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土壤重金属污染的植物提取修复技术及其应用前景

Keywords: 土壤污染,重金属,植物提取修复

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Abstract:

从重金属污染土壤的恢复重建角度,参考了1995年—1998年间国外的相关研究,介绍了植物提取修复技术的机理,提出了可能的化学、生物及农艺调控途径并展望了植物提取修复技术在重金属污染土壤恢复重建中的应用前景。

References

[1]  Mathys W. Plant Physiology, 1977;40: 130~136.
[2]  Salt D E, et al. Plant Physiology,1995; 109:1 427~1 433.
[3]  Mesjasz-Przybylowicz J, et al. Nuclear Instruments and Methods in PhysicsResearch,1994;B89:208~212.
[4]  Morrison R S et al. Phytochemistry,1981;20:455~458.
[5]  Vazquez M D et al . J & C Presel, Botany Acta,1994;107:243~250.
[6]  Vazquez M D et al. Journal of Plant Physiology,1992;140:350~355.
[7]  Brook R R, Shaw S and Marfil A A. Plant Physiology, 1981;51:167~170.
[8]  谷利源 .美培育出可清除重金属污染的白杨树.中国科学报,1998.10.14.
[9]  Fahleson J et al. Theory and Application of Genetics.1994 ; 87:795~804.
[10]  Bennett F A et al. Fertilization to enhance phytoremediation. In:Brookes R.R.(ed).Plant that hyperaccumulate heavy metal. CAB. international ,Wallingford.1998;249~260.
[11]  Lasat M M, Novell W A and Kochian L V. Plant and Soil ,1997 ;195:99~106.
[12]  Banelos G S. Use of crop rotation in phytoremediation of Se. Proceedings of the 16thWorld Congress of Soil Science. Montpellier, France. 1998.
[13]  Huang W J et al. Environmental Science And Technolo-gy.1997; 31:800~85.
[14]  Ebbs S D and Kochian L V. Journal of Environment Quality,1997 ; 26:776~781.
[15]  Brown S L, Chaney R L, Angle J S and Baker A J M. Journal Environment Quality, 1994;23:1151~1157.
[16]  MoffatA S. Science,1995; 269: 302~303.
[17]  Chaney R L et al. Phytoremediation of soil metals. Interna-tional Seminar on useplants for Environmental Remediation. Tokyo, Japan.1997,47~67.
[18]  Brown S L et al. Enviro Sci Technol.1995;29:1581~1585.
[19]  McGrath S P et al. Plant and Soil ,1997;188:153~159.
[20]  Lorenz S E et al. Plant and Soil ,1997; 189:21~31.
[21]  Knight B et al. Plant and Soil ,1997; 197:71~78.
[22]  Bernal M P and McGrath S P. Plant and Soil ,1994 ;166:83~92.
[23]  Robinson B et al. The potential of some hyperaccumulators for phytoremediation ofcontaminated soils. Proceedings of the 16th World Congress of Soil Science. Montpellier,France. 1998.
[24]  Xian X F and Shokhifard G I. Water, Air and Soil Pollution,1989;45:265~273.
[25]  Banuelos G S and Meek D W. Journal of Plant Nutrition. 1989 ;12:1 225~1 272.
[26]  Banuelos G S et al. Journal of Environmental Science and Health. Part A EnvironmentalScience and Engineering .1992; 27:283~298.
[27]  Still E R and Williams R J P,Journal of Inorganic Biochem_istry,1980 ; 13:35~40.
[28]  Morrison R S Aspects of the accumulation of Co.Cu and Ni by plants. Ph.D. Thesis.Massey University, New Zealand,1980:287.
[29]  Prasad M N V. Environmental and Experimental Botany,1995 ;35:525~545.
[30]  Homer F A , Reeves R D and Brookes R R. Current Topics in phytochemistry ,1997;14:31~33.
[31]  Brookes R R. Plants That Hyperaccumulate Heavy Metals. CAB. international,Wallingford.,1998: 47~49.
[32]  Kramer V et al. Nature,1996; 379:635~638.

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