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Integration of a model of insolation into Almanzora GIS in order to take anti-erosion decisions. Analysis of alternative models.

机译:将缺失模型整合到almanzora GIS中,以采取抗侵蚀决策。替代模型分析。

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Into the framework of the Almanzora GIS project, which objective was building a GIS tool to develop two counties north the province of Almeria, it was required to build an insolation model to evaluate proposals to stop the erosion of the area. Due to the lack of detailed field data and the complex topography of the area, we decided to compute the insolation theoretically using the SolarFlux macro with ARC/Info. Computing insolation limits along the year was relatively easy using the solstices values, but evaluating the received insolation along the year, taking account of the relief required a long computing time. In this work, we present how we evaluated the impact, in quality of data and computing time, of taking account of the relief in the study area and their environments, as well as the distribution of the influence of the relief. This study presents a methodology and an example of the analysis of the conditions to compute the insolation maps taking account of the relief conditions.
机译:进入Almanzora GIS项目的框架,目标正在建立一个GIS工具来开发阿尔梅里亚省北部的两个县,所以需要建立一个缺正模式来评估建议,以阻止该地区的侵蚀。由于缺乏详细的现场数据和该地区的复杂地形,我们决定理论上使用Arclux宏与Arc / Info理论上计算缺失。使用Solstices值,计算沿年度的计算缺失限制相对容易,但在今年评估所接受的撤消,考虑到救济需要长期计算时间。在这项工作中,我们展示了我们如何在研究区域及其环境中考虑到救济的数据和计算时间的影响,以及救济的影响的分布。本研究提出了一种方法和分析条件的方法,以考虑到浮雕条件。

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