Predicting the Risk from Cadmium Transfer to Crops from Soils Amended with Biosolids
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Authors
McLaughlin, M.
Whatmuff, M.
Warne, M.
Heemsbergen, D.
Barry, G.
Bell, M.
Pritchard, Deborah
Penney, N.
Date
2007Type
Conference Paper
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The National Biosolids Research Program (NBRP) has conducted field-based experiments throughout Australia over 4 years to determine the benefits and risks associated with biosolid applications onto agricultural land. The solubility and bioavailability of cadmium (Cd) in biosolids was assessed. Cadmium in biosolids was found to be quite soluble (equivalent to soluble Cd salts), but transfer to cereal grains was less than that indicated by solubility, due possibly to Zn or organic matter also added in the biosolids erducing Cd accumulation. Critical soil guideline values for Cd have been developed based on soil clay content and soil pH.
Citation
McLaughlin, Mike J. and Whatmuff, Mark and Warne, Michael and Heemsbergen, Diane and Barry, Glenn and Bell, Mike and Nash, David and Pritchard, Deborah and Penney, Nancy. 2007. : Predicting the Risk from Cadmium Transfer to Crops from Soils Amended with Biosolids, OzWater Conference, Australian Water Association (AWA), 04 Mar 2007. Perth, Western Australia: Australian Water Association.
Source Title
OzWater Conference, Australian Water Association (AWA)
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Faculty
Division of Resources and Environment
Muresk Institute
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