TitleSpace Weather Modeling Capabilities Assessment: Auroral Precipitation and High‐Latitude Ionospheric Electrodynamics
Publication TypeJournal Article
Year of Publication2019
AuthorsRobinson, R, Zhang, Y, Garcia‐Sage, K, Fang, X, Verkhoglyadova, OP, Ngwira, C, Bingham, S, Kosar, B, Zheng, Y, Kaeppler, S, Liemohn, M, Weygand, JM, Crowley, G, Merkin, V, McGranaghan, R, Mannucci, AJ
JournalSpace Weather
Volume17
Issue2
Pagination212 - 215
Date Published01/2019
ISSN1542-7390
Abstract

As part of its International Capabilities Assessment effort, the Community Coordinated Modeling Center initiated several working teams, one of which is focused on the validation of models and methods for determining auroral electrodynamic parameters, including particle precipitation, conductivities, electric fields, neutral density and winds, currents, Joule heating, auroral boundaries, and ion outflow. Auroral electrodynamic properties are needed as input to space weather models, to test and validate the accuracy of physical models, and to provide needed information for space weather customers and researchers. The working team developed a process for validating auroral electrodynamic quantities that begins with the selection of a set of events, followed by construction of ground truth databases using all available data and assimilative data analysis techniques. Using optimized, predefined metrics, the ground truth data for selected events can be used to assess model performance and improvement over time. The availability of global observations and sophisticated data assimilation techniques provides the means to create accurate ground truth databases routinely and accurately.

URLhttps://onlinelibrary.wiley.com/doi/abs/10.1029/2018SW002127
DOI10.1029/2018SW002127
Short TitleSpace Weather


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