Multi-Criteria Decision Analysis (2^nd Ed.) Case Studies in Engineering and the Environment Environmental Assessment and Management Series

Decision analysis has become widely recognized as an important process for translating science into management actions. With climate change and other systemic threats as driving forces in creating environmental and engineering problems, there is a great need for understanding decision making frameworks through a case-study based approach. Management of environmental and engineering projects is often complicated and multidisciplinary in scope and nature, thus issues that arise can be difficult to solve analytically. Multi-Criteria Decision Analysis: Case Studies in Engineering and the Environment provides detailed description of MCDA methods and tools and illustrates their applications through case studies focused on sustainability and system engineering applications.

New in the Second Edition:

• Addresses current and emerging environmental and engineering problems
• Includes seven new case studies to illustrate different management situations applicable at the international level
• Builds on real case studies from recent and relevant environmental and engineering management experience
• Describes advanced MCDA techniques and extensions used by practitioners
• Provides corresponding decision models implemented using the DECERNS software package
• Gives a more holistic approach to teaching MCDA methodology with a focus on sustainable solutions and adoption of new technologies, including nanotechnology and synthetic biology

Given the novelty and inherent applicability of this decision-making framework to the environmental and engineering fields, a greater number of teaching tools for this topic need to be made available. This book provides those teaching tools, covering the breadth of the applications of MCDA methodologies with clear explanations of the MCDA process. The case studies are implemented in the DECERNS software package, allowing readers to experiment and explore and to understand the full process by which environmental managers assess these problems.

This book is a great resource for professionals and students seeking to learn decision analysis techniques and apply similar frameworks to environmental and engineering projects

Dr. Igor Linkov is the Risk and Decision Science Focus Area Lead with the US Army Engineer Research and Development Center, and Adjunct Professor with Carnegie Mellon University. Dr. Linkov has managed multiple risk and resilience assessments and management projects utilizing MCDA in many application domains, including critical infrastructure, environment, transportation, energy, homeland security and defense, supply chain and cybersecurity. He has published widely on environmental policy, environmental modeling, and risk analysis, including twenty books and over 350 peer-reviewed papers and book chapters in top journals. He is Elected Fellow with the American Association for the Advancement of Science (AAAS) and Society for Risk Analysis

Emily Moberg is a theoretical ecologist with degrees in environmental engineering and biological oceanography from MIT and Woods Hole Oceanographic Institution. She has worked on systems ranging from phytoplankton to fisheries and agriculture. She specializes in using optimization methods to better understand linkages between human behavior and natural resources.

Benjamin D. Trump is a governance scholar with specific interests in emerging technologies and complex systems. His work is global and comparative, including an ORISE Fellowship for the US Army Corps of Engineers in the United States, a Postdoctoral Research Fellowship the University of Lisbon (Portugal), and a Research Internship for the Institute of Occupational Medicine (Singapore). In 2016 Dr. Trump received his PhD from the University of Michigan in Health Services Organization and Policy.

Boris I. Yatsalo is Professor and Head of Information Systems dept. at the Institute of Intelligent Cybernetic Systems of the IATE National Research Nuclear University MEPHI, Obninsk-Moscow. He has been managing several international projects on developing models and computer systems for optimi