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

Shallow trade cumuli over subtropical oceans are a persistent source of uncertainty in
climate projections. Mesoscale organization of trade cumulus clouds has been shown to …

Idealized large-eddy simulations of shallow convection often utilize horizontally periodic
computational domains. The development of precipitation in shallow cumulus convection …

Abstract The EUREC4A (Elucidating the role of clouds–circulation coupling in climate) and
ATOMIC (Atlantic Tradewind Ocean‐Atmosphere Mesoscale Interaction Campaign) joint …

Recent observations of the trade‐wind regions highlight the covariability between cold‐pool
properties and mesoscale cloud organization. Given the covariability of organization with …

Numerical simulations of the tropical mesoscales often exhibit a self‐reinforcing feedback
between cumulus convection and shallow circulations, which leads to the self‐aggregation …

Mesoscale organization of marine convective clouds into linear or clustered states is
prevalent across the tropical and subtropical oceans, and its investigation served as a …

We investigate the role of mesoscale organization for the response of trade cumulus (Tc)
clouds to climate change. Among four recently identified states of Tc organization, the …

Aerosols and clouds are key components of the marine atmosphere, impacting the Earth's
radiative budget with a net cooling effect over the industrial era that counterbalances …

The impact of weak submeso-to mesoscale SST anomalies on daily averaged trade
cumulus cloudiness is investigated using satellite observations that have been validated …