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Biomass Production and Water: A Brief Review of Recent Research

机译:生物质生产与水:近期研究简述

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The Energy Independence and Security Act (EISA) mandated an increase in the production of liquid fuels from renewable sources, including corn, soybeans, and perennial crops. Expanded corn production poses a risk to water quality, and expanded production of perennial crops for cellulosic ethanol may have positive effects on water quality as well as positive or negative impacts on water quantity. Nitrate contamination from corn production is greatest in regions with subsurface drainage systems. Sediment and phosphorus contamination are more likely to come from sloping soils. The risks to water quality can be reduced by conservation practices, such as planting winter cover crops, but the costs of implementing these practices represent a barrier to adoption when there is little or no benefit to the farm owner or operator. The magnitude of these impacts appears to be highly variable and there is a need for more empirical work to improve simulation models to quantify the impacts in different physiographic settings and at a range of scales.
机译:《能源独立与安全法》(EISA)要求增加可再生能源(包括玉米,大豆和多年生作物)的液体燃料产量。扩大的玉米产量对水质构成威胁,而多年生纤维素纤维作物的增产可能对水质产生积极影响,并对水量产生积极或消极影响。在具有地下排水系统的地区,玉米生产中的硝酸盐污染最大。沉积物和磷污染更可能来自倾斜的土壤。可以通过保护措施(例如种植冬季有盖作物)来降低水质风险,但是当对农场主或经营者几乎没有收益或根本没有收益时,实施这些做法的成本将成为采用的障碍。这些影响的程度似乎是高度可变的,因此需要进行更多的经验工作来改进模拟模型,以量化在不同的生理环境和范围内的影响。

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