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2010•Unpublished venueRequires access

Phytoremediation of Soil Trace Elements

Rufus L. Chaney, C. Leigh Broadhurst, Tiziana Centofanti

Open publisher page 67 citations

Abstract

This chapter contains sections titled: Introduction The Nature of Soil Contamination where Phytoextraction may be Applied Need for Metal-Tolerant Hyperaccumulators for Practical Phytoextraction Phytoremediation Strategies: Applications and Limitations Phytostabilization of Zinc-Lead, Copper, or Nickel Mine Waste or Smelter-Contaminated Soils Recovery of Elements from Phytoextraction Biomass Risks to Wildlife during Phytoextraction Operations Conclusions References

About this research paper

What this paper is about

This chapter contains sections titled: Introduction The Nature of Soil Contamination where Phytoextraction may be Applied Need for Metal-Tolerant Hyperaccumulators for Practical Phytoextraction Phytoremediation Strategies: Applications and Limitations Phytostabilization of Zinc-Lead, Copper, or Nickel Mine Waste or Smelter-Contaminated Soils Recovery of Elements from Phytoextraction Biomass Risks to Wildlife during Phytoextraction Operations Conclusions References

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OpenAlex reports 67 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

This chapter contains sections titled: Introduction The Nature of Soil Contamination where Phytoextraction may be Applied Need for Metal-Tolerant Hyperaccumulators for Practical Phytoextraction Phytoremediation Strategies: Applications and Limitations Phytostabilization of Zinc-Lead, Copper, or Nickel Mine Waste or Smelter-Contaminated Soils Recovery of Elements from Phytoextraction Biomass Risks to Wildlife during Phytoextraction Operations Conclusions References

Key concepts: Phytoremediation, Hyperaccumulator, Phytoextraction process, Environmental science, Biomass (ecology), Soil contamination, Smelting, Soil water

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