City Risk Diagnostic for Urban Resilience in Indonesia

In 2012, the World Bank initiated the building urban resilience in East Asia program, aimed at increasing the resilience of cities to disasters and the impact of climate change by using a risk-based approach to making public investment decisions. The objective is to demonstrate a scalable methodology and practical tools for risk assessment that can be used for city-level investment decisions. This activity started with engaging selected cities that have reasonable complexity and are experiencing significant growth. The next step involved conversations about disaster and climate risks confronting the cities and the options that they can consider in building resilience. The result of this experiment is presented in this report. The book begins with two chapters on the disaster and climate vulnerabilities in the context of Indonesian cities, and the basic framework developed by the World Bank building urban resilience in East Asia program. The subsequent two chapters describe the rapid risk diagnostic as the first step in the urban resilience engagement, and the summary of the diagnostic findings in selected Indonesian cities. The final chapter provides a glimpse of how options to invest in resilience can be materialized in practice as part of a city’s development.

Bibliographic Details

Main Authors:	Gunawan, Iwan, Sagala, Saut, Amin, Suryani, Zawani, Hoferdy, Mangunsong, Ruby
Format:	Report biblioteca
Language:	English en_US
Published:	World Bank, Jakarta 2015-10
Subjects:	FLOODING, RISKS, FISH, ECONOMIC GROWTH, EARLY WARNING, LAND USES, RISK REDUCTION, CULTURAL HERITAGE, PLANNING PROCESS, TOPOGRAPHY, INFORMATION SYSTEM, PARKS, DRAINAGE SYSTEMS, WATERWAYS, STORMS, DRAINAGE CHANNELS, HABITATS, GROUNDWATER RECHARGE, MONITORING, FLOOD HAZARDS, GEOGRAPHIC INFORMATION SYSTEM, HOUSING, BUILDING CODE, OUTBREAKS, FLOOD PROTECTION, DISASTER, COASTAL ZONE, ECOSYSTEM RESTORATION, BAY, QUALITY, NEGOTIATION, RIVER CORRIDORS, EARTHQUAKES, WINDS, TSUNAMIS, SHORE, STREAM, BARREN LAND, SEDIMENT, PETROLEUM, COMMERCIAL ACTIVITIES, LAND SUBSIDENCE, TSUNAMI, DISASTER MITIGATION, NATURAL DISASTER, ECONOMIC BENEFITS, LAND AREAS, BASINS, FLOODS, EARLY WARNING SYSTEM, FLOODED, CONSTRUCTION, METROPOLITAN AREAS, SWAMP, COASTAL EROSION, FLOOD MITIGATION, FLOOD PRONE AREAS, NATURAL DISASTERS, SEA LEVEL RISE, RAINFALL, DRAINAGE, TYPHOON, DISASTERS, FORESTRY, FIRE, GEOGRAPHIC INFORMATION, PEAT, LANDSLIDES, COASTAL ECOSYSTEMS, STORM WATER, SWAMPS, RUNOFF, COASTAL AREAS, LAND USE, PREVENTIVE ACTION, DISEASE OUTBREAKS, LAND USE PLANS, TIDAL AREAS, RANGES, EARTHQUAKE, DISASTER RECONSTRUCTION, EMERGENCY, WATERSHEDS, BEACH, PLANTATION, ENVIRONMENTAL CONSERVATION, DISASTER RISK, CLIMATE CHANGE, DROUGHT, FIRES, RETENTION PONDS, BANK, CLIMATE, FORESTS, SLUM, DAMAGE, AGRICULTURE, LAND PARCELS, AGRICULTURAL LAND, FOREST, HYDROLOGISTS, PONDS, DISASTER MANAGEMENT, FOREST FIRE, WARNING SYSTEM, FLOOD, ISLANDS, ADMINISTRATION, GEOGRAPHIC AREAS, FISHERIES, FOREST LAND, DEATH TOLL, SLUMS, EROSION, COASTS, LAND, ECOSYSTEMS, DRAINAGE FACILITIES, LANDSLIDE, ANALYSIS, COAST, WATERSHED, RISK, RESIDENTIAL AREAS, GROUNDWATER, DREDGING, ESTUARIES, MITIGATION, BUILDING CODES, CONSERVATION, WETLAND, FLOOD CONTROL, SOILS, RESTORATION, WATER TANKS, WATER RETENTION, AGREEMENT, EVACUATION, WATER RETENTION PONDS, SAFETY, WETLANDS, IMPLEMENTATION, NATURAL HAZARDS, TYPHOONS, RISK ASSESSMENT, PRESERVATION, DRAINAGE NETWORKS, TIDAL INUNDATION, RIVER,
Online Access:	http://documents.worldbank.org/curated/en/2016/01/25841009/city-risk-diagnostic-urban-resilience-indonesia https://hdl.handle.net/10986/23771
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