Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island

Artificial neural network (ANN) has been widely used in remote sensing to classify the various types of data. Moreover, it provides better accuracy results than statistical methods. In this study, AAN was applied to map landslide vulnerability zone in Leitimur Peninsula Ambon where landslide has fr...

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Main Authors: Puturuhu, Ferad, Danoedoro, Projo, Sartohadi, Junun, Srihadmoko, Danang
Format: Conference or Workshop Item
Language:English
Published: 2022
Subjects:
Online Access:https://repository.ugm.ac.id/281687/1/Danoedoro-2_GE.pdf
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author Puturuhu, Ferad
Danoedoro, Projo
Sartohadi, Junun
Srihadmoko, Danang
author_facet Puturuhu, Ferad
Danoedoro, Projo
Sartohadi, Junun
Srihadmoko, Danang
author_sort Puturuhu, Ferad
collection UGM
description Artificial neural network (ANN) has been widely used in remote sensing to classify the various types of data. Moreover, it provides better accuracy results than statistical methods. In this study, AAN was applied to map landslide vulnerability zone in Leitimur Peninsula Ambon where landslide has frequently occurred in the period 2012 until now resulting in losses to community. The objective of this study was to determine the landslide vulnerability level zones of the study area. The method used was the logistic regression and ANN. The results showed that the largest zone (9957.33ha) or 65.47% of the study area is in low landslide vulnerability level, while the best result of the accuracy test is the ANN analysis with the value of 72.55%.
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spelling oai:generic.eprints.org:2816872023-11-13T02:53:36Z https://repository.ugm.ac.id/281687/ Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island Puturuhu, Ferad Danoedoro, Projo Sartohadi, Junun Srihadmoko, Danang Geography and Environmental Sciences Artificial neural network (ANN) has been widely used in remote sensing to classify the various types of data. Moreover, it provides better accuracy results than statistical methods. In this study, AAN was applied to map landslide vulnerability zone in Leitimur Peninsula Ambon where landslide has frequently occurred in the period 2012 until now resulting in losses to community. The objective of this study was to determine the landslide vulnerability level zones of the study area. The method used was the logistic regression and ANN. The results showed that the largest zone (9957.33ha) or 65.47% of the study area is in low landslide vulnerability level, while the best result of the accuracy test is the ANN analysis with the value of 72.55%. 2022 Conference or Workshop Item PeerReviewed application/pdf en https://repository.ugm.ac.id/281687/1/Danoedoro-2_GE.pdf Puturuhu, Ferad and Danoedoro, Projo and Sartohadi, Junun and Srihadmoko, Danang (2022) Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island. In: University Forum for Disaster Risk Reduction Conference 2021, 29 September 2021, Manokwari, Indonesia. https://iopscience.iop.org/article/10.1088/1755-1315/989/1/012013
spellingShingle Geography and Environmental Sciences
Puturuhu, Ferad
Danoedoro, Projo
Sartohadi, Junun
Srihadmoko, Danang
Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island
title Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island
title_full Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island
title_fullStr Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island
title_full_unstemmed Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island
title_short Artificial neural network for landslide vulnerability mapping in Leitimur Peninsula Ambon Island
title_sort artificial neural network for landslide vulnerability mapping in leitimur peninsula ambon island
topic Geography and Environmental Sciences
url https://repository.ugm.ac.id/281687/1/Danoedoro-2_GE.pdf
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