2020 CEDAR Workshops

Return to 2020 Workshop main page

CEDAR and Climate Change

CEDAR Science Past the Next Decade – A Long-Term Vision

Cold Plasma Populations Throughout the Geospace System

Current Status and Needs For 21st Century Thermospheric Dynamics Measurements: The 2019-2020 Thermospheric Winds SWOT Analysis

Data Science in CEDAR: Progress, Capacity-Building, and Traversing Disciplines

Discovery science near the magnetic equator

Diversity, Equity, and Inclusion and CEDAR

Geospace storm dynamics in the upper atmosphere and ionospheric density gradients

Grand Challenge: Coordinated Ground and Space-based Observations of the Ionosphere-Thermosphere System

Grand Challenge: Initiative Mesosphere / Lower Thermosphere

Grand Challenge: Multi scale IT System Dynamics

Grand Challenge: Understanding the Electromagnetic Energy Input to Earth’s Atmosphere

Joint Session on TAD/TID/MSTIDs: Earth’s atmosphere vertical coupling relation with MSTIDs; Identification and Source Differentiation; Disturbances of high latitude origin and their low latitude impacts.

Meteoroids and Space Debris

Model systems engineering: connecting models for discovery

Modeling Capabilities for Studying the Coupled Atmosphere System: New Developments and Applications

NASA Ionospheric Connection Explorer (ICON) data introduction and tutorial

New Techniques for Active Experiments Workshop

Progress in Lidar Science and Engineering

Snakes on a Spaceship: The Order of the Python

Subauroral Science: STEVE, SAPS, SAID, and SAR arcs!

The Space Weather Data Portal: A Tool for Research and Education

Whole atmosphere coupling and sudden stratospheric warmings of solar cycle 24

↑