| Document Date: 2013-07-23 13:55:46
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City Danbury / Lima / / Company Yellow / / Country United States / / Event Product Issues / / Facility University of Georgia / Phytoremediation Scott A. Merkle University of Georgia Athens / Plant Biotechnology Journal / / IndustryTerm heavy-metal pollutants / food chain / mining / manufacturing / heavy-metal‑contaminated sites / phytoremediation applications / transgenic technology / physical/chemical methods / root systems / energy / gene-transfer systems / / Organization University of Georgia / Phytoremediation Scott A. Merkle University of Georgia Athens / National Academy of Sciences / / Position engineer / / Product Agrobacterium / soil / aquatic areas / wetland sites / site / sites / / ProvinceOrState Georgia / Connecticut / / PublishedMedium Proceedings of the National Academy of Sciences / Journal of Environmental Engineering / Nature Biotechnology / / Technology genetic engineering / Phytoremediation / Biotechnology / Environmental Engineering / /
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Engineering Forest Trees with Heavy-Metal Resistance Genes for Phytoremediation Scott A. Merkle University of Georgia Athens, GA