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Development of a Probabilistic Spatio-Magnitude Sinkhole Hazard Model

机译:概率时空幅度污水池危害模型的开发

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A number of sinkhole events have emerged in East Central Florida (ECF) and the consequences of its occurrence lead to loss of property and/or human lives. Increasing concerns for the potential risk of sinkholes have raised the necessity of developing a sinkhole hazard map for the region. A sinkhole hazard can be assessed as the probability of occurrence accounting for time, location, and magnitude. This paper presents the development of 1) a probability-based sinkhole hazard model and 2) a spatio-magnitude sinkhole hazard map for ECF within a geographic information system (GIS) environment. Logistic regression (LR) method was used for the spatial probability analysis and a cumulative distribution function (CDF) method was used for the magnitude probability analysis. The developed sinkhole hazard model was validated by existing data. The probabilistic sinkhole map for ECF would provide useful information on future sinkhole hazard in order for decision makers and land-use planners to build suitable strategies for long-term development.
机译:佛罗里达州中东部(ECF)发生了许多下沉事件,其发生的后果导致财产和/或人员伤亡。人们对下陷的潜在风险的担忧日益增加,因此有必要为该地区制定下陷危险图。可以将沉没危险评估为考虑时间,位置和大小的发生概率。本文介绍了1)基于地理信息系统(GIS)环境中ECF的基于概率的污水坑灾害模型和2)时空幅度的污水坑灾害图的开发。使用Logistic回归(LR)方法进行空间概率分析,并使用累积分布函数(CDF)方法进行幅度概率分析。现有数据验证了所开发的下沉危险模型。 ECF的概率泄洪图将为将来的泄洪危险提供有用的信息,以便决策者和土地使用规划人员为长期发展制定合适的策略。

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