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[农产品水足迹的研究进展]

[Research progress on water footprint in agricultural products].

作者信息

Lu Yang, Liu Xiu-wei, Zhang Xi-ying

出版信息

Ying Yong Sheng Tai Xue Bao. 2015 Oct;26(10):3207-14.

Abstract

Water is one of the important resources in human activities. Scientifically and rationally evaluating the effects of human activities on water resources is important for sustainable water resource management. The innovative concepts of water footprint (WF) distinguished the human water consumption into green water, blue water and grey water which extended the evaluation methods in sustainable utilization of water resources. Concepts of WF based on virtual water (VW) and based on life cycle assessment (LCA) both combined water quality and water quantity are now the focuses in agricultural water management researches. Theory of WF based on VW includes the calculation of green, blue and grey WF as well as the evaluation of the sustainability of water environment. Theory of WF based on LCA reflects the overall impact of consumptive and degradative water use on the environment. The purpose of this article was to elaborate the research progresses in theoretical calculation methods and environmental sustainability assessment of the two water footprint theories and then to analyze the differentiation of these two methodologies in describing the consumptive water use in agriculture and its effects on environment. Finally, some future research aspects on water footprint were provided.

摘要

水是人类活动中的重要资源之一。科学合理地评估人类活动对水资源的影响对于水资源的可持续管理至关重要。水足迹(WF)的创新概念将人类用水区分为绿水、蓝水和灰水,这扩展了水资源可持续利用的评估方法。基于虚拟水(VW)和基于生命周期评估(LCA)的水足迹概念都将水质和水量结合起来,是目前农业水资源管理研究的重点。基于虚拟水的水足迹理论包括绿水、蓝水和灰水足迹的计算以及水环境可持续性的评估。基于生命周期评估的水足迹理论反映了消耗性和降解性用水对环境的总体影响。本文的目的是阐述这两种水足迹理论在理论计算方法和环境可持续性评估方面的研究进展,然后分析这两种方法在描述农业消耗性用水及其对环境影响方面的差异。最后,提出了水足迹未来的一些研究方向。

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