Dinda Prayunita, Dinda
Biologi, SITH, Institut Teknologi Bandung

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PENDEKATAN ILMU HAYATI MELALUI MUSIKAL Rachmi, Anne Fadilla; Satriyo, Stephani Fitria Winda; Ramyacitta, Kanya; Prayunita, Dinda; Khairunissa, Miranti Fitri
Program Kreativitas Mahasiswa - Karsa Cipta PKM-KC 2014
Publisher : Ditlitabmas, Ditjen DIKTI, Kemdikbud RI

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (829.278 KB)

Abstract

Nowadays, depletion of food source, disease outbreak, and alternative energy occur as global challenges. With little public awareness, life science actually has answers for the core problem and the solution. Therefore, there should be easy and attractive ways to alter public’s view and add their knowledge about life science. Indonesian culture is accustomed with oral tradition so musical could be an alternative method for reaching out public awareness. Songs about life science has been previously made and for PKM KC, booklet and video were made for making the songs easier to be understood and were put on web so people can access our works. Our works were made with Adobe Illustrator, Adobe After Effect, Adobe Dreamweaver, and iMovie software. Publication was held through school and radio roadshow and public’s response was observed. To date, we haven’t found any works with life science content that has comprehensive variety except our works. Students and public enjoy our works with accepted message about life science. Musical approach of life science is potential for raising public awareness of the importance of life science Keyword: life science, musical, public awareness, learning methode
An Integrated Geomorphological Framework for Preliminary Coastal Hazard Assessment in the Resource Conflict Zone of Bangka Regency, Indonesia Waskita, Taufik Budi; Mutaqin, Bachtiar Wahyu; Marfai, Muh Aris; Prayunita, Dinda
JPG (Jurnal Pendidikan Geografi) Vol 13, No 1 (2026)
Publisher : Universitas Lambung Mangkurat

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.20527/jpg.v13i1.24216

Abstract

Coastal environments in tropical archipelagic regions are increasingly exposed to the combined pressures of hydrodynamic forcing and anthropogenic modification, yet spatially explicit hazard assessments remain limited, particularly in data-constrained contexts. This study develops and applies a geomorphology-based framework for preliminary coastal hazard assessment in Bangka Regency, Indonesia, focusing on extreme waves and coastal erosion. The results reveal pervasive hazard conditions across the 73.60 km² coastal zone, with no areas classified as low hazard. Moderate (40.08 km²) and high hazard (33.52 km²) classes dominate, indicating system-wide exposure. Hazard distribution is strongly controlled by geomorphological configuration, with unconsolidated coastal systems such as beach ridges and estuarine plains exhibiting the highest hazard intensities, while intertidal wetlands provide partial mitigation through wave attenuation and sediment stabilization. Parameter analysis identifies wave height as the primary driver of hazard, while land use change and shoreline modification significantly amplify hazard through disruption of sediment dynamics and reduction of natural resilience. The findings demonstrate that coastal hazard in Bangka Regency emerges from the interaction of physical processes and human activities, rather than natural forcing alone. The proposed framework provides a practical and transferable tool for generating spatially explicit hazard information in data-scarce environments. This preliminary assessment establishes a baseline for more comprehensive risk analysis and supports the need for integrated, evidence-based coastal management strategies.