Cloud feedback—the change in top‐of‐atmosphere radiative flux resulting from the cloud
response to warming—constitutes by far the largest source of uncertainty in the climate …

In this review, we highlight the complementary relationship between simple and
comprehensive models in addressing key scientific questions to describe Earth's …

Representing unresolved moist convection in coarse‐scale climate models remains one of
the main bottlenecks of current climate simulations. Many of the biases present with …

Trade-wind cumuli constitute the cloud type with the highest frequency of occurrence on
Earth, and it has been shown that their sensitivity to changing environmental conditions will …

The primary objective of CFMIP is to inform future assessments of cloud feedbacks through
improved understanding of cloud–climate feedback mechanisms and better evaluation of …

Rethinking the Lower Bound on Aerosol Radiative Forcing in: Journal of Climate Volume 28
Issue 12 (2015) Jump to Content Jump to Main Navigation Logo Logo Logo Logo Logo Logo …

Trade‐wind clouds exhibit a large diversity of spatial organizations at the mesoscale. Over
the tropical western Atlantic, a recent study has visually identified four prominent mesoscale …

The atmospheric circulation controls how global climate change will be expressed
regionally. Substantial circulation changes are expected under global warming, including a …

To understand Earth's climate, climate modelers employ a hierarchy of climate models
spanning a wide spectrum of complexity and comprehensiveness. This essay, inspired by …

An abundance of evidence indicates that the tropics are expanding. Despite many attempts
to decipher the cause, the underlying dynamical mechanism driving tropical expansion is …