Titlebook: Extreme Value Theory with Applications to Natural Hazards; From Statistical The Nicolas Bousquet,Pietro Bernardara Book 2021 Springer Natur

調(diào)整

The Effects of Institutional Innovations,This chapter presents the main useful concepts of the statistical approach to extreme values, such as return periods or levels, as well as a general methodology for conducting a statistical study. It also introduces alternative approaches, statistical or not, that can be valuable in dealing with extreme natural hazards.

DAMP

International Economic Association SeriesThis chapter presents the classic theory of univariate extreme values and its application to various natural hazards described in the previous chapters. The limitations of this approach are discussed, which pave the way for the second part of this book.

Obvious

https://doi.org/10.1007/978-3-030-44790-8This chapter illustrates the conduct of a classic univariate extreme statistical study on severe ocean swell forecasting.

Chandelier

極小

巡回

Univariate Extreme Value Theory: Practice and LimitationsThis chapter presents the classic theory of univariate extreme values and its application to various natural hazards described in the previous chapters. The limitations of this approach are discussed, which pave the way for the second part of this book.

行為

Analogy

Prognosis

https://doi.org/10.1057/9781137374288al hazards. Forgetting is a regular feature of our decisions, and the preservation of the memory of natural disasters depends heavily on our ability to quantify their effects. The author, a climate historian, recalls here some fundamental aspects of this discipline and its necessary connection to st

dysphagia

An Institutionalist View of Fiscal Policy,ication of past hazards and extrapolation, offered by extreme value theory, make it an essential tool to improve risk mitigation. The objectives of this book, answering the questions of engineers, decision-makers, researchers, professors, and students, are briefly presented.