NOAA 20th century and ERA-20C reanalysis datasets are evaluated regarding the representation of extra-tropical cyclones and windstorms over the Northern and Southern Hemisphere during the respective 6-month winter seasons. The results indicate substantial differences in low-frequency variability between the two datasets – especially in the first half of the 20th century – expressed in different signs and/or magnitudes of long-term trends. This is hampering a reliable analysis of real long-term trends of cyclone and windstorm activity. However, higher-frequency variability is in good agreement between both datasets especially for the Northern Hemisphere
The main subject of this article is to comment on the issue of storminess trends derived from the tw...
Mid-latitudinal cyclones are a key factor for understanding regional anomalies in primary meteorolog...
An atmospheric regional climate model (CCLM) was employed to dynamically downscale atmospheric reana...
NOAA 20th century and ERA-20C reanalysis datasets are evaluated regarding the representation of extr...
AbstractThis study inter-compares extratropical cyclone activity in the following nine reanalysis da...
Reanalysis data underpin much research in atmospheric and related sciences. While most reanalysis on...
Global atmospheric reanalyses have become a common tool for both validation of climate models and di...
Tropical cyclones worldwide and European windstorms (extratropical cyclones) are the main cause of g...
This research examines the role that large-scale circulation plays in local storminess for the North...
The applicability of three different cyclone detection and tracking schemes is investigated with rea...
Extratropical cyclones in winter and their characteristics are investigated in depth for the Atlanti...
Extratropical cyclones (ETCs) variability is not only a subject that raises interest among the scien...
In this study, we detect and track extratropical cyclones using 6-hourly mean sea level pressure dat...
Extreme weather events in the mid-latitudes are often associated with weather systems, such as extra...
This work aims to analyze and compare ERA5 and CFSR/CFSv2 from 1979 to 2019 with 1-hourly outputs, r...
The main subject of this article is to comment on the issue of storminess trends derived from the tw...
Mid-latitudinal cyclones are a key factor for understanding regional anomalies in primary meteorolog...
An atmospheric regional climate model (CCLM) was employed to dynamically downscale atmospheric reana...
NOAA 20th century and ERA-20C reanalysis datasets are evaluated regarding the representation of extr...
AbstractThis study inter-compares extratropical cyclone activity in the following nine reanalysis da...
Reanalysis data underpin much research in atmospheric and related sciences. While most reanalysis on...
Global atmospheric reanalyses have become a common tool for both validation of climate models and di...
Tropical cyclones worldwide and European windstorms (extratropical cyclones) are the main cause of g...
This research examines the role that large-scale circulation plays in local storminess for the North...
The applicability of three different cyclone detection and tracking schemes is investigated with rea...
Extratropical cyclones in winter and their characteristics are investigated in depth for the Atlanti...
Extratropical cyclones (ETCs) variability is not only a subject that raises interest among the scien...
In this study, we detect and track extratropical cyclones using 6-hourly mean sea level pressure dat...
Extreme weather events in the mid-latitudes are often associated with weather systems, such as extra...
This work aims to analyze and compare ERA5 and CFSR/CFSv2 from 1979 to 2019 with 1-hourly outputs, r...
The main subject of this article is to comment on the issue of storminess trends derived from the tw...
Mid-latitudinal cyclones are a key factor for understanding regional anomalies in primary meteorolog...
An atmospheric regional climate model (CCLM) was employed to dynamically downscale atmospheric reana...