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• W1510154310 abstract "Phosphorus is a limiting nutrient for plant growth. Yet its high accumulation in agricultural soils causes grave environmental concerns affecting human health. The problem is more acute in temperate climate where large farms with intensive animal-based agriculture generate and dump huge amounts of organic litter or manure – a potential source of phosphorus (P). Need for removal of excess P is increasingly felt in recent times giving rise to various remediation strategies: chemical, physical, and biological. Application of chemical amendments, such as lime, ferric chloride, or alum to animal manures or soils enriched with P is one of the methods used commonly in recent times. P immobilization in soil by these amendments may not be stable on a long-term basis. Another strategy to address the excess manure P involves the treatment of animal feed with additives such as phytase and vitamin D that can increase the digestibility of P in diet. Although phytase can decrease total P in litter, it can increase the water-soluble phosphorus in the litter and hence the potential for P losses to surface waters following land application. Likewise, application of biosolids as P fertilizer is also not considered the best management practice from P loss standpoint. Alternatively, phytoremediation, plant-assisted removal of water-soluble P, could be an attractive strategy. Mining of soil P, which includes harvesting P taken up from the soil by a crop grown without external P application, is being examined as one of the crop management strategies for P-impacted soils. It has also been suggested that for the success of P mining, the remedial strategy should include plants that can accumulate P manifold higher (>1% DW) than the P content of common plants. Employing plant species with capabilities like overexpression of root phosphatase and assimilation of organic P from soil P pool could enhance the efficacy of P phytoremediation. Studies suggest that integrating best management practices for all the operations involved in P use, from animal feeding strategies to manure management, to soil and crop management, and to soil P test methods or P loss tools can effectively reduce the environmental risks of diffuse P pollution." @default.
• W1510154310 created "2016-06-24" @default.
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• W1510154310 date "2012-03-14" @default.
• W1510154310 modified "2023-09-23" @default.
• W1510154310 title "Excess Soil Phosphorus: Accelerated P Transfer, Water Quality Deterioration, and Sustainable Remediation Strategies" @default.
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• W1510154310 doi "https://doi.org/10.1002/9783527632930.ch7" @default.
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