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Remote Sensing Classification of Hurricane Storm Surge Structural Damage

机译:飓风风暴潮结构破坏的遥感分类

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The concept of spatially-tiered reconnaissance has been introduced as a method of providing increasingly detailed levels of analysis in post-disaster situations[Adams 2006, Womble, 34-38]. Remotely sensed data is becoming more widely available on a systematic basis following natural disasters at various spatial, spectral and temporal resolutions. Depending on these resolutions, each dataset is capable of providing different levels of information. Figure 1 illustrates the three tiers that are used within spatially-tiered reconnaissance – Tier 1 (Regional), Tier 2 (Neighborhood), and Tier 3 (Per building), using storm surge damage sustained after Hurricane Katrina as an example.
机译:作为在灾后情况下提供越来越详细的分析水平的一种方法,引入了空间分层侦察的概念[Adams 2006,Womble,34-38]。自然灾害之后,在各种空间,频谱和时间分辨率下,遥感数据在系统的基础上变得越来越广泛。根据这些分辨率,每个数据集都能够提供不同级别的信息。图1以卡特里娜飓风后遭受的风暴潮破坏为例,说明了在空间分层侦察中使用的三个层次-第1层(区域),第2层(邻居)和第3层(每座建筑物)。

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