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City Geneva / Cincinnati / Chichester / Ashbolt / New York / Washington / DC / Canberra / Vancouver / RIVM / London / Brussels / / Company IWA Publishing / Q IWA Publishing / Deere / HEALTH TARGETS AND STOCHASTIC / John Wiley and Sons / John Wiley & Sons / / Country Netherlands / France / United States / Canada / United Kingdom / / Currency GBP / / / Event Product Issues / Bankruptcy / / Facility University of New South Wales / International Life Science Institute / / IndustryTerm urban water supply systems / risk management / water systems / food / utility protocol / / MedicalCondition epidemic and endemic conditions / mean infection / source waterborne disease / communicable disease / variable daily infection / USA overall infection / waterborne infection / waterborne disease / illness / different disease / infections / annual infection / Water-related Infectious Disease / annualised infection / equivalent pathogen-specific daily infection / disease / potential waterborne disease risk infection / waterborne cryptosporidiosis / daily infection / infection / / Organization National Health and Medical Research Council / United States Environmental Protection Agency / World Health Organization / N. J. Ashbolt Centre for Water and Waste Technology / US Environmental Protection Agency / New South Wales’ Centre for Water & Waste Technol / International Life Science Institute / Research Council / Medical Research Council / University of New South Wales / Sydney / USEPA Commission / European Commission / National Health & Medical Research Council / / Position manager / corresponding author / author / manager aiming / risk manager / Hunter / / Product event scenarios / / ProgrammingLanguage EC / / ProvinceOrState New Jersey / Ohio / New York / New South Wales / / Region South Wales / / Technology simulation / utility protocol / / SocialTag 
Q IWA Publishing 2009 Journal of Water and Health | 07.4 | Comparing probabilistic microbial risk assessments for drinking water against daily rather than annualised