We investigate various estimators based on extreme value theory (EVT) for determining the
local fractal dimension of chaotic dynamical systems. In the limit of an infinitely long time …

Weather regime forecasts are a prominent use case of sub‐seasonal prediction in the
midlatitudes. A systematic evaluation and understanding of year‐round sub‐seasonal …

The fractal dimension is a central quantity in nonlinear dynamics and can be estimated via
several different numerical techniques. In this review paper, we present a self-contained and …

Renewable power generation from wind and solar energy is strongly dependent on the
weather. To plan future sustainable energy systems that are robust to weather variability, a …

Humanity is close to characterizing the atmospheres of rocky exoplanets due to the advent
of JWST. These astronomical observations motivate us to understand exoplanetary …

Marine heatwaves (MHWs) can cause devastating impacts in coastal marine ecosystems,
particularly in shallow marginal seas, thereby making the understanding of the drivers of …

Weather regimes are recurrent and quasi‐stationary large‐scale atmospheric circulation
patterns, typically linking to surface weather. Two commonly used sets of weather regimes …

Extra‐tropical cyclones are an important source of weather variability in the mid‐latitudes.
Multiple occurrences in a short period of time at a particular location are denominated serial …

Weather regimes defined through cluster analysis concisely categorize the anomalous
regional circulation pattern on any given day. Owing to their persistence and low …

Extreme precipitation events inflict detrimental socio-economic impacts in the Eastern
Mediterranean. These are mainly associated with Mediterranean cyclones or the 'Wet'Red …