Google Earth & Public Health Instructor: Frank Boscoe, Assistant Professor, Albany School of Public Health Research Scientist, Cancer Registry, New York State Department of Health May 6th Morning Training Session Time: 9AM-NOON Google Earth is the most powerful of several free programs that can interpret KML, an open-source language for web-based geographic visualization. KML has rapidly become a preferred means of generating, storing, sharing and displaying geographic data. This three-hour workshop provides an introduction to Google Earth and how it may be used in public health programs. Some basic GIS knowledge is helpful, though not necessary. Learning objectives: 1. Students will learn to use Google Earth to locate geographic features and landmarks. 2. Students will learn to create, store, and share their own geographically referenced data using Google Earth. ************************************************************************ Using the NYSDOH Geographic Aggregation Tool (GAT) Instructor: Tom Talbot, Assistant Professor, Albany School of Public Health Chief, Environmental Health Surveillance Section, New York State Department of Health May 6th Afternoon Training Session Time: 1PM-3PM Health outcome maps, with fine geographic resolution, can inadvertently disclose confidential data. In addition, rates are often misleading due to random fluctuations in disease rates due to small numbers. To overcome these limitations, the NYSDOH Environmental Health Surveillance Section developed a Geographic Aggregation Tool (GAT) which aggregates neighboring geographic areas until a user defined population and/or user defined number of cases is reached. The GAT requires SAS version 9.1 or 9.2 and uses GIS boundary files (shape files). The aggregated areas are mapped in SAS or can be exported to mapping applications such ArcGIS, MapInfo or Google Earth. The software works with census layers of geography such as census tracks or census blocks as well as postal service areas such as ZIP Codes. The training session will provide examples using simulated birth outcome and cancer data coded to the ZIP code and census block level. Each user will be provided a beta version of the GAT which can be adapted to the user's needs. Learning objectives: 1. Students will learn how confidentiality can be compromised with maps. 2. Students will learn how to geographically aggregate health and population data to avoid compromising confidentiality.