Mandal B K,Suzuki K T. A rsenic round the world:a review. Talanta,2002,58:201～235.
[2]
Rossman T G. Mechanism of arsenic carcinogenesis:an integrated app roach. Mutation Research Fundamental and Molecular Mechanism s of Mutagenesis,2003,533:37～65.
[3]
Carbonell A A,AarabiM A,DeLaune R D,et al1 A rsenic in wetland vegetation:availability,phytotoxicity,up take andeffects on p lant growth and nutrition. The Science of the Total Environment,1998,217:189～199.
[4]
Baroni F,Boscagli A,D i L L A,et a l. A rsenic in soil and vegetation of contam inated areas in southern Tuscany(Italy). Journal of Geochem ical Exp loration,2004,81:1～14.
V isoottiviseth P,Francesconi K,Sridockchan W. The potential of Thai indigenous p lant species for the phytoremediationof arsenic contam inated land,Environmental Pollution,2002,118:453～461.
Bech J,Poschenrieder C,Barcelo J,et a l. Plants from m ine spoils in the south American area as potential sources lf germp lasm for phytoremediation technologies1 Acta B iotechnol,2002,22(1/2):5～11.
W arren G P,A lloway B J,Lepp N W,et al1 Field trials to assess the up take of arsenic by vegetables from contam inatedsoils and soil remediation with iron oxides,The Science of the Total Environment,2003,311:19～33.
[14]
A lam M GM,A llinson G,Stagnitti F,et a l1 A rsenic contam ination in Bangladesh groundwater:a great environmental andsocial disaster. International Journal of Environmental Health Research,2002,12(3):235～253.
[15]
Tripathi R M,Raghunath R,Krishnamoorthy TM. A rsenic intake by the adult population in Bombay City. The Science ofthe Total Environment,1997,208:89～95.
W ei C Y,Chen T B,Huang Z C,et a l. Accumulation by two brake ferns in south China.Chemosphere,2005(已接收)
[18]
L iao X Y,Chen T B,LeiM.,et a l1 Root distributions and elemental accumulations of Chinese brake(Pteris vittata L.)from A s2contam inated soils1 Plant and Soil,2004,261(122):109～116.
[19]
Speich M,Pineau A,Ballereau F M. Trace elements and related biological variables in athletes and during physical activity. Clinica Chim ica Acta,2001,312:1～11.
[20]
Roychowdhury T,Tokunaga H,Ando M1 Survey of arsenic and other heavy metals in food composites and drinking waterand assessment of dietary intake by the villagers from an arsenic-affected area ofW est Bengal,India1 The Science of theTotal Environment,2003,308:15～35.
[21]
Tsuda T,Babazono A,Yamamoto E,et a l. Ingested arsenic and internal cancer:a historical cohort study followed for 33years. American Journal of Ep idem iology. 1995,141:198～209.
[22]
杨文婕,刘更另.植物体内砷和硒积累和分布的相互作用.中国农业科学,1997,(3):89～91.
[23]
夏立江,华珞,韦东普.部分地区蔬菜的含砷量.土壤,1996,(2):105～110.
[24]
Meharg A A,Rahman M M1 A rsenic contam ination of Bangladesh paddy field soils:imp lications for rice contribution toarsenic consump tion1 Environmental Science and Technology1 2003,37:229～234.
[25]
Das H K,M itra A K,Sengup ta P K,et a l1 A rsenic concentrations in rice,vegetables,and fish in Bangladesh:a p relim inary study. Environment International,2004,30:383～387.
L iao X Y,Chen T B,Xie H,et al1 Soil A s contam ination and its risk assessment in industrial districts of Chenzhou,Southern China. Environment International,2005(已接收).
[30]
Flores T E,A larcion H M T,Conzalez E S,et al1 A rsenic tolerating p lants from m ine sites and hot sp rings in the sem i-arid region of Chihuahua,Mexico. Acta B iotechnol,2003,23(2/3):113～119.
