Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia

Indonesia is vulnerable to many type of disasters including natural and anthropogenic disasters. Indonesian seasonal rainfall also shows inter annual variation. Sediment-related disaster such as landslide is the mostji-equent disaster occurred and significantly was impacted to natural, human. and so...

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Main Author: Sudibyakto .
Format: Article
Language:English
Published: Universitas Gadjah Mada 2013-07-01
Series:Indonesian Journal of Geography
Subjects:
Online Access:https://jurnal.ugm.ac.id/ijg/article/view/2250
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author Sudibyakto .
author_facet Sudibyakto .
author_sort Sudibyakto .
collection DOAJ
description Indonesia is vulnerable to many type of disasters including natural and anthropogenic disasters. Indonesian seasonal rainfall also shows inter annual variation. Sediment-related disaster such as landslide is the mostji-equent disaster occurred and significantly was impacted to natural, human. and social environment. Although. many disaster mitigation e.Oorts have been conducted to reduce disaster risk there are still urgently need to improve the early 1varning .\~ystem by communicating the risk into local community. Integration qf spatialtemporal analysis qf rainfall and disaster management information !o~vstem would be required to improve the better disaster management in Indonesia. Application of Disaster A1anagement Information System in the study area will presented including evacuation map that used by the local community.
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spelling doaj.art-004ff235da8843d29af60c919e457fc02022-12-22T01:59:51ZengUniversitas Gadjah MadaIndonesian Journal of Geography0024-95212354-91142013-07-0140110.22146/indo.j.geog,22502063Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In IndonesiaSudibyakto .Indonesia is vulnerable to many type of disasters including natural and anthropogenic disasters. Indonesian seasonal rainfall also shows inter annual variation. Sediment-related disaster such as landslide is the mostji-equent disaster occurred and significantly was impacted to natural, human. and social environment. Although. many disaster mitigation e.Oorts have been conducted to reduce disaster risk there are still urgently need to improve the early 1varning .\~ystem by communicating the risk into local community. Integration qf spatialtemporal analysis qf rainfall and disaster management information !o~vstem would be required to improve the better disaster management in Indonesia. Application of Disaster A1anagement Information System in the study area will presented including evacuation map that used by the local community.https://jurnal.ugm.ac.id/ijg/article/view/2250rainfall analysis, risk assessment, landslide risk communication
spellingShingle Sudibyakto .
Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia
Indonesian Journal of Geography
rainfall analysis, risk assessment, landslide risk communication
title Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia
title_full Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia
title_fullStr Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia
title_full_unstemmed Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia
title_short Integration Of Spa Tio- Temporal Analysis Of Rainfall And Community Information System To Reduce Landslide Risk In Indonesia
title_sort integration of spa tio temporal analysis of rainfall and community information system to reduce landslide risk in indonesia
topic rainfall analysis, risk assessment, landslide risk communication
url https://jurnal.ugm.ac.id/ijg/article/view/2250
work_keys_str_mv AT sudibyakto integrationofspatiotemporalanalysisofrainfallandcommunityinformationsystemtoreducelandslideriskinindonesia