فرایندهای مدیریت ریسک زیرساخت: خطرات طبیعی، تصادفی و عمدی (مونوگرافی شورای ASCE در مدیریت ریسک بلایای طبیعی)

This book discusses quantification of exposure and vulnerability of complex, spatially distributed systems, yielding estimates of local and system-wide potential losses, for different alternatives in multi-hazard decision situations. These situations require an integration of scientific, engineering, social, administrative, psychological, and political processes - with advances, setbacks, and many uncertainties. This monograph consists of eight papers that illustrate work done to date and plans for work to be done on managing these risks for potable water, electric power, transportation, and other infrastructure systems threatened by earthquakes, tsunamis, landslides, severe storms, saboteurs, and various other hazards. Content: Front Matter • Table of Contents 1. Introduction and Executive Summary •Part I. Hazard Issues 2. PSHA Uncertainty Analysis: Applications to the CEUS and the Pacific NW •Part II. Systems Evaluation Issues 3. The Regional Economic Cost of a Tsunami Wave Generated by a Submarine Landslide Off of Palos Verdes, California 4. The Emerging Role of Remote Sensing Technology in Emergency Management 5. Context and Resiliency: Influences on Electric Utility Lifeline Performance •Part III. Risk Criteria Issues 6. Criteria for Acceptable Risk in the Netherlands •Part IV. System Management Issues 7. Landslide Risk Assessment and Remediation 8. A Preliminary Study of Geologic Hazards for the Columbia River Transportation Corridor 9. Multihazard Mitigation Los Angeles Water System a Historical Perspective Appendices Index Infrastructure Risk Management Processes: Natural, Accidental, and Deliberate Hazards, discusses quantification of exposure and vulnerability of complex, spatially distributed systems, yielding estimates of local and system-wide potential losses, for different alternatives in multi-hazard decision situations. These situations require an integration of scientific, engineering, social, administrative, psychological, and political processes - with advances, setbacks, and many uncertainties. This monograph consists of eight papers that illustrate work done to date and plans for work to be done on managing these risks for potable water, electric power, transportation and other infrastructure systems threatened by earthquakes, tsunamis, landslides, severe storms, saboteurs, and various other hazards. This monograph, produced by the Risk and Vulnerability Committee of the Council on Disaster Risk Management (CDRM), is a sequel to a previous monograph, Acceptable Risk Processes: Lifelines and Natural Hazards (2002), published by ASCE. Topics include:
* Hazard Issues
* Systems Evaluation Issues
* Risk Criteria Issues
* Systems Management Issues. Annotation, Infrastructure Risk Management Processes: Natural, Accidental, and Deliberate Hazards, discusses quantification of exposure and vulnerability of complex, spatially distributed systems, yielding estimates of local and system-wide potential losses, for different alternatives in multi-hazard decision situations. These situations require an integration of scientific, engineering, social, administrative, psychological, and political processes with advances, setbacks, and many uncertainties. This monograph consists of eight papers that illustrate work done to date and plans for work to be done on managing these risks for potable water, electric power, transportation and other infrastructure systems threatened by earthquakes, tsunamis, landslides, severe storms, saboteurs, and various other hazards. This monograph, produced by the Risk and Vulnerability Committee of the Council on Disaster Risk Management (CDRM), is a sequel to a previous monograph, Acceptable Risk Processes: Lifelines and Natural Hazards (2002), published by ASCE. Topics include: Hazard Issues Systems Evaluation Issues Risk Criteria Issues Systems Management Issues This best-seller pocket guide prepares auditors to conduct internal audits against quality, environmental, safety, and other audit criteria. This handy pocket guide covers all the steps necessary to complete an internal audit, from assignment to follow-up. New and updated chapters reflect new techniques to address vague requirements, more illustrations and examples, ISO 19011 thinking, and verification of auditee follow-up actions. This condensed, easy-to-read book is a valuable resource and great tool for training others on how to perform an internal audit. It is appropriate for those who hav Provides guidance, documentation, and field results for the numerical and physical modeling of sediment movement when dams are removed from waterways. This addresses issues such as the behavior of stored sediment and overall stream geomorphology after a dam is removed. CDRM 1 discusses quantification of exposure and vulnerability of complex, spatially distributed systems, yielding estimates of local and systemwide potential losses for different alternatives in multihazard decision situations. MOP 122 provides guidance, documentation, and field results for the numerical and physical modeling of sediment movement when dams are removed from waterways.