Skip Navigation

Johns Hopkins Center for Public Health Preparedness


Find Online Trainings by Topic

Biological Agents of Water and Foodborne Bioterrorism


In this presentation, Kellogg Schwab, PhD examines the various biological agents that terrorists could use against food or water supplies.


Click the button below to access the training content.  These materials are free of charge; no payment is necessary.

Launch this Training

Contents - Topic 1: Biological Agents of Water and Foodborne Bioterrorism

  • Part 1: Microbes as Biological Weapons
  • Part 2: Microbial Characteristics of Interest to Perpetrators
  • Part 3: CDC Classification of Bioterrorism Microorganisms
  • Part 4: Food and Waterborne Microbial Threats
  • Part 5: Summary

About the Trainer

Dr. SchwabDr. Schwab’s overall research focus is the development of new approaches to evaluate human microbial exposure assessment and to investigate the fate and transport of agents in the environment. Current research projects involve improving environmental detection methods for Noroviruses and investigating how many important human pathogens including Noroviruses, hepatitis A virus, rotaviruses, antibiotic resistant Campylobacter, antibiotic resistant enterococci, Cryptosporidium parvum, Toxoplasma gondii and Aspergillus persist and are transported through environmental media (water, air, and food). In collaboration with the Centers for Disease Control and state health laboratories he has investigated numerous waterborne and foodborne outbreaks of viral gastroenteritis. Other projects include investigating the use of better microbial water quality indicators such as bacteriophages, for rapid, cost effective determination of microbial water quality; working on improvements for drinking water and wastewater treatment processes by assessing the microbial removal efficiency of micro- and ultrafiltration units as well as full scale riverbank filtration systems; assessing the impact of concentrated animal feeding operations on human health, the environment and quality of life in the communities in which these operations are located; and evaluating the impact of human pollution on urban streams and the Chesapeake Bay caused by aging and deteriorating distribution systems by combining microbial, chemical and geographic information system (GIS) data.

design element