海岸生态系统分析:莫罗泰岛区Kokoya岛的海洋生态旅游

K. Koroy, Nurafni Nurafni, F. Pina
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引用次数: 1

摘要

沿海生态系统是动态的生态系统,在陆地和海洋中具有丰富的栖息地多样性,并且在一个栖息地与另一个栖息地之间相互作用。本研究的目的是确定海洋生态旅游区的沿海生态系统的生态参数,并确定Kokoya岛海岸作为海洋生态旅游区的沿海旅游类别的适宜性等级。该研究于2019年1月至2月进行。数据收集使用原始数据与调查方法和直接测量在外地。利用海滩旅游休闲类的面积适宜性矩阵,分析了Kokoya岛海滩生态系统类的适宜性。结果表明,研究地点7个站点的出行一致性指数分别为非常适宜(S1)和适宜(S2)。可以给出各站的IKW;空间站1 IKW。92.31% (S1),第二站IKW。89.74% (S1),第3站IKW。89.74% (S1),第4站IKW。97.44% (S1),第5站IKW。78.21% (S2),第6站IKW。90.38% (S1), 7号站IKW。97.44% (S1)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analiysis of Coastal Ecosystem A Marine Ecotourism at Kokoya Island, Morotai Island District
Coastal ecosystems are dynamic ecosystems that have a rich diversity of habitats on land and in the ocean, as well interacting between one habitat with another. The purpose of this study is to identify the ecological parameters of the coastal ecosystem a marine ecotourism area and determine the suitability class of the Kokoya Island coast as a marine ecotourism area for the coastal tourism category. This research was conducted in January to February 2019. Data collection using primary data with survey methods and direct measurements in the field. The analysis is used to analyze the suitability of the beach ecosystem class on Kokoya Island by using the area suitability matrix for the recreation category of beach tourism. The results showed that at 7 stations in the study location had a Travel Conformance Index in the category of Very Appropriate (S1) and Appropriate (S2). The IKW of each station can be presented; Station 1 IKW. 92.31% (S1), Station 2 IKW. 89.74% (S1), Station 3 IKW. 89.74% (S1), Station 4 IKW. 97.44% (S1), Station 5 IKW. 78.21% (S2), Station 6 IKW. 90.38% (S1), and Station 7 IKW. 97.44% (S1).
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