CLUBB-SILHS: A parameterization of subgrid variability in the atmosphere
Vincent E. Larson
TL;DR
This paper presents the CLUBB-SILHS parameterization, a comprehensive model for representing subgrid cloud and turbulence variability in atmospheric simulations, including theoretical foundations, equations, and performance comparisons.
Contribution
It introduces a detailed and integrated parameterization framework combining CLUBB and SILHS, with extensive theoretical, computational, and comparative analysis.
Findings
Effective representation of subgrid variability in atmospheric models
Comparison shows improved accuracy over previous methods
Source code and documentation facilitate adoption and further research
Abstract
This document provides a detailed overview of the CLUBB-SILHS cloud and turbulence parameterization, including theoretical background, model equations, closure assumptions, simulation results, comparison with other parameterization methods, FAQs, and source code documentation.
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Taxonomy
TopicsMeteorological Phenomena and Simulations · Atmospheric and Environmental Gas Dynamics · Climate variability and models