Stream Power: Origins, Geomorphic Applications, and GIS Procedures
Stream Power: Origins, Geomorphic Applications, and GIS Procedures
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流能：起源、地貌应用和 GIS 程序
DOI：
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发表时间：
2016
期刊：
影响因子：
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通讯作者：
J. Gartner
中科院分区：
文献类型：
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作者：
J. Gartner
流功率是一个广泛使用的参数，调查，工程和管理河流系统。由于利用遥感数据加上地理信息系统以及改进的计算能力和技术获取河流发电量变得更加容易，河流发电量的各种用途正在增加。本文档旨在为在工作中使用流功率的研究人员和从业人员提供清晰的信息。它包括审查的物理基础，术语和应用程序的流功率;检查的许多考虑因素和技术计算流功率;和一步一步的例子工作流程，计算流功率使用GIS和Microsoft Excel。本示例中的33个步骤可以进行调整，以适应不同项目的个性化需求。
Stream power is a widely used parameter to investigate, engineer, and manage river systems. The varied uses of stream power are increasing as it becomes easier to derive stream power using remotely sensed data coupled with Geographic Information Systems (GIS) and improved computational power and technology. This document was created to provide clarity to researchers and practitioners using stream power in their work. It includes a review of the physical basis, terminology, and applications of stream power; an examination of the many considerations and techniques for computing stream power; and a step by step example workflow to compute stream power using GIS and Microsoft Excel. The 33 steps in this example can be adjusted to suit individual needs of different projects.