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Electrical Connec+ons and Consequences Within the Earth System J. Forbes, J. Thayer, X. Zhang (U. Colorado); W. Deierling, A. <strong>Richmond</strong>, R. Roble, W. Wang (NCAR); V. Pasko, S. Celes+n (Pennsylvania State U.) Connec+ons with WACCM • Use WACCM variables <strong>to</strong> parameterize cloud current sources. • Use WACCM chemistry and aerosol frameworks <strong>to</strong> model atmospheric conduc+vity. • Develop ionospheric electrodynamics module for WACCM. • Develop global electrical circuit model with a view <strong>to</strong> possible future integra+on in<strong>to</strong> WACCM.
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