共 13 条
- [1] The possibility of in situ trace metal decontamination of polluted soils using of metal-accumulating plants. A. J. M. Baker,J. P. Mc Grath,C. M. D. Sidoli,R. D. Reeves. Resources Conservation and Recycling . 1994
- [2] Metal hyperaccumulator plants: A review of the ecology and physiology of a biological resource for phytoremediation of metal-polluted soils. Baker AJM,McGrath SP,Reeves RD,Smith JAC. Phytoremediation of contaminated soil and water . 2000
- [4] Emissions,cyclingandeffectsofarsenicinsoilecosystems. Woolson,E.A. Biologicalandenviron mentaleffectsofarsenic . 1983
- [5] Theuptakeofcopperbyplantsdominantlygrowingoncopperminingspoilsa longtheYangtzeRiver,thePeople‘sRepublicofChina. Tang,S.R,B.M Wilke,C.Y.Huang. Plant and Soil . 1999
- [6] Terrestrialhigherplantswhichhyperaccu mulatemetallicelements-areviewoftheirdistribution,ecologyandphytochemistry. Baker,A.J.M. Biorecovery . 1989
- [7] Accumulatorsandexcluders-strategiesintheresponseofplantstoheavymetals. Baker,A.J.M. JournalofPlantNutrition . 1981
- [8] Bioconcentrationofheavymetalsbyplants. Raskin,I,P.B.A.N Kumar,S.Dushenkov,D.E.Salt. CurrentOpin iononBiotechnology . 1994
- [9] Arsenic. NationalResearchCouncil. . 1977
- [10] Phytoremediationonthebrinkofcommercialization. Myrna,E.W. EnvironmentalScienceandTechnology . 1997