Policy On Natural Disaster Response to Guarantee the Principles of Post-Disaster Assistance


Policy, Disaster, Aid, BNPB, Environment

How to Cite

Boediningsih, W., Afdol, A., Winandi, W., & Suwardi, S. (2018). Policy On Natural Disaster Response to Guarantee the Principles of Post-Disaster Assistance. PRIZREN SOCIAL SCIENCE JOURNAL, 2(2), 80-97. Retrieved from http://prizrenjournal.com/index.php/PSSJ/article/view/42


Indonesia is an area belonging to the Ring Of Fire line, fascinating the beauty of the panoramic, so attract much foreign tourists to come and see its beauty. Furthermore Indonesia is a country that often experience natural disasters, Indonesia Located in a geographical location that is prone to disaster. Disasters can be caused by both natural and behavioral factors for utilizing and managing natural resources.

In some areas of Indonesia, disasters examples that hit the country. So far, there are available disaster management regulation tools, which provides disaster management framework, Pre-disaster comprehend, emergency response, and post-disaster. Although the law has outlined comprehensive disaster management provisions, so far is still focused on the emergency response period. Further actions such as mitigation, rehabilitation and reconstruction appear not to be a top priority of disaster management activities. Other issues that are still scattered are coordination, rescue aid, appropriateness of assistance, and logistic distribution.

Key words: Policy, Disaster, Aid, BNPB, Environment



1. Regulation of the Head of National Disaster Management Agency Number 02 Year (2012) About Guidance
2. General Assessment of Disaster Risk. Jakarta: BNPB.Central Bureau of Statistics (BPS). (2016). Jakarta In Figures (2015). Jakarta: BPS. Beven, K.J .; Kirkby, M. J.
3. (1979). A physically based, variable contributing area of basin hydrology model. Hydrolological
4. Science Bulletin 24: 43- 69.
5. Deputy for Technical Support and Capacity Building. (2007). Potential Prone Analysis
6. Natural Disasters in Papua and Maluku (Landslide - Flood - Earthquake - Tsunami). Jakarta: KLHK
7. Dixon, J.A., K.W. Easter. (1986).
8. Remote Sensing and Image Interpretation. Yogyakarta: Gadjah Mada University Press. Lo, C. P. (1996).
9. Remote Sensing Applied (translation). Jakarta: Publisher University of Indonesia. Madjid, A. (2009).
10. Fundamentals of Soil Science. Palembang: Faculty of Agriculture Sriwijaya University Murti, Sigit Heru. (2004).
11. Mapping of Flood-prone Areas in the Comal Basin by Using Remote Sensing Technology
12. And Geographic Information Systems. Yogyakarta: Faculty of Geography, Universitas Gadjah Mada. Son, E.H. (2007).
13. Determining the Location of Flood-prone Areas (Case Study of North Sulawesi Province) Using
14. TWI Method. North Sulawesi: Forest Ecosystem Control Center. Rosytha, Anna, & amp; M. Taufik. (2011).
15. Flood Analysis Study Using GIS Technology in Bojonegoro District. Surabaya: Engineering
16. Civil, Surabaya Institute of Technology. 95 Shahrizal, E. (2008).
17. Understanding Hydrology. Internet: http://www.malang.ac.id/eLearning/FMIPA/Budi%20
18. Handoyo / geography3.htm. Retrieved 20 May (2016). Sudaryatno. (2015).
19. Remote Sensing Image Integration and Geographic Information System for Model Preparation
20. Drought Vulnerability (Cases in Central Java and Yogyakarta Provinces). Dissertation.
21. Yogyakarta: Faculty of Geography Universitas Gadjah Mada Sukresno. (2010).
22. Technical Identification of Flood-prone Areas (Case Study in Keduang Sub-Basin). Solo: Research Center
23. Forestry Sulfiani. (2015).
24. Study of Rainfall Relationship and High Inundation with Geographical Information System in the Region
25. Makassar Municipality. Thesis. Makassar City: Faculty of Civil Engineering, Hasanudin University
26. Sutanto. (1995).
27. Basic Remote Sensing. Yogyakarta: UGM Faculty of Geography Publisher Faculty (BPFG). Tut. (2005).
28. Hydrological Cycle Disorders Could Flood and Drought. Internet: http: //www.kapanlagi.
29. Com / h / 0000051276.html. Retrieved May 20, 2016. USGS. (2013). Using the USGS Landsat 8
30. Product. Hämtat från USGS Landsat Missions: http://landsat.usgs.gov/Landsat8_Using_Product.php
31. Wilson, J.P., Gallant, J.C. (2000) Secondary topographic attributes, in Wilson and Gallant (editors)
32. 'Terrain analysis: principles and applications', p. 87-131


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