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Updated: Aug 6, 2026

Watershed Planning within a Quantitative Scenario Analysis Framework
Published on: July 24, 2016
Workshop summary: estimating waterborne disease risks in the United States
Gunther F Craun1, Rebecca L Calderon
1Gunther F. Craun & Associates, 101 West Frederick Street, Suite 207, Staunton, VA 24401, USA.
A 2005 workshop identified key data gaps and made recommendations for estimating endemic waterborne illness risks in the United States. This research aims to improve understanding of public health risks from drinking water microbes.
Area of Science:
- Environmental epidemiology
- Public health risk assessment
- Microbial contamination of drinking water
Background:
- Estimating endemic waterborne illness risks in the United States requires comprehensive epidemiologic and risk information.
- Existing data may be insufficient for accurate national risk calculations, leading to uncertainty in public health assessments.
Purpose of the Study:
- To evaluate available epidemiologic and other information for estimating endemic waterborne illness risks.
- To identify critical data gaps hindering accurate national risk assessment of drinking waterborne pathogens.
- To provide a blueprint for future research on microbial risks in drinking water.
Main Methods:
- A workshop convened experts to discuss existing research and data on waterborne illnesses.
- Papers prepared for the special issue were critically reviewed and discussed.
- Deliberations focused on identifying uncertainties and data needs for risk estimation.
Main Results:
- Fourteen specific recommendations were formulated based on workshop discussions.
- Seven major data gaps were identified as crucial for reducing uncertainty in national risk estimates.
- The workshop highlighted the need for improved understanding of endemic and epidemic risks.
Conclusions:
- The current information base has limitations for accurately estimating endemic waterborne illness risks.
- Addressing identified data gaps is essential for regulatory officials and public health professionals.
- The findings provide a strategic direction for future research in drinking water safety and microbial risk assessment.
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