2013 CEDAR Workshops

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50 years of Gravity Wave Research - a Tribute to Colin Hines

Advances in lidar and coordinated studies of middle and upper atmosphere globally

Calibration and analysis techniques for passive optical and lidar observations

CEDAR ETI Modeling Challenge

Coupling of the lower and upper atmosphere during Stratospheric Sudden Warmings

Equatorial Ionospheric Electrodynamics and Low-Latitude Space Weather

Exploring mesosphere-lower thermosphere (MLT) applications for commercial suborbital spacecraft

Geospace system science during storms and substorms

Impacts of Meteoroids and Space Debris

International space weather and climate observations along the 120E/60W meridional circle and over its surrounding areas

Large Atmospheric Lidar Observatory (LALO), a new initiative.

Lightning Effects in the Middle and Upper Atmosphere

MIT boundary region science enabled by data assimilation

Observing and Modeling Small-Scale Wave Dynamics and Interactions in the MLT Region

Opportunities for cubesat science in Alaska

PFISR Ion-Neutral Observations in the Thermosphere Campaign Year 1

Planetary waves and Tides in the Middle Atmosphere and Ionosphere: Observations, Modeling and Data Assimilation

Planning Observing System Configurations for Answering Geospace System Science by Utilizing Simulation and Data Assimilation

Potential CEDAR role in US/UK Space Weather Collaborations

System-Theoretic approach to CEDAR science

To build a strategy to forecast the state and dynamics of the ionosphere over South America using the LISN distributed observatory.

To the Topside: exploring the space-atmosphere interaction region

Understanding Thermospheric Winds

World Day Planning

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