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Identification of Wetland Zonation and Inundation Extent by Using Satellite Remote Sensing and Ground-Based Measurements

机译:利用卫星遥感和地基测量识别湿地分区和淹没程度

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Satellite remote sensing tools were developed to monitor coastal resource change and esponse to sea level rise and other natural (e.g. fire, storm impact, herbivory) and human (e.g., fire, flood control structures, oil spills, mitigation and restoration) impacts. In turn, these tools coudl immediately provide improved coastal regulation and management and eventually produce improved long-term simulations given a variety of "what if" scenarios. Within the package of tools, new methods were developed to detect flooding under grass canopies, generate coastal micro topography within about 14 cm, monitor burn recovery of a Juncus roemerianus marsh. and fush sensors of different spatial and spectral ranges and reoslutions into a higher definition coastal classification system.
机译:开发了卫星遥感工具来监测沿海资源变化以及对海平面上升和其他自然(例如火灾,风暴影响,食草动物)和人(例如火灾,防洪结构,溢油,减灾和恢复)影响的反应。反过来,这些工具可以立即提供改进的海岸管制和管理,并最终在给定各种“假设情况”的情况下产生改进的长期模拟。在工具包中,开发了新的方法来检测草冠层下的洪水,在约14厘米内生成沿海微地形,监视罗汉松沼泽地的烧伤恢复情况。以及将不同空间和光谱范围的传感器和冲刷的传感器冲刷到更高分辨率的沿海分类系统中。

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