Magnetosphere-Ionosphere Coupling Workshop: New Research Opportunities on the Electrodynamical and Electromechanical Processes That Couple the Earth's Magnetosphere and Ionosphere/Atmosphere

Raymond A. Greenwald, JHU/APL, ray.greenwald@jhuapl.edu
NIST Auditorium, 1:00 - 3:00 PM
Tuesday, June 27, 2000


Over the past several years, W. Jeff Hughes (Boston University) and myself have acted as convenors of a GEM Working Group devoted to the topic of magnetosphere-ionosphere coupling. The specific goals of this activity were to identify the impact of the ionosphere and ionospheric boundary conditions on the growth and evolution of magnetospheric processes. While it is often stated that the ionosphere is little more than a passive load on the magnetospheric system, the potential impact of the ionosphere may be much more significant. There are those who even believe that the ionospheric tail may be able to wag the magnetospheric dog.

At the GEM-2000 meeting, MI Coupling activities had matured to the point that two working groups were formed to formulate GEM Campaigns devoted to the topics of "Impact of Ionospheric Plasmas on Magnetospheric Processes" and "Electrodynamics of MI Coupling". Particular attention has been given to how these campaigns might improve the quality and performance of large-scale MHD models. In this workshop, we will discuss the current status and plans of these GEM campaigns and examine whether there is complementary interest in the CEDAR community. We will also consider CEDAR and CEDAR/TIMED research activities and evaluate how they might contribute to our general understand of M-I/A Coupling. Topics under consideration will include:

The format of this workshop will be a number of presentations followed by a general discussion. If you are interested in giving a presentation, please E-mail your title to Ray Greenwald at the address given above. The objectives of this workshop are to identify CEDAR interests in MI coupling and complementary areas of CEDAR and GEM research.


Back to CEDAR Agenda 2000