Application of tomography seismic for subsurface modeling of Kelud Mountain

Destawan, R.; Bernando, A.; Aziz, Mardiana Abdul; Palupi, Indriati Retno

doi:10.1063/1.4947404

Cited by 2 publications

(2 citation statements)

References 2 publications

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“…The diversity is still preserved for generations until now [12]. The form of preservation is manifested in the form of festivals, Kirab budaya (Cultural Kirab) in the month of Suro or carnival that has an impact on the development of tourism potentials in Kemloko, Nglegok and Putukrejo or Gadungan, Gandusari District [33].…”

Section: Advances In Social Science Education and Humanities Researcmentioning

confidence: 99%

Reyog Bulkiyo as a Cultural Potential in The Natural Laboratory of Sounthern Slopes Of Kelud Volcano And its Use For Social Studies Learning Based on Environment

Towaf¹,

Sukamto²

2018

Proceedings of the International Conference on Learning Innovation (ICLI 2017)

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Section: Advances In Social Science Education and Humanities Researcmentioning

confidence: 99%

Reyog Bulkiyo as a Cultural Potential in The Natural Laboratory of Sounthern Slopes Of Kelud Volcano And its Use For Social Studies Learning Based on Environment

Towaf¹,

Sukamto²

2018

Proceedings of the International Conference on Learning Innovation (ICLI 2017)

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“…The eruption usually begins with some seismic activity, followed by lava dome growth, volcano-tectonic and shallow volcanic (VB) earthquakes as a rock stress response to magmatic movement from tectonic activity and thermal conduction of magma chambers and an increase of earthquake events (more than 1400/day), finally leading to an eruption [1,3,4,10,11]. The seismic activity was preceded by an increase in the temperature of the crater lake, measured by temperature sensors about three months before the eruption, from ambient temperature (19 °C to 30 °C) to about 80 °C right before the eruption [5,8,12,13].…”

Section: Introductionmentioning

confidence: 99%

Development of Volcano Early Warning System for Kelud Volcano

Evita¹,

Zakiyyatuddin²,

Seno³

et al. 2021

J. Eng. Technol. Sci.

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Kelud is one of Indonesian volcano lies between Kediri and Blitar districts of East Java province. This volcano has erupted since 1000 where casualties of 200000 people emerged until the last eruption in 2014. Therefore, it is needed a volcano early warning system to detect the eruption earlier for minimizing the casualties. We have developed an early warning system based on sensor nodes consist of vibration, temperature and gasses (sulfur and carbon dioxide) sensors to monitor the physical parameter of the volcano, drone surveillance, mapping and temperature measurement, and mobile robot consists of the same sensor as in the node for both normal and emergency situations. The system has been tested in Kelud volcano in August 2019. In a normal condition, the system has detected 1 Hz of seismicity, under 1 ppm of sulfur and carbon dioxide, 23-55.3oC of the lake temperature, 32oC of the ground temperature and 23-25oC of the air temperature. The system could be used for 37 hours of full operation for 1 charging cycles of solar cellâ€™s charging process where suitable for dangerous environment application.

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Application of tomography seismic for subsurface modeling of Kelud Mountain

Cited by 2 publications

References 2 publications

Reyog Bulkiyo as a Cultural Potential in The Natural Laboratory of Sounthern Slopes Of Kelud Volcano And its Use For Social Studies Learning Based on Environment

Reyog Bulkiyo as a Cultural Potential in The Natural Laboratory of Sounthern Slopes Of Kelud Volcano And its Use For Social Studies Learning Based on Environment

Development of Volcano Early Warning System for Kelud Volcano

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