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Paper Number: 36
Eruption of Mount Sinabung,
North Sumatera, Indonesia, and SMS gateway for disaster early warning
system
Sari
Bahagiarti Kusumayudha1, Puji Lestari1, Eko Teguh
Paripurno1
1Universitas
Pembangunan Nasional (UPN) “Veteran” Yogyakarta Jl SWK 104 Condong Catur
Yogyakarta, Indonesia
email: saribk@upnyk.ac.id, saribk@gmail.com
____________________________________________________________________________
Mount Sinabung, the sleeping volcano since the year 1600 awakened and
erupted in 2010, 2013, and 2015. The volcano is located in Karo
District, North Sumatera Province, Indonesia, geographically on
3o10’ North Latitude, and 98o23, East Longitude
[1]. It is about 2460 m high above sea level, and the highest volcano of
Sumatera. Mount Sinabung has been estimated about 400 years long
inactive, therefore categorized as B type of volcano [2]. It was
astonishing; Mount Sinabung erupted on 27 August 2010, again on November
2013, and in May to June 2015. Awakening of the volcano hypothetically
has been triggered by last decade earthquakes happened in North Sumatera
and surrounding area, including the great earthquake and tsunami of
Aceh, December 2004 that caused about 115,000 people died.
In its activities of 2010 and 2013, Mount Sinabung eruptions were
characterized by moderately high gas pressure upward, and classified
into vulkanian type. But lately, in 2015 with the occurrence of lava
dome and avalanche pyroclastic flow, the eruption of Mount Sinabung
changes to be Merapi and Pelean types. Area which is highly threatened
by Sinabung volcanic hazards is Karo District, North Sumatera, where the
study was conducted.
One of the objectives of this study was to test and apply a model of
such an information and communication systems for early warning in the
disaster-prone areas by SMS gateway. The use of this communication model
is expected able to increase public and government awareness in order to
reduce risk and disaster victims [3]. Field surveying, interview, focus
group discussion (FGD), descriptive qualitative analyses, model testing
and training were applied in this study. The user parties among others
were the representatives of local government, Department of
Communication and Information Technology, and the affected communities.
Although in its implementation there are still found some obstacles
faced by persons who perform as the operator, because it is only an
additional jobs among other duties. In relation to this, the operation
of SMS gateway still needs to be mentored.
References:
[1] Kusumadinata K (1979) Basic Data of Volcanoes of Indonesia:
Departemen Pertambangan dan Energi R.I: 820
[2] Kusumayudha SB (2013) Active Volcanoes of Indonesia: PT Citra Aji
Parama: 2-21; 23
[3] Paripurno ET (2014) Developing Disaster Preparedness of Karo
Community: United Nations Office for the Coordination of Humanitarian
Affairs (UNOCHA)