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Impacts of Crop, Biomass Harvest Systems, and Nutrient Management on Yield and Subsurface Drainage Water Quality

机译:作物,生物量收获系统和养分管理对产量和地下排水水质的影响

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摘要

Grain-crop biomass and perennial grass biomass are of particular interest for their use in bioenergy production systems. Nutrient needs, particularly nitrogen and phosphorus, change with varying cropping systems, harvest systems, and rates of fertilizer application. Furthermore, manure generated from livestock production can be a viable nutrient source for cropping systems, reducing the need for commercial fertilizers. The primary focus of this study was to investigate nutrient loss, primarily nitrate-nitrogen loss, in subsurface drainage water under a variety of cropping, nutrient management, and harvest scenarios. Overall crop yields and biomass production were also evaluated.
机译:谷物作物生物量和多年生草生物量因其在生物能源生产系统中的使用而特别受关注。营养需求,特别是氮和磷,随着种植系统,收获系统和肥料施用率的变化而变化。此外,牲畜生产产生的粪便可以成为种植系统的可行营养来源,从而减少了对商业肥料的需求。这项研究的主要重点是研究在各种种植,养分管理和收获情景下地下排水中的养分流失,主要是硝酸盐-氮流失。还评估了作物总产量和生物量产量。

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