2018 CEDAR Workshops

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Active Experiments Workshop

Annual and Semiannual Variations in the Thermosphere and Ionosphere

Brian Laughman Tribute: Dynamics and roles of small-scale gravity waves in the MLT

CEDAR Broader Impacts

CEDAR science enabled by geospace storm observational campaigns

Challenges in high-latitude system dynamics

Characterizing neutral wind/plasma dynamics at high latitudes below 350 km

Cusp-Grand Challenge Initiative: An eleven sounding rocket campaign using space and ground-based instruments to investigate the polar cusp

Developing small rockets for mesosphere and lower thermosphere research (50-120 km)

Distributed Observatories in the American sector

Exploring High Latitude Thermosphere and Ionosphere Variability and Coupling using Ground-based, Space-based, and Modeling Studies – Current Understanding, Observational Challenges, and Outlook

Exploring the challenges related to "Big Data" in CEDAR science

GEM-CEDAR Model Validation Challenge

Grand Challenge: Multi-scale I-T System Dynamics

Gravity waves and atmospheric coupling MLT-IT

High Latitude Thermosphere Disturbances and Their Global Impact

Instability, Wave Breaking and Turbulence: Current work, outstanding challenges, and future progress

Integrative Space Weather at Low Magnetic Latitudes

Light Atoms Across Atmospheric Regions

Meteoroids and Space Debris

Neutral Wind Dynamics and Coupling Between the Thermosphere and Ionosphere in the low- and mid-latitude regions

Next generation CEDAR science: Addressing geospace system science in the age of data science

Polar AIM Coupling, Composition, and Neutral Dynamics

Snakes on a Spaceship: The Return of the Python

Space Weather Observation Network I: Ionospheric Disturbances

Space Weather Observation Network II: Thermospheric Expansion

Upper atmospheric responses to the 21 August 2017 Solar Eclipse

Whole atmosphere coupling: research challenges and needs

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