Merangin Jambi UGGp is a geopark area located in Merangin Regency, Jambi Province. This geopark area occupies around 62.9% of the area of Merangin Regency, part of which is in tropical rain forest. In the southwest part of this geopark area is in the Barisan Mountain Range which is connected to the Great Sumatran Fault zone of the Dikit Segment, while in the northeast part it is part of the Bangko Basin. Therefore, the southwest part of this area is on the path of geological disasters, so disaster mitigation efforts are needed as early as possible. In this research, we analyze geology using a digital elevation model, then observe landscape characteristics identified from digital image data and proven by field observations. In addition, this research is also disseminated to communities in the geopark area to create a community that is prepared and resilient to disasters. In the southwest part of this geopark area, landslides, rock movements or a combination of both mass movements are common, as well as earthquake paths from active faults on the Sumatra Fault. Meanwhile, in the northeastern part, landslides generally occur around river bends, but they are not related to tectonic activity. Collaboration with the Merangin Regency Regional Disaster Management Agency was carried out as a form of integrated collaboration between academics and government as a disaster management effort. Local communities play an important role in mitigating geological disasters to create a disaster resilient society that correlates with the concept of sustainable development.

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Disaster Mitigation Through Landscape Features and a Collaborative Strategic Approach with the Regional Disaster Management Agencies a Local Communities in Merangin Jambi UGGp

  • Hari Wiki Utama,
  • Agus Zainuddin,
  • Eko Wahyudi,
  • Misnawati Ramli,
  • Dhinda Ayu

摘要

Merangin Jambi UGGp is a geopark area located in Merangin Regency, Jambi Province. This geopark area occupies around 62.9% of the area of Merangin Regency, part of which is in tropical rain forest. In the southwest part of this geopark area is in the Barisan Mountain Range which is connected to the Great Sumatran Fault zone of the Dikit Segment, while in the northeast part it is part of the Bangko Basin. Therefore, the southwest part of this area is on the path of geological disasters, so disaster mitigation efforts are needed as early as possible. In this research, we analyze geology using a digital elevation model, then observe landscape characteristics identified from digital image data and proven by field observations. In addition, this research is also disseminated to communities in the geopark area to create a community that is prepared and resilient to disasters. In the southwest part of this geopark area, landslides, rock movements or a combination of both mass movements are common, as well as earthquake paths from active faults on the Sumatra Fault. Meanwhile, in the northeastern part, landslides generally occur around river bends, but they are not related to tectonic activity. Collaboration with the Merangin Regency Regional Disaster Management Agency was carried out as a form of integrated collaboration between academics and government as a disaster management effort. Local communities play an important role in mitigating geological disasters to create a disaster resilient society that correlates with the concept of sustainable development.