2016 CEDAR-GEM Workshops

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Calibration and analysis techniques for passive optical and lidar observations

CEDAR science enabled by space weather observational campaigns

Coupling between the atmosphere, ionosphere, and magnetosphere through tropospheric and magnetospheric sources

Crowd to Cloud: Exploiting Crowd-Sourced Data for Geospace Science (quick link: bit.ly/crowd2cloud)

Data Assimilation for Space Weather: What works and what does not

Data Integration and Software Practices in Geospace Science

Decadal Survey ITM Missions — How to Best Engage the CEDAR/GEM Community

Exploration of the neutral atmosphere and its coupling with the ionosphere, magnetosphere and cosmic dust

Exploring the Geospace Frontier: Quo Vadis?

GEM-CEDAR Modeling Challenge

Geospace Empirical Models

Grand Challenge: The High-Latitude Geospace System

Joint GEM-CEDAR Grand Challenge: Storms and Substorms Without Borders (GC-SSWB)

Magnetospheric energy/momentum input and its role in the Magnetosphere – Ionosphere – Thermosphere Coupling

Making sense of high-latitude geospace observations: modeling, data fusion and assimilation

Origin and effects of suprathermal particles in the MI system

Particle Precipitation and the Effects on Earth's Atmosphere

Snakes on a Spaceship: Python in Space Science

What is the composition of the exosphere and how does it influence the topside ionosphere and plasmasphere?

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