FST Team
Meeting, 13-14 August 2020
Agenda
Thursday,
13 August 2020 (Eastern time)
TIDs/TADs
and equatorial ionospheric structures and plasma instabilities
10:00-10:15 Simon
Plunkett: LWS Program updates
10:15-10:30 Chaosong Huang:
Research objectives and plan of the FST team
10:30-11:10 Manbharat Dhadly:
Exploring the high-latitude origin, evolution,
and low-latitude impacts of
large scale traveling ionosphere/thermosphere
disturbances
11:10-11:50 Phil Anderson:
Response of the Ionosphere and Thermosphere to Geomagnetic Storms in the Mid
to Low Latitudes
11:50-12:30 Shasha Zou:
Multi-instrument observational and modeling study of equatorial to mid-latitude
ionosphere-thermosphere
dynamics during geomagnetic disturbances
12:30-13:20 Lunch
Ionospheric
electric fields and longitudinal variability
13:20-14:00 Liying Qian:
Variability
of global electric field and its impact on the longitudinal structure of
the ionosphere
14:00-14:40 Ludger Scherliess: Stormtime
Longitudinal Variability in the Ionosphere-Thermosphere System
14:40-15:20 Chaosong Huang:
Dynamic and Coupling Processes in the
Mid-Latitude and Equatorial
Thermosphere and Ionosphere during Geomagnetic Storms
15:20-16:00 Qian Wu:
LTR
simulation of 2011 and 2013 St. Patrick's day Storms and Comparison with
Observations
16:00-16:30 Delores Knipp:
AMPERE
and DMSP data for the March 17-18 (St Patrick's Day) 2013 storm -
Preliminary Analysis of Shock and CME Dynamics from a Data View
16:30-17:00 Team
discussion
Friday,
14 August 2020 (Eastern time)
Data
and models
10:00-10:30 Yongliang Zhang: FUV observations
of topside ionospheric response during intense storms
10:30-11:00 Xiaoqing Pi: Observations
and assimilative modeling to study longitudinal variability of low-
latitude
ionospheric irregularities
11:00-11:30 Joe Huba: Status of sami3/gitm/cimi coupled models
11:30-12:00 Mei-Ching Fok and
Alex Glocer:
Recent Updates on CIMI and
its Coupling with SAMI3 and
SWMF
12:00-12:30 Hanli Liu:
Studying the
day-to-day variability of PRE using WACCM-X
12:30-13:00 Wenbin Wang:
MAGE (whole geospace modeling)
End