#EpiGrass|EpiGrass]] - epidemiological simulation and analysis software | |||
[[Category:Documentation]] | |||
Revision as of 09:49, 17 March 2009
Emergence and spread of infectious diseases in a changing environment require the development of new methodologies and tools for risk assessment, early warning and policy making. GIS modelling is routinely used to perform risk assessment for the mitigation of these diseases.
- extraction of ecological indicators from high temporal resolution satellite data time series (more)
- Disease Surveillance
- Calculation of disease incident rate
- Predictive models
See also
- EpiGrass - epidemiological simulation and analysis software