Earth's tropical and subtropical rainbands, such as Intertropical Convergence Zones (ITCZs)
and monsoons, are complex systems, governed by both large‐scale constraints on the …

Extreme precipitation events (EPEs) cause frequently flooding with dramatic socioeconomic
impacts in many parts of the world. Previous studies considered two synoptic-scale …

The preceding and succeeding precipitation (PSP) of a precipitation extreme often
contribute to flooding initiated by the extreme event itself. In this study, the concept of event …

This study presented the spatio-temporal characteristics of extreme precipitation events in
the Northern Highlands of Pakistan (NHPK). Daily precipitation observations of 30 in situ …

One of the major advantages of satellite precipitation estimates is that they can provide a
complete picture of precipitation systems; a difficult task to achieve using sparsely distributed …

Event-based extreme precipitation (EEP), defined as an extreme precipitation event (no less
than 1 mm for continuous days) having at least one daily precipitation exceeding the 90th …

Extreme precipitation events (EPEs) have the potential to create catastrophic flooding,
landslides, and infrastructure damage. We diagnose the spatial and temporal characteristics …

Mesoscale convective systems (MCSs) constitute only a fraction of convective systems in the
tropics but significantly impact tropical weather and global climate. Early studies used …

Precipitation events should be characterized using data with high temporal resolution, such
as hourly precipitation. Event-based evaluation can provide more information than the …

Extreme precipitation occurs naturally in the form of “events,” and the spatio-temporal
distribution pattern of event-based extreme precipitation is of great significance to flood …