Tornado Risk Climatology in Europe

Violent tornadoes are rare in Europe but they can have devastating effects. Damage associated with individual tornadoes can reach several billion euros and they have caused hundreds of fatalities. The tornado risk varies considerably over Europe, but so far only a few national maps of tornado risk a...

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Main Authors: Jürgen Grieser, Phil Haines
Format: Article
Language:English
Published: MDPI AG 2020-07-01
Series:Atmosphere
Subjects:
Online Access:https://www.mdpi.com/2073-4433/11/7/768
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author Jürgen Grieser
Phil Haines
author_facet Jürgen Grieser
Phil Haines
author_sort Jürgen Grieser
collection DOAJ
description Violent tornadoes are rare in Europe but they can have devastating effects. Damage associated with individual tornadoes can reach several billion euros and they have caused hundreds of fatalities. The tornado risk varies considerably over Europe, but so far only a few national maps of tornado risk and one Europe-wide map exist. We show several different ways to create quantitative maps of tornado occurrence rates as follows: Kernel smoothing of observations, climatologies of convective parameters from reanalysis, output of a logistic regression model to link convective parameters with observed tornadoes, orography-dependent climatologies and finally the population-bias corrected tornado occurrence rates from the Risk Management Solutions (RMS) Europe Severe Convective Storm Model. We discuss advantages and disadvantages of each approach and compare the results. While the climatologies created from the individual methods show a lot of qualitative similarities, we advocate to combine the methods to achieve the most reliable quantitative climatology.
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spelling doaj.art-dae3e6b889b7480f91f2a5ef5370aaa52023-11-20T07:25:19ZengMDPI AGAtmosphere2073-44332020-07-0111776810.3390/atmos11070768Tornado Risk Climatology in EuropeJürgen Grieser0Phil Haines1RMS, Peninsular House, London EC3 8NB, UKRMS, Peninsular House, London EC3 8NB, UKViolent tornadoes are rare in Europe but they can have devastating effects. Damage associated with individual tornadoes can reach several billion euros and they have caused hundreds of fatalities. The tornado risk varies considerably over Europe, but so far only a few national maps of tornado risk and one Europe-wide map exist. We show several different ways to create quantitative maps of tornado occurrence rates as follows: Kernel smoothing of observations, climatologies of convective parameters from reanalysis, output of a logistic regression model to link convective parameters with observed tornadoes, orography-dependent climatologies and finally the population-bias corrected tornado occurrence rates from the Risk Management Solutions (RMS) Europe Severe Convective Storm Model. We discuss advantages and disadvantages of each approach and compare the results. While the climatologies created from the individual methods show a lot of qualitative similarities, we advocate to combine the methods to achieve the most reliable quantitative climatology.https://www.mdpi.com/2073-4433/11/7/768tornadorisk climatologyEurope
spellingShingle Jürgen Grieser
Phil Haines
Tornado Risk Climatology in Europe
Atmosphere
tornado
risk climatology
Europe
title Tornado Risk Climatology in Europe
title_full Tornado Risk Climatology in Europe
title_fullStr Tornado Risk Climatology in Europe
title_full_unstemmed Tornado Risk Climatology in Europe
title_short Tornado Risk Climatology in Europe
title_sort tornado risk climatology in europe
topic tornado
risk climatology
Europe
url https://www.mdpi.com/2073-4433/11/7/768
work_keys_str_mv AT jurgengrieser tornadoriskclimatologyineurope
AT philhaines tornadoriskclimatologyineurope