Powerful Earthquake Triggers Tsunami in Pacific. Hurricane Katrina Makes Landfall in the Gulf Coast. Avalanche Buries Highway in Denver. Tornado Touches Down in Georgia. These headlines not only have caught the attention of people around the world, they have had a significant effect on IT professionals as well. As technology continues to become more integral to corporate operations at every level of the organization, the job of IT has expanded to become almost all-encompassing. These days, it’s difficult to find corners of a company that technology does not touch. As a result, the need to plan for potential disruptions to technology services has increased exponentially. That is what Business Continuity Planning (BCP) is: a methodology used to create a plan for how an organization will recover after a disaster of various types. It takes into account both security and corporate risk management tatics. There is a lot of movement around this initiative in the industry: the British Standards Institute is releasing a new standard for BCP this year. Trade shows are popping up covering the topic. * Complete coverage of the 3 categories of disaster: natural hazards, human-caused hazards, and accidental and technical hazards. * Only published source of information on the new BCI standards and government requirements. * Up dated information on recovery from cyber attacks, rioting, protests, product tampering, bombs, explosions, and terrorism.

Annotation Hiatt (California State University) helps businesses evaluate their vulnerability to accidents and disasters, and guides them through the process of creating a disaster recovery plan. The second half of the book consists of 33 appendices with diagrams, lists, questionnaires, procedures, surveys, contacts, and case studies. No index. Annotation c. Book News, Inc., Portland, OR (booknews.com).

This series is intended for the rapidly increasing number of health care professionals who have rudimentary knowledge and experience in health care computing and are seeking opportunities to expand their horizons. It does not attempt to compete with the primers already on the market. Eminent international experts will edit, author, or contribute to each volume in order to provide comprehensive and current accounts of in novations and future trends in this quickly evolving field. Each book will be practical, easy to use, and weIl referenced. Our aim is for the series to encompass all of the health professions by focusing on specific professions, such as nursing, in individual volumes. However, integrated computing systems are only one tool for improving communication among members of the health care team. Therefore, it is our hope that the series will stimulate professionals to explore additional me ans of fostering interdisciplinary exchange. This se ries springs from a professional collaboration that has grown over the years into a highly valued personal friendship. Our joint values put people first. If the Computers in Health Care series lets us share those values by helping health care professionals to communicate their ideas for the benefit of patients, then our efforts will have succeeded.

Urban Planning for Disaster Recovery focuses on disaster recovery from the perspective of urban planning, an underutilized tactic that can significantly reduce disaster risks. The book examines disaster risk reduction (DRR), in particular, the recovery stage of what is widely known as the disaster cycle. The theoretical underpinning of the book derives from a number of sources in urban planning and disaster management literature, and is illustrated by a series of case studies. It consists of five sections, each of which opens with a conceptual framework that is followed by a series of supporting and illustrative cases as practical examples. These examples both complement and critique the theoretical base provided, demonstrating the need to apply the concepts in location-specific ways. Examines disaster recovery from an urban planning perspective Illustrates key concepts with real-world case studies Explores the contributions of experts, urban planners, NGOs, and community members

Addressing the vulnerabilities in today's critical infrastructure to natural disasters and terrorism, this practical book describes what public safety and other officials need to do to protect should be doing to pipelines, power plants, telecommunications, and other essential services before the unthinkable happens. The book explains how to maintain command and control in any disaster, and how to predict the probability of those disasters. Written by two highly regarded experts in the field, this one-of-a-kind guidebook shows how to simplify risk assessments and emergency response procedures to disasters affecting our critical national and local infrastructure.

The failure to plan for disaster recovery results in a process of rebuilding that often presages the next disaster. It also limits the collective maximization of governmental, nonprofit, and private resources, including those resources that are available at the community level. As individuals, groups, communities, and organizations routinely struggle to recover from disasters, they are beset by a duplication of efforts, poor interorganizational coordination, the development and implementation of policies that are not shaped by local needs, and the spread of misinformation. Yet investment in pre-event planning for post-disaster recovery remains low. Although researchers pointed to this problem at least twenty-five years ago, an unfortunate reality remains: disaster recovery is the least understood aspect of emergency management among both scholars and practitioners. In addition, the body of knowledge that does exist has not been effectively disseminated to those who engage in disaster recovery activities. Planning for Post-Disaster Recoveryblends what we know about disaster recovery from the research literature with an analysis of existing practice to uncover problems and recommend solutions. It is intended for hazard scholars, practitioners, and others who have not assimilated or acted upon the existing body of knowledge, or who are unexpectedly drawn into the recovery process following a disaster.