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Clouds are an influential and complex element of Earth’s climate system. They evolve rapidly in time and exist over small spatial scales, but also affect global radiative balance and large-scale circulations. With more powerful models and extensive observations now at our disposal, the climate impact of clouds is receiving ever more research attention.Clouds and Their Climatic Impacts: Radiation, Circulation, and Precipitation presents an overview of our current understanding on various types of clouds and cloud systems and their multifaceted role in the radiative budget, circulation patterns, and rainfall.
Science of Cloud and Climate Science: An Analysis of the Literature Over the Past 50 Years
Clouds and Radiation
An Overview of Aerosol-Cloud Interactions
Ice Crystal Complexity and Link to the Cirrus Cloud Radiative Effect
Cloud-Radiation Interactions and Cloud-Climate Feedbacks From an Active-Sensor Satellite Perspective
Cloud Types
A Review of the Factors Influencing Arctic Mixed-Phase Clouds: Progress and Outlook
Extratropical Cloud Feedbacks
Tropical Marine Low Clouds: Feedbacks to Warming and on Climate Variability
Mechanisms for the Self-Organization of Tropical Deep Convection
An Overview of Mesoscale Convective Systems: Global Climatology, Satellite Observations, and Modeling Strategies
Clouds and Circulation
Interactions Between the Tropical Atmospheric Overturning Circulation and Clouds in Present and Future Climates
Clouds and Radiatively Induced Circulations
The Small-Scale Mixing of Clouds With Their Environment: Impacts on Micro- and Macroscale Cloud Properties
Clouds and Precipitation
Precipitation Efficiency and Climate Sensitivity
Observed Scaling of Precipitation Extremes With Surface Temperature and Convective Available Potential Energy
Satellite Precipitation Measurements: What Have We Learnt About Cloud-Precipitation Processes From Space?
Outlook
Machine Learning for Clouds and Climate