Cloud feedback on global climate is determined by the combined action of multiple
processes that have different relevance in different cloud regimes. This review lays out the …

摘要云的形成过程及其类型复杂多样, 在气候系统中发挥着重要作用. 在当前气候背景下,
云在大气顶的净辐射效应为负值, 即对地气系统起着强烈的冷却作用. 云反馈过程是当前气候 …

Radiative sensitivity, ie, the response of the radiative flux to climate perturbations, is
essential to understanding climate change and variability. The sensitivity kernels computed …

Abstract Changes in tropical high clouds associated with deep convection with warming are
one of the largest sources of uncertainty in climate feedbacks. Here, we leverage an …

Abstract The Clouds and the Earth's Radiant Energy System (CERES) project has provided
the climate community 20 years of globally observed top of the atmosphere (TOA) fluxes …

Radiative kernel is a widely adopted method for diagnosing radiation variability and climate
feedback. However, most of the existing radiative kernels are broadband flux kernels and …

The spectral long-wave feedback parameter represents how Earth's outgoing long-wave
radiation adjusts to temperature changes and directly impacts Earth's climate sensitivity …

This study aims to create observation‐based cloud radiative kernel (CRK) datasets and
evaluate them by direct comparison of CRK and the CRK‐derived cloud feedback datasets …

Clouds play a key role in Earth's radiation budget, covering more than 50% of the planet.
However, the binary delineation of cloudy and clear sky is not clearly defined due to the …

Radiative kernels describe the differential response of radiative fluxes to small perturbations
in state variables and are widely used to quantify radiative feedbacks on the climate system …