首页> 外文会议>International Conference on Remote Sensing for Marine and Coastal Environments >USING REMOTE SENSING AND GIS FOR INTEGRATED COASTAL ZONE MANAGEMENTCASE STUDY: THE CORAL REEFS IN THE NORTHWESTERN RED SEA (HURGHADA, EGYPT*
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USING REMOTE SENSING AND GIS FOR INTEGRATED COASTAL ZONE MANAGEMENTCASE STUDY: THE CORAL REEFS IN THE NORTHWESTERN RED SEA (HURGHADA, EGYPT*

机译:使用遥感和GIS进行海岸带综合管理案例研究:西北红海(埃及赫尔格达)的珊瑚礁

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Remote sensing is very suitable for coral reef monitoring as it provides information about theconfiguration and composition of the coral reef; enables the monitoring of the biophysicalparameters of the seas and oceans in which the coral reefs occur; and supports the detection ofchanges over time of these elements. This remote sensing-derived data is integrated in aGeographic Information System (GIS) together with additional environmental information. TheGIS not only forms an inventory of all available information but is also used as a tool to analyzethis information in order to support integrated coastal zone management (ICZM). The example isgiven of a risk assessment map constructed for the coral reefs offshore Hurghada, Egypt,indicating the coastal zones most endangered by human activities. It is shown that about 86% ofthe marine, coastal area near Hurghada is at medium to high risk of being deteriorated.
机译:遥感非常适用于珊瑚礁监测,因为它提供了有关珊瑚礁的配置和组成的信息;能够监视发生珊瑚礁的海洋的生物物理参数;并支持检测这些元素随时间的变化。这些遥感数据与其他环境信息一起集成到了地理信息系统(GIS)中。 GIS不仅构成所有可用信息的清单,而且还用作分析此信息的工具,以支持综合沿海地区管理(ICZM)。该示例给出了为埃及赫尔格达(Hurghada)海上珊瑚礁建造的风险评估图,该图表明了人类活动最为危险的沿海地区。结果表明,洪加达附近的海洋沿海地区约有86%处于中度到高度的退化风险。

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