Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight

The German North Sea coast is exposed to storm surges induced by typical weather situations. For this study, the weather situations of all observed storm tides between January 1949 and April 2012 were investigated. An overall number of 366 cases were identified, analysed and assigned to three catego...

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Main Authors: Marie Gerber, Anette Ganske, Sylvin Müller-Navarra, Gudrun Rosenhagen
Format: Article
Language:English
Published: Borntraeger 2016-09-01
Series:Meteorologische Zeitschrift
Subjects:
Online Access:http://dx.doi.org/10.1127/metz/2016/0660
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spelling doaj-33e7ba3cc049465c9421b5cb3d5ecf762020-11-25T00:44:12ZengBorntraegerMeteorologische Zeitschrift0941-29482016-09-0125444746210.1127/metz/2016/066085673Categorisation of Meteorological Conditions for Storm Tide Episodes in the German BightMarie GerberAnette GanskeSylvin Müller-NavarraGudrun RosenhagenThe German North Sea coast is exposed to storm surges induced by typical weather situations. For this study, the weather situations of all observed storm tides between January 1949 and April 2012 were investigated. An overall number of 366 cases were identified, analysed and assigned to three categories: the North-West Type (NWT), the West and South-West Type (W+SWT) and the Iceland Gale Type (IGT). The number of occurrences of NWT situations was slightly smaller than that of W+SWT cases, and there were only a small number of IGT. Severe storm tides were induced in 51 of all cases. The investigation showed slightly more NWT than W+SWT cases, and no IGT case. Severe storm tides hit in almost every case all parts of the German North Sea coast. Storm tides affected more frequently the eastern part of German Bight than the southern part by a small amount. There were three storm surge seasons (September to April) without a storm tide and three with the maximum of ten episodes. On average, five storm tide episodes occurred per season. All time series of the frequencies of the specific weather types show a high inter-annual and decadal variability. Therefore, the detection of long-term trends is problematic in view of the relatively short length of time series of only 63 years.http://dx.doi.org/10.1127/metz/2016/0660storm tidesGerman Bightstorm surge weather conditionsstorm track
collection DOAJ
language English
format Article
sources DOAJ
author Marie Gerber
Anette Ganske
Sylvin Müller-Navarra
Gudrun Rosenhagen
spellingShingle Marie Gerber
Anette Ganske
Sylvin Müller-Navarra
Gudrun Rosenhagen
Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight
Meteorologische Zeitschrift
storm tides
German Bight
storm surge weather conditions
storm track
author_facet Marie Gerber
Anette Ganske
Sylvin Müller-Navarra
Gudrun Rosenhagen
author_sort Marie Gerber
title Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight
title_short Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight
title_full Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight
title_fullStr Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight
title_full_unstemmed Categorisation of Meteorological Conditions for Storm Tide Episodes in the German Bight
title_sort categorisation of meteorological conditions for storm tide episodes in the german bight
publisher Borntraeger
series Meteorologische Zeitschrift
issn 0941-2948
publishDate 2016-09-01
description The German North Sea coast is exposed to storm surges induced by typical weather situations. For this study, the weather situations of all observed storm tides between January 1949 and April 2012 were investigated. An overall number of 366 cases were identified, analysed and assigned to three categories: the North-West Type (NWT), the West and South-West Type (W+SWT) and the Iceland Gale Type (IGT). The number of occurrences of NWT situations was slightly smaller than that of W+SWT cases, and there were only a small number of IGT. Severe storm tides were induced in 51 of all cases. The investigation showed slightly more NWT than W+SWT cases, and no IGT case. Severe storm tides hit in almost every case all parts of the German North Sea coast. Storm tides affected more frequently the eastern part of German Bight than the southern part by a small amount. There were three storm surge seasons (September to April) without a storm tide and three with the maximum of ten episodes. On average, five storm tide episodes occurred per season. All time series of the frequencies of the specific weather types show a high inter-annual and decadal variability. Therefore, the detection of long-term trends is problematic in view of the relatively short length of time series of only 63 years.
topic storm tides
German Bight
storm surge weather conditions
storm track
url http://dx.doi.org/10.1127/metz/2016/0660
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AT sylvinmullernavarra categorisationofmeteorologicalconditionsforstormtideepisodesinthegermanbight
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