Titlebook: Atmospheric Rivers; F. Martin Ralph,Michael D. Dettinger,Duane E. Wali Book 2020 Springer Nature Switzerland AG 2020 Atmospheric River.Ext

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https://doi.org/10.1007/978-3-319-19533-9ify regional and global climate model representations of ARs. By extension, the more the fidelity and systematic biases in climate models are understood and quantified, the more the uncertainty in climate model projection of ARs can be characterized. Thus, this chapter also reviews the research that

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Production Flow in Furniture Manufacturing,eparedness (flood control) and water-supply operations around the globe; such developments as the AR Scale, which quantifies ARs as tornados and hurricanes have been quantified previously, enables consistent and meaningful discussion of possible threats and benefits. Applying AR science (specificall

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Introduction to Atmospheric Rivers,. Increasingly, these tools have enabled research to progress, and that research has in turn enabled findings to be applied to specific situations and problems. For example, ARs can be both highly beneficial (precipitation for water supply) and highly destructive (flooding and other emergencies caus

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Structure, Process, and Mechanism,5 combines the complex picture of ARs and their embedding in atmospheric dynamics, including aspects of how extratropical dynamics affect ARs, and their links to (a) upper-level dynamics (Rossby wave breaking and cutoff lows, (b) extratropical cyclones and alternative concepts, and (c) high-latitude

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Atmospheric River Modeling: Forecasts, Climate Simulations, and Climate Projections,ify regional and global climate model representations of ARs. By extension, the more the fidelity and systematic biases in climate models are understood and quantified, the more the uncertainty in climate model projection of ARs can be characterized. Thus, this chapter also reviews the research that

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