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NI CHUNZHI,ZHOU ZONGCHENG,CAI ZIPING,ZENG HUOSHUI,LI ZHITANG,XIE JINXIANG,ZHANG NANFENG.A STUDY ON MICROBIAL DEGRADATION FOR OIL POLLUTANTS IN MARINE ENVIRONMENT[J].Acta Oceanologica Sinica,1985,(4):615-622
A STUDY ON MICROBIAL DEGRADATION FOR OIL POLLUTANTS IN MARINE ENVIRONMENT
A STUDY ON MICROBIAL DEGRADATION FOR OIL POLLUTANTS IN MARINE ENVIRONMENT
投稿时间:1984-05-02  修订日期:1984-12-20
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作者单位
倪纯治 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
周宗澄 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
蔡子平 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
曾活水 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
李志棠 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
谢锦祥 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
张南峰 Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
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中文摘要:
      This paper presents the degradation of 10 strains of hydrocarbon-degrading bacteria isolated from Xiamen harbor for 8 kinds of hydrocarbon and their mixed hydrocarbons incubated for 7 days at 25℃.The results indicate that the degradation rates of different genera of bacteria,which are measured with gas chromatography,are different for 8 hydrocarbons,thus showing the differences among genera; that the degradation rates of most strains for alkane hydrocarbons are higher than those for aromatic hydrocarbons; that the mixed strains favour the degratation for mixed hydrocarbons; and that the concentration of hydrocarbon is an important factor affecting degradation rates.
英文摘要:
      This paper presents the degradation of 10 strains of hydrocarbon-degrading bacteria isolated from Xiamen harbor for 8 kinds of hydrocarbon and their mixed hydrocarbons incubated for 7 days at 25℃.The results indicate that the degradation rates of different genera of bacteria,which are measured with gas chromatography,are different for 8 hydrocarbons,thus showing the differences among genera; that the degradation rates of most strains for alkane hydrocarbons are higher than those for aromatic hydrocarbons; that the mixed strains favour the degratation for mixed hydrocarbons; and that the concentration of hydrocarbon is an important factor affecting degradation rates.
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