Protecting Schools and Hospitals from Natural Hazards

Evidence from past events in the East Asia and Pacific Region demonstrates that such critical infrastructure as health and educational facilities is heavily exposed to natural disasters. In Myanmar in 2008, Cyclone Nargis damaged or destroyed nearly 75 percent of the health facilities and more than half schools in the area affected3. Super Typhoon Durian hit the Philippines in 2006 and damaged more than half of the schools in five different cities, costing US$20 million. In this scenario, there is a growing necessity of preventing natural hazards from having such a devastating impact on critical infrastructure. Enhancing the resilience of schools and hospitals to natural disasters is a responsibility of all authorities and stakeholders involved and a priority for the Disaster Risk Management (DRM) agenda. Not only would lives and property be saved, but more effective emergency management will be enabled. In fact, schools and hospitals can serve as community shelters during a disaster or as a place to coordinate post disaster activities. Considering the critical role of schools and hospitals, priority should be placed on identifying and reducing the weaknesses of existing facilities and on improving the building standards for new construction. While damage and losses associated with extreme events may exceed a country's gross domestic product (GDP), the implementation of mitigation measures aimed at improving the resilience of existing facilities provides a cost-effective preventive solution, generally limited to 4 percent of the initial investment cost.

Saved in:
Bibliographic Details
Main Author: Ferrucci, Matteo
Language:English
Published: World Bank, Washington, DC 2010-12
Subjects:BUILDING CODE, BUILDING CODES, COMMUNITY PARTICIPATION, DAMAGES, DATES, DISASTER, DISASTER MANAGEMENT, DISASTER MITIGATION, DISASTER PREPAREDNESS, DISASTER RECONSTRUCTION, DISASTER REDUCTION, DISASTER RISK, DISASTER RISK REDUCTION, DISASTER SIMULATIONS, EARLY WARNING, EARLY WARNING SYSTEMS, EARTHQUAKE, EMERGENCIES, EMERGENCY MANAGEMENT, EMERGENCY PREPAREDNESS, EMERGENCY RESPONSE, EVACUATION, EXTREME EVENT, EXTREME EVENTS, FAULT LINES, FEASIBILITY STUDIES, FIRE, FIRST AID, HEALTH CARE, HOSPITALS, INTERNATIONAL STRATEGY FOR DISASTER REDUCTION, IRON, NATURAL DISASTER, NATURAL DISASTERS, NATURAL HAZARD, NATURAL HAZARDS, POST DISASTER ACTIVITIES, QUALITY CONTROL, RELIEF, RISK ASSESSMENT, SAFETY, SAFETY EQUIPMENT, SAFETY MEASURES, SCREENING, STEEL, TYPHOON, WARNING SYSTEMS, WORLD HEALTH ORGANIZATION,
Online Access:http://documents.worldbank.org/curated/en/2010/12/13317126/protecting-schools-hospitals-natural-hazards
https://hdl.handle.net/10986/10120
Tags: Add Tag
No Tags, Be the first to tag this record!
id dig-okr-1098610120
record_format koha
spelling dig-okr-10986101202024-08-08T15:50:04Z Protecting Schools and Hospitals from Natural Hazards Ferrucci, Matteo BUILDING CODE BUILDING CODES COMMUNITY PARTICIPATION DAMAGES DATES DISASTER DISASTER MANAGEMENT DISASTER MITIGATION DISASTER PREPAREDNESS DISASTER RECONSTRUCTION DISASTER REDUCTION DISASTER RISK DISASTER RISK REDUCTION DISASTER SIMULATIONS EARLY WARNING EARLY WARNING SYSTEMS EARTHQUAKE EMERGENCIES EMERGENCY MANAGEMENT EMERGENCY PREPAREDNESS EMERGENCY RESPONSE EVACUATION EXTREME EVENT EXTREME EVENTS FAULT LINES FEASIBILITY STUDIES FIRE FIRST AID HEALTH CARE HOSPITALS INTERNATIONAL STRATEGY FOR DISASTER REDUCTION IRON NATURAL DISASTER NATURAL DISASTERS NATURAL HAZARD NATURAL HAZARDS POST DISASTER ACTIVITIES QUALITY CONTROL RELIEF RISK ASSESSMENT SAFETY SAFETY EQUIPMENT SAFETY MEASURES SCREENING STEEL TYPHOON WARNING SYSTEMS WORLD HEALTH ORGANIZATION Evidence from past events in the East Asia and Pacific Region demonstrates that such critical infrastructure as health and educational facilities is heavily exposed to natural disasters. In Myanmar in 2008, Cyclone Nargis damaged or destroyed nearly 75 percent of the health facilities and more than half schools in the area affected3. Super Typhoon Durian hit the Philippines in 2006 and damaged more than half of the schools in five different cities, costing US$20 million. In this scenario, there is a growing necessity of preventing natural hazards from having such a devastating impact on critical infrastructure. Enhancing the resilience of schools and hospitals to natural disasters is a responsibility of all authorities and stakeholders involved and a priority for the Disaster Risk Management (DRM) agenda. Not only would lives and property be saved, but more effective emergency management will be enabled. In fact, schools and hospitals can serve as community shelters during a disaster or as a place to coordinate post disaster activities. Considering the critical role of schools and hospitals, priority should be placed on identifying and reducing the weaknesses of existing facilities and on improving the building standards for new construction. While damage and losses associated with extreme events may exceed a country's gross domestic product (GDP), the implementation of mitigation measures aimed at improving the resilience of existing facilities provides a cost-effective preventive solution, generally limited to 4 percent of the initial investment cost. 2012-08-13T10:28:42Z 2012-08-13T10:28:42Z 2010-12 http://documents.worldbank.org/curated/en/2010/12/13317126/protecting-schools-hospitals-natural-hazards https://hdl.handle.net/10986/10120 English EAP DRM Knowledge Notes; No. 22 CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank application/pdf text/plain World Bank, Washington, DC
institution Banco Mundial
collection DSpace
country Estados Unidos
countrycode US
component Bibliográfico
access En linea
databasecode dig-okr
tag biblioteca
region America del Norte
libraryname Biblioteca del Banco Mundial
language English
topic BUILDING CODE
BUILDING CODES
COMMUNITY PARTICIPATION
DAMAGES
DATES
DISASTER
DISASTER MANAGEMENT
DISASTER MITIGATION
DISASTER PREPAREDNESS
DISASTER RECONSTRUCTION
DISASTER REDUCTION
DISASTER RISK
DISASTER RISK REDUCTION
DISASTER SIMULATIONS
EARLY WARNING
EARLY WARNING SYSTEMS
EARTHQUAKE
EMERGENCIES
EMERGENCY MANAGEMENT
EMERGENCY PREPAREDNESS
EMERGENCY RESPONSE
EVACUATION
EXTREME EVENT
EXTREME EVENTS
FAULT LINES
FEASIBILITY STUDIES
FIRE
FIRST AID
HEALTH CARE
HOSPITALS
INTERNATIONAL STRATEGY FOR DISASTER REDUCTION
IRON
NATURAL DISASTER
NATURAL DISASTERS
NATURAL HAZARD
NATURAL HAZARDS
POST DISASTER ACTIVITIES
QUALITY CONTROL
RELIEF
RISK ASSESSMENT
SAFETY
SAFETY EQUIPMENT
SAFETY MEASURES
SCREENING
STEEL
TYPHOON
WARNING SYSTEMS
WORLD HEALTH ORGANIZATION
BUILDING CODE
BUILDING CODES
COMMUNITY PARTICIPATION
DAMAGES
DATES
DISASTER
DISASTER MANAGEMENT
DISASTER MITIGATION
DISASTER PREPAREDNESS
DISASTER RECONSTRUCTION
DISASTER REDUCTION
DISASTER RISK
DISASTER RISK REDUCTION
DISASTER SIMULATIONS
EARLY WARNING
EARLY WARNING SYSTEMS
EARTHQUAKE
EMERGENCIES
EMERGENCY MANAGEMENT
EMERGENCY PREPAREDNESS
EMERGENCY RESPONSE
EVACUATION
EXTREME EVENT
EXTREME EVENTS
FAULT LINES
FEASIBILITY STUDIES
FIRE
FIRST AID
HEALTH CARE
HOSPITALS
INTERNATIONAL STRATEGY FOR DISASTER REDUCTION
IRON
NATURAL DISASTER
NATURAL DISASTERS
NATURAL HAZARD
NATURAL HAZARDS
POST DISASTER ACTIVITIES
QUALITY CONTROL
RELIEF
RISK ASSESSMENT
SAFETY
SAFETY EQUIPMENT
SAFETY MEASURES
SCREENING
STEEL
TYPHOON
WARNING SYSTEMS
WORLD HEALTH ORGANIZATION
spellingShingle BUILDING CODE
BUILDING CODES
COMMUNITY PARTICIPATION
DAMAGES
DATES
DISASTER
DISASTER MANAGEMENT
DISASTER MITIGATION
DISASTER PREPAREDNESS
DISASTER RECONSTRUCTION
DISASTER REDUCTION
DISASTER RISK
DISASTER RISK REDUCTION
DISASTER SIMULATIONS
EARLY WARNING
EARLY WARNING SYSTEMS
EARTHQUAKE
EMERGENCIES
EMERGENCY MANAGEMENT
EMERGENCY PREPAREDNESS
EMERGENCY RESPONSE
EVACUATION
EXTREME EVENT
EXTREME EVENTS
FAULT LINES
FEASIBILITY STUDIES
FIRE
FIRST AID
HEALTH CARE
HOSPITALS
INTERNATIONAL STRATEGY FOR DISASTER REDUCTION
IRON
NATURAL DISASTER
NATURAL DISASTERS
NATURAL HAZARD
NATURAL HAZARDS
POST DISASTER ACTIVITIES
QUALITY CONTROL
RELIEF
RISK ASSESSMENT
SAFETY
SAFETY EQUIPMENT
SAFETY MEASURES
SCREENING
STEEL
TYPHOON
WARNING SYSTEMS
WORLD HEALTH ORGANIZATION
BUILDING CODE
BUILDING CODES
COMMUNITY PARTICIPATION
DAMAGES
DATES
DISASTER
DISASTER MANAGEMENT
DISASTER MITIGATION
DISASTER PREPAREDNESS
DISASTER RECONSTRUCTION
DISASTER REDUCTION
DISASTER RISK
DISASTER RISK REDUCTION
DISASTER SIMULATIONS
EARLY WARNING
EARLY WARNING SYSTEMS
EARTHQUAKE
EMERGENCIES
EMERGENCY MANAGEMENT
EMERGENCY PREPAREDNESS
EMERGENCY RESPONSE
EVACUATION
EXTREME EVENT
EXTREME EVENTS
FAULT LINES
FEASIBILITY STUDIES
FIRE
FIRST AID
HEALTH CARE
HOSPITALS
INTERNATIONAL STRATEGY FOR DISASTER REDUCTION
IRON
NATURAL DISASTER
NATURAL DISASTERS
NATURAL HAZARD
NATURAL HAZARDS
POST DISASTER ACTIVITIES
QUALITY CONTROL
RELIEF
RISK ASSESSMENT
SAFETY
SAFETY EQUIPMENT
SAFETY MEASURES
SCREENING
STEEL
TYPHOON
WARNING SYSTEMS
WORLD HEALTH ORGANIZATION
Ferrucci, Matteo
Protecting Schools and Hospitals from Natural Hazards
description Evidence from past events in the East Asia and Pacific Region demonstrates that such critical infrastructure as health and educational facilities is heavily exposed to natural disasters. In Myanmar in 2008, Cyclone Nargis damaged or destroyed nearly 75 percent of the health facilities and more than half schools in the area affected3. Super Typhoon Durian hit the Philippines in 2006 and damaged more than half of the schools in five different cities, costing US$20 million. In this scenario, there is a growing necessity of preventing natural hazards from having such a devastating impact on critical infrastructure. Enhancing the resilience of schools and hospitals to natural disasters is a responsibility of all authorities and stakeholders involved and a priority for the Disaster Risk Management (DRM) agenda. Not only would lives and property be saved, but more effective emergency management will be enabled. In fact, schools and hospitals can serve as community shelters during a disaster or as a place to coordinate post disaster activities. Considering the critical role of schools and hospitals, priority should be placed on identifying and reducing the weaknesses of existing facilities and on improving the building standards for new construction. While damage and losses associated with extreme events may exceed a country's gross domestic product (GDP), the implementation of mitigation measures aimed at improving the resilience of existing facilities provides a cost-effective preventive solution, generally limited to 4 percent of the initial investment cost.
topic_facet BUILDING CODE
BUILDING CODES
COMMUNITY PARTICIPATION
DAMAGES
DATES
DISASTER
DISASTER MANAGEMENT
DISASTER MITIGATION
DISASTER PREPAREDNESS
DISASTER RECONSTRUCTION
DISASTER REDUCTION
DISASTER RISK
DISASTER RISK REDUCTION
DISASTER SIMULATIONS
EARLY WARNING
EARLY WARNING SYSTEMS
EARTHQUAKE
EMERGENCIES
EMERGENCY MANAGEMENT
EMERGENCY PREPAREDNESS
EMERGENCY RESPONSE
EVACUATION
EXTREME EVENT
EXTREME EVENTS
FAULT LINES
FEASIBILITY STUDIES
FIRE
FIRST AID
HEALTH CARE
HOSPITALS
INTERNATIONAL STRATEGY FOR DISASTER REDUCTION
IRON
NATURAL DISASTER
NATURAL DISASTERS
NATURAL HAZARD
NATURAL HAZARDS
POST DISASTER ACTIVITIES
QUALITY CONTROL
RELIEF
RISK ASSESSMENT
SAFETY
SAFETY EQUIPMENT
SAFETY MEASURES
SCREENING
STEEL
TYPHOON
WARNING SYSTEMS
WORLD HEALTH ORGANIZATION
author Ferrucci, Matteo
author_facet Ferrucci, Matteo
author_sort Ferrucci, Matteo
title Protecting Schools and Hospitals from Natural Hazards
title_short Protecting Schools and Hospitals from Natural Hazards
title_full Protecting Schools and Hospitals from Natural Hazards
title_fullStr Protecting Schools and Hospitals from Natural Hazards
title_full_unstemmed Protecting Schools and Hospitals from Natural Hazards
title_sort protecting schools and hospitals from natural hazards
publisher World Bank, Washington, DC
publishDate 2010-12
url http://documents.worldbank.org/curated/en/2010/12/13317126/protecting-schools-hospitals-natural-hazards
https://hdl.handle.net/10986/10120
work_keys_str_mv AT ferruccimatteo protectingschoolsandhospitalsfromnaturalhazards
_version_ 1807158913374617600