Grouper Fishery Management Options in the Waters of Mursala Island, Central Tapanuli District, Indonesia
Downloads
Sustainable fisheries are becoming increasingly difficult to achieve due to the decreasing ability of the aquatic environment to support the availability of fish resources [8]. In order to overcome the problem of fishery resource stocks, especially grouper fish, the Indonesian government, in this case the Ministry of Maritime Affairs and Fisheries (KKP), has also issued Decree of the Minister of Maritime Affairs and Fisheries No. 2021 on Grouper Fishery Management Plans in the State Fisheries Management Area of the Republic of Indonesia No. 2021 2021. With regard to the production value of grouper in Central Tapanuli, the availability of specific data on fishing units and operating locations is still not available. Information on the alleged pressure of fishing technology on the condition of the aquatic environment (coral reefs) and grouper fish resources on Mursala Island is still very limited. This means that studies to obtain information related to biological, environmental and technological aspects have a high urgency to be carried out so that they can be synchronized with the area management program of Mursala Island as a KKDP as well as a fishing area. The methods of observation and interviews are more focused on biological and technological aspects and environmental data. The research results show that the fishing activities in the waters around Mursala Island are characterized by fishing activities targeting coral fish with fishing gear in the form of traps, hand lines and arrows. The fish habitat in the form of coral reefs in the waters around Mursala Island has been degraded since 2004. The damage to the coral reefs is caused by the use of destructive methods such as bombs and toxic materials (cyanide).
Arifin, T. (2007). Coral Reef Ecosystem Technology EPA Strait Environmental Sustainability Index. (1997). Guiding Principles for Monte Carlo Lembeh Kota Bitung. Oseanologi don Limnologi Analysis. EPA/630/R-97/001. Risk Assessment di Indonesia (2007) 33: 307 – 323. Forum, U.S
Hamylton, S. M. (2017). Mapping coral reef environments: A review of historical methods, recent advances and future opportunities. Progress in Physical Geography, 41(6), 803–833. https://doi.org/10.1177/- 0309133317744998
Mujiyanto dan Syam (2015). Characteristics of Grouper Habitat in Karimun Islands. Central Java. BAWAL. 7 (3) 147-154
Oktaviany S, Boer M, Yonvitner. 2015. Analysis of the Degradation and Depression of Demersal Fish Resources in the Dogol Fishery in the Waters of the Sunda Strait. Jurnal Marine Fisheries.6 (2): 9-23 Fishing port in the Sibolga Archipelago. 2017. Annual report of the Sibolga Archipelago Fishing Port 2017. Ministry of Maritime Affairs and Fisheries. 174 pages.
Sibolga archipelago fishing port. 2018. Annual report of the Sibolga Archipelago Fishing Port 2018. Ministry of Maritime Affairs and Fisheries. 116 pages.
Sibolga archipelago fishing port. 2019. Annual report of the Sibolga Archipelago Fishing Port 2019. Ministry of Maritime Affairs and Fisheries. 120 pages
Sarianto et al. (2016). Analysis of Catch Results and Catch Rates of Sondong in Dumai City, Riau Province. Scientific Journal of Fisheries and Marine Affairs, Vol 21 No 1 Maret 2021.Sasanti R. Suharti dan Isa Nagib Edrus (2018). Status of coral fish in central Tapanuli waters. Oceanographic Research Center LIPI, Jakarta
Simbolon D. 2011. Biotechnology and fisheries dynamics. (January 2011):1–283
Sugiyono. 2016. Quantitative, qualitative, and R7D research methods. Alfabeta
Yanti, Sri. 2014. Study on a strategy for sustainable fisheries management. Directorate of Maritime Affairs and Fisheries. PPN/BAPPENAS (ID)