Abstract
Indonesia is one of the most disaster-prone countries on the planet, given its high exposure to natural hazards coupled with its high socio-economic vulnerability. The aim of this chapter is to review disaster events and impacts, and assess effectiveness of risk governance in responding to disasters and reducing risk. It discusses institutional and social-economic changes that have happened in response to particular disasters, and how different social political changes influence disaster risk governance. There are extensive studies that have examined the progress in building resilience in Indonesia, but studies that link disaster events and key historical institutional responses over the period between 1900 and 2015 have not yet been done systematically. Learning from these can help to achieve more effective disaster risk reduction (DRR) governance in the future. This study is done through review of the Emergency Events Database of the Centre for Research on the Epidemiology of Disasters (EM-DAT-CRED) combined with desktop review of disasters, DRR, and socio-economic-political changes in Indonesia.
The findings show that there have been 429 recorded disasters caused by natural hazards since 1900, with floods and earthquakes being the most frequent. More than 238,000 people have been killed and more than 29 million people have been affected. Total economic damages are in excess of 44 million USD (UNISDR 2016). Most disasters are caused by hydrometerological and geophysical hazards. Hydrometerological disasters occur the most, affect the highest number of people and cause the greatest economic losses while geophysical disasters lead to the greatest number of deaths. The next finding shows that presidential leadership and changes in the social and economic situation played significant roles for the institutional changes for DRR. Six distinct time periods from 1900 to 2015 are marked. It starts with Dutch colonial government response to disasters before 1945, to management of people affected by war and disasters after 1945. It continues to multi-agency coordination after 1960. From 2004, the policy is transformed through the formation of legal and institutional frameworks for more systematic and holistic DRR. The period since 2014 marks increasing consideration for climate risks, urban risks, strengthening capability of local governments and organizations and the focus on community.
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Acknowledgment
Riyanti Djalante receives an Alexander von Humboldt Fellowship for Experienced Researchers which facilitates her research in Germany at the United Nations University Institute of Environment and Human Security. In Indonesia, she is affiliated with the Local Government of Kendari city and the University of Halu Oleo.
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Appendix
Appendix
Categorization of disaster (according to EM-DAT)
Disaster Group |
Disasterv sub-group |
Disaster type |
Disaster sub-type |
Disaster sub-sub type |
---|---|---|---|---|
Natural |
Geophysical |
Earthquake |
Ground shaking |
|
Tsunami |
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Volcanic activity |
Ash fall |
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Lahar |
||||
Pyroclastic flow |
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Lava flow |
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Mass movement |
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Meteorological |
Storm |
Tropical storm |
||
Extra-tropical storm |
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Convective storm |
Derecho |
|||
Hail |
||||
Lightning/thunderstorm |
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Rain |
||||
Tornado |
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Sand/dust storm |
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Winter storm/blizzard |
||||
Storm/surge |
||||
Wind |
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Extreme Temperature |
Cold wave |
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Heat wave |
||||
Severe winter conditions |
Snow/ice |
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Frost/freeze |
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Fog |
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Hydrological |
Flood |
Coastal flood |
||
Riverine flood |
||||
Flash flood |
||||
Ice jam flood |
||||
Landslide |
Avalanche (snow, debris, mudflow, rock fall) |
|||
Wave action |
Rogue wave |
|||
Seiche |
||||
Climatological |
Drought |
Drought |
||
Glacial lake outburst |
||||
Wildfire |
Forest fires |
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Land fire: brush, bush, pasture |
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Biological |
Epidemic |
Viral diseases |
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Bacterial diseases |
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Parasitic diseases |
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Fungal diseases |
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Prion diseases |
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Insect infestation |
Locust |
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Grasshopper |
||||
Animal accident |
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Extra-terrestrial |
Impact |
Airburst |
||
Space weather |
Energic particles |
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Geomagnetic storm |
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Shockwave |
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Technological |
Technological |
Industrial accident |
Chemical spill |
|
Collapse |
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Explosion |
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Fire |
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Gas leak |
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Poisoning |
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Radiation |
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Other |
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Miscellaneous acciden |
Collapse |
|||
Explosion |
||||
Fire |
||||
Other |
||||
Transport accident |
Air |
|||
Rail |
||||
Road |
||||
Water |
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Djalante, R., Garschagen, M. (2017). A Review of Disaster Trend and Disaster Risk Governance in Indonesia: 1900–2015. In: Djalante, R., Garschagen, M., Thomalla, F., Shaw, R. (eds) Disaster Risk Reduction in Indonesia. Disaster Risk Reduction. Springer, Cham. https://doi.org/10.1007/978-3-319-54466-3_2
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