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Effects of Biosolids Application on Pasture and Grape Vines in South-Eastern Australia

机译:施用生物固体对澳大利亚东南部牧场和葡萄藤的影响

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摘要

Biosolids were applied to a pasture and a vineyard in south-eastern Australia. At both sites, soil Cd, Cu, and Zn concentrations linearly increased with biosolids application rates although not to the extent of exceeding soil quality guidelines. Biosolids marginally increased soil C and N concentrations at the pasture site but significantly increased P concentrations. With lower overall soil fertility at the vineyard, biosolids increased C, N, and P concentrations. At neither site did biosolids application affect soil microbial endpoints. Biosolids increased pasture production compared to the unfertilised control but had little effect on grape production or quality. Interestingly, over the 3-year trial, there was no difference in pasture production between the biosolids treated plots and plots receiving inorganic fertiliser. These results suggest that biosolids could be used as a fertiliser to stimulate pasture production and as a soil conditioner to improve vineyard soils in this region.
机译:生物固体被应用于澳大利亚东南部的牧场和葡萄园。在这两个地点,土壤中Cd,Cu和Zn的浓度均随生物固体施用量线性增加,但并未超出土壤质量指标。在牧场上,生物固体在土壤中的碳和氮含量略有增加,但磷的浓度却显着增加。随着葡萄园土壤肥力的降低,生物固体增加了C,N和P的浓度。在这两个地点,生物固体的施用均未影响土壤微生物终点。与未施肥的对照相比,生物固体增加了牧草的产量,但对葡萄的产量或品质影响很小。有趣的是,在为期3年的试验中,经生物固体处理的地块和接受无机肥料的地块之间的牧草生产没有差异。这些结果表明,生物固体可以用作肥料来刺激牧草生产,也可以用作土壤改良剂以改善该地区的葡萄园土壤。

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