Current global climate models struggle to represent precipitation and related extreme
events, with serious implications for the physical evidence base to support climate actions. A …

The climate system of the Third Pole region, including the (TP) and its surroundings, is
highly sensitive to global warming. Mesoscale convective systems (MCSs) are understood to …

This study examines the deep convection populations and mesoscale convective systems
(MCSs) simulated in the DYAMOND (DYnamics of the atmospheric general circulation …

Straight line winds (SLWs), or non-tornadic thunderstorm winds, are causing widespread
damage in many regions around the world. These powerful gusts are associated with strong …

Barlage, M., F. Chen, R. Rasmussen, Z. Zhang, and G. Miguez‐Macho, 2021: The
importance of scale‐dependent groundwater processes in land‐atmosphere interactions …

Droughts are among the most complex and devastating natural hazards globally. High-
resolution datasets of drought metrics are essential for monitoring and quantifying the …

Atmospheric rivers (ARs), tropical storms (TSs), and mesoscale convective systems (MCSs)
are important weather phenomena that often threaten society through heavy precipitation …

An 8‐year climatology of raintype observations from the Global Precipitation Measurement
dual‐frequency precipitation radar highlights two stratiform rain producing storm regimes …

Climate change increases the frequency and intensity of extreme precipitation, which in
combination with rising population enhances exposure to major floods. An improved …

Tropical cirrus clouds, ie, any type of ice cloud with tops above 400 hPa, play a critical role in
the climate system and are a major source of uncertainty in our understanding of global …