2018
DOI: 10.29244/jitkt.v10i3.22476
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Struktur Dan Asosiasi Jenis Lamun Di Perairan Pulau-Pulau Hiri, Ternate, Maitara Dan Tidore, Maluku Utara

Abstract: The existence of seagrass ecosystems in the coastal region of small islands has been playing an essential role as a habitat and the supplier of fish resources, as well as a shore and coastline protector of small islands. This study aimed to determine the distribution, composition, density, coverage, and associations of seagrass plant in the islands of Hiri, Ternate, Maitara, and Tidore. Data were collected by using line transect method and quadrate transect. Furthermore, data were analyzed by using MS Excel an… Show more

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Cited by 7 publications
(6 citation statements)
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“…Lamun jenis Thalassia hemprichii mampu hidup di berbagai jenis dan ukuran substrat, menyukai dan memiliki persebaran yang luas di daerah teluk dan daerah yang ditumbuhi mangrove. Ketebalan sedimen berperan vital bagi pertumbuhan lamun karena tebal substrat maka kondisi lamun maka akan semakin stabil karena akar lamun dapat melekat, menempel, dan mengikat sedimen dengan optimal (Ramili et al, 2018).…”
Section: Hasil Dan Pembahasanunclassified
“…Lamun jenis Thalassia hemprichii mampu hidup di berbagai jenis dan ukuran substrat, menyukai dan memiliki persebaran yang luas di daerah teluk dan daerah yang ditumbuhi mangrove. Ketebalan sedimen berperan vital bagi pertumbuhan lamun karena tebal substrat maka kondisi lamun maka akan semakin stabil karena akar lamun dapat melekat, menempel, dan mengikat sedimen dengan optimal (Ramili et al, 2018).…”
Section: Hasil Dan Pembahasanunclassified
“…Masukan sedimen dan jenis substrat menjadi salah satu faktor yang menentukan distribusi lamun. Ramili et al, (2018) menemukan jenis E. acoroides dengan pelepah daun terpanjang pada lokasi dekat ekosistem mangrove yang bersubstrat lumpur, dan di area reklamasi P Hiri, Ternate. Lamun berukuran besar biasanya memiliki sistem perakaran yang kuat yang dapat menjangkau dasar perairan untuk memperkuat tegakan sebagai bentuk strategi adaptasi (Tomascik et al, 1997).…”
Section: Metode Penelitianunclassified
“…He pointed out the effect of seagrass density on the abundance of sea cucumbers which has a correlation value of 0.80 and a determination value of 0.641 which means that 64.1% of the abundance of sea cucumbers is influenced by seagrass density. Similarly, [38] stated that there is a close correlation so that the higher the density of seagrass will be followed by the abundance of sea cucumbers as well as other invertebrate groups [39] [40]. The important role of the seagrass ecosystem as a nursery ground for fish juveniles, especially in providing shelter and food in the early stages of fish life.…”
Section: Faunamentioning
confidence: 99%