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Wang J.,Chengdu University of Technology | Liu C.,Chengdu University of Technology | Zhang X.,Chengdu University of Technology | Lin L.,Institute of Pomology and Olericulture | And 4 more authors.
Environmental Progress and Sustainable Energy

The effects of application of the straw of cadmium accumulating species (Youngia erythrocarpa (cadmium hyperaccumulator), Bidens pilosa (cadmium hyperaccumulator), Solanum photeinocarpum (potential cadmium hyperaccumulator), and Siegesbeckia orientalis (cadmium accumulator)) in cadmium contaminated soil on the growth and cadmium accumulation of Galinsoga parviflora were studied. The root biomass, stem biomass, shoot biomass, total biomass, and the antioxidant enzyme activity of G. parviflora were increased by application of the straw of Y. erythrocarpa. The straw of Y. erythrocarpa, S. orientalis, and B. pilosa reduced soil pH, increased the soil exchangeable Cd concentration, and increased the Cd contents in stems, leaves, and shoots of G. parviflora compared with the control. The straw of Y. erythrocarpa and B. pilosa increased the Cd extraction amount in stems, leaves, shoots and the whole plant of G. parviflora compared with the control, with the effect of Y. erythrocarpa higher than that of B. pilosa. Therefore, the straw of Y. erythrocarpa and B. pilosa improved the Cd extraction ability of G. parviflora from cadmium-contaminated soil, and the straw of Y. erythrocarpa demonstrated to be the best material. © 2015 American Institute of Chemical Engineers Environ Prog Source

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