In the tropics, deep convection, which is often organized into convective systems, plays a
crucial role in the water and energy cycles by significantly contributing to surface …

Accurate prediction of precipitation intensity is crucial for both human and natural systems,
especially in a warming climate more prone to extreme precipitation. Yet, climate models fail …

Understanding the drivers of cloud organization is crucial for accurately estimating cloud
feedbacks and their contribution to climate warming. Shallow mesoscale circulations are …

In a “hothouse” climate, warm temperatures lead to a high tropospheric water vapor
concentration. Sufficiently high water vapor levels lead to the closing of the water vapor …

In this Letter, we propose a novel strategy for significantly enhancing the heat transfer in
convection turbulence. By introducing a boundary deformation of the standing-wave type …

Climate models are useful tools for monthly to decadal prediction of the evolution of climate.
This study assesses how CMIP6 models represent soil moisture-latent heat regimes and …

Clustering of tropical thunderstorms constitutes an important climate feedback because it
influences the radiative balance. Convective self‐aggregation (CSA) is a profound modeling …

When daytime tropical convection develops away from mesoscale disturbances, it typically
transitions gradually from dry to shallow to deep convection on hourly timescales. The …

Quantifying the driving mechanisms and effect on Earth's energy budget of mesoscale cloud
organisation remains difficult, in part because quantifying the organisational state of the …

Cloud‐radiation interactions are a critical mechanism for convective self‐aggregation,
especially the longwave radiative cooling of low clouds and environments. In this study, two …