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INDONESIA
ENVIBILITY: Journal of Environmental and Sustainability Studies
Published by Arjuna Wijaya Karya
ISSN : 30252784     EISSN : 30252474     DOI : https://doi.org/10.55381/envibility.v1i2.143
Core Subject : Agriculture, Social,
Agriculture, Biological Sciences & Forestry Environmental Science
ENVIBILITY: Journal of Environmental and Sustainability Studies (P-ISSN: 3025-2784 and E-ISSN: 3025-2474) is a national, peer-reviewed forum for multidisciplinary research and analysis assessing the many intersections among Environmental Management, Sustainability Management, Biodiversity Preservation, and Disaster Management. ENVIBILITY: Journal of Environmental and Sustainability Studies promotes scholarly, theoretical, pragmatic, and contemporary research, which makes a clear conceptual and methodological contribution to existing national literature. Articles often seek to bridge gaps between theory and practice, and are written in a style that is broadly accessible and engaging.
Arjuna Subject : Teknik (semua kategori) - Teknik (Lain-Lain)
Articles 24 Documents
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Discovering the Economic Impact of Mangrove Conservation: A Comparative Study of Carbon Storage Program in Refining Oil & Gas Company in IndonesiaGas di Indonesia Bakhtiar Fahmi Fuadi; Wahyu Purwanto; Muh Arif Romadlon
ENVIBILITY: Journal of Environmental and Sustainability Studies Vol. 3 No. 1 (2025): March
Publisher : Prospect Publishing

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55381/envibility.v3i1.401

Abstract

Mangroves are extremely important ecosystems for environmental balance and the sustainability of natural resources. In Indonesia, the area of mangrove forests reaches approximately 3.36 million hectares, making it one of the countries with the largest mangrove ecosystems in the world. However, the condition of mangroves in Indonesia faces various threats, such as land conversion for agriculture, illegal logging, and pollution. These factors lead to the loss of ecological functions of mangroves and the potential carbon storage that can be utilized. This study aims to evaluate and compare the economic potential of carbon storage in biodiversity conservation programs for mangroves at PT KPI RU II Sungai Pakning, PT KPI RU V Balikpapan, and PT KPI RU VII Kasim. Mangroves are vital ecosystems that play an important role in carbon sequestration; however, their economic benefits remain underexplored. This research utilizes field data and refers to Indonesian National Standards (SNI) as a guideline for calculating carbon potential at each location. Additionally, we analyze the economic valuation of carbon storage based on the values established in the Carbon pricing by World Bank. The findings reveal significant differences in carbon storage potential, influenced by varying ecosystem conditions and conservation practice  
The Impact Study of Abrasion Preventing Program in Dumai Coastal Santosa, Fajar Julian; Fomandes, Zyqro Milid; Dewi, Titis Puspita; Wiraandika, Gatra; Agustiawan, Agustiawan
ENVIBILITY: Journal of Environmental and Sustainability Studies Vol. 3 No. 1 (2025): March
Publisher : Prospect Publishing

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55381/envibility.v3i1.452

Abstract

The coastal area of ​​Dumai City has experienced severe abrasion problems due to strong waves and tidal currents. In response to the increasing degradation of the coastline due to abrasion, various abrasion prevention programs have been implemented, one of which is through the construction of coastal protection structures in the form of Lancang Kuning wave breakers and mangrove rehabilitation on the coast. This study aims to evaluate the overall impact of abrasion prevention efforts that have been carried out on coastline stability, ecological sustainability, and the livelihoods of the surrounding community. This study uses a mixed-methods approach, which includes observation, field surveys, and in-depth stakeholder interviews. Mangrove rehabilitation efforts have shown positive ecological effects, while physical structures such as the aerodynamic Lancang Kuning wave breakers have helped reduce wave strength directly. In addition, mangrove replanting can withstand sand sedimentation, thereby reducing the impact of abrasion. The presence of mangroves planted on the coast is also a home for animals such as the scad, which are starting to reappear. However, this study also highlights challenges such as uneven implementation, maintenance problems, and sediment transfer to adjacent areas. In addition, further research is also needed on modeling shoreline changes before and after development. These findings suggest that more integrated and adaptive coastal management strategies are critical for long-term effectiveness.
Innovation Social Processing Waste Skin Siamese Orange Becomes Plastic Raw Materials Biodegradable Named OraPlast Rama Sanjaya; Catherine Wahyuning Wilujeng; Azrah Andriani
ENVIBILITY: Journal of Environmental and Sustainability Studies Vol. 3 No. 1 (2025): March
Publisher : Prospect Publishing

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55381/envibility.v3i1.488

Abstract

Air Talas Village in Muara Enim Regency, South Sumatra, is known as a center for cultivating Siamese oranges. This agricultural activity produces large amounts of orange peel waste every harvest season. Amidst these challenges, innovation in waste utilization is the key to sustainable solutions. PT Pertamina EP Limau Field together with the Air Talas Village community launched the Gema Dewata program. Social innovation in this program is found in the sub-program, namely Paklek Manis (Siamese Orange Peel Waste Processing), which aims to convert orange peel waste into raw materials for biodegradable plastic, called OraPlast. This research uses the PAR (Participatory Action Research) research method. The novelty of this innovation lies in the utilization of organic orange peel waste as a solution for environmentally friendly pectin-based biodegradable plastic. The utilization of orange peel waste of 34.79 tons/year which was previously discarded and produced 36,525 tons of CO2eq/year was intervened through the OraPlast innovation to be utilized as much as 30% or as much as 10.4 tons/year so that it can reduce the potential for GHG (Greenhouse Gas) emissions produced by 10,957.50 tons of CO2eq. In addition, the Amerta group that manages this innovation is able to generate income of IDR 4,200,000/month. The total direct beneficiaries are 213 people and 1090 indirect beneficiaries. The benefits of this program are very broad, ranging from reducing the amount of organic waste in the environment, creating new business opportunities, to providing an alternative to biodegradable plastic. With the right development, OraPlast has the potential to become a superior regional product that can compete nationally and even internationally as a solution to replace conventional plastic that is difficult to decompose.
Application of Artificial Fish Apartments to Enhance Fish Communities in the Waters around Tanjungjati B Power Plant, Jepara, Central Java Munasik; Arbanto, Bonifacius; Nurrasyid Chamidy, Ardian; Nashihi Aufar, Syauqina; Wibawa NS, Ari; Agung Prabowo, Handoko; Mustagfirin; Azizah, Nur
ENVIBILITY: Journal of Environmental and Sustainability Studies Vol. 3 No. 1 (2025): March
Publisher : Prospect Publishing

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55381/envibility.v3i1.519

Abstract

The decline in fish stocks, resulting from habitat degradation and overfishing, has become a significant threat to the sustainability of fisheries in Indonesia. One of the efforts to support ecosystem recovery and improve fishermen’s catches is the application of artificial fish apartments. This study aims to analyse the implementation process and effectiveness of artificial fish apartments in the waters around the Tanjung Jati B Power Plant in Jepara. The programs were carried out through a participatory approach with local fishing communities, including socialization, scuba diving training, concrete module construction, installation, and evaluation. A total of five artificial fish apartment units were installed at two sites, namely Karang Pringitan (3 units) and Karang Ketapang (2 units). Evaluation three months after installation showed an increase in fish communities, with 16 species recorded at Karang Pringitan and 9 species at Karang Ketapang. These results confirm that artificial fish apartments can serve as new habitats for pelagic and target fish species and have the potential to support the sustainability of local fisheries.  

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