Marine eco-fisherytourism is an approach to balancing the existing natural environments and conservation efforts to managing mangrove resources and exploring mangrove areas based on the adapting of silvofishery system support successfully the sustainable forest production. This study investigated the sustainability and profitability of mangrove areas by growing and expanding marine eco-fisherytourism areas. An observational study, intensive individual assessment using role-specific questions to the community around the mangrove area, local government, non-governmental organizations, and community leaders; and High-Resolution Satellite Imagery from Bing Maps, Google Maps, and Aerial Drone Photography has been collected. Strengths, Weaknesses, Opportunities, dan Threats (SWOT) analysis is suggested to determine how the productivity of mangrove forests development contributes to marine eco-fisherytourism. This analysis shows that the internal factors analysis strategy (IFAS) is approximately 1,09 while the external factors analysis strategy (EFAS) slightly drops to -1,38. Diversification strategy indicates innovation gains across internal factors to reduce external factors. Integrating mangrove forest areas like cultivation, silvofishery, ecotourism areas; involving local communities, community leaders, and stakeholders in planning, implementation, evaluation, and conservation for the development ecotourism; supporting infrastructure mangrove ecotourism visitors, and together with the community in conducting innovation/diversification of management based on the utilization and conservation of mangrove resources.

Mangrove forest on Bangkobangkoang Island has the potential to be managed to become an ecotourism area. Such management requires a strategy to provide both economic and ecological benefits. The purpose of the study was to analyze the ecotourism management strategy of mangrove forests on Bangkobangkoang Island, Pangkep Regency, South Sulawesi. The sampling technique used is purposive. Data collection techniques are observations and surveys on mangrove forests, questionnaires, and interviews with island communities. The analysis technique used is SWOT. The results showed that the mangrove forest of Bangkobangkoang Island has a thickness of 230.39 m, a density of 23.25 ind/100m2, tides as high as 1.49 m, and there are 5 species of mangrove found and aquatic biota, birds, and others. The priority strategy is to maximize the potential of mangrove forests and preserve their naturalness so that they become a means of education to improve the community's economy, Coordination and communication between community members and the government in efforts to manage ecotourism areas, Empower fisherman groups in managing ecotourism, Procurement of supporting facilities for monitoring mangrove ecosystems, Training on product making made from mangroves to increase community income and maintain and strengthen community participation and interest in managing mangrove forests into ecotourism areas. This research can be input for stakeholders in making policies.

Unmanned Aerial Vehicle (UAV) technology can be used for remote sensing applications. The use of UAVs increases the efficiency of collecting land use information in mangrove forest areas. The purpose of the study was to analyze the mangrove forest area using an Unmanned Aerial Vehicle around Sabang Tambua Pier and Ampekale Village. The data analysis technique is remote sensing analysis and geographic information system using Pix4D, Agisoft Metashape 1.7 and ArcGIS ArcMap 1.4 applications. The results of the analysis show that mangroves appear green in color, rough texture, elongated shape following the coastline. Residential settlements are white or brown in color, rectangular in shape, rough in texture and the site sometimes follows the highway and follows the coastline. The clear green pond resembles a body of water with a rectangular shape. The road segment is in the form of black lines on asphalt roads and grayish-white on concrete roads. The area of land use for mangroves, settlements, ponds, bodies of water (sea) around the Sabang Tambua Pier is 4.67 ha, 1.20 ha, 26.73 ha and 3.85 ha, while in Ampekale Village 4.06 h2, 1.95 ha, 12.61 ha and 2.10 ha.

Mangrove forest on Bangkobangkoang Island has the potential to be managed to become an ecotourism area. Such management requires a strategy to provide both economic and ecological benefits. The purpose of the study was to analyze the ecotourism management strategy of mangrove forests on Bangkobangkoang Island, Pangkep Regency, South Sulawesi. The sampling technique used is purposive. Data collection techniques are observations and surveys on mangrove forests, questionnaires, and interviews with island communities. The analysis technique used is SWOT. The results showed that the mangrove forest of Bangkobangkoang Island has a thickness of 230.39 m, a density of 23.25 ind/100m2, tides as high as 1.49 m, and there are 5 species of mangrove found and aquatic biota, birds, and others. The priority strategy is to maximize the potential of mangrove forests and preserve their naturalness so that they become a means of education to improve the community's economy, Coordination and communication between community members and the government in efforts to manage ecotourism areas, Empower fisherman groups in managing ecotourism, Procurement of supporting facilities for monitoring mangrove ecosystems, Training on product making made from mangroves to increase community income and maintain and strengthen community participation and interest in managing mangrove forests into ecotourism areas. This research can be input for stakeholders in making policies.

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