Geopark book.

Geopark is an area or area that consists of several geological heritage sites that have uniqueness, scarcity, or protected geological beauty. The existence of geopark has its value for education, science, culture, and also socio-economic development. 

Keywords: Geopark, Economic development, Geological heritage sites.

Al-Fayedh, M … [et al.]; editor, Manyoe I.N., Kuang, X., & Arifin, Y.I. (2021). Geopark. Novateur Publication, India

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Tourist areas are not only prepared to have tourism support facilities but must have disaster management. Disaster management in geotourism areas can reduce disaster risk. Through the P3D program disaster management steps are prepared. The P3D team partnered with the community to install disaster mitigation signs.

Damogalad, Y., & Manyoe, I.N. (2021). Disaster Management in Geotourism Area dalam Geopark, Manyoe I.N., Kuang, X., & Arifin, Y.I. (2021). (Eds) (Novateur Publication, India).

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The PHP2D Team and the P3D Team carried out a number of community service programs in Botubarani Village, Gorontalo. The PHP2D and P3D programs were implemented with funding from DITJEN BELMAWA DIKTI. These two programs have made Botubarani Village the first geopark pilot village in Gorontalo.

Suma, M.D., & Manyoe, I.N. (2021). First Pilot Village Geopark in Gorontalo Province dalam Geopark, Manyoe I.N., Kuang, X., & Arifin, Y.I. (2021). (Eds) (Novateur Publication, India).

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Book Series Manajemen Bencana. Pengetahuan dan Praktik Lokal untuk Pengurangan Risiko Bencana: Konsep dan Aplikasi Volume 1.

Bencana gempa dan tsunami  26 Desember 2004 di Aceh menyebabkan jatuhnya korban jiwa dan harta benda. Buku ini diterbitkan tanggal 26 Desember 2020 dalam rangka memperingati 16 tahun tsunami Aceh. Tidak hanya berisi pengetahuan tentang gempa dan tsunami namun membahas pengetahuan dan praktik lokal dalam rangka mengurangi risiko bencana di beberapa daerah di Indonesia. Salah satu bab dalam buku ini membahas tentang kearifan lokal ritual Payango dan ramalan Panggoba sebagai upaya mitigasi bencana di daerah Gorontalo. Semoga buku ini membawa manfaat bagi pengurangan risiko bencana di Indonesia.

Taslim, I., Indrianti, M.A., & Manyoe, I.N. (2020). Kearifan Lokal Ritual Payango hingga Ramalan Panggoba sebagai Mitigasi Bencana Masyarakat Gorontalo dalam Pengetahuan dan Praktik Lokal untuk Pengurangan Risiko Bencana: Konsep dan Aplikasi, Rahman, A., Nurmalahayati., & Nazaruddin, M. (Eds) (UNSYIAH Press, Aceh).

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Research location.

Gorontalo province crossed by a Gorontalo fault with a movement of around 11 mm/year. The existence of this fault zone affects the distribution and configuration of geological structures and increases the potential for landslide in the Gorontalo area, especially areas that crossed by Gorontalo fault such as Daenaa. This study aims to identify rock mass classification and using kinematics analysis to landslideprone sites in the Daenaa and surrounding areas. The method used consists of geological observations, Scanline Mapping, rock mass classification using Rock Mass Rating (RMR), Slope Mass Rating (SMR), and kinematics analysis on slopes. The results showed the slope mostly composed of partially weathered andesite rocks. The slope discontinuities dominated by fractures either affected by tectonic or weathering. Scanline mapping and rock mass classification are focused at 4 stations namely SC 1, SC 2, SC 3, and SC 4. The RMR classification results indicate the rock class consists of 2 classes, namely Good Rock and Fair Rock. SMR classification shows the slopes consist of stable and partially stable. Kinematics analysis shows the failure type is toppling failure. The results of observations indicate the role of the geological structure in the Daenaa area is influential in controlling landslide in the study area. Fracture is the main factor causing landslide. The occurrence of minor faults in the study area also decreases the stability of the rock slope. This condition makes it necessary to take action in the surrounding community of Daenaa area related to mitigation of mass movement disasters.

Usman, F.C.A., Manyoe, I.N., & Kasim, M. 2020. Landslide Analysis based on Rock Mass Classification and Kinematic Analysis in Daenaa Area, Gorontalo. The 49th IAGI Annual Convention & Exhibition. IAGI, Lombok.

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