Mathematical Methods of Environmental Risk Modeling offers a practical introduction to mathematical methods and models for human health risk assessment. It emphasizes real-world applications, featuring examples from exposure assessment, pharmacokinetic modeling, and dose-response modeling, making it valuable for students and professionals alike.
"Risk-Based Environmental Decision: Methods and Culture" explores human health risk analysis in environmental decision-making. It merges scientific theory, philosophical insights, and regulatory applications, making it ideal for risk and policy analysts. The book features detailed case studies that guide readers through the risk analysis process.
Biophysical Theory of Environmental Health Science
The book explores the challenges faced by scientists and regulators in integrating theory, experiments, models, and common sense within risk analysis. It highlights the detrimental effects of isolating these elements from one another, emphasizing the need for a cohesive approach that bridges theoretical frameworks with practical applications and experimental data. By addressing these disconnects, the work aims to improve understanding and effectiveness in risk assessment methodologies.