Producing a Digital Hydrographic Map Aiming at Renewable Energy Potential Mapping of Lesotho

IF 1 Q4 ENGINEERING, CIVIL Journal of Applied Engineering Sciences Pub Date : 2020-05-01 DOI:10.2478/jaes-2020-00010
F. Pasanisi, S. Grauso, C. Tebano, Mabafokeng Mahahabisa, Muso Raliselo
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引用次数: 1

Abstract

Abstract Some of the first outcomes of a project aiming at mapping the renewable energy potential in Lesotho are hereby presented. In particular, the present paper deals with the task of the project devoted to produce a digital hydrographic map of Lesotho and an associated geographic database. Different geographical, meteorological and hydrological data were collected in the first steps of the project. The hydrographic network was derived in vector format from a digital elevation model of Lesotho using geoprocessing tools in GIS environment. Results were compared with existing cartography and satellite images. Moreover, a methodology proposed in literature for the assessment of the theoretical maximum hydroelectric producibility at watershed level in Italy was applied to one of the main catchment areas of Lesotho. The activities planned to fulfil the objectives of the project are finally outlined.
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制作面向莱索托可再生能源潜力测绘的数字水文地图
本文介绍了一个旨在绘制莱索托可再生能源潜力的项目的一些初步成果。本文件特别论述了专门编制莱索托数字水文地图和有关地理数据库的项目的任务。在项目的最初阶段,收集了不同的地理、气象和水文数据。利用地理信息系统环境下的地理处理工具,从莱索托的数字高程模型中导出矢量格式的水文网络。结果与现有制图和卫星图像进行了比较。此外,文献中提出的评价意大利流域一级理论上最大水力发电能力的方法也适用于莱索托的一个主要流域。最后概述了为实现项目目标而计划的活动。
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自引率
9.10%
发文量
18
审稿时长
12 weeks
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