Wahyu Adi, A. Nugraha, Y. H. Dasmasela, Agus Ramli, C. Sondak, Nurul Dhewani Mirah Sjafrie
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引用次数: 6
摘要
海草有很多好处。需要对海葵凝块的评估和海草物种的空间分布,以确保海草田的好处。这项研究采用了多孔线下象限的方法,并进行了数据分析,以提供有关横膈膜坐标的信息,百分之一的海门海葵,百分之一的海门海葵,次级海葵(沙、泥和珊瑚碎片)、肠状结节(三分之二)和海门物种的数量和空间分布的数据。研究结果显示,研究区域的海草群处于高密度肿瘤。海草是一种主要物种,分布在所有研究区域。贫穷海草的社区结构,宾坦。海草提供许多福利。海草覆盖和空间分配需要确定海草物种的好处。The study was conducted用《transect quadratic方法》系列,与分析是carried out to be able to呈现资讯网关于坐标线transect分,简直百分之拉梅尔的封面,封面的乌拉(沙,泥浆和碎石型物种,substrate)的物种,当家》Enhallus acoroides(拍/ m2)和空间distribution of乌拉物种。结果表明,研究区域内海草的痕迹被认为是一个坚实的封面。红斑菌是支配物种,并通过研究区域传播。
Padang lamun menyediakan banyak manfaat. Diperlukan penilaian tutupan lamun dan distribusi spasial spesies lamun, untuk memastikan manfaat dari padang lamun tetap ada. Penelitian ini dilakukan dengan metode kuadran disepanjang line transect, dan analisis data dilakukan untuk dapat menyajikan informasi tentang titik koordinat transek garis, persen tutupan lamun, persen tutupan spesies lamun, jenis substrat (pasir, lumpur dan pecahan karang), jumlah spesies Enhallus acoroides (tegakan/m2) dan distribusi spasial spesies lamun. Hasil penelitian menunjukkan kondisi padang lamun di wilayah studi sebagai kategori tutupan padat. Spesies lamun Thalassia hemprichii (Th) dan Enhalus acoroides (Ea) adalah spesies dominan dan menyebar ke seluruh wilayah penelitian.COMMUNITY STRUCTURE OF SEAGRASS IN MALANG RAPAT, BINTAN. Seagrass beds provide many benefits. Assessment of seagrass cover and spatial distribution of seagrass species is needed, to ensure the benefits of seagrass beds remain. The study was conducted using the quadratic method on the line transect, and the analysis was carried out to be able to present information about line transect coordinate points, percent cover of seagrass, percent cover of seagrass species, substrate type (sand, mud and rubble), number of species of Enhallus acoroides (shoot/m2) and spatial distribution of seagrass species. The results showed the condition of seagrass beds in the study area as a category of solid cover. Seagrass species Thalassia hemprichii (Th) and Enhalus acoroides (Ea) are dominant species and spread throughout the study area.