Analysis of GIS-Based Disaster Risk and Land Use Changes in The Impacted Area of Mudflow Disaster Lapindo

Ekawati, June; Hardiman, Gagoek; Pandelaki, Edward Endrianto

doi:10.1088/1755-1315/409/1/012032

Cited by 7 publications

(9 citation statements)

References 4 publications

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“…Kondisi lingkungan permukiman pasca bencana lumpur Lapindo saat ini masih cukup mempriha-tinkan. Risiko bencana dari desa-desa di area terdampak juga berada pada tingkat medium hingga tinggi (Ekawati, Hardiman, dan Pandelaki 2020). Beberapa kali tanggul penahan lumpur ambles dan retak sehingga perlu dilakukan perluasan dan peninggian.…”

Section: Pendahuluanunclassified

Kerentanan Ekonomi di Area Permukiman Terdampak Bencana Lumpur Lapindo, Sidoarjo

Ekawati

Sulistyowati

2021

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Pasca bencana semburan lumpur Lapindo 14 tahun lalu, hingga kini kondisi lingkungan permukiman maupun ekonomi masyarakat di area terdampak bencana masih rentan. Ekonomi menjadi salah satu faktor terpenting penyebab timbulnya kerentanan. Penelitian ini bertujuan untuk mengetahui tingkat kerentanan ekonomi di area permukiman terdampak bencana lumpur Lapindo, Sidoarjo, yang menggunakan metoda analisis kuantitatif berbasis data kuesioner. Hasil penelitian menunjukkan bahwa ketiga desa yang menjadi lokasi studi (Glagaharum, Gedang dan Kalitengah) memiliki tingkat kerentanan ekonomi sedang dengan skor masing-masing 2.45, 2.27 dan 2.97. Rekomendasi berdasarkan hasil penelitian diantaranya: pemerintah pusat tidak hanya berfokus pada program mitigasi bidang fisik-infrastruktur tapi juga dampak ekonomi bencana pada masyarakat, pemerintah daerah perlu memperkuat kelembagaan penanganan bencana di daerah sehingga mampu mendukung upaya pengurangan risiko bencana di bidang ekonomi dan penguatan kebertahanan masyarakat terhadap bencana yang mungkin timbul di kemudian hari.

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Section: Pendahuluanunclassified

Kerentanan Ekonomi di Area Permukiman Terdampak Bencana Lumpur Lapindo, Sidoarjo

Ekawati

Sulistyowati

2021

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“…Satyana's view revealed the uniform territorial topology in the Brantas Delta zone between Jenggala Kingdom and Majapahit Kingdom territories close to the area of Lapindo Mud phenomena written in Babad Pararaton, Serat Kenda, Folktale of Jenggala, and geological principle. Therefore, one of the factors regarding the hypothesis on mud disaster expected to have occurred during the time of the Jenggala Kingdom and Majapahit in the geological study was called mud volcano [18]. The soil of Brantas Delta is classified as unstable since underneath is seven ranges of continuously moving anticline, connecting the end of Kendeng Mountains to Madura Strait, which is supported by a source of an old manuscript, The Pararaton, where there is information that in 1296 Caka or 1374 AD there was a disaster of "Pagunungan Anyar".…”

Section: Timun Masmentioning

confidence: 99%

“…Moreover, it is currently proven that the location of exploration and exploitation of PT. Lapindo, that is Brantas Block, is on the route of "active mud volcano" extending from Purwodadi-Cepu-Bojonegoro-Porong [18]. The mud volcano phenomenon in Sidoarjo is marked with the high temperature of the torrent close to 1000c on the surface close to the centre of the torrent [18].…”

Section: Timun Masmentioning

confidence: 99%

“…Lapindo, that is Brantas Block, is on the route of "active mud volcano" extending from Purwodadi-Cepu-Bojonegoro-Porong [18]. The mud volcano phenomenon in Sidoarjo is marked with the high temperature of the torrent close to 1000c on the surface close to the centre of the torrent [18]. The geological structure and layout that match the mud eruption occurring will be influenced by anticlinorium.…”

Section: Timun Masmentioning

confidence: 99%

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A Preliminary Study on the Javanese Folklore as a Disaster Mitigation Strategy

et al. 2021

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Generally, people assume that Javanese Folklor is commonly dominated by myths. In fact, some of Javanese Folklor contains numerous knowledge of local wisdom on disaster mitigation. Nowadays, disaster mitigation is proceeded only based on scientific knowledge and technology. Meanwhile, there are some cultural knowledges on disaster mitigation which are mostly forgotten and scarcely applied. People will assume that the knowledge is just a myth and should be ignored. Therefore, this study reveals the Javanese traditional knowledge for disaster mitigation through identification of folklores. Using anthropological history approach, this study reveals hidden values in every occasion from Javanese folklores such as the story of Timun Mas, Rawa Pening, and Nyi Roro Kidul. Timun Mas provides an information regarding to reclamation of ex-mining land for mud volcano disaster, Rawa Pening gives a lesson on how to keep lake area clean to prevent from flooding, while Nyi Roro kidul teaches us to developing mangrove forest from tsunami. Thus, this study offers values about traditional knowledge on disaster mitigation that can be contextualized in the present-day effort as survival strategy in a disaster.

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“…Siring, Jatirejo, Renokenongo, Kedungbendo, Ketapang, Gempolsari, Mindi, Pejarakan, Kedungcangkring, Besuki, and Glagaharum are among the villages that have sunk partly or entirely up to 2017. The villages were sunk for a variety of reasons, including uncontrolled mudflow volumes, soil fractures, land subsidence, and even gas bursts, which put the residents' houses in danger [4] [5]. geographically, the Sidoarjo regency is not in a disaster-prone area that could endanger the population's safety.…”

Section: Introductionmentioning

confidence: 99%

Lapindo Embankment Security Monitoring System Based on IoT

Ayuni

Syahrorini

Wang

2021

ELINVO

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Since 2006 Lapindo mudflow caused by natural gas drilling in Sidoarjo. Nowdays the mudflow still can't be stopped, and to prevent it from resident's houses, embankments were built. Eventough the embankments and guardrails has been built but sometimes the mud flowing into resident's houses while its raining or the embankments were subsidence or reep. Severity, the distance between the embankment and the residents' houses is about 500 m. So far, the handling action while embankments ware subsidence is residents report the accidents to related parties, namely PPLS. But the response is too late and take a long time to occur the accident, so the mud has been flow in to resident's houses. because so far it is still completely manual and there is no monitoring system can detect the accident in the embankments. Therefore with monitoring the embankments with vibration and overflow of the lapindo puddle using wirelless sensor network spread over a number of dike-prone points, then its send to smartphone via Blynk. When the accident happend system monitoring aplication will be warning and send message easly via smartphone. So the existence of this monitoring tool can provide a sense of security to the citizens.

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Analysis of GIS-Based Disaster Risk and Land Use Changes in The Impacted Area of Mudflow Disaster Lapindo

Cited by 7 publications

References 4 publications

Kerentanan Ekonomi di Area Permukiman Terdampak Bencana Lumpur Lapindo, Sidoarjo

Kerentanan Ekonomi di Area Permukiman Terdampak Bencana Lumpur Lapindo, Sidoarjo

A Preliminary Study on the Javanese Folklore as a Disaster Mitigation Strategy

Lapindo Embankment Security Monitoring System Based on IoT

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