Morphology and taxonomy of Caloglossa (Delesseriaceae, Rhodophyta)

King, RJ; Puttock, CF

doi:10.1071/sb9940089

Cited by 38 publications

(27 citation statements)

References 36 publications

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“…Alga ini dapat ditemukan tumbuh pada daerah subtidal hingga daerah pasang surut, termasuk ditemukan menempel pada akar tumbuhan mangrove. mangrove Avicennia sp (King and Puttock, 1994 King and Puttock (1994), (Kamiya et.al., 2003), dan buku algae (Taylor, 1979 3. Bostrychia radicans (King and Puttock,1989).…”

Section: Pendahuluanunclassified

DIVERSITAS DAN KARAKTERISTIK ALGA MERAH (Rhodophyta) PADA AKAR MANGROVE DI TELUK SEREWE KABUPATEN LOMBOK TIMUR

Ghazali

Husna²,

Sukiman³

2018

JBT

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AbstrakAlga merah (Rhodophyta) merupakan tumbuhan tingkat rendah yang umumnya tumbuh melekat pada substrat tertentu seperti pada karang, lumpur, pasir, batu dan benda keras lainnya. Salah satunya melekat pada mangrove yang merupakan kawasan bernutrisi tinggi. Salah satu daerah yang memiliki hutan mangrove cukup luas ialah Teluk Serewe Kecamatan Jerowaru Lombok Timur. Penelitian ini bertujuan untuk mengetahui keanekaragaman jenis dan karakteristik alga merah yang terdapat pada akar mangrove. Pengambilan sampel pada 4 stasiun menggunakan metode purposive sampling dan jelajah pada saat air surut. Jarak pengambilan sampel yaitu 800 m pada setiap stasiun. Berdasarkan hasil penelitian alga merah yang di peroleh sebanyak 11 spesies yaitu, 4 spesies dari genus Bostrychia, 3 spesies dari genus Caloglossa, 2 spesies dari genus Catenella, 1 spesies dari genus Gelidium, 1 spesies dari genus Stictosiphonia. Karakteristik alga merah yang menempel pada akar mangrove yaitu bentuk talus silindris dan menyerupai daun (blade), percabangan dikotom atau monopodial dengan sel polysiphonous.. Kata Kunci: Alga merah, Hutan Mangrove, Lingkungan AbstractRed algae are Thallophyta that generally grow attached to certain substrates such as in coral, mud, sand, and other hard objects. One of them is attached to the mangrove which is a highly nutritious area. One of the forests that have mangrove forest is quite wide is Serewe Village, Jerowaru District East Lombok. This study aims to determine the diversity of species and red algae characteristics found in mangrove root. Sampling at four stations using purposive sampling method and roaming at low tide. The distance of sampling is 800m at each station. Based on the results of the study of red algae obtained as many as 11 species, namely 4 species of the genus Bostrychia, 3 species of genus Caloglassa, 2 species of genus Catenella, 1 species of genus Gelidium, 1 species of genus Stictosiphonia. Characteristics of red algae attached to mangrove root that forms cylindrical thallus and has branching leaf (blade) dichotomy or monopodial with polysiphonous cells.

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Section: Pendahuluanunclassified

DIVERSITAS DAN KARAKTERISTIK ALGA MERAH (Rhodophyta) PADA AKAR MANGROVE DI TELUK SEREWE KABUPATEN LOMBOK TIMUR

Ghazali

Husna²,

Sukiman³

2018

JBT

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“…Other Caloglossa species seem widespread in the western Pacific: Australia (King and Puttock 1994, Kamiya et al 2003, Guam (Tsuda 2003), Japan (Yoshida 1998), Micronesia (Lobban and Tsuda 2003), New Caledonia (Garrigue andTsuda 1988, Millar andPrud'homme van Reine 2005), New Zealand (Adams 1994), Papua New Guinea (King 1990), Philippines (Silva et al 1987), Samoa South 2002, 2007), Solomon Islands (Womersley and Bailey 1970), Tonga (Kamiya et al 2003), and Vanuatu (West et al 2008). However, they appear to be absent in French Polynesia (Payri et al 2000) and Hawaii (Abbott 1999).…”

Section: A C Bmentioning

confidence: 99%

Observations on some mangrove-associated algae from the western Pacific (Guam, Chuuk, Kosrae, and Pohnpei)

West¹,

Kamiya²,

Goër³

et al. 2013

ALGAE

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The mangrove algal flora of Guam and the Federated States of Micronesia has been poorly explored. We add to our knowledge of this region by observations of collections from these regions. This paper presents new and additional records of: Rhodophyta-Acrochaetium globosum, Colaconema sp., Caulacanthus indicus, Bostrychia moritziana / B. radicans, B. radicosa, B. simpliciuscula, B. kelanensis and B. tenella, Murrayella periclados, and Caloglossa ogasawaraensis; Chlorophyta-Boodleopsis carolinensis; and Phaeophyceae-Dictyota adnata, Dictyotopsis propagulifera, and Canistrocarpus cervicornis. Most specimens were cultured to investigate their reproductive biology and many specimens were further identified using molecular data. Low molecular weight carbohydrates (dulcitol, sorbitol, and digeneaside) were identified in samples of B. radicosa and B. simpliciuscula. We also present data on manganese-rich deposits found on B. simpliciuscula and B. tenella in culture, possibly formed by epiphytic bacteria.

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“…For identification, the macroalgae were preserved in a 4% formalin solution (Bouzon & Ouriques 1999). Identification was conducted based on the works of Zeng (1983), King and Puttock (1994), Qian et al (2005), and Zhao (2012), and some of the samples were sent to School of Biology Science, Victoria University, New Zealand, to confirm the identifications.…”

Section: Collection Of Macroalgaementioning

confidence: 99%

Biomass and Habitat Characteristics of Epiphytic Macroalgae in the Sibuti Mangroves, Sarawak, Malaysia

Isa¹,

Kamal²,

Idris³

et al. 2017

tlsr

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Abstrak: Bakau menyokong himpunan kepelbagaian "epibiont" macroalgal atas akar dan batang terapung pokok bakau. Makroalga membekalkan nutrien kepada pengguna utama dalam rantaian makanan akuatik dan telah dilaporkan menjadi penyumbang besar kepada ekosistem marin. Kepelbagaian spesies, biomass, dan ciri-ciri habitat makroalga bakau telah dikaji di tiga stesen bakau di muara Sibuti, Sarawak, Malaysia, dari bulan November 2012 hingga Oktober 2013. Tiga kumpulan makroalga direkodkan dan telah didapati tumbuh pada akar terapung pokok bakau, iaitu Rhodophyta (Caloglossa ogasawaraensis, Caloglossa adhaerens, Caloglossa stipitata, Bostrychia anomala, dan Hypnea sp.), Chlorophyta (Chaetomorpha minima dan Chaetomorpha sp.), dan Phaeophyta (Dictyota sp.). Biomass makroalga tidak dipengaruhi (p>0.05) mengikut musim di habitat hutan bakau. Spesies makroalga iaitu Hypnea sp. menyumbang biomass yang paling tinggi di kedua-dua Stesen 1 (210.56 mg/cm 2 ) dan Stesen 2 (141.72 mg/cm 2 ), manakala biomass tertinggi disumbangkan oleh B. anomala (185.89 mg/cm2) di Stesen 3. Kajian ini menunjukkan bahawa taburan dan himpunan spesies daripada makroalga bakau dipengaruhi oleh parameter alam sekitar seperti nutrien dari air, pepejal terlarut, dan kemasinan di habitat muara bakau Sibuti, Sarawak.Kata kunci: Makroalga, Bostrychia anomala, Biomass, Bakau, Sarawak Abstract: Mangroves support diverse macroalgal assemblages as epibionts on their roots and tree trunks. These algae provide nutrients to the primary consumers in the aquatic food web and have been reported to be substantial contributors to marine ecosystems. The species diversity, biomass, and habitat characteristics of mangrove macroalgae were investigated at three stations in the Sibuti mangrove estuary, Sarawak, Malaysia, from November 2012 to October 2013. Three groups of macroalgae were recorded and were found to be growing on mangrove prop roots, namely Rhodophyta (Caloglossa * 2 ) at Station 3. This study shows that the species distribution and assemblages of mangrove macroalgae were influenced by environmental parameters such as water nutrients, dissolved solids, and salinity in the estuarine mangrove habitats of Sibuti, Sarawak.

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Morphology and taxonomy of Caloglossa (Delesseriaceae, Rhodophyta)

Cited by 38 publications

References 36 publications

DIVERSITAS DAN KARAKTERISTIK ALGA MERAH (Rhodophyta) PADA AKAR MANGROVE DI TELUK SEREWE KABUPATEN LOMBOK TIMUR

DIVERSITAS DAN KARAKTERISTIK ALGA MERAH (Rhodophyta) PADA AKAR MANGROVE DI TELUK SEREWE KABUPATEN LOMBOK TIMUR

Observations on some mangrove-associated algae from the western Pacific (Guam, Chuuk, Kosrae, and Pohnpei)

Biomass and Habitat Characteristics of Epiphytic Macroalgae in the Sibuti Mangroves, Sarawak, Malaysia

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