Determination of Potential Zones for Website-Based Small Pelagic Fish in Banten Bay Waters

Ayang Armelita Rosalia (Departement of Marine Information System, Indonesian Education University (UPI), Serang-Banten, 42116, Indonesia)
Denta Tirtana (Department of Capture Fisheries, Politeknik Negeri Lampung, Lampung, Indonesia)
Luthfi Anzani (Department of Marine Information System, Indonesian Education University (UPI), Serang-Banten, Indonesia)
Amanda Chairunnisa (Department of Marine Information System, Indonesian Education University (UPI), Serang-Banten, Indonesia)
Naufal Rahaditya Aryadi (Departement of Marine Information System, Indonesian Education University (UPI), Serang-Banten, 42116, Indonesia)
Adela Nur Anbiya (Department of Marine Information System, Indonesian Education University (UPI), Serang-Banten, Indonesia)
Anggieta Tri Cahyani (Department of Marine Information System, Indonesian Education University (UPI), Serang-Banten, Indonesia)
Batrisya Hawani Balqis (Departement of Marine Information System, Indonesian Education University (UPI), Serang-Banten, 42116, Indonesia)
Mahathir Muhamad Ashari (Departement of Marine Information System, Indonesian Education University (UPI), Serang-Banten, 42116, Indonesia.)
Muhamad Rifky Rivandi (Departement of Marine Information System, Indonesian Education University (UPI), Serang-Banten, 42116)

International Journal of Marine Engineering Innovation and Research
Vol. 10 No. 3 (2025)

The waters of Banten Bay have abundant resources of small pelagic fish. Anchovies, mackerel, Shortfin scad, goldstripe sardinella, selar fish, mullet, and lemuru are small types of pelagic fish that can be found all year round in the waters of Banten Bay. Based on its abundant potential, however, its utilization is still inefficient because most local fishermen still use traditional fishing methods, which result in low catches and incomes. The purpose of this study is to develop a website-based system to determine the Fishing Potential Zone (FPZ) in the waters of Banten Bay by utilizing sea surface temperature (SST) and chlorophyll-a data from Aqua MODIS satellite imagery in 2023. Data processing is carried out with SeaDAS and ArcGIS software to determine FPZ points that are implemented in the form of a website, namely FishZone Mapper. The FishZone Mapper website is designed to provide information that can be easily accessed by fishermen, researchers, and other stakeholders to improve fishing efficiency. The results showed that there was a significant difference in the number of FPZ points in the western and eastern seasons, which affected fishing strategies.