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  • Articles  (4)
  • Seaweeds  (4)
  • 1
    Publication Date: 2021-05-19
    Description: Distribution and biomass of seaweeds in the Persian Gulf and its islands were assessed monthly during low tide from July 2001 to August 2003. Ten stations were defined in the study area and random spots along a transect vertical to the coastline were selected to carry out the sampling. Six stations were located in the coastal waters and four others were close to the islands. Samples were taken in quadrats 0.25 square meter in size (0.5mx0.5m). As a result, 77 species belonging to 4 division of seaweeds were identified. Rhodophyta was represented by 38 species, Chlorophyta had 21 species followed by 17 species of Phaeophyta and only I species of Cyanophyta. The highest and lowest seaweed diversity was seen around Larak Island and Michael station with 74 and 31 species respectively. Although some species such as Gracilaria corticata, Gelidiella acerosa, Laurencia snyderia, Colpomenia sinousa, Padina australis and Diciyosphaeria covernosa were abundant in all stations during the study, some species were absent from some stations. Thrbinaria conoiedes was only seen in Larak island, Spatoglassum variable and Steochospermum marginatum were present only in Larak and Qeshem islands, Codium papilatum and Ulva spp. were spotted only in Larak and Hormoz islands, and Sargassum ilicifolium was detected only in Bandar Lengeh, Shiyo, Larak and Qeshem islands. The maximum and minimum algal biomass (wet weight) was recorded in Bandar Lengeh with I 058grinC2 and Qeshem island with 391gr.m'2 and there was significant difference between the two stations (P〈0.05). Also the maximum algal biomass was recorded in summer (1466gr.m-2) in Tahoneh-Gorzeh and the minimum biomass (130gr.n12) in Qeshem islands. The highest biomass was recorded for the brown algae division (824gr.ff12) in Bandar Lengeh and the minimum biomass was seen for the green algae division (26gr.m-2) in Hormoz. and Qeshm islands. The maximum biomass was 755gr.m in summer for red algae, 1160grim-2 in Spring for brown algae and 519gr.mm2 in Summer for green algae.
    Description: Published
    Keywords: Chlorophyta ; Rhodophyta ; Gracilaria corticata ; Gelidiella acerosa ; Laurencia snyderia ; Colpomenia sinousa ; Padina australis ; Diciyosphaeria covernosa ; Codium papilatum ; Distribution ; Seaweeds ; Biomass
    Repository Name: AquaDocs
    Type: Journal Contribution , Refereed
    Format: pp.59-68
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  • 2
    Publication Date: 2021-05-19
    Description: Distribution and biomass of seaweeds in the Persian Gulf and its islands were assessed monthly during low tide from July 2001 to August 2003. Ten stations were defined in the study area and random spots along a transect vertical to the coastline were selected to carry out the sampling. Six stations were located in the coastal waters and four others were close to the islands. Samples were taken in quadrats 0.25 square meter in size (0.5mx0.5m). As a result, 77 species belonging to 4 division of seaweeds were identified. Rhodophyta was represented by 38 species, Chlorophyta had 21 species followed by 17 species of Phaeophyta and only 1 species of Cyanophyta. The highest and lowest seaweed diversity was seen around Larak Island and Michael station with 74 and 31 species respectively. Although some species such as Gracilaria corticata, Gelidiella acerosa, Laurencia snyderia, Colpomenia sinuosa, Padina australis and Dictyosphaeria covernosa were abundant in all stations during the study, some species were absent from some stations. Turbinaria conoides was only seen in Larak Island, Spatoglossum variable and Stoechospermum marginatum were present only in Larak and Qeshm islands, Codium papilatum and Ulva spp. were spotted only in Larak and Hormoz islands, and Sargassum ilicifolium was detected only in Bandar Lengeh, Shiyo, Larak and Qeshm islands. The maximum and minimum algal biomass (wet weight) was recorded in Bandar Lengeh with 1058gr.m- and Qeshm island with 391 gr.m-2 and there was significant difference between the two stations (P〈0.05). Also, the maximum algal biomass was recorded in summer (1466gr.m-2) in Tahoneh-Gorzeh and the minimum biomass (130gr.m-2) in Qeshm islands. The highest biomass was recorded for the brown algae division (824gr.m-2) in Bandar Lengeh and the minimum biomass was seen for the green alpe division (26gr.m-2) in Hormoz and Qeshm islands. The maximum biomass was 755gr.m- in summer for red algae, 1160gr.m-2 in spring for brown algae and 519gr.m- in summer for green algae.
    Description: Published
    Keywords: Biomass ; Seaweeds ; Rhodophyta ; Chlorophyta ; Phaeophyta ; Cyanophyta ; Species ; Gracilaria corticata ; Gelidiella acerosa ; Laurencia snyderia ; Colpomenia sinuosa ; Padina australis ; Dictyosphaeria ; Red algae ; Brown Algae ; Green algae
    Repository Name: AquaDocs
    Type: Journal Contribution , Refereed
    Format: pp.59-68
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  • 3
    Publication Date: 2021-05-19
    Description: This study was performed to investigating of distribution, biomass estimation and preparing Atlas of seaweeds in coastal and Islands of Persian Gulf (Hormozgan province). The samples were collected monthly from Sep. 2001 to Aug. 2002 in 6 stations of coastal and from Nov. 2002 to Oct. 2003 in 4 stations of Island of Persian Gulf in periods of low tides. For assessment of biodiversity and biomass estimation, the samples were taken from quadrate with 0.25 m2 (0.5m x 0.5m) area in random fashion. During this study 78 species of 4 divisions of seaweeds were identified. Rhodophyta represented 38 species, Chlorophyta 21 species followed by 18 species of Phaeophyta and only 1 species of Cyanophyta. The maximum and minimum species diversity of seaweeds was 74 and 31 species and related to Lark Island (St8) and Michail (St.5) respectively. Although some species such as Gracilaria corticala, Gelidiella acerosa, Laurencia snyderia, Colpomenia sinousa, Padina australis and Dictyosphaeria covernosa were abundant-in-all-stations-during-period-of-this-studynbut-some-species-were-not-see in some stations, such as Turbinaria conoiedes only in Lark island (St.8), Spatoglassum variable and Sleochospermum marginatum in Lark (St.8) and Qeshem islands (Sty), Codium papilatum and Ulva spp. in Lark and Hormoz (St. 7) islands, and Sargassum ilicifolium in Bandar Lengeh (St.2), Shiyo (St.6), Larak (St.8) and Qeshem islands (St. 10). The maximum and minimum value of algal biomass (wet weight) was recorded in Bandar Leneeh (St.2) with 1058 qr.m-2 and Oeshem islands (St.9) with 391 gr.nf2 and there was significant difference between two stations (P〈O.05). Also, the maximum algal biomass was recorded in summer (1466 gr.m- ) and in Tahoneh-Gorzeh (St.4) and minimum value (130 grem-2 ) in Qeshem islands (St.9). In the other hand, the maximum value of algal biomass was recorded in Brown algae division (824 gr.m2) and in Bandar Lengeh (St.2) and the minimum value of algal biomass were recorded in Green algae division (26gr.m-2) and in Hormoz (St. 7) and Qeshem islands (St.9). The average biomass of red algae, brown algae and green algae was 559 gr.m-2 (St.4), 1160 gr.m-2 (St.2) and 519 gr.Bf2 (St.4) respectively. The maximum and minimum length of two brown algae Sargassum sp. and Padina sp. were recorded in spring (growth season) and summer respectively. Also the maximum and minimum dry on wet weight percent were recorded in summer and spring and therefor, there is significant difference between different seasons (P〈O.05).
    Description: Iranian Fisheries Science Research Institute
    Description: Published
    Keywords: Distribution ; Biomass ; Seaweeds ; Biodiversity ; Assessment ; Species ; Gracilaria corticala ; Gelidiella acerosa ; Laurencia snyderia ; Colpomenia sinousa
    Repository Name: AquaDocs
    Type: Report , Refereed
    Format: 87pp.
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  • 4
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    In:  http://aquaticcommons.org/id/eprint/24744 | 18721 | 2018-08-04 17:03:15 | 24744 | Iranian Fisheries Science Research Institute
    Publication Date: 2021-07-15
    Description: Distribution and biomass of seaweeds in the Persian Gulf and its islands were assessed monthly during low tide from July 2001 to August 2003. Ten stations were defined in the study area and random spots along a transect vertical to the coastline were selected to carry out the sampling. Six stations were located in the coastal waters and four others were close to the islands. Samples were taken in quadrats 0.25 square meter in size (0.5mx0.5m). As a result, 77 species belonging to 4 division of seaweeds were identified. Rhodophyta was represented by 38 species, Chlorophyta had 21 species followed by 17 species of Phaeophyta and only I species of Cyanophyta. The highest and lowest seaweed diversity was seen around Larak Island and Michael station with 74 and 31 species respectively. Although some species such as Gracilaria corticata, Gelidiella acerosa, Laurencia snyderia, Colpomenia sinousa, Padina australis and Diciyosphaeria covernosa were abundant in all stations during the study, some species were absent from some stations. Thrbinaria conoiedes was only seen in Larak island, Spatoglassum variable and Steochospermum marginatum were present only in Larak and Qeshem islands, Codium papilatum and Ulva spp. were spotted only in Larak and Hormoz islands, and Sargassum ilicifolium was detected only in Bandar Lengeh, Shiyo, Larak and Qeshem islands. The maximum and minimum algal biomass (wet weight) was recorded in Bandar Lengeh with 1.058gram^2 and Qeshem island with 391gram'2 and there was significant difference between the two stations (P〈0.05). Also the maximum algal biomass was recorded in summer (1466gr.m^2) in Tahoneh-Gorzeh and the minimum biomass (130gram^2) in Qeshem islands. The highest biomass was recorded for the brown algae division (824gram^2) in Bandar Lengeh and the minimum biomass was seen for the green algae division (26gram^2) in Hormoz. and Qeshm islands. The maximum biomass was 755gram in summer for red algae, 1160gram^-2 in Spring for brown algae and 519gram^2 in Summer for green algae.
    Keywords: Biology ; Ecology ; Seaweeds ; Hormuzgan province ; Persian Gulf ; Larak island ; Qeshm Island ; Iran
    Repository Name: AquaDocs
    Type: article , TRUE
    Format: application/pdf
    Format: application/pdf
    Format: 59-68
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