Tropical cyclones generate a large and wide cold wake along their trajectories, which
conditions the subsequent evolution of the tropical cyclone themselves. The cold wakes …

Forecasting the trajectory and intensity of tropical cyclones (TCs) is important in disaster
mitigation as TC usually causes huge damages. However, it remains a substantial challenge …

Accurate forecasting of tropical cyclone (TC) plays a critical role in the prevention and
defense of TC disasters. We must explore a more accurate method for TC prediction. Deep …

Ensemble‐based data assimilation of radar observations across inner‐core regions of
tropical cyclones (TCs) in tandem with satellite all‐sky infrared (IR) radiances across the TC …

The rapid onset of the South Asian summer monsoon (SASM) is featured as an abrupt
increase of rainfall and atmospheric column‐integrated moist static energy (MSE). Using …

Recent studies have shown that the assimilation of all-sky infrared (IR) observations can be
beneficial for tropical cyclone analyses and predictions. The assimilation of tail Doppler …

Heavy rainfall events in the warm season (May–September) over the Tibetan Plateau (TP)
region and its downstream areas are often closely related to eastward‐propagating Tibetan …

Tropical cyclone maximum intensity is believed to result from a balance between the surface
friction, which removes energy, and a temperature/moisture (enthalpy) difference between …

Convective vertical transport is critical in the monsoonal overturning, but the relative roles of
different convective systems are not well understood. This study used a cloud classification …

Tropical cyclone formation is known to require abundant water vapor in the lower to middle
troposphere within the incipient disturbance. In this study, we assess the impacts of local …