The Potential of Seagrass Ecotourism as an Indicator of Conservation in the Coastal Waters of East Lombok
DOI:
10.29303/jossed.v1i1.643Published:
2021-02-23Issue:
Vol. 1 No. 1 (2020): OctoberKeywords:
Ecotourism, Seagrass beds, Biodiversity preservationArticles
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Abstract
The East Lombok coast was developed for fisheries and tourism. The fishery aspect that is being developed is marine cultivation and has contributed as a source of livelihood for local communities and from the social aspect, it functions to maintain the safety and comfort of the environment. Besides, from an ecological aspect, it has benefits in preventing damage to marine ecosystems due to the use of tools and materials that are not environmentally friendly. The utilization model of the marine environment is still traditional which is oriented only to goods and not to environmental services. On the other hand, the development of nature tourism is becoming superior in the southern coastal area of Lombok Island. It spreads the seagrass ecosystem in the coastal area of Lombok across all tourist sites. However, the utilization is only from products such as fish and marine biota which have economic value. Therefore, it is necessary to innovate the utilization of the ecosystem services aspect of the field as a natural tourist attraction with the concept of ecotourism. The concept of ecotourism is a utilization model that does not interfere with natural systems or ecological systems. The uniqueness of the seagrass ecosystem with other ecosystems is its relationship with the local community tradition called "Madak". Therefore, conceptual formulations and innovations are needed in integrating the cultural values of local communities in the development of seagrass ecotourism on the southern coast of Lombok Island. The purpose of this research is to describe the ecotourism potential of seagrass beds in the study location. The results showed that the ecotourism potential of seagrass beds in the study locations included seagrass internal as seagrass beds and the diversity of seagrass species, especially from inhalers acroides and Caemodecea. Another potential is the seagrass environment for the diversity of Echinodermata and Bivalvia species which can be a tourist object favored by many tourists. Besides, the seagrass environment provides a snorkeling tourism object at high tide to enjoy the diversity of fish species and other marine organisms that use eagrass as a place to find food. The conclusion from the research is that seagrass beds in the study location are a new tourism object for tourists who come to visit the southern coastal areas of East LombokReferences
Abbott, RT and Dancer, SP. (2000). Compedium Of Seashells. China: Odyssey Publishing.
Aguilera, SE, Cole, J, Finkbeiner, EM, L. le., Ban ,. and Carr, MH (2015). Managing Small-Scale Commercial Fisheries for Adaptive Capacity: Insights from Dynamic Social-Ecological Drivers of Change in Monterey Bay. PLOS One , 22: 1-22.
Baksir, A., (2010). Management of Small Islands for Sustainable Ecotourism Utilization in Morotai Selatan and Morotai Selatan Districts, Morotai Island Regency, North Maluku Province. Dissertation . Bogor Agricultural Institute.
Blanchard, JL, Watson, RA, Fulton, EA, Cottrell, RS, Nash, KL, Bryndum-Buchholz, A & Davidson, LN (2017). Link ed sustainability challenges and trade-offs among fisheries, aquaculture, and agricultu re. Nature Ecology & Evolution, 1 (9), 1240-1249.
Carpenter, Kent E. FAO. The Living Marine Resources of Western Central Pacific Volume 1. FAO Species Identification Guide for Fishery Purpose. USA: Department of Biological Sciences Old Dominion University Norfolk, Virginia ISSN: 1020-4547.1998
Clark, AM and FWE Rowe. (1971). Monograph of Shallow Water Indo-West Pacific Echino derms . London, Trustees of British Museum: 171-210 .
Cullen-Unsworth, LC, Jones, BL, Richard Lilley, B., and Unsworth, RKF 2018. Secret Garden Secondary the Sea: What are Sea Grass Meadow Sand Why are they IMport ant ?. Kids frontiersin.org , 6: (2): 1- 10.
Davey, PA (2017). Molecular physiological responses and acclimation of the seagrass species Z. muelleri to light limitatio n (Doctoral dissertation).
Dewi, NK, Prabowo, SA, 2015. Status of Seagrass Pads for Tourism Beaches in Pacitan. Biology Scientific Journal of Biogenesis , 3 (1): 53-59.
D harma, Bunjamin. Indonesian Snails and Shells (Indonesia Shells). Jakarta: Sarana Graha. 1988.
Dugong & Seagrass Conservation Project, 2016. Incentivising community engagement in dugong and seagrass conservation in Timor-Leste through volunteer ecotourism (TL2). http://www.dugongconservation.org/project/incentivising-communityengagem ent-dugong-seagrass-conservation-timor-leste-volunteer-ecotourismtl2 / .
Ehler , C . , Stefano , B ., And Billiana , C . S. 2004. In C orporating M arine P rotected A reas into I ntegrated C oastal and O cean M anagement : P rinciple and G uidelines . IUCN. United Kingdom.
FAO. 2011. Good practices in the governance of small scale fisheries: Sharing of experiences and lessons learned in responsible fisheries for social and economic development. In COFI / 2011 : 1- 12.
Few , R. 2009. Conservation, partic ipation, and power: protected-area planning in the coastal zone of belize. Journal of Planning Education and Research . 19: 410 - 408.
Grumbine RE. 1994. What is e cosystem m anagement. Coriserva tion B iolog y 8 (1): 27 -38.
Gundo, MT 2010. Density, Diversity and Distribution Pattern of Freshwater Gastropods in the Waters of Lake Poso . Media Litban g Central Sulawesi . III ( 2 ): 137-143.
Hamsiah, MS (2006). Developing a web-based packet monitoring tool (Doctoral dissertation, Universiti Teknologi MARA (UiTM)).
Imanishimwe, A., Niyonzima, T., & N sabimana, D. (2018). Contribution of Community Conservation and Ecotourism Projects on Improving Livelihoods and Sustainable Biodiversity Conservation in and around Nyungwe National Park (NNP). J Tou rism Hospit , 7 (363), 2167-0269
Kuspiadi. (2001). Echinoderms communities in the Tanjung Luar and Bat unampar Seagrass areas of East Lombok. Essay. Mataram University.
Martini, D., Mennofatria, B., Bengen, D. G., Fachrudin, A., 2014. Regional Planning for Development of Aquatic Ecotourism. Tata Loka , 16 (2): 70-83.
Maxwell, PS, Eklöf, JS, van Katwijk, MM, O'Brien, KR, de la Torre †Castro, M., Boström, C & van der Heide, T. (2017). The fundamental role of ecological feedback mechanisms for the adaptive management of seagrass ecosystems – a review. Biological Reviews, 92 (3), 1521-1538.
Mulyadi, A., Yoswaty, D., Ilahi, I., 2017. The Effect of Environment from The Marine Ecosystem Development in Seagrass Trikora Conservation Area, Bintan Regency, Riau Islands. International Journal of Control Theory and Applications , 10 (4): 325-337
Odum, EP 1993. Basics of Ecology Third Edition. Samingan , T (translator). Yogyakarta: Gadjah Mada University Press.
Rappe Ambo, R., MN Nessa., H. Latuconsina & DL Lajus. 2013. Relationship Between the Tropical Seagrass Bed Character istics and the Structure of The Associated Fish Community. Open Journal of Ecology. 3 (5): 331-342.
Rawung, S., Tilaar, FF, & Rondonuwu, AB (2018). The Inventory of Seagrasses in Marine Field Station of Faculty of Fisheries and Marine Science in Subdistrict of East Likupang District North Minahasa. PLATAX Scientific Journal , 6 (2), 38-45.
Rijal, K . C, A., K., & Sapkota, RP (2015). Role of ecoto urism in environmental conservation and socioeconomic development in Annapurna conservation area, Nepal. International Journal of Sustainable Development & World Ecology , 22 (3), 251-258.
Riniatsih, I., and Widianingsih. 2007. Abundance and distribution patterns of shellfish (bivalves) in the Seagrass Ecosystem, Jepara Waters. Journal of Marine Science. Vo l 12 (1): 53-58.
Rizal, A. (2001). Echinodermata communities in the Region P ad ang Gili Maringke Seagrass East Lombok. Essay. Mataram University.
Sakuri , Y . , Mitsutaku , M ., And Hiroyuki , M. 2008. Expanding f isheries c o- m anagement to e cosystem b a sed m anagement: A c ase in t he s hiretoko w orld n atural h eritage a rea in Japan. Marine Policy 33 : 207-214.
Satyawan NM, Wardiatno , Y., and, R. 2014. Species Diversity and Habitat Zoning of Echinoderms in Panta i Semerang Waters, East Lombok. Tropical Biology , 14 (2): 83-92.
Shoo, RA, & Songorwa, AN (2013). Contribution of eco-tourism to nature conservation and improvement of livelihoods around Amani nature reserve, Tanzania. Journal of Ecotourism , 12 (2), 75-89.
S udarmo, AP Baskoro, MS, Wiryawan, B., Wiyono., And Monintja, DR 2015. Social Economics Characteristics Of Small-Scale Coastal Fisheries In Tegal City, Indonesia. IJSTR , 4 (01): 85-88.
Gratitude A, Mahrus, Syachruddin. 2016. The potential assessment of en vironment friendly aquaculture of small-scale fishermen as a conservation strategy for seagrass beds in coastal areas of Tanjung Luar East Lombok, Indonesia . International Journal of Fisheries and Aquatic Studies , 4 (2): 22-27 .
Syukur A, Wardiatno Y, Muchsin I and Kamal MM 2017. Threats to Seagrass Ecology and Indicators of the Importance of Seagrass Ecological Services in the Coastal Waters of East Lombok, Indonesia . American Journal of Environmental Sciences , 13 (3): 251,265
Syukur, A., 2013. Ecological Knowledge of Local Communities as an Indicator of Seagrass Potential Assessment in Tanjung Luar East Lombo . Journal of Tropical Biology , 13 (2): 209- 217.
Gratitude, A. 2015. Distribution, Ke diversity Je nis Seagrass (Seagrass) and the state of conservation on the island of Lombok. Journal of Tropical Biology , 15 (2): 171-182
Unsworth, RK, Hinder, SL, Bodger, OG, & Cullen-Unswort h, LC (2014). Food supply depends on seagrass meadows in the coral triangle. Environmental Research Letters, 9 (9), 094005.
Waldo , S ., And Brady , M. 2009. Fixing p roblems in f isheries i ntegrating TTQs , CBM and MPAs in m anagement. Marine Policy 33 258-263 Yilma, ZA, Reta, MM, Tefera, BT, 2016 . The Current Status of Ecotourism Potentials and Challenges in Sheko District, South-Western Ethiopia. Journal of Hotel & Business Management, 5 (2): 1-5.
Whitfield, AK (2017). The role of seagrass me adows, mangrove forests, salt marshes, and reed beds as nursery areas and food sources for fishes in estuaries. Reviews in Fish Biology and Fisheries, 27 (1), 75-110.
Author Biographies
Abdul Syukur, SCOPUS ID : 57213519577, Mataram University, Biology Education Study Program.
Agil Al Idrus, Mataram University, Biology Education Study Program.
Lalu Zulkifli, Mataram University, Biology Education Study Program.
Mahrus Mahrus, Mataram University, Biology Education Study Program.
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