The early summer of 2021 was a season of extremes across Europe. Heatwaves, droughts
and wildfires hit Eastern Europe and the Baltic, while repeated extreme precipitation in …

Extreme precipitation is among the most destructive natural disasters. Simulating changes in
regional extreme precipitation remains challenging, partially limited by climate models' …

The current study extends earlier work that demonstrated future extratropical transition (ET)
events will feature greater intensity and heavier precipitation to specifically consider …

When tropical cyclones (TCs) move to the mid-latitudes, they oftentimes undergo
extratropical transition (ET) by which they lose their symmetry and warm-core characteristics …

Post-tropical cyclones (PTCs) can bring high winds and extreme precipitation to Europe.
Although the structure and intensity of observed Europe-impacting PTCs has been …

Post-tropical cyclones (PTCs) can cause extensive damage across Europe through extreme
winds and heavy precipitation. With increasing sea surface temperatures, tropical cyclones …

Abstract The Northeast United States (NEUS) has faced the most rapidly increasing
occurrences of extreme precipitation within the US in the past few decades. Understanding …

One of the most costly effects of climate change will be its impact on extreme weather
events, including tropical cyclones (TCs). Understanding these changes is of growing …

Precipitation brought by cyclone systems has long been known as a major contributor to
devastating flood events. Recent post-tropical cyclones (PTCs), which transform from …

This research assesses the influences of Atlantic Multidecadal Variability (AMV) on global
tropical cyclones (TCs) using two large ensembles of idealized global climate model …