Difference between revisions of "2014 Summer Workshop Sessions"
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* Vince Eccles -- Ionospheric Dynamics During the 8-day GEM First Real Storm Study Period (invited) | * Vince Eccles -- Ionospheric Dynamics During the 8-day GEM First Real Storm Study Period (invited) | ||
* Abdallah Barakat -- Ion Outflow Predicted by the Generalized Polar Wind Model During the GEM First Real Storm Period (invited) | * Abdallah Barakat -- Ion Outflow Predicted by the Generalized Polar Wind Model During the GEM First Real Storm Period (invited) | ||
− | * Dan Welling and Abdallah Barakat -- Merged Ionosphere/Magnetosphere Modeling of the First Storm Period Using GPW and BATSRUS | + | * Dan Welling and Abdallah Barakat -- Merged Ionosphere/Magnetosphere Modeling of the First Storm Period Using GPW and BATSRUS |
* Naritoshi Kitamura -- FAST Ion Outflow Measurements—Flux, Velocity, Temperature, Current Density and Characteristics of Electron Precipitation During the GEM First Storm (invited) | * Naritoshi Kitamura -- FAST Ion Outflow Measurements—Flux, Velocity, Temperature, Current Density and Characteristics of Electron Precipitation During the GEM First Storm (invited) | ||
* Tom Moore and Rick Chappell -- Polar Measurements of Low Energy Ion Outflow and Lobal Wind During the GEM First Storm Period (invited) | * Tom Moore and Rick Chappell -- Polar Measurements of Low Energy Ion Outflow and Lobal Wind During the GEM First Storm Period (invited) |
Revision as of 15:21, 6 June 2014
June 15-20, 2014
Renaissance Portsmouth Hotel & Conference Center, Portsmouth, Virginia
Information about the GEM Student Workshop on Sunday, June 14 is available at GEM Student Forum.
Contents
- 1 Monday, June 16, 2014
- 1.1 0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- 1.2 1030 AM-1215 PM: Splinter Sessions
- 1.3 1330-1500 PM: Splinter Sessions
- 1.4 1530-1700 PM: Splinter Sessions
- 1.4.1 [Special] Strategic Priorities for Funding in the NSF Antarctic Program (Ports Ballroom IV-V)
- 1.4.2 [GGCM/Tail] Magnetic Reconnection in the Magnetosphere/Tail-inner Magnetosphere Interactions (Ports Ballroom I-III)
- 1.4.3 [IMS] Radiation Belts & Wave Modeling (Ports Ballroom VI-VIII)
- 1.4.4 [IMS/MIC/GGCM] Storm-time Inner Magneotsphere-Ionosphere Convection/Geospace System Science (Amphitheater)
- 2 Tuesday, June 17, 2014
- 2.1 0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- 2.2 1030 AM-1215 PM: Splinter Sessions
- 2.2.1 [GGCM] The Ionospheric Source of Magnetospheric Plasma-Measuring, Modeling and Merging into the GEM GGCM (Ports Ballroom I-III)
- 2.2.2 [IMS] Radiation Belts & Wave Modeling/Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
- 2.2.3 [Tail] Tail-Inner Magnetosphere Interactions (Amphitheater)
- 2.3 1330-1500 PM: Splinter Sessions
- 2.4 1530-1700 PM: Splinter Sessions
- 3 Wednesday, June 18, 2014
- 4 Thursday, June 19, 2014
- 4.1 0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- 4.2 1030 AM-1215 PM: Splinter Sessions
- 4.3 1330-1500 PM: Splinter Sessions
- 4.3.1 [Special] THEMIS Training Session (Ports Ballroom IV-V)
- 4.3.2 [Dayside/GGCM] The Magnetosheath/Geospace System Science (Ports Ballroom I-III)
- 4.3.3 [MIC/GGCM] Scientific Magnetic Mapping & Techniques/Metrics and Validation (Ports Ballroom VI-VIII)
- 4.3.4 [IMS] Inner Magnetosphere Cross-Energy/Population Interactions (Amphitheater)
- 4.4 1530-1700 PM: Splinter Sessions
- 5 Friday, June 20, 2014
Monday, June 16, 2014
0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- IMS tutorial by Drew Turner -- Probing the tempest: Current concepts and recent relevations concerning the nature of Earth's inner magnetosphere and geomagnetic storms
- MIC tutorial by Joe Huba -- Modeling the ionosphere/plasmasphere system: Quiet and stormtime conditions
1030 AM-1215 PM: Splinter Sessions
[GGCM] Magnetic Reconnection in the Magnetosphere (Ports Ballroom I-III)
[IMS] Radiation Belts & Wave Modeling (Ports Ballroom VI-VIII)
[IMS/MIC] Storm-time Inner Magneotsphere-Ionosphere Convection (Amphitheater)
1330-1500 PM: Splinter Sessions
[GGCM] Magnetic Reconnection in the Magnetosphere (Ports Ballroom I-III)
[IMS] Radiation Belts & Wave Modeling (Ports Ballroom VI-VIII)
[IMS/MIC] Storm-time Inner Magneotsphere-Ionosphere Convection (Amphitheater)
1530-1700 PM: Splinter Sessions
[Special] Strategic Priorities for Funding in the NSF Antarctic Program (Ports Ballroom IV-V)
[GGCM/Tail] Magnetic Reconnection in the Magnetosphere/Tail-inner Magnetosphere Interactions (Ports Ballroom I-III)
[IMS] Radiation Belts & Wave Modeling (Ports Ballroom VI-VIII)
[IMS/MIC/GGCM] Storm-time Inner Magneotsphere-Ionosphere Convection/Geospace System Science (Amphitheater)
Tuesday, June 17, 2014
0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- Tail tutorial by Jim Klimchuk -- Onset conditions for impulsive magnetic energy release
- GGCM tutorial by Jian Yang -- Effects of plasma-sheet bubble injections
1030 AM-1215 PM: Splinter Sessions
[GGCM] The Ionospheric Source of Magnetospheric Plasma-Measuring, Modeling and Merging into the GEM GGCM (Ports Ballroom I-III)
- Bob Schunk -- Overview of Ion Outflow (invited)
- Dan Welling -- Merged Ionosphere/Magnetosphere Modeling of the GEM Idealized Storm Period Using GPW and BATSRUS
- Nick Perlongo -- PWOM Results as Input to MHD Models for the Idealized and First Real Storm Periods
- Dan Welling and Nick Perlongo -- Merged Ionosphere/Magnetosphere Modeling of the GEM Idealized Storm Period Using PWOM and BATSRUS (invited)
- Roger Varney and Mike Wiltberger -- Merged Modeling of the GEM Idealized Storm Period Using an Ionosphere/Polar Wind Model (IPWM) and the LFM-MIX/CMIT (invited)
[IMS] Radiation Belts & Wave Modeling/Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
[Tail] Tail-Inner Magnetosphere Interactions (Amphitheater)
1330-1500 PM: Splinter Sessions
[GGCM] The Ionospheric Source of Magnetospheric Plasma-Measuring, Modeling and Merging into the GEM GGCM (Ports Ballroom I-III)
- Vince Eccles -- Ionospheric Dynamics During the 8-day GEM First Real Storm Study Period (invited)
- Abdallah Barakat -- Ion Outflow Predicted by the Generalized Polar Wind Model During the GEM First Real Storm Period (invited)
- Dan Welling and Abdallah Barakat -- Merged Ionosphere/Magnetosphere Modeling of the First Storm Period Using GPW and BATSRUS
- Naritoshi Kitamura -- FAST Ion Outflow Measurements—Flux, Velocity, Temperature, Current Density and Characteristics of Electron Precipitation During the GEM First Storm (invited)
- Tom Moore and Rick Chappell -- Polar Measurements of Low Energy Ion Outflow and Lobal Wind During the GEM First Storm Period (invited)
[IMS] Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
[Tail] Tail-Inner Magnetosphere Interactions (Amphitheater)
1530-1700 PM: Splinter Sessions
[GGCM] The Ionospheric Source of Magnetospheric Plasma-Measuring, Modeling and Merging into the GEM GGCM (Ports Ballroom I-III)
- Stein Haaland -- Cold Ion Outflow: Cluster Measurements During the GEM First Storm Period (invited)
- Lynn Kistler -- Cluster Measurements of O+ During the GEM First Storm Period (invited)
- Elena Kronberg -- Cluster RAPID Energetic Ion and Electron Measurements During the GEM First Storm Period (invited)
- Joe Borovsky -- LANL Plasma Measurements During the GEM First Storm Period (invited)
- Naritoshi Kitamura -- FAST Observations of the Solar Zenith Angle Dependence on Relations Between Energy Input and Outflowing H+ and O+ Ion Fluxes >3000 km
[IMS] Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
[Tail] Tail-Inner Magnetosphere Interactions (Amphitheater)
Wednesday, June 18, 2014
0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- Agency Reports from NSF, NASA and NOAA
- Dayside tutorial by Jim Burch -- The science of the MMS mission
1030 AM-1215 PM: Splinter Sessions
[GGCM] The Ionospheric Source of Magnetospheric Plasma-Measuring, Modeling and Merging into the GEM CCGM (Ports Ballroom I-III)
- Jonathan Krall -- SAMI 3 Modeling of Post-Storm Plasmasphere Filling and Comparisons With Measurements (invited)
- Joe Borovsky -- Long-lived Drainage Plumes—Where Does the Plasma Come From? (invited)
- GENERAL DISCUSSION OF FUTURE COLLABORATIVE STUDIES
[IMS] Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
[GGCM] Geospace System Science (Amphitheater)
1330-1500 PM: Splinter Sessions
[Dayside] Transient Phenomena at the Magnetopause and Bow Shock and Their Ground Signatures (Ports Ballroom I-III)
[IMS] Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
[GGCM] Geospace System Science (Amphitheater)
1530-1700 PM: Splinter Sessions
[Dayside] Transient Phenomena at the Magnetopause and Bow Shock and Their Ground Signatures (Ports Ballroom I-III)
[IMS] Quantitative Assessment of Radiation Belt Modeling (Ports Ballroom VI-VIII)
[GGCM] Geospace System Science (Amphitheater)
Thursday, June 19, 2014
0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- Dayside tutorial by Antonius Otto -- Dayside solar wind-magnetosphere coupling
- GGCM tutorial by Jimmy Raeder -- Prospects for data assimilation in global magnetosphere models
1030 AM-1215 PM: Splinter Sessions
[Dayside] Transient Phenomena at the Magnetopause and Bow Shock and Their Ground Signatures (Ports Ballroom I-III)
[MIC] Scientific Magnetic Mapping & Techniques (Ports Ballroom VI-VIII)
[GGCM] Geospace System Science (Amphitheater)
1330-1500 PM: Splinter Sessions
[Special] THEMIS Training Session (Ports Ballroom IV-V)
[Dayside/GGCM] The Magnetosheath/Geospace System Science (Ports Ballroom I-III)
[MIC/GGCM] Scientific Magnetic Mapping & Techniques/Metrics and Validation (Ports Ballroom VI-VIII)
[IMS] Inner Magnetosphere Cross-Energy/Population Interactions (Amphitheater)
1530-1700 PM: Splinter Sessions
[Special] THEMIS Training Session (Ports Ballroom IV-V)
[Dayside/GGCM] The Magnetosheath/Geospace System Science (Ports Ballroom I-III)
[GGCM] Metrics and Validation (Ports Ballroom VI-VIII)
[IMS] Inner Magnetosphere Cross-Energy/Population Interactions (Amphitheater)
Friday, June 20, 2014
0815-1000 AM: Planery Session (Ports Ballroom IV-V)
- Tail tutorial by Mike Wiltberger -- Determination of the global conductance pattern and its influence on the dynamics of the geospace
- Student-selected tutorial by Robyn Millan -- Radiation belts: Lost and found in Antarctica