As evidenced by the anthrax attacks in 2001, the SARS outbreak in 2003, and the H1N1 influenza pandemic in 2009, a pathogen does not recognize geographic or national boundaries, often leading to devastating consequences. Automated biosurveillance systems have emerged as key solutions for mitigating current and future health-related events. Focusing
Timeliness of Data Sources. Simulating and Evaluating Biosurveillance Datasets. Remote Sensing-Based Modeling of Infectious Disease Transmission. Integrating Human Capabilities into Biosurveillance Systems: A Study of Biosurveillance and Situation Awareness. The Role of Zoos in Biosurveillance. HealthMap. The Role of SMS Text Messaging to Improve Public Health Response. Using Prediction Markets to Forecast Infectious Diseases. The Role of Data Aggregation in Public Health and Food Safety Surveillance. Introduction to China's Infectious Disease Surveillance System. Biosurveillance and Public Health Practice: A Case Study of North Carolina's NC DETECT System. Aberration Detection in R Illustrated by Danish Mortality Monitoring. User Requirements toward a Real-Time Biosurveillance Program. Using Common Alerting Protocol to Support a Real-Time Biosurveillance Program in Sri Lanka and India. Navigating the Information Storm: Web-Based Global Health Surveillance in BioCaster. A Snapshot of Situation Awareness: Using the NC DETECT System to Monitor the 2007 Heat Wave. Linking Detection to Effective Response.