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ArcGIS Exercise: Dengue Outbreak Analysis Using Spatial Statistics

Length:

Approximately 100 minutes

Course Description:

The course "Dengue Outbreak Analysis Using Spatial Statistics" is designed to give you a basic understanding of how to apply ArcGIS geographic information system tools to analyze and map the geographic and temporal distribution of dengue-positive households and mosquito trap counts relative to other population and environmental datasets in order to monitor, quantify, and understand the spatial diffusion of the disease and its vectors during a Dengue outbreak scenario. It is an exercise in tutorial format, with step-by-step instructions utilizing data for the island of O`ahu.

It requires access to ArcGIS ArcInfo version 9.1, 9.2, or later, and the Spatial Analyst extension. Evaluation copies of the software are available at the ESRI. Click here.

This course was created by Pacific EMPRINTS, at the University of Hawaii at Manoa, Department of Anthropology. Creation of the course was funded by the U.S. Department of Health and Human Services, Office of the Assistant Secretary for Preparedness and Response, Grant No. T01HP6427-0100.

Capabilities:

The material covered in this course is related, in part, to the following capabilities from the Homeland Security Target Capabilities List:
  1. Common: Communications
  2. Common: Planning
  3. Prevent: Information Gathering and Recognition of Indicators & Warnings
  4. Prevent: Information Sharing and Dissemination
  5. Prevent: Intelligence Analysis and Production
  6. Protect: Epidemiologic Surveillance and Investigation
  7. Respond: Critical Resource Logistics & Distribution
  8. Respond: Emergency Public Information and Warning
  9. Respond: Mass Care (Sheltering, Feeding, Related services)

Learning Objectives:

By the end of this course, participants will be able to:
  1. Utilize GIS tools to map disease occurrences by date
  2. Combine GIS overlay, statistics, and table join operations to measure and map the frequency of disease occurrences by Census units
  3. Use GIS spatial analyst tools to map the spatial density of disease occurrences
  4. Apply GIS tools to map disease vector counts over time and use spatial statistics tools to identify and map spatial clusters (hotspots) of disease vectors
  5. Apply spatial statistics tools to quantify and map geographic distributions and directional trends of disease occurrences over time and relative to other population and environmental datasets

Target Audiences:

Administrators, Epidemiologists, Emergency/Disaster Planners, Other Public Health personnel

Certificate of Completion:

A Certificate of Completion is available to be printed for this course upon completion of the post-test with a score of 80% or higher.

Cost: FREE*

*subject to change without notice.