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  • 1
    Publication Date: 2021-05-19
    Description: The aims of this project was to inform and aware about the red tide condition before entering the algal bloomer in water resources to the hatcheries and farmed shrimp complexes in Bushehr province coastal. Field investigation and sampling have been carried out in the southern of the input water channels of Mond, Delvar and Helleh farmed shrimp complexes, which are located along the coastal of Bushehr Province, from April to December 2011 .The physic-chemical parameters such as pH, salinity and water temperature and also meteorological conditions were measured and recorded on the field. The water sampling has been lunched for determination of nutrients and chlorophyll - a, phyto- and zoo- planktons. No Cochlodinium.sp outbreaks have been detected in the studied area, during the study. The only bloom which reported by a fisherman, was outbreak in offshore of Bushehr province in Khoure Khan on 13th September 2011. The sample which transferred to the Iranian National Shrimp Research Institute was included Alexandrium.sp and its density was 2 million cells per liter. The identified phytoplanktons were belonged to three order of Bacillariophyceae (52.6%) with average density of 10778 cells per liter, Dinophyceae (37.7%) with density of 7731 cells per liter and Cyanophyceae (9.7%) with density of 1980 cells. 12 genera belonged to Dinophyceae , 25 genera of Bacillariophyceae and two genera of Cyanophyceae were observed during the study. The highest density of phytoplankton was recorded in Helleh station by 18374 cells per liter. The maximum density of phytoplankton was at Delvar station by 141120 cells per liter in December. The highest density of the phytoplanktons was belonged to Dinophyceae by 126000 by cells per liter of which the Alexandrium.sp had the density of 124500 cells per liter in August 2011. From the Dinophyceae the Alexandrium.sp with mean density of 20345 cells per liter, Ornithocercus 920 cells and Prorocentrum.sp 820 cells were the predominant species. The identified Zooplankton in were belonged to 8 branches and 19 groups. The highest density of zooplankton was recorded in Helleh station by 1194 no. per liter. Nauplii were the dominant zooplankton groups with an average density of 136.4 no. per liter, Tintinnids 98.7, Cyclopoida 60.8, Calanoida 35.7 and Harpacticoids 14.5 no. per liter . The average of water and air temperature was recorded 29.4 °C and 28.3 °C, respectively. Average of salinity was 41.2 and pH was 8.46. The average of depth in all stations was 5.7 m. The mean concentrations of silicate, nitrate, nitrite, ammonia and total phosphate were 1.99, 0.03, 0.009, 0.14 0.15 ppm, respectively and the average of chlorophyll - a was 0.94 mg.m-3.
    Description: Iranian Fisheries Science Research Institute
    Description: Published
    Keywords: Physico-chemical ; Cochlodinium.sp ; Shrimp Culture ; Bloom ; Survey ; Hatcheries ; Sampling ; pH ; Salinity ; Temperature ; Chlorophyll a ; Phytoplankton ; Zooplankton ; Alexandrium.sp ; Bacillariophyceae ; Dinophyceae
    Repository Name: AquaDocs
    Type: Report , Refereed
    Format: 79pp.
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  • 2
    Publication Date: 2021-05-19
    Description: This study is a part of the national and technology master plan entitled "Attain to technical knowledge of specific pathogen free shrimp production and cut off to dependence on foreign products". The goals of this work were to assess and analysis the risk factors of production of specific pathogen free Litopenaeus vannamei shrimp in its all stages (broodstocking, laravl production, shrimp farming, feeding and water quality), determining the pattern of outcomes monitoring, management and control of outcomes from April 2012 to September 2015 in Bandargah research station and Persian Gulf SPF Shrimp research station and their environment, belonging to Shrimp Research Center, located in Bushehr. Identification and screening of risk factors have been done based on Environment Aspect and Effect Analysis method, (EA)2, using a fine statement questionnaire and quantification of risks. The number of identified risk factors in Bandargah research station was 15 while it was 13 in Persian Gulf SPF Shrimp research station. The more number of risk factors in Bandargah station in respect to its number in Persian Gulf station is might due to lower level of biosecurity, physical structure and aging of Bandargah station and existence of two possible source of contamination, the Bushehr nuclear power plant pollutants and Bandargah fishing harbor, near to the station. On the basis of results, the maximum values of APN in Bandargah station was 42 while it was 30 in Persian Gulf station. These results revealed that the level of risk in Bandargah station is lower than that in Persian Gulf station. The most probable risks in both studied research stations are related to transmission of pathogens in shrimp feeding and water intake pollution.
    Description: Iranian Fisheries Science Research Institute
    Description: Published
    Keywords: Environmental risk assessment ; Shrimp ; Litopenaeus vannamei ; Specific pathogen free
    Repository Name: AquaDocs
    Type: Report , Refereed
    Format: 80pp.
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  • 3
    Publication Date: 2021-05-19
    Description: Cochlodinium is a dinoflagel that, with their bloom in the coastal water of worlds, can case fish mortality. Cochlodinium was detected in Persian Gulf, since 2008. After purification of C. polykricoides with light, the culture of cochlodinium, with medium of f/2 (modified), Guilard (f/2-Si), TMRL, Conway, ESM and the mixed of sea shore sediment with salt water (32 ppt) was done. The culture of cochlodinium in test tube, erlanmeyer with volume of 200-1000 ml and aquariums with the volume of 16 liter (each with 10 liter water) with three replicates in each treatment were done. Only the culture of cochlodinium with f/2 (modyfied) was possible in the aquarium. The culture of cochlodinium with TMRL medium in aquarium was not desirable and only in one aquarium from 3 aquariums, the density of cochlodinium reached to 910.000. cell per liter. The use of f/2 (modyfied) medium in the test tubes, and erlanmeyers, with the volume of 100-1000 ml, lead to suitable cochlodinium bloom. The maximum cell density in total treatments (with 3 replicates in each treatment) in test tube 3.283.000. cell (in 15 days), in erlanmeyer with 200 ml volume, 6.393.000. cells (in 22 days), in erlanmeyer with 500 ml volume, 2.833.000. cells (in 40 days) and in aquarium 3.600 .000. cells (in 46 days) counted. Cochlodinium culture with TMRL Medium in test tube and erlanmeyer was done successfully, but with the increase of erlanmeyer volume, the blooms of cochlodinium was lesser than f/2 (modyfied) medium. The maximum of cell count of TMRL Medium in test tube 2.683.000. cells (in 12 days), in erlanmeyer with 100 ml volume, 3.207.000. cells (in 36 days), in erlanmeyer with 250 ml 3.040.000. cells (in 18 days), in erlan with 1000 ml 2.325.000. cells (in 34 days) and in aquarium 550.000. cells (in 28 days) in each litre. Unsuccessful culture of cochlodinium with Conway medium, Gyllard (f/2-Si) and mixed salt water (32 ppt) with sea shore sediments, even in the test tube, indicated that these mediums weren’t suitablefor copchlodinium culture. With the increase of erlanmeyer volume, the success of ESM medium decreased. But, in test tube and in erlanmeye with 100 ml volum, was almost, successful. We can concluded that, cochlodinium culture required, special condition and medium, that in f/2 (modyfied) medium the culture of cochlodinium was successful. The maximum cochlodinium cell count was 6.5 million per liter in one aquarium. The mean of 3 replicate of this treatment was 3.600.000. cells per liter with f/2 (modified) medium. For culture of cochlodinium polykricoides, the f/2 (modyfied) medium was better than others mediums.
    Description: Iranian Fisheries Science Research Institute
    Description: Published
    Keywords: Cochlodinium ; Different culture mediums ; Cell density ; Laboratory condition ; Purification ; Cochlodinium.sp ; Dinoflagel ; Mortality ; C. polykricoides ; Culture ; Aquarium ; Sediments ; Cochlodinium polykricoides
    Repository Name: AquaDocs
    Type: Report , Refereed
    Format: 48pp.
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  • 4
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    Iranian Fisheries Science Research Institute | Tehran, Iran
    In:  http://aquaticcommons.org/id/eprint/25391 | 18721 | 2018-09-20 11:27:50 | 25391 | Iranian Fisheries Science Research Institute
    Publication Date: 2021-07-16
    Description: Cochlodinium is a dinoflagel that, with their bloom in the coastal water of worlds, can case fish mortality. Cochlodinium was detected in Persian Gulf, since 2008. After purification of C. polykricoides with light, the culture of cochlodinium, with medium of f/2 (modified), Guilard (f/2-Si), TMRL, Conway, ESM and the mixed of sea shore sediment with salt water (32 ppt) was done. The culture of cochlodinium in test tube, erlanmeyer with volume of 200-1000 ml and aquariums with the volume of 16 liter (each with 10 liter water) with three replicates in each treatment were done. Only the culture of cochlodinium with f/2 (modyfied) was possible in the aquarium. The culture of cochlodinium with TMRL medium in aquarium was not desirable and only in one aquarium from 3 aquariums, the density of cochlodinium reached to 910.000. cell per liter. The use of f/2 (modyfied) medium in the test tubes, and erlanmeyers, with the volume of 100-1000 ml, lead to suitable cochlodinium bloom. The maximum cell density in total treatments (with 3 replicates in each treatment) in test tube 3.283.000. cell (in 15 days), in erlanmeyer with 200 ml volume, 6.393.000. cells (in 22 days), in erlanmeyer with 500 ml volume, 2.833.000. cells (in 40 days) and in aquarium 3.600 .000. cells (in 46 days) counted. Cochlodinium culture with TMRL Medium in test tube and erlanmeyer was done successfully, but with the increase of erlanmeyer volume, the blooms of cochlodinium was lesser than f/2 (modyfied) medium. The maximum of cell count of TMRL Medium in test tube 2.683.000. cells (in 12 days), in erlanmeyer with 100 ml volume, 3.207.000. cells (in 36 days), in erlanmeyer with 250 ml 3.040.000. cells (in 18 days), in erlan with 1000 ml 2.325.000. cells (in 34 days) and in aquarium 550.000. cells (in 28 days) in each litre. Unsuccessful culture of cochlodinium with Conway medium, Gyllard (f/2-Si) and mixed salt water (32 ppt) with sea shore sediments, even in the test tube, indicated that these mediums weren’t suitablefor copchlodinium culture. With the increase of erlanmeyer volume, the success of ESM medium decreased. But, in test tube and in erlanmeye with 100 ml volum, was almost, successful. We can concluded that, cochlodinium culture required, special condition and medium, that in f/2 (modyfied) medium the culture of cochlodinium was successful. The maximum cochlodinium cell count was 6.5 million per liter in one aquarium. The mean of 3 replicate of this treatment was 3.600.000. cells per liter with f/2 (modified) medium. For culture of cochlodinium polykricoides, the f/2 (modyfied) medium was better than others mediums.
    Keywords: Ecology ; Iran ; Persian Gulf ; Cochlodinium ; Different culture mediums ; Cell density ; Laboratory condition ; Purification ; Cochlodinium.sp ; Dinoflagel ; Mortality ; C. polykricoides ; Culture ; Aquarium ; Sediments ; Cochlodinium polykricoides
    Repository Name: AquaDocs
    Type: monograph
    Format: application/pdf
    Format: application/pdf
    Format: 48
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  • 5
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    Unknown
    Iranian Fisheries Science Research Institute | Tehran, Iran
    In:  http://aquaticcommons.org/id/eprint/25457 | 18721 | 2018-09-25 11:07:08 | 25457 | Iranian Fisheries Science Research Institute
    Publication Date: 2021-07-16
    Description: The aims of this project was to inform and aware about the red tide condition before entering the algal bloomer in water resources to the hatcheries and farmed shrimp complexes in Bushehr province coastal. Field investigation and sampling have been carried out in the southern of the input water channels of Mond, Delvar and Helleh farmed shrimp complexes, which are located along the coastal of Bushehr Province, from April to December 2011 .The physic-chemical parameters such as pH, salinity and water temperature and also meteorological conditions were measured and recorded on the field. The water sampling has been lunched for determination of nutrients and chlorophyll - a, phyto- and zoo- planktons. No Cochlodinium.sp outbreaks have been detected in the studied area, during the study. The only bloom which reported by a fisherman, was outbreak in offshore of Bushehr province in Khoure Khan on 13th September 2011. The sample which transferred to the Iranian National Shrimp Research Institute was included Alexandrium.sp and its density was 2 million cells per liter. The identified phytoplanktons were belonged to three order of Bacillariophyceae (52.6%) with average density of 10778 cells per liter, Dinophyceae (37.7%) with density of 7731 cells per liter and Cyanophyceae (9.7%) with density of 1980 cells. 12 genera belonged to Dinophyceae , 25 genera of Bacillariophyceae and two genera of Cyanophyceae were observed during the study. The highest density of phytoplankton was recorded in Helleh station by 18374 cells per liter. The maximum density of phytoplankton was at Delvar station by 141120 cells per liter in December. The highest density of the phytoplanktons was belonged to Dinophyceae by 126000 by cells per liter of which the Alexandrium.sp had the density of 124500 cells per liter in August 2011. From the Dinophyceae the Alexandrium.sp with mean density of 20345 cells per liter, Ornithocercus 920 cells and Prorocentrum.sp 820 cells were the predominant species. The identified Zooplankton in were belonged to 8 branches and 19 groups. The highest density of zooplankton was recorded in Helleh station by 1194 no. per liter. Nauplii were the dominant zooplankton groups with an average density of 136.4 no. per liter, Tintinnids 98.7, Cyclopoida 60.8, Calanoida 35.7 and Harpacticoids 14.5 no. per liter . The average of water and air temperature was recorded 29.4 °C and 28.3 °C, respectively. Average of salinity was 41.2 and pH was 8.46. The average of depth in all stations was 5.7 m. The mean concentrations of silicate, nitrate, nitrite, ammonia and total phosphate were 1.99, 0.03, 0.009, 0.14 0.15 ppm, respectively and the average of chlorophyll - a was 0.94 mg.m-3.
    Keywords: Aquaculture ; Iran ; Bushehr Province ; Delvar ; Helleh ; Cochlodinium.sp ; Shrimp Culture ; Bloom ; Survey ; Hatcheries ; Sampling ; pH ; Salinity ; Temperature ; Chlorophyll a ; Phytoplankton ; Zooplankton ; Alexandrium.sp ; Bacillariophyceae ; Dinophyceae
    Repository Name: AquaDocs
    Type: monograph
    Format: application/pdf
    Format: application/pdf
    Format: 79
    Location Call Number Expected Availability
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  • 6
    facet.materialart.
    Unknown
    Iranian Fisheries Science Research Institute | Tehran, Iran
    In:  http://aquaticcommons.org/id/eprint/25698 | 18721 | 2018-10-08 09:34:51 | 25698 | Iranian Fisheries Science Research Institute
    Publication Date: 2021-07-16
    Description: This study is a part of the national and technology master plan entitled "Attain to technical knowledge of specific pathogen free shrimp production and cut off to dependence on foreign products". The goals of this work were to assess and analysis the risk factors of production of specific pathogen free Litopenaeus vannamei shrimp in its all stages (broodstocking, laravl production, shrimp farming, feeding and water quality), determining the pattern of outcomes monitoring, management and control of outcomes from April 2012 to September 2015 in Bandargah research station and Persian Gulf SPF Shrimp research station and their environment, belonging to Shrimp Research Center, located in Bushehr. Identification and screening of risk factors have been done based on Environment Aspect and Effect Analysis method, (EA)2, using a fine statement questionnaire and quantification of risks. The number of identified risk factors in Bandargah research station was 15 while it was 13 in Persian Gulf SPF Shrimp research station. The more number of risk factors in Bandargah station in respect to its number in Persian Gulf station is might due to lower level of biosecurity, physical structure and aging of Bandargah station and existence of two possible source of contamination, the Bushehr nuclear power plant pollutants and Bandargah fishing harbor, near to the station. On the basis of results, the maximum values of APN in Bandargah station was 42 while it was 30 in Persian Gulf station. These results revealed that the level of risk in Bandargah station is lower than that in Persian Gulf station. The most probable risks in both studied research stations are related to transmission of pathogens in shrimp feeding and water intake pollution.
    Keywords: Fisheries ; Iran ; Persian Gulf ; Bushehr ; Environmental risk assessment ; Shrimp ; Litopenaeus vannamei ; Specific pathogen free
    Repository Name: AquaDocs
    Type: monograph
    Format: application/pdf
    Format: application/pdf
    Format: 80
    Location Call Number Expected Availability
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