CEDAR
Coupling, Energetics and Dynamics of Atmospheric Regions Program
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2017 CEDAR Workshops

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Grand Challenge: Storms and Substorms Without Borders (SSWB) 3: Refinement and Synthesis
P. Erickson
ACTIVE EXPERIMENTS WORKSHOP
Eliana Nossa
Assimilating auroral ionospheric observations: remote sensing, in situ observations, and local-scale and global modelling
Kristina Lynch
Calibration and analysis techniques for passive optical observations
S. Nossal
CEDAR-GEM Modeling Challenge
Ja Soon Shim
Challenges and advances in the low- and middle latitude ionospheric electrodynamics
A. Maute
Collaborative investigations of MLT dynamics, chemistry, and ion-neutral coupling using lidars and surrounding cluster instruments
Alan Z. Liu
Combining Ionosphere and Sensor Models to Improve CEDAR Science Research
John Swoboda
Coordinated observation and analysis of the 21 August 2017 solar eclipse effect on the upper atmosphere
Shunrong Zhang
Data fusion for low-latitude CEDAR science
Fabiano Rodrigues
Developing Strategies for Enhancing CEDAR Science in Student Research, Curriculum, and General Outreach
Lindsay V. Goodwin
Distributed Networks of small instruments: low and middle latitude structures and modeling
Cesar E Valladares
Electrical and Dynamical Coupling Between Thunderstorms and the Atmosphere-Ionosphere System(s)
Jonathan Snively
Generation and effects of suprathermal particles in aurora and SAPS/SAID
Evgeny Mishin
Geospace science in the digital age: New tools and methods
Asti Bhatt
Grand Challenge MLT-X: Frontiers in Science and Sensing
Jeffrey Thayer
High-Latitude Ionospheric Electrodynamics and Their Impact on the Thermosphere
Gang Lu
Hydrogen in the Upper Atmosphere
Edwin Mierkiewicz
Ionosphere and Thermosphere Response to CIR- and ICME-driven Storms
Jing Liu
Meteoroids and Space Debris
Julio Urbina
Neutral Dynamics and Ionosphere-Thermosphere Coupling at High Latitudes
Xinzhao Chu
New Challenges in High-Latitude Ionosphere-Thermosphere Coupling
Yanshi Huang
Next generation systems science: Embracing data fusion and data science methods to understand geospace complexities
Ryan McGranaghan
Snakes on a spaceship: 2 fast, 2 furious
Russell Stoneback
The High Latitude Geospace System: Frontiers in science and sensing
Joshua Semeter
The propagation, dissipation, and influences of atmospheric gravity waves in the mesosphere, thermosphere and ionosphere
S. Vadas
Using Radar and optical observations for studying the Earth’s upper atmosphere at low and mid latitudes
Shikha Raizada
Variations in the Thermospheric compositions and their impact on the ionosphere
Yongliang Zhang
WACCM-X Users Group
Hanli Liu
Whole Atmosphere Variability Revealed by Simulations and Observations
Jing Liu
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