TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL

Many communities in Indonesia are potentially affected by tsunamis but do not have adequate preparedness in dealing with such disasters. This study aims to improve the preparedness capacity of the people living around the coast that are potentially affected by the tsunami through tsunami mitigation...

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Main Authors: Madlazim, Eko Hariyono, Dyah Permata Sari
Format: Article
Language:English
Published: Tsunami Society International 2021-07-01
Series:Science of Tsunami Hazards
Subjects:
Online Access:http://www.tsunamisociety.org/402MadlazimEtAl2.pdf
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spelling doaj-a9378c3826144f48aee1a941d74d7f572021-08-07T04:12:15ZengTsunami Society InternationalScience of Tsunami Hazards8755-68392021-07-01402114121TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODELMadlazim0Eko Hariyono1Dyah Permata Sari2Universitas Negeri Surabaya, INDONESIA E-mail: madlazim@unesa.ac.idUniversitas Negeri Surabaya, INDONESIAUniversitas Negeri Surabaya, INDONESIAMany communities in Indonesia are potentially affected by tsunamis but do not have adequate preparedness in dealing with such disasters. This study aims to improve the preparedness capacity of the people living around the coast that are potentially affected by the tsunami through tsunami mitigation learning by using OMBAK learning model. The learning is done online to avoid the transmission of covid-19. Before the online learning begins, the student community is asked to work on the tsunami mitigation pre-test. The number of people living around the coast who took part in this learning was 62 people, ranging in age from 13 to 55 years old. Furthermore, students were briefed via a zoom meeting (synchronous) about the implementation of this online learning, especially relating on how to learn tsunami mitigation by using disaster mitigation video media. In this tsunami mitigation learning process, students are allowed to learn asynchronously. We also allow students to discuss tsunami mitigation materials through the WhatApp Group (WAG) during the learning process. After completing the learning process, students were asked to work on post- test questions. Based on the results of the percentage analysis on the learning implementation, it was found that the implementation of tsunami mitigation learning by using OMBAK learning model was carried out very well. In addition, based on the analysis of t-test and gain score from pre- test and post-test data, it was obtained that there was a significant increase in the students’ tsunami mitigation ability.http://www.tsunamisociety.org/402MadlazimEtAl2.pdfombak learning modelonline learningtsunami mitigation capabilitiestsunami potential
collection DOAJ
language English
format Article
sources DOAJ
author Madlazim
Eko Hariyono
Dyah Permata Sari
spellingShingle Madlazim
Eko Hariyono
Dyah Permata Sari
TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL
Science of Tsunami Hazards
ombak learning model
online learning
tsunami mitigation capabilities
tsunami potential
author_facet Madlazim
Eko Hariyono
Dyah Permata Sari
author_sort Madlazim
title TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL
title_short TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL
title_full TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL
title_fullStr TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL
title_full_unstemmed TSUNAMI MITIGATION – ONLINE LEARNING EFFECTIVENESS BY USING OMBAK LEARNING MODEL
title_sort tsunami mitigation – online learning effectiveness by using ombak learning model
publisher Tsunami Society International
series Science of Tsunami Hazards
issn 8755-6839
publishDate 2021-07-01
description Many communities in Indonesia are potentially affected by tsunamis but do not have adequate preparedness in dealing with such disasters. This study aims to improve the preparedness capacity of the people living around the coast that are potentially affected by the tsunami through tsunami mitigation learning by using OMBAK learning model. The learning is done online to avoid the transmission of covid-19. Before the online learning begins, the student community is asked to work on the tsunami mitigation pre-test. The number of people living around the coast who took part in this learning was 62 people, ranging in age from 13 to 55 years old. Furthermore, students were briefed via a zoom meeting (synchronous) about the implementation of this online learning, especially relating on how to learn tsunami mitigation by using disaster mitigation video media. In this tsunami mitigation learning process, students are allowed to learn asynchronously. We also allow students to discuss tsunami mitigation materials through the WhatApp Group (WAG) during the learning process. After completing the learning process, students were asked to work on post- test questions. Based on the results of the percentage analysis on the learning implementation, it was found that the implementation of tsunami mitigation learning by using OMBAK learning model was carried out very well. In addition, based on the analysis of t-test and gain score from pre- test and post-test data, it was obtained that there was a significant increase in the students’ tsunami mitigation ability.
topic ombak learning model
online learning
tsunami mitigation capabilities
tsunami potential
url http://www.tsunamisociety.org/402MadlazimEtAl2.pdf
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AT ekohariyono tsunamimitigationonlinelearningeffectivenessbyusingombaklearningmodel
AT dyahpermatasari tsunamimitigationonlinelearningeffectivenessbyusingombaklearningmodel
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