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首页> 外文期刊>Science of the total environment >Development of a distributive Three Gorges Project input-output model to investigate the disaggregated sectoral effects of Three Gorges Project
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Development of a distributive Three Gorges Project input-output model to investigate the disaggregated sectoral effects of Three Gorges Project

机译:开发分布式三峡项目输入 - 输出模型,以研究三峡工程的分组部门效应

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Research on the overall social, economic and environmental (SEE) impacts of water resources projects (WRP) has gradually attracted attention. However, the WRP-related indirect impacts as linked through various supply chains from a number of disaggregated sectors and their interactive relationship are rarely studied. Here in this study, under a general disaggregated input-output (IO) framework, a distributive Three Gorges Project input-output (DTGIO) model is developed to investigate the composite effects of Three Gorges Project (TGP) based on a disaggregated TGP-IO table for the Yangtze River economic belt (YREB). DTGIO model could facilitate exploring ⅰ) the interactions among key TGP-related effects from production and consumption sides; ⅱ) the impacts of various TGP-induced changes on specific SEE sectors; ⅲ) the detailed TGP water flow paths as induced by the final demand of each province in YREB. It is discovered that the TGP has the greatest impact on agriculture. Although the construction of the TGP submerged a large amount of land and adversely affected agriculture in the reservoir area, its effective flood control function can reduce flooding in the "land offish and rice" and create favorable conditions for agricultural development The connection between the TGP and the inner provinces of YREB is mainly realized by the hydropower generation sector. For the economic benefits of the TGP, the economic benefits of the investment of various sectors of the TGP are diversified, which should be adjusted according to the government's objectives. For the ecological effects of the TGP, the interaction of sectors (especially the irrigation service sector and hydropower generation sector on consumption side, and the hydropower generation sector and water supply sector on production side) should be valued and a sense of joint management for the relevant sectors of TGP should be established.
机译:水资源项目(WRP)的整体社会,经济和环境(见)逐渐引起关注。然而,很少使用来自各种分列的部门的各种供应链与其互动关系相关的WRP相关的间接影响。在本研究中,在一般分列的输入输出(IO)框架下,开发了一种分布的三峡项目输入 - 输出(DTGIO)模型,以研究三峡项目(TGP)基于分解的TGP-IO的复合效果长江经济带(Yreb)表。 DTGIO模型可以促进探讨Ⅰ的互动从生产和消费侧的关键TGP相关效果; Ⅱ)各种TGP诱导的变化对特定看部门的影响; Ⅲ)YREB各省最终需求诱导的详细TGP水流路径。有人发现,TGP对农业产生了最大的影响。虽然TGP的建设淹没了大量的土地和水库地区的农业不利影响,但其有效的防洪功能可以减少“土地流域和稻米”的洪水,为农业发展创造有利条件TGP与TGP之间的联系Yreb的内部主要由水电一派行业实现。对于TGP的经济效益,TGP各部门投资的经济效益多样化,应根据政府的目标进行调整。对于TGP的生态效应,部门的互动(特别是灌溉服务部门和消费侧的水电生成部门以及生产方的水电站和供水部门)应该有价值,并为此进行联合管理感应建立TGP的相关部门。

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