水利水电科技进展
水利水電科技進展
수이수전과기진전
Advances in Science and Technology of Water Resources
2015年
5期
181-190
,共10页
虚拟水%水资源%水足迹%研究进展
虛擬水%水資源%水足跡%研究進展
허의수%수자원%수족적%연구진전
virtual water%water resources%water footprint%research advances
在解析虚拟水、水足迹等概念内涵的基础上,系统地梳理了产品虚拟水核算、区域虚拟水贸易评估、虚拟水变化机制3个领域的研究进展。产品虚拟水核算中重点分析了中间产品和最终产品虚拟水计算方法,并对国家、行政区及流域尺度的虚拟水核算案例进行了简要分析;区域虚拟水贸易评估中分析了自上而下和自下而上两类方法的使用情况;虚拟水变化机制分析中综述了结构分解分析等多种驱动力分析方法。在总结研究进展基础上,讨论了目前研究中值得进一步深入探索与完善的问题,展望了虚拟水未来的重点研究方向,包括虚拟水核算模型精度改进、价格杠杆对虚拟水的影响、虚拟水水量与水质联合评价体系以及虚拟水战略实践与优化方案改进等。
在解析虛擬水、水足跡等概唸內涵的基礎上,繫統地梳理瞭產品虛擬水覈算、區域虛擬水貿易評估、虛擬水變化機製3箇領域的研究進展。產品虛擬水覈算中重點分析瞭中間產品和最終產品虛擬水計算方法,併對國傢、行政區及流域呎度的虛擬水覈算案例進行瞭簡要分析;區域虛擬水貿易評估中分析瞭自上而下和自下而上兩類方法的使用情況;虛擬水變化機製分析中綜述瞭結構分解分析等多種驅動力分析方法。在總結研究進展基礎上,討論瞭目前研究中值得進一步深入探索與完善的問題,展望瞭虛擬水未來的重點研究方嚮,包括虛擬水覈算模型精度改進、價格槓桿對虛擬水的影響、虛擬水水量與水質聯閤評價體繫以及虛擬水戰略實踐與優化方案改進等。
재해석허의수、수족적등개념내함적기출상,계통지소리료산품허의수핵산、구역허의수무역평고、허의수변화궤제3개영역적연구진전。산품허의수핵산중중점분석료중간산품화최종산품허의수계산방법,병대국가、행정구급류역척도적허의수핵산안례진행료간요분석;구역허의수무역평고중분석료자상이하화자하이상량류방법적사용정황;허의수변화궤제분석중종술료결구분해분석등다충구동력분석방법。재총결연구진전기출상,토론료목전연구중치득진일보심입탐색여완선적문제,전망료허의수미래적중점연구방향,포괄허의수핵산모형정도개진、개격강간대허의수적영향、허의수수량여수질연합평개체계이급허의수전략실천여우화방안개진등。
Based on analysis of the concept of virtual water and the water footprint, this paper systematically reviews the latest achievements in the three fields of calculation of virtual water of product, regional virtual water trade assessment, and the changing mechanisms of virtual water. In the section on calculation of virtual water of product, the papers electively analyze the virtual water calculation method of the intermediate product and final product, and briefly analyze virtual water calculation cases at national, administrative region, and catchment scales. In the section on regional virtual water trade assessment, the paper analyzes the service condition of two methods, the method moving from top to bottom and the method moving from bottom to top. In the section on the changing mechanisms of virtual water, the paper summarizes several driving force analytical methods, such as structural decomposition analysis. Based on the summary of research advances, the paper discusses problems deserving further exploration and proposes research directions for virtual water in the future, including accuracy improvement of the virtual water calculation model, the effect of price leverage on virtual water, acombined evaluation system for the volume and quality of virtual water, and improvement of the strategy forand optimization of virtual water.