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Journal : Forum Geografi

REMOTE SENSING IMAGERY AND GIS FOR MONITORING THE PYROCLASTIC MATERIAL OF MOUNT SINABUNG Setiawan, Cahyadi; Muzani, Muzani; Warnadi, Warnadi; A'Rachman, Fauzi Ramadhoan; Qismaraga, Qismaraga; Ermalia, Ermalia
Forum Geografi Vol 33, No 2 (2019): December 2019
Publisher : Universitas Muhammadiyah Surakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.23917/forgeo.v33i2.9223

Abstract

The purpose of this study was to determine the extent of changes in land cover around the Mount Sinabung area after the 2009-2019 eruption by monitoring through remote sensing imagery and GIS. The method used in this research is descriptive quantitative. The technique of data collection used document study techniques by collecting Landsat images are among the widely used satellite remote sensing data and their spectral, spatial and temporal resolution made them useful input for mapping and planning projects (Sadidy et al. 1981). Changes in land cover that occurred around the Mount Sinabung area were dominated by pyroclastic material due to eruption. In addition, changes in land cover also occur due to the abandonment of potential lands, such as local residents who work in the plantation sector are forced to leave that, so they eventually turn into shrubs. The direction of the dominant pyroclastic material slides was directed towards the east-south and southeast of Mount Sinabung, where the area was dominated by the plantation sector. The impact of the eruption of Mount Sinabung was directly and indirectly. The total land cover changes due to pyroclastic material in 2010 was an area of 26.27 Ha, in 2014 it was 475.82 Ha, 2017 was 1339.75 Ha, and 2019 was 1196.11 Ha.
Remote Sensing Imagery and GIS for Monitoring the Pyroclastic Material of Mount Sinabung Cahyadi Setiawan; Muzani Muzani; Warnadi Warnadi; Fauzi Ramadhoan A'Rachman; Qismaraga Qismaraga; Ermalia Ermalia
Forum Geografi Vol 33, No 2 (2019): December 2019
Publisher : Universitas Muhammadiyah Surakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.23917/forgeo.v33i2.9223

Abstract

The purpose of this study was to determine the extent of changes in land cover around the Mount Sinabung area after the 2009-2019 eruption by monitoring through remote sensing imagery and GIS. The method used in this research is descriptive quantitative. The technique of data collection used document study techniques by collecting Landsat images are among the widely used satellite remote sensing data and their spectral, spatial and temporal resolution made them useful input for mapping and planning projects (Sadidy et al. 1981). Changes in land cover that occurred around the Mount Sinabung area were dominated by pyroclastic material due to eruption. In addition, changes in land cover also occur due to the abandonment of potential lands, such as local residents who work in the plantation sector are forced to leave that, so they eventually turn into shrubs. The direction of the dominant pyroclastic material slides was directed towards the east-south and southeast of Mount Sinabung, where the area was dominated by the plantation sector. The impact of the eruption of Mount Sinabung was directly and indirectly. The total land cover changes due to pyroclastic material in 2010 was an area of 26.27 Ha, in 2014 it was 475.82 Ha, 2017 was 1339.75 Ha, and 2019 was 1196.11 Ha.
Co-Authors A. Purwindiyanto A. Purwindiyanto Ade Imas Rismayati Ade Jordy Setiawan Adhi Rangga Evalianto Ahmad Ali Aldiansyah, Iqbal Aprilianti, Dwi Arum Ardiansyah, Muhammad Farrel Aris Munandar Arwi Irnawati Aryanti, Lisya Asma Irma Setianingsih Aufeeazzahra Nurani Praninda Putri Aulia Setya Lestari Azqia, Mutiara Nur Bagus Sumargo Cahyadi Setiawan Cahyadi Setiawan Daniel Happy Putra Dasmo Dasmo Dianti Lestari E.S. Meylani E.S. Meylani Elva Susanti Meylani Ermalia Ermalia Ermalia, Ermalia Fahyumi Rahman Fauzi Ramadhoan A'Rachman Feryl Ilyasa Furqon Ashari Kumambouw Hendrawan, Iqbal Henita Rahmayanti Henry Giovano Hizkia Tuejeh Ihwan Ihwan Ilham B. Mataburu Ilmi Zajuli Ichsan Ilyas, Tasya Annisa Ramadanti Kurniawan, Imam Alfagan Kurrota Oktaviani Kusnadi, Cecep Kusuma, Bukhori Brata Kusumawati, Lia Lyzia Nabilla Marceyl, Ronald Maricar H. Sison Marisa Andriani Marisa Andriani Miftahul Ulum Muhamad Ibnu Fajar Muhammad Yazid Muhammad Zid Mush'ab Baihaqy Giovano Nadiroh Novianti, Dhea Nurfadhilah Nurfadhilah Octaviyani, Ika Nur Octaviyani, Winny Oktariza, Nadia Praninda Putri, Aufeeazzahra Nurani Putri, Silva Indra Qismaraga Qismaraga Qismaraga, Qismaraga R. Andika R. Andika R. Nurfadilah R. Nurfadilah Rachman, Anindita Nurlia Rahma, Shadrina Aulia Rayuna Handawati Respatiadi, Faisal Rizkianto, Tito Sigit Rohmana, Rohmana Rusdi Hidayat Samadi Samadi Seftiani, Fini Septi Dwi Fajarwati Setianingsih, Asma Irma Sri Nurviana Mellenia Sri Nurviana Mellenia Sudirman Sudirman Sudirman, Sudirman Sudirman Sufyan, Adi Suhardjo Suhardjo Suhono Suhono, Suhono Suwirman Nuryadin Syifa Fauziah Tri Desti Handayani Trijayanti, Wukufahdini Utami, Aulia Rahma Warnadi Warnadi Warnadi Warnadi Wiwin Pramita Arif wulan dewi andhari Yolanda Lourentina Br. Ginting Yuda Anwari, Ade Yusi Rahmaniar Zain, Kireina Oemardi Larasati Zaitun Mukaromah