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Soil contamination / Bioremediation / Ecological restoration / Environmental engineering / Environmental soil science / Phytoremediation / Rhizofiltration / Metallophyte / Thlaspi caerulescens / Environment / Pollution / Earth


1 Chaney, R.L, M. Malik, Y.M. Li, S.L. Brown, E.P. Brewer, J.S. Angle and A.J.M. Baker[removed]Phytoremediation of soil metals. Current Opinions in Biotechnology 8:[removed]Phytoremediation of soil metals.
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Document Date: 2009-01-16 00:43:05


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Beltsville / New York / Paris / Hampshire / Frankfurt / /

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RD. Intercept Ltd. / S.L. Brown / Noyes Data Corp. / Hunt AG / /

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United States / United Kingdom / /

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Product Issues / /

Facility

University of Sheffield / Most plant / Plant Physiol / Cd-PC complex / Plant Soil / College Park / A plant / plant Cd. / Plant Sciences / Physiol Plant / University of Maryland / The plant / /

IndustryTerm

metal binding capacity / food chain / volatile chemical species / higher solution / metal contaminated soils / much higher solution / heavy metal concentrations / biotechnology / metal concentrations / metal concentration / metal hyperaccumulator plants / metal hyperaccumulators / metal hypertolerance gene / phytoremediation technologies / model metal-contaminated soils / metal hyperaccumulation / metal-imposed strain / soil metal phytoremediation / differential metal tolerance / chemical forms / molecular biology tools / metal chelator / metal elements / food chain safety / biotechnology methods / heavy metal phosphates / Chemical species / low free metal ion concentrations / metal binding proteins / metal uptake / soil solution / metal accumulation / nutrient solution / natural metal hypertolerant plants / metal / metal phytoremediation technologies / metal binding peptides / metal-binding factors / iron-regulated metal / metal selective ligands / agronomic technology / metal-binding / nutrient solutions / phytoremediation systems / metal tolerance / remediation technology / phytoremediation tools / toxic metal cleanup / membrane carrier / Natural metal hyperaccumulator phenotype / micronutrient metal deficiencies / metal phytoavailability / increased metal binding capacity / /

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Massachusetts Bay / Nielsen MT / /

Organization

University of Sheffield / Sheffield / World Health Organization / University of Maryland / College Park / US Department of Agriculture / Cd / Environmental Chemistry Lab / /

Person

Alan J.M. Baker / S. Marcel Dekker / C. Presl / Intact Fe / Minnie Malik / Benson S. Marcel / Rufus L. Chaney / J. Scott Angle / Paul B. Marsh / Sally L. Brown / McKenna / Zn / Joanne M. Kla / /

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leader / /

Product

soil / soil pH / soils / mutant / land / Pb/Zn mine wastes / soils using phosphate rocks / /

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Ruby / /

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Maryland / New York / Cd / Montana / Delaware / /

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Zayed AM / 10 / 000 FM / 30 FM / 320 FM / 3 FM / Tommey AM / /

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genetic engineering / t-1 / Biotechnology / bioremediation / cloning / phytoremediation technologies / promising soil Pb remediation technology / DNA binding / Phytoremediation / metal phytoremediation technologies / /

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