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首页> 外文期刊>International Journal of Geosciences >The Role of Remote Sensing and GIS for Locating Suitable Mangrove Plantation Sites along the Southern Saudi Arabian Red Sea Coast
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The Role of Remote Sensing and GIS for Locating Suitable Mangrove Plantation Sites along the Southern Saudi Arabian Red Sea Coast

机译:遥感和GIS在沙特阿拉伯红海南部沿海找到合适的红树林人工林地点的作用

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This paper investigated a methodology for locating suitable sites for establishing mangrove plantations along the south Saudi Arabian Red Sea coast based on Geological characteristics, geomorphology and discharge of drainage effluents as primary sitting criteria. Remote sensing Satellite imagery and digital elevation models were interpreted to determine most of the parameters, the rest were measured in field. In the study, it was found that some healthy mangrove stands now exist along the Red Sea coast near the city of Jizan although many stands have been destroyed in recent years due to rapid development, infilling and over-grazing and use of the mangroves as fuel. Remote sensing satellite imagery was used to map exiting Mangrove stands of different densities along the study area. The study determined that mangrove stands are primarily concentrated in the southern part of the study area and that they are sparsely found northward. Interpretation of A Landsat Thematic Mapper panchromatic band image and DEM showing that red sea coast along the study area are mainly covered by fans of ten drainage basins where the Flood potentiality of these basins was determined. The study was able to determine that three areas, which have a moderate to low flash flood potential, have the necessary environmental elements necessary to support mangroves. One, in particular, would be the best site to establish a mangrove plantation project.
机译:本文研究了以地质特征,地貌和排水的排放为主要依据的,在沙特阿拉伯红海南部沿海建立红树林人工林的合适地点的方法。解释了遥感卫星图像和数字高程模型以确定大多数参数,其余参数则在野外测量。在研究中,人们发现吉桑市附近的红海沿岸现在存在一些健康的红树林林分,尽管近年来由于快速发展,填充和过度放牧以及使用红树林作为燃料,许多林分被破坏了。遥感卫星图像用于绘制研究区域内不同密度的红树林现存林地的地图。该研究确定,红树林林主要集中在研究区域的南部,而稀疏地向北发现。用Landsat专题制图仪全色带图像和DEM解释,研究区域的红海海岸主要由十个流域的风扇覆盖,这些流域的洪水潜力已确定。这项研究能够确定三个中度至低洪涝潜力的地区具有支持红树林所必需的必要环境要素。特别是建立红树林种植项目的最佳地点。

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