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High rates of FGD-gypsum can control soil P availability and this may imply substantial modifications in the soil solution chemistry and potential impact on offsite water quality.
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It was found that using surface-applied gypsum soil amendment to no-tilled soil could reduce runoff, erosion, and improve water quality related to nutrient runoff. Surface application of manure in a no-till system greatly increased the amount of nutrients in runoff water, but a co-application
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Compared to the untreated control treatment, FGD gypsum increased Hg concentrations in earthworms by up to 40%, but none of the increases were statistically significant. If care is taken to remove as much mercury as possible during production of FGD gypsum, it seems mercury should not preclude
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Gypsum applied to the surface or mixed into the 2.5-cm depth decreased P and increased NH4&ndas
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Gypsum applications of 5,000 pounds per acre were most effective in reducing soil test values for phosphorus, whereas a soil amendment made from waste paper was ineffective.
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The objective of this paper was to introduce the potential agricultural uses of FGDG in northern Great Plains agriculture. As demonstrated, 1.4 million Mg FGDG could be used for fertilizer, ameliorant, and amendment. One of the most
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Gypsum application increases infiltration by 500%, thus reducing water run-off. Gypsum application reduced water runoff by 17%, soil loss by 60% and phosphorus losses by 67% when compared to the control.