[1] Bossert,I.and Bartha,R. Plant growth in soil with history of oily sludge disposal. Soil science,1985, 14(1): 75-77.
[2] Liu,D. Fate of petroleum hydrocarbons in sewage sludge after land disposal .Bull.Environ.contam.Toxicol., 1980,25:612-622.
[3] Cahaway,J.W.and Doyle, J.R. Innovative remedial action at awood-treating superfund site. Tappi Journal, 1991,74:113-118.
[4] Sims.J.L. et al. Approach to biorediation of contaminated soil hazardous waste and hazardous. Materials,1990,7:117-149.
[5] Susan, C. et al. Bioremediation of soil contaminated with polynuclear aromatic hydrocarbons(PAHs):A review environment. Pollution ,1993,81:229-249.
[6] Bradford,M.L.and Krishamoorthy,R. Consider biremediation for waste site clean up.Chemical Engineering Progress.,1991,87:80-85.
[7] 张久根等.国内土壤污染研究状况.环境科学研究,1990,(3):1,56-60.
[8] Hilberts, B.et al. In Site Technigues in Contaminated Soil.In:K.Wilf et al.(Eds.).Kluwer Aeddemic Publishers,1985.679-693.
[9] 郑远扬编译.石油污染生化治理的进展.国外环境科学技术, 1993,(3):46-50.
[10] Morgan,P.and Watkinson,R.J. Hydrocarbon degradation in soil and methods for soil biotreatment. Biotechnology,1989,8:305-333.
[11] Ameriean. Petroleum Institute the Land Treatability of Appendix Ⅶ Weshington,D.C.1984.
[12] 沈德中.石油污染生化治理进展.国外科技,1992,9: 40-43.
[13] Zitrides, T.G. Effect of bioremediation on PAHs residues in soil. Pollution Engincering,1990,22(5):57-62 .
[14] Hinchec, R.E.et al. Hazardour waste treatment biosystems for pollution control. J.Hazard.Maste.,1991,27:289-299.[15] Blumer,M. Polycyclic aromatic compounds in nature.Scientific American,1976,23(4):34-35.
[16] Means,J.C.et al. Sorption of polynuclear hydrocarbon by sediments and soil,Environ. Science and Technol., 1980,14:1524-1528.
[17] Song,H.G.and Bartha,R.Effects of jet fuel on the microbial community of soil Appl.and Environ. Microiol., 1990,56:646-651.
[18] Atlasrm.Petroleum biodegradation and oil spill bionremediation preprints,Div.Pet.Chem.,1993,38(2):236-237.
[19] Grosser,R.J.et al. Indigenous and enhanced mineralisation of pyrene,benzo(a)pyrene and carbozole in soil. Appl.Environ.Microbiology, 1991,57:3462-3469.
[20] Vecchioli,G.I.et al. Use of selected autochthonnus soil bacteria to enhance degradation of hydro-carbons in soil.Environ.Pollution, 1990,67:249-258.
[21] Grund,A.D.and Gunsalus,I.C. Cloning of genes for naphthalene metabolism in pseudomonas putida.Journal of Bacteriology,1983,15(6):89-94.
[22] Blackbum,J.W.et al. Molecular mincrobial ecology of a naphthalene-degrading genotype .Envirun Science and Technol.,1987,21:884-890.
[23] Andrew,R. A. Binoremediation:an effective remedial alternative for petroleum hydrocarbon contaminated soil. Environ. Progr., 1992,11(4):318.
[24] 沈德中.污染物的原位生物处理生物清消技术.环境科学进展,1993,1(5):55-59.
[25] Weissenfels,W.D. et al. Rapid testing systemfor assessing the suitability of the biological reclamation for PAH-contaminated soil. In Fifth European congress on Binotechnology,Copengen,8-13 July,1990a,2:931-934.
[26] Ellis,B. et al. Bioremediation of a creosote contaminateed site. Environmental Technology,1991,12:447-459.
[27] Wang,X.and Bartha,R. Effet of bioremediation on polycyclic aromatic hydrocarbon residues in soil.Environ. Science and Technol., 1990,24:1086-1089.
[28] Mueller,J.G. et al. Bench-scale evaluation of alternative biological treatment procsses for the remediation of pentachlloro-phenol-,and creosote-contaminated materials :Soid phase bioremediation.Environ. Science and Technology,1991b,25:1045-1055.
[29] Mueller,J.G. et al. Bench-scale evaluation of altemative biological treatment processses for the remediation of pentachloro-phenol and ereosote-contaminated materials:Slurry phase bioremediation. Environ .Science and Technology,1991,25:1055-1061.
[30] Aprill,W. et al .Assassing detoxification and degradation of Wood preserving and petroleum wastes in contaminated soil. Waste Management and Research,1990,8:45-65.
[31] 李慧蓉.白腐真菌的研究进展.环境科学进展,1996,4(6):69-77. |
