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The Study of Fertility Marine Ecosystem of Southeast Sulawesi Based on Bacteriological Aspect

机译:基于细菌学方面的苏拉威西东南部肥沃海洋生态系统研究

摘要

The study of waters fertilization in Southeast Sulawesi include Flores Sea, Kabaena Strait, Muna Strait, Buton Strait and Tioro Strait based on bacteriological aspect was conducted on April–May 2006, using the Research Vessel Baruna Jaya VII with total stations 25. The aim of investigation was to find out the total numbers and pattern of distribution heterotrophic bacteria and productivity bacteria in the marine ecosystem of Southeast Sulawesi and related with waters fertilization. The analysis of heterotrophic bacteria was determined based on the Total Plate Count method, whereas bacterial productivity with Acridine Orange Direct Count method. The result indicated that the pattern of distribution and total numbers of heterotrophic bacteria at the surface layers varied between (10–10220)CFU x 10-1/ml with an average 940CFU x 10-1/ml. While at the bottom layer varied between (2–488)CFU x 10-1/ml with an average 91CFU x 10-1/ml. For the bacterial productivity in the form of Carbon biomass at the surface layers varied between (1.30– 5.84) x 10–7grC/m3 with an average 3.56 x 10–7grC/m3, at the bottom layer varied between (0.24–1.33) x 10–7grC/m3 with an average 0.64 x 10–7grC/m3. The result of numbers bacteria that in Southeast Sulawesi waters was lower than the Arafura Sea but still higher than the Aceh Sea. The fluctuation of numbers bacteria perhaps due to the factor of monsoon and environmental was influenced on the marine ecosystem. In general this paper conclude that the condition of marine ecosystem Southeast Sulawesi still relatively fertility.
机译:基于细菌学方面的研究,苏拉威西岛东南部的弗洛雷斯海,卡巴埃纳海峡,穆纳海峡,巴顿海峡和蒂奥罗海峡的水肥研究于2006年4月至5月进行,使用了总站数为25的Baruna Jaya VII研究船。调查旨在找出苏拉威西岛东南部海洋生态系统中与水域施肥有关的异养细菌和生产力细菌的总数和分布。异养细菌的分析基于总板数法,而细菌生产力则采用productivity啶橙直接计数法。结果表明,表层异养细菌的分布模式和总数在(10–10220)CFU x 10-1 / ml之间变化,平均为940CFU x 10-1 / ml。而在最底层,则介于(2-488)CFU x 10-1 / ml之间,平均为91CFU x 10-1 / ml。对于表层的碳生物量形式的细菌生产力,其变化范围为(1.30–5.84)x 10–7grC /m3,平均为3.56 x 10–7grC /m3,最底层的变化范围为(0.24–1.33 )x 10–7grC /m3,平均为0.64 x 10–7grC /m3。苏拉威西岛东南海域细菌数量的结果低于阿拉法拉海,但仍高于亚齐海。细菌数量的波动可能是由于季风和环境因素引起的,对海洋生态系统产生了影响。总的来说,本文得出结论,苏拉威西岛东南部海洋生态系统的条件仍然相对肥沃。

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    Kunarso, Djoko Hadi;

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