CEDAR email: AGU session on ITM wave coupling

[harvey]

> Dear Colleagues,
>
> Please consider submitting an abstract to the “Wave Processes in 
> Magnetosphere-Ionosphere-Thermosphere Coupling” session at the 2018 
> Fall AGU meeting. Abstracts are due 1 August 2018.
>
> This session will explore the role of wave processes in coupling the 
> magnetosphere, ionosphere, and thermosphere. Wave-related coupling 
> phenomena of interest to this session include those carrying energy 
> away from Earth (e.g. ion outflow, gravity/planetary wave breaking, 
> tides, terrestrial VLF sources), and those carrying energy toward 
> Earth (e.g. particle precipitation, Earthward Poynting flux).
>
> Of particular interest are studies bringing new information to 
> persistent problems (e.g., wave transmission via density ducts, Joule 
> heating dynamics, thermospheric neutral gas wave dynamics), and 
> studies that set the stage for near-future missions such as Geospace 
> Dynamics Constellation (GDC).
>
> Link to abstract submission:
> https://fallmeeting.agu.org/2018/abstract-submissions/
>
> Session ID: 44102
> Session Title: SM027. Wave Processes in 
> Magnetosphere-Ionosphere-Thermosphere Coupling
> Section/Focus Group: SPA-Magnetospheric Physics
> View Session Details: https://agu.confex.com/agu/fm18/gateway.cgi
>
> Your session conveners,
> David Malaspina, Lynn Harvey, Mark Golkowski, Katelynn Greer
>
> ==============
> Full session description:
> ==============
>
> The magnetosphere, ionosphere, and thermosphere are coupled via 
> neutral gas, charged particles, and electromagnetic fields across many 
> spatial and temporal scales. Now is an exciting time to study this 
> coupling as near- Earth space becomes more accessible, physically via 
> observations, and computationally by faster, more capable models.
>
> Coupling phenomena include those carrying energy away from Earth (ion 
> outflow, gravity/planetary wave breaking, tides, terrestrial VLF 
> sources), and those carrying energy toward Earth (particle 
> precipitation, Earthward Poynting flux). All these can be modulated 
> and/or mediated by a diverse set of waves.
>
> This session solicits observational, analytic, and modeling studies of 
> wave properties and dynamics as they impact coupling between the 
> magnetosphere, ionosphere, and thermosphere. Of particular interest 
> are studies bringing new information to persistent problems (e.g. wave 
> transmission via density ducts, Joule heating dynamics, thermospheric 
> neutral gas wave dynamics), and studies that set the stage for 
> near-future missions such as Geospace Dynamics Constellation (GDC).
>
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