The field of risk science is continuously evolving to develop principles and practices that people to manage future risk. Risk and uncertainty are prevalent yet, it is important to consider what is on the horizon, anticipate the possibility of future events, its consequences, our vulnerability to those events, and how to recover from them.
The field of risk science is continuously evolving to develop principles and practices that people to manage future risk. Risk and uncertainty are prevalent yet, it is important to consider what is on the horizon, anticipate the possibility of future events, its consequences, our vulnerability to those events, and how to recover from them.
Shital Thekdi is a Professor of Analytics and Operations at the University of Richmond. She has co-authored many papers on risk management and decision-making. She has a Ph.D. in Systems and Information Engineering from the University of Virginia and a M.S.E. and B.S.E. in Industrial and Operations Engineering from the University of Michigan. She has several years of experience working in industry, with extensive supply chain management and operational analytics experience. Terje Aven has been a Professor in Risk Science at the University of Stavanger, Norway since 1992. Previously he was also Professor (adjunct) in Risk Analysis at the University of Oslo and the Norwegian University of Science and Technology. He has many years of experience as a risk analyst in industry and as a consultant. He is the author of many books and papers in the field, covering both fundamental issues as well as practical risk analysis methods. He has led several large research programmes in the risk area, with strong international participation. He has developed many master programmes in the field and has lectured on many courses in risk analysis and risk management. Aven is Editor-in-Chief of the Journal of Risk and Reliability, and Area Editor of Risk analysis in Policy. He has served as President of the international Society for Risk Analysis (SRA) and Chairman of the European Safety and Reliability Association (ESRA) (2014-2018).
Inhaltsangabe
Foreword About the Authors Acknowledgments Chapter 1: Framework used to decode the risk events Chapter 2: Historical events to be decoded Global pandemics Industrial accidents Infrastructure failures Natural disasters Acts of terrorism and war Food safety Chapter 3: Historical perspective on risk Chapter 4: Historical precedent for remembering and understanding risk issues Chapter 5: Characterization of surprise and unpredictability Chapter 6: Severity of consequences in relation to uncertainties and knowledge Titanic case - Evaluation of consequences Chapter 7: Uncertainty characterizations Fukushima Daiichi case - Evaluation of Probabilistic Risk Assessment at nuclear plants Chapter 8: Types of knowledge that inform understanding of risk 9/11 case - Classification of knowledge Chapter 9: Credibility of knowledge Food additives case - Credibility of knowledge Chapter 10: Factors influencing understanding and communication of risk, uncertainties, and probabilities Cuyahoga River Fire - Communication of risk-related information Chapter 11: Biases, misinformation, and disinformation Biases and moral hazards - East Palestine Train Derailment and similar freight accidents COVID-19 Misinformation and disinformation Chapter 12: Balancing various dimensions of a risk application BP Oil Spill - Dimensions of risk for oil and gas operations and related regulation Chapter 13: The weight given to resilience Hurricane Katrina - Why New Orleans was vulnerable and how resilience emerged Chapter 14: The big picture of risk science surrounding major historical events Smoking, social media, and processed foods - linking three global risk issues Chapter 15: How risk science improves the ability to address the gaps in the themes presented Chapter 16: Who is the risk analyst and what are the expectations Chapter 17: Unresolved issues in risk science identified in the presented themes Abraham Lincoln assassination - Hindsight bias vs. noise leading to a risk event Chapter 18: Conclusions Further reading and references Index
Foreword About the Authors Acknowledgments Chapter 1: Framework used to decode the risk events Chapter 2: Historical events to be decoded Global pandemics Industrial accidents Infrastructure failures Natural disasters Acts of terrorism and war Food safety Chapter 3: Historical perspective on risk Chapter 4: Historical precedent for remembering and understanding risk issues Chapter 5: Characterization of surprise and unpredictability Chapter 6: Severity of consequences in relation to uncertainties and knowledge Titanic case - Evaluation of consequences Chapter 7: Uncertainty characterizations Fukushima Daiichi case - Evaluation of Probabilistic Risk Assessment at nuclear plants Chapter 8: Types of knowledge that inform understanding of risk 9/11 case - Classification of knowledge Chapter 9: Credibility of knowledge Food additives case - Credibility of knowledge Chapter 10: Factors influencing understanding and communication of risk, uncertainties, and probabilities Cuyahoga River Fire - Communication of risk-related information Chapter 11: Biases, misinformation, and disinformation Biases and moral hazards - East Palestine Train Derailment and similar freight accidents COVID-19 Misinformation and disinformation Chapter 12: Balancing various dimensions of a risk application BP Oil Spill - Dimensions of risk for oil and gas operations and related regulation Chapter 13: The weight given to resilience Hurricane Katrina - Why New Orleans was vulnerable and how resilience emerged Chapter 14: The big picture of risk science surrounding major historical events Smoking, social media, and processed foods - linking three global risk issues Chapter 15: How risk science improves the ability to address the gaps in the themes presented Chapter 16: Who is the risk analyst and what are the expectations Chapter 17: Unresolved issues in risk science identified in the presented themes Abraham Lincoln assassination - Hindsight bias vs. noise leading to a risk event Chapter 18: Conclusions Further reading and references Index
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