Introduction to Risk Analysis: A Systematic Approach to Science-based Decision Making
Government Institutes, Jan 1, 2000 - Business & Economics - 433 pages
Written for safety and loss-control, environmental, and quality managers, this is the first comprehensive, integrated guide to developing a complete environmental risk analysis for regulated substances and processes. Unlike other books, Introduction to Risk Analysis looks at risk from a regulatory perspective, allowing both professionals in regulatory agencies concerned with risk including OSHA, EPA, USDA, DOT, FDA, and state environmental agencies and professionals in any agency-regulated industry to understand and implement the methods required for proper risk assessment. The authors examine risk and the structure of analysis. Emphasizing the predictive nature of risk, they discuss the quantitative nature of risk and explore quantitative-analysis topics, including data graphing, logarithmic thinking, risk estimating, and curve fitting. Chapters include discussions on functions, models, and uncertainties; the regulatory process; risk assessment; exposure; dosimetry; epidemiology; toxicology; risk characterization; comparative risk assessment; ecological risk assessment; risk management; and risk communication. Six in-depth case studies, an annotated bibliography, and more than 50 figures are also included."
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absorption aflatoxin animal approach assessors biological effect body weight carcinogenic cause cells Chapter chemical substances cohort comparative risk concentration contaminant Cothern curve death decision dermal develop disease distribution dose dose-response dose-response relationships dosimetry drinking water ecological risk assessment endpoints environment environmental risk epidemiology equation evaluate example experimental expo exposed exposure assessment exposure-response relationship factors Federal Figure function health effects human important individual indoor air ingestion inhalation involves lifetime linear log-normal distributions lung cancer mathematical measurements ment metabolites methods mutations occur option organism outcomes parameters pathways pesticides pharmacokinetics plot pollution population risk potency predict probability problem quantitative radon range receptor regulation relative risk risk analysis risk communication risk estimates risk management sampling scientists smoke soil sources specific standard statistical stressors studies Table tion toxic toxicology trichloroethylene tumor U.S. EPA uncertainty understand usually values variables