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Everything needed for cutting-edge research in phytoremediation: Gas chromatographs, HPLCs and instruments for tracer work in the instrument room, a tissue culture room with sterile hoods for propagation, a plant growth room, and unique field test bed facilities. Enhanced Phytoremediation of Volatile Environmental Pollutants With Transgenic Trees. Heavy metal is one of the serious environmental pollutions for now days as impact of industrial development in several countries.
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On highly contaminated properties, the Corps dug up yards and hauled soil away.
On properties with lower arsenic levels, the Corps gave homeowners another option: the Edenfern.
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In general, only the information that you provide, or the choices you make while visiting a web site, can be stored in a cookie.Less soluble organic pollutants include polyaromatic hydrocarbons (PAHs) and polychlorinated biphenyls, as well as the munition compound, TNT.Plants have a limited capability to take up these pollutants, but bacteria associated with their roots play a role in the degradation of many of these chemicals.Organic pollutants can be taken up by plants and degraded by plant metabolic activities.The action of bacteria associated with plant roots may be useful in the control of pollutants.Heavy metals give toxic effects on human health and cause several serious diseases.Several techniques have been using for removing heavy metal contaminants from the environmental but these techniques have limitations such as high cost, long time, logistical problems and mechanical complexity.Pioneering work in the UW phytoremediation labs has demonstrated biochemical pathways for plant transformations of trichloroethylene and carbon tetrachloride.We are also developing transgenic plants for the enhanced breakdown of chlorinated hydrocarbons.Recently we have begun work in the use of plants to destroy toxic compounds in munitions wastes.We continue to study the mechanisms that are responsible for pollutant degradation by plants and to develop ways to increase the usefulness of plants for phytoremediation.