2018 GEM Workshop and GEM-CEDAR Joint Workshop

Detailed Schedule

Below is a detailed session schedule with names of tentative speakers provided by Focus Group Leaders and Research Area Coordinators. The information here serves as a rough guide for those who wish to know the most updated session plans. Due to the dynamic nature of the Workshop, Focus Groups may continue to revise their agenda as needed.

Poster Sessions will be held during 18:00 - 21:00 on Tuesday and Thursday. Poster titles can be found in the spreadsheet provided by the Workshop Coordinator.

All other information about the 2018 GEM Summer Workshop can be found at the GEM Workshop Coordinator site.

Monday, June 18

0830-1000: Plenary Session

Location: Eldorado B

• Opening and welcome: Jacob Bortnik (15 min)

• SWMI panel: Katariina Nykyri (moderator), Bob McPherron, Vassilis Angelopoulos, Toshi Nishimura, Jay Johnson, Heli Hietala (45 min)

• Mission talks: RBSP - Sasha Ukhorskiy; THEMIS - Vassilis Angelopoulos; MMS - Li-Jen Chen/Rick Wilder; NSF Ground-based - Mark Engebretson/Eftyhia Zesta (30 min)

1030-1200: Splinter Sessions

[FG] Dayside Kinetic Processes in Global Solar Wind-Magnetosphere Interaction

We will discuss dayside open questions and unresolved problems, facilitated by short “discussion starter” presentations. The emphasis will be on MMS observations and kinetic scale processes. Drew Turner will start the discussion on foreshock transients, followed by Mike Shay with magnetosheath turbulence and electron-only reconnection.

Towards the end of the session we will discuss future plans and activities for the Focus Group. We’re using an online form to collect your ideas, opinions, and feedback. Please submit your input especially if you’re unable to attend the workshop in person.

https://docs.google.com/forms/d/e/1FAIpQLScvvPORcIEAYS6Y19noaucJ5PLtEsbeedRld7oJwPAEE0jCeQ/viewform

• Heli Hietala, Welcome

• Drew Turner, Foreshock transients

• Mike Shay, Magnetosheath turbulence and electron-only reconnection

• Future plans for the focus group

[Joint] ULF wave Modeling, Effects, and Applications + Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere + Testing Proposed Links between Mesoscale Auroral and Polar Cap Dynamics and Substorms

ULF waves during particle injections and dipolarizations This session focuses on the relationship between particle injections/dipolarizations and Pc4-5/Pi2/EMIC waves - e.g., Why are waves driven in only some events? Do waves impact the ring current/radiation belts?

• 1. Discussion of Session Topic

• 2. Bob Lysak -- Ionospheric Conductivity Effects on Pi2 Pulsations

• 3. Mike Hartinger -- Pi2 waves during an extended period with stable plasmapause location and variable geomagnetic activity

• 4. Toshi Nishimura -- Ionosphere observations of Pc5 ULF waves during 2018 HGSO conjunctions

• 5. Xueling Shi -- Long-lasting poloidal ULF waves observed by multiple satellite and SuperDARN HF radars

• 6. Jian Yang -- New RCM-I simulation results for buoyancy waves

• 7. Dick Wolf -- Theory of Buoyancy Waves

• 8. Yan Song -- What Causes the Substorm Expansion Phase and Associated ULF Waves?

1330-1500: Splinter Sessions

[Joint] Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere + Testing Proposed Links between Mesoscale Auroral and Polar Cap Dynamics and Substorms

This session will focus on observations of the challenge events, discussion of steady magnetospheric convection, storm-time substorms, and isolated substorms and their effects on the inner magnetosphere.

• 1. Introduction to Event Studies: Challenge Events
• 2. Christine Gabrielse (Riometers/THEMIS)
• 3. Toshi Nishimura (ASI)
• 4. Drew Turner (MMS, Van Allen)
• 5. Amy Keese (Twins)
• 6. Lauren Blum (Van Allen, EMIC)
• 7. Colin Komar (SWMF)
• 8. Kyle Murphy (LANL, ULF, SuperDARN)

[FG] ULF wave Modeling, Effects, and Applications

Recent advances in ULF wave research

• 1. Overview of focus group goals and recent progress

• 2. Brief ULF wave poster overviews (Tuesday posters)

• 3. Kazue Takahashi -- Observation of nightside ULF waves by RBSP and Arase

• 4. Tom Elsden -- Broadband Excitation of 3D Alfven Resonances (FLRs) in an MHD Waveguide

• 5. Boyi Wang -- 2-D structure of foreshock driven Pc5 ULF waves observed by the THEMIS satellites and South Pole imager

• 6. Xiaochen Shen -- Foreshock transient-driven ultra-low frequency (ULF) waves with dawn-dusk asymmetry of wave power

• 7. Chih-Ping Wang -- ULF waves possibly driven by tailward propagation of foreshock perturbations

• 8. Allison Jaynes -- Fast diffusion of ultra-relativistic electrons in the outer radiation belt: 17 March 2015 storm event

• 9. Rualdo Soto -- The Drift-Mirror instability in Earth's inner magnetosphere

• 10. Martin Archer/Mike Hartinger -- Results from Sonification and Citizen Science of Magnetospheric ULF waves

1530-1700: Splinter Sessions

[FG] ULF wave Modeling, Effects, and Applications

EMIC wave generation, propagation, and interactions: Discussion leaders Alexander Drozdov and Maria Usanova

The generation mechanisms of EMIC waves, their effects on trapped particles, and their propagation through the M-I system are challenging topics that involve multiple GEM research areas. Despite several years of observations and improved global wave statistics, there are many unresolved questions that limit further investigation, modeling and prediction of processes in the inner magnetosphere involving EMIC waves. This session includes presentations and discussion that unites recent findings in different areas of EMIC wave research and identifies observations/models most needed to address unresolved questions.

• 1. Dedong Wang -- EMIC wave observations from Van Allen Probes and MMS

• 2. Mark Engebretson -- MMS, Van Allen Probes, and ground based magnetometer observations of EMIC waves associated with a modest interplanetary shock

• 3. Maria Usanova -- MMS Observations of Harmonic Electromagnetic Cyclotron Waves

• 4. Naritoshi Kitamura -- Direct measurements of energy transfer from hot H+ to EMIC waves by MMS

• 5. Bruce Fritz -- ELF Whistler Dependence on a Sunlit Ionosphere

• 6. Chae-Woo Jun -- EMIC waves associated with/without the injection inside/outside the plasmapause

• 7. Hyomin Kim -- Injection-associated EMIC waves

• 8. Sebastian Cervantes -- EMIC wave parameterization in radiation belt reanalysis

• 9. Maria Usanova -- Long-term correlation of EMIC wave activity and radiation belt flux variations

• 10. Alexander Drozdov -- The effects due to the EMIC waves in the VERB code modeling

[Joint] Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere + Testing Proposed Links between Mesoscale Auroral and Polar Cap Dynamics and Substorms

This session will summarize the previous sessions presentations and will discuss new observations and modelling regarding tail dyanmics, substorms, dipolarizations and their effects on magnetosphere.

• 1. Summary of previous session and event studies
• 2. Sarah Vines - AMPERE
• 3. Grant Stephens - Empirical field model
• 4. Slava Merkin - Coupling global MHD and empirical field model
• 5. Sasha Ukhorskiy - LFM Chimp
• 6. Bea Gallardo-Lacourt
• 7. Shin Ohtani - PBIs

Tuesday, June 19

0830-1000: Plenary Session

Location: Eldorado B

• MPS tutorial: Slava Merkin

• GSM tutorial: Li-Jen Chen

1030-1200: Splinter Sessions

[FG] Inner Magnetosphere Cross-Energy/Population Interactions

Inner magnetosphere-ionosphere coupling

• Location: Anasazi Ballroom
  
• Harneet Sangha: The Field-Aligned Current Structure Associated with Sub-Auroral Polarization Streams
• Bea Gallardo-Lacourt: STEVE: An optical structure in the subauroral region. Location and geomagnetic conditions during its formation
• Nithin Sivadas: Energetic precipitation during substorms: simultaneously measured in the magnetosphere and ionosphere
• Yiqun Yu: Self-consistent modeling of magnetosphereic precipitation and response in the ionosphere
• Xiangning Chu: Unexpected storm-time plasmaspheric density increase at low L shells on the nightside
• Yue Chao: Oxygen ion behavior in Earth’s ring current dynamics based on Van Allen Probes observation

1330-1500: Splinter Sessions

[FG] Inner Magnetosphere Cross-Energy/Population Interactions

particle and wave dynamics

• Location: Eldorado B
  
• Chia-Lin Huang: Quantifying Radiation Belt Electron Precipitation and Its Effect on Ionosphere and Atmosphere
• Mykhaylo Shumko: Evidence of Microbursts Observed Near the Equatorial Plane in the Outer Van Allen Radiation Belt
• Run Shi: Properties of whistler mode waves in plasmasphere and plasmaspheric plume
• Qianli Ma: Ion Heating by Electromagnetic Ion Cyclotron Waves in the Inner Magnetosphere’
• Sam Bingham: The development of source electrons and chorus wave activity during CME and CIR storms
• Poorya Hosseini: Investigating Wave-particle interaction at Earth's radiation belts with ground based observations
• Chao Yue: The composition of plasma pressure inside geostationary orbit based on Van Allen Probe observations
• Cristian Ferradas: Comparison of electron loss models in the inner magnetosphere

[FG] Dayside Kinetic Processes in Global Solar Wind-Magnetosphere Interaction

Southward IMF Challenge: simulation-observation comparisons Two participating modeling teams have joined forces with observers to proceed with the analysis of the 2015-11-18 event. We’ll first hear each collaboration present their simulation-observation comparisons on five prescribed topics: magnetic field and plasma signatures, waves, magnetopause location, and X-line dynamics. We’ll then get a chance to make on-the-spot model-model-observation comparisons. Finally, each collaboration gets to present any extra findings they’ve made. When we reconvene refreshed after the coffee break, we’ll discuss the next steps of this Challenge.

• Heli Hietala, Introduction to Southward IMF challenge

• Yuxi Chen & Sarah Vines, Comparison of MHD-EPIC simulation with observations

• Yu Lin & Sun Lee, Comparison of global 3D hybrid simulation with observations

• Joint comparison and discussion

• Yuxi Chen & Sarah Vines, Extra findings

• Yu Lin & Sun Lee, Extra findings

[FG] Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere

Location: Zia Ballroom
Chairs: Christine Gabrielse, Drew Turner, David Malaspina, Matina Gkioulidou, Slava Merkin

We will have a panel discussion on the questions below with an aim to communicate different types of models' capabilities to answer different science questions, as well as a discussion on how we can move forward towards improved, data-informed models. We invite the audience to participate in the discussion and to provide input as to how we, as a field, can move forward to better understand how dipolarizations affect the inner magnetosphere, and/or how they are affected by the coupled magnetosphere-ionosphere system.

Panelists
Misha Sitnov
San Lu
Jimmy Raeder
Yann Kempf
Colby Lemon
Katie Garcia-Sage

Panel Questions

1) Given our current modeling capabilities, discuss which kinds of models are best at capturing which aspects of dipolarization events and their effects in the magnetosphere.

2) What determines the dipolarization scale size in different models? (e.g., physical description, boundary conditions, model input parameters, ionosphere conditions, etc.?)

3) The transition region is where both inertia and energy dependent drifts are important. No existing models treat that region correctly.

(a) How do we move forward?

(b) Or, more specifically, address the question of dipolarization front deceleration: (i) How do various models treat dipolarization deceleration as they approach the inner magnetosphere? (ii) What processes are decelerating the fronts in the models? (iii) What inner magnetosphere processes are missing (e.g. plasmasphere, complex ionospheric conductivity models) and does excluding these processes lead to different deceleration predictions?

(c) And/or address: (i) What are the relative roles of ExB, energy-dependent drifts and particle trapping in transport and energization in the transition region? (ii) To what extent are these processes adiabatic for particles of different energies? (iii) What is their overall contribution to the ring current build up?

Although the questions are focusing on dipolarization implementation into the current magnetospheric models, participation of data analysts is highly desired and encouraged in order to establish an observational framework for the models.

1530-1700: Splinter Sessions

[FG] Inner Magnetosphere Cross-Energy/Population Interactions

• Location: Eldorado B
  
• Report on the spacecraft charging challenge
• We will have a panel discussion on remaining scientific questions in the coupled inner magnetosphere system and on future plans regarding how we will continue and move forward to better understand the cross-energy/population coupling processes and interactions with tail and ionosphere. We also cordially invite the audience to participate and contribute.

• Panelist: Mike Liemohn, Vania Jordanova, George Khazanov, Yihua Zheng

[Joint] Dayside Kinetic Processes in Global Solar Wind-Magnetosphere Interaction + Modeling Methods and Validation

Dayside-Nightside Connections Challenge: a substorm triggered by magnetosheath jets? This theme echoes the second half of our FG’s name. Last summer Katariina Nykyri presented an event with great potential for community efforts: an MMS-THEMIS conjunction where timing suggests that a substorm was triggered by transient dayside magnetosheath jets. The FG has taken up the challenge and coordinated activities in preparation for the workshop.

First Chih-Ping Wang will provide an introduction to the theme by presenting an event featuring a foreshock transient propagating to the mid-tail. Katariina Nykyri will then present the challenge event. The following presentations will let us see whether DMSP, SuperDARN, and ground magnetometer observations support the hypothesis.

• Next steps of Southward IMF challenge

• Ying Zou, Introduction to Dayside-Nightside Connections Challenge

• Chih-Ping Wang, Propagation of foreshock transients to mid-tail

• Katariina Nykyri, Challenge event observations using THEMIS & MMS and simulations

• Simon Wing, Challenge event observations using DMSP

• Xueling Shi & Mike Ruohoniemi, Challenge event observations using SuperDARN

• Toshi Nishimura, Challenge event observations using ground magnetometers

• Discussion

[FG] Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere

Location: Zia
Chairs: Drew Turner, Christine Gabrielse, David Malaspina, Slava Merkin, Matina Gkioulidou

This is an informal, workshop-style session that we opened up to contributed slides in order to provide the community a mouthpiece to focus on any brand new results, outstanding challenges, and/or outstanding questions concerning the research.

Although we provide the list of speakers, we point out that some of them may present during our panel-led discussion at 1:30.

Speakers ------------------- Topics (~5 min)
1. Chih-Ping Wang ------- RCM results of bubbles
2. Ryan Dewey ----------- Dipolarization effects at Mercury and comparisons to Earth
3. Joachim Birn ------------ Dipolarization braking
4. Brian Swiger ----------- ~keV electron enhancements in the tail from THEMIS, correlation to AE
5. Andrei Runov ----------- Comparing injections at THEMIS with LANL
6. Sasha Ukhorskiy ------- Ion acceleration and transport from the tail to the inner magnetosphere, the effects of trapping, adiabaticity, and the role of charge
7. Anton Artemyev -------- Particle energization: adiabatic vs. nonadiabatic
8. Xiangning Chu ---------- Broadband waves on the dipolarization front in the inner magnetosphere
9. Shin Ohtani -------------- Statistical study of two-point measurements of dipolarization and the result shows earthward propagation
10. Tetsuo Motoba -----------Statistical characteristics of dipolarizations and ion injections inside GEO

1800-2100: Posters

Poster authors and titles can be found in the spreadsheet provided by the Workshop Coordinator.

Wednesday, June 20

0830-1000: Plenary Session

Location: Eldorado B

• IMAG tutorial: Harlan Spence

• Student invited tutorial: David Sibeck

1030-1200: Splinter Sessions

[Joint] ULF wave Modeling, Effects, and Applications + Modeling Methods and Validation

ULF wave modeling challenge

Overview of the ULF wave modeling challenge, including discussion of the ULF wave challenge event on 27-28 May 2017 (http://gem.epss.ucla.edu/mediawikiwiki/index.php/FG:_ULF_Wave_Modeling%2C_Effects%2C_and_Applications) and coordinated analysis aimed at identifying additional science targets for the modeling challenge.

• 1. Brief ULF wave poster overviews (Thursday posters)

• 2. Mike Hartinger: ULF wave modeling challenge event overview, discussion of challenge targets (continuing during session)

• 3. Mariko Teramoto: ARASE ULF wave observations during challenge event

• 4. Sam Califf: GOES-14 and 16 observations during the ULF wave challenge event, Data Discussion

• 5. Toshi Nishimura: PFISR measurements of the 27-28 May 2017 ULF waves

• 6. Dogacan Su Ozturk: The modeling study of the 27 March 2017 Event

• 7. Xiaochen Shen: GEM Challenge Event: ULF wave-related electron and proton precipitation/negative dynamic pressure pulse driven EMIC wave

• 8. Others discuss when their figures/summary plots in event overview pdf are presented…

[FG] Geospace Systems Science

“Progress in Systems Science”. This session will be comprised of short oral presentations highlighting this year’s progress. Speakers will include

1. Brian Walsh -- Topic: on solar wind propagation and uncertainties
2. Misha Sitnov -- Topic: on data-mining efforts in empirical reconstruction of substorms
3. Alexander Lipatov -- “Effects of transmitted interplanetary impulse interaction with plasmaspheric plume. First results from 3-D hybrid kinetic modeling”
4. Shin Ohtani -- Topic: on the link between the auroral streamer and plasma sheet flow channel in the analogy to electric circuit
5. Lynn Kistler -- Topic: the sawtooth project
6. Katariina Nykyri -- TBA
7. Joe Borovsky -- “A Composite (Aggregate) Index of Magnetospheric Activity”
8. Ankush Bhaskar -- "Radiation belt response to interplanetary reverse shock"

1330-1500: Splinter Sessions

[FG] Modeling Methods and Validation

This session will include talks on general validation topics, followed by a discussion of validation at GEM.

- Mike Liemohn: ILWS-CCMC “metrics for modeling geomagnetic indices”
- Adam Kellerman: "Application Usability Levels: A framework for objectively measuring a projects progress towards specific applications.”
and: "Verification of the UCLA real-time data assimilative VERB code over the 2016-2018 period of operation."
- Lutz Rastaetter: New visualizations and metrics
- Misha Sitnov: “Global MHD validation of substorms and implications for kinetic simulations”
- Nathaniel Frissell: "Modeling Amateur Radio Soundings of the Ionospheric Response to the 2017 Great American Eclipse"
- MM&V Co-chairs (presented by Katherine Garcia-Sage): GEM Validation - Issues and Ideas

Following the speakers, we will have a discussion on ideas and issues for organizing validation at GEM.

[FG] Tail Environment and Dynamics at Lunar Distances

1. Robert Allen: Cassini observations of the distant magnetotail and sheath

2. Lin Yu et al. (presented by Jay Johnson): Global hybrid simulation and THEMIS and DMSP observations

3. Shin Ohtani: Substorm current wedge

4. Joachim Birn: Current diversion and energy flow and conversion associated with the substorm current wedge

5. Jiang Liu: Field-aligned currents from Swarm

6. Xiaochen Shen: Kelvin-Helmholtz waves in mid-tail

7. San Lu: PIC simulation result on the magnetotail dawn-dusk asymmetry

8. Anton Artemyev: 3D picture of thin current sheet formation

9. Stefan Kiehas: Bent current sheet destabilizing magnetotail

10. Andrei Runov: Current sheet structure at lunar distances

11. Jiang Liu: R1/R2 currents as a collective result of very intense and localized FACs in the tail

12. Chih-Ping Wang: Update on mid-tail dynamics observed by ARTEMIS

[FG] Geospace Systems Science

“Geospace Systems Science: Looking Ahead”. This is the final (5th-year) session of the GSS Focus Group. This session will be an audience discussion to assess the systems-science approach to understanding geospace and to consider new ideas for the future.

1530-1700: Splinter Sessions

[FG] Tail Environment and Dynamics at Lunar Distances

Modeling challenge: We will discuss candidate events for next modeling challenge

Candidate events:

1. Magnetotail response to a transition from N IMF to S IMF: 2017-07-09: GOES-Geotail-MMS-ARTEMIS midnight conjunction

2. Impact of small solar wind dynamic pressure on the magnetotail: 2017-09-06, Geotail-ARTEMIS midnight conjunction

3. Magnetotail length during N IMF: 2010-10-22, Two ARTEMIS tail conjunction

[FG] Quantitative Assessment of Radiation Belt Modeling

Chairs: Weichao Tu and Steve Morley

1. Mary Hudson (scene-setting talk, 15min): Recent Advances and Open Questions in RB Enhancements

2. Alex Boyd: What Causes Radiation Belt Enhancements: A Survey of the Van Allen Probes Era

3. Hong Zhao: Effects of Solar Wind and Magnetospheric Processes on the Ultra-Relativistic Electron Acceleration in the Outer Radiation Belt

4. Adam Kellerman: Quantitative analysis of the radiation-belt electron phase-space-density response to stream-interaction regions utilizing the data-assimilative VERB code

5. Zhao Li: Relativistic electron advection during CME-shock driven storms

6. Leng Ying Khoo: On the Initial Enhancements of Energetic Electrons and the Innermost Plasmapause Locations During Storm Periods

7. Dedong Wang: VERB Simulation for GEM Challenge Events

8. Ivan Vasko: Electrostatic Steepening of Whistler Waves

9. Anton Artemyev: Electron nonlinear resonant interaction with short and intense parallel chorus wave-packets

10. (walk-in) Scot Elkington: Test Particle/SDE Simulations of a Stormtime Enhancement Event

11. (walk-in) Xiaojia Zhang: Properties of intense field-aligned lower-band chorus waves: implications for nonlinear wave-particle interactions

[Joint] Magnetic Reconnection in the Age of the Heliophysics System Observatory + Dayside Kinetic Processes in Global Solar Wind-Magnetosphere Interaction

This session is joint with the Dayside Kinetic Processes focus group, and therefore focuses on magnetic reconnection that is specifically relevant to the dayside magnetopause, magnetosheath or bow shock.

1. 3:30-3:40, Brian Walsh, “Maximum reconnection spreading speed at the dayside magnetopause.”

2. 3:40-3:50, Mike Shay, “Heating due to magnetic reconnection occurring in turbulence.”

3. 3:50-4:00, Sarah Vines, “Comparing dayside reconnection with inferred system measurements.”

4. 4:00-4:10, Allison Jaynes, “Whistlers and energetic electrons in the LLBL during reconnection events.”

5. 4:10-4:20, Jason Shuster, “Thin magnetosheath current sheet observations: resolving vlasov equations with MMS”

6. 4:20-4:30, Hjunju Connor, “Modeling of dayside magnetic reconnection and magnetopause movement.”

7. 4:30-4:40, Ari Le, "3D PIC simulations of magnetopause reconnection."

4:40-5:00 – Open discussion, walk-on presentations.

Thursday, June 21

0830-1000: Plenary Session

Location: Eldorado B

Agency reports:

• NSF - Carrie Black, Mike Wiltberger
• NOAA - Howard Singer
• NASA - Jim Spann
• Air Force - James McCollough
• LPAG - Matina Gkioulidou et al.

1030-1200: Splinter Sessions

[FG] M3-I2: Merged Modeling & Measurement of Injection Ionospheric Plasma into the Magnetosphere and Its Effects

Observations/Physical Processes of Upflow/Outflow

• Chair: Rick Chappell -- Scribe: Barbara Giles

1. Rick Chappell, Focus Group co-Chair emeritus: Overview of the Working Group Goals
2. Invited: Lynn Kistler of UNH: Recent Outflow Observations using MMS, Cluster, and also ARASE!
3. Invited: Matina Gkioulidou: Van Allen Probe observations of ion outflow
4. Marc Lessard of UNH: Rocket observations of N2+ upwelling in the cusp region
5. Chih-Ping Wang of UCLA: Contribution of tail mantle and LLBL to ionospheric upflow
6. Jun Liang of UCalgary: REGO and ePOP observations of Alfvenic Aurora

1. additional participants welcome! you are welcome to add your contribution here or to email barbara.giles@nasa.gov and shashaz@umich.edu

We are continuing collaborative efforts of the storm periods:

• Storm 1: 2016 Mar 4-8 (DOY 64-68)
• Storm 2: 2016 Oct 11-15 (285-289)
• Possibly: 2016 May 6-10 (127-131)

Especially including new and newly-restored data sets Other specialized events/studies are welcome, especially those speaking to statistical states. It is important to study not only storm times, but also non-storm times in which the ionosphere is feeding the plasma sheet and building it up steadily prior to any reconnection or storm activity. This will also be the encouraged focus for M3I2 GEM Mini-Workshop at 2018 Fall AGU.

[FG] Quantitative Assessment of Radiation Belt Modeling

Chairs: Jay Albert and Wen Li

1. Sasha Ukhorskiy (scene-setting talk, 15min): Recent Advances and Open Questions in RB Dropouts

2. Seth Claudepierre: Empirical estimates of electron lifetimes in the radiation belts

3. Zheng Xiang: A statistical survey of radiation belt dropouts observed by Van Allen Probes

4. Joe Borovsky: MeV-Electron Dropouts without MeV-Proton Dropouts

5. Luisa Capannolo: Understanding the driver of energetic electron precipitation using coordinated multi-satellite measurements (24 September 2013 Challenge Event)

6. Mark Engebretson: EMIC wave events during the four GEM QARBM challenge intervals

7. Armando Maldonado: On the diffusion rates of electron bounce resonant scattering by magnetosonic waves

8. Oleksiy Agapitov: Chorus-microburst relations and the corresponding scaling

9. Alexander Drozdov: Modeling of a non-storm dropout event

10. (walk-in) Robyn Millan: Newly selected REAL CubeSat Mission

11. (walk-in) Poorya Hosseini: Whistler wave-particle interaction in the Earth's radiation belts

1330-1500: Splinter Sessions

[FG] M3-I2: Merged Modeling & Measurement of Injection Ionospheric Plasma into the Magnetosphere and Its Effects

Observations/Physical Processes of the Coupled Ionosphere-Magnetosphere System as a Consequence to Upflow/Outflow

• Chair: Shasha Zou -- Scribe: Rick Chappell

1. Invited: Joe Borovsky of SSI in Boulder: Impacts of ionospheric plasmas on magnetospheric behavior
2. John Wygant of Univ MN: Observations of Strong Field-aligned Poynting Flux in the Earth's Magnetosphere and Its Role in the Efficient Driving of Intense Outflowing Ion Energy Fluxes in the Cusp and Tail : Examples of "Alfvenic" Poynting Flux Driven Winds
3. Tian Shen: TBD
4. Shasha Zou of UMichigan: PFISR observations of ion upflow and downflow

1. additional participants welcome! you are welcome to add your contribution here or to email barbara.giles@nasa.gov and shashaz@umich.edu

We are continuing collaborative efforts of the storm periods:

• Storm 1: 2016 Mar 4-8 (DOY 64-68)
• Storm 2: 2016 Oct 11-15 (285-289)
• Possibly: 2016 May 6-10 (127-131)

Especially including new and newly-restored data sets Other specialized events/studies are welcome, especially those speaking to statistical states. It is important to study not only storm times, but also non-storm times in which the ionosphere is feeding the plasma sheet and building it up steadily prior to any reconnection or storm activity. This will also be the encouraged focus for M3I2 GEM Mini-Workshop at 2018 Fall AGU.

1530-1700: Splinter Sessions

[FG] Modeling Methods and Validation: Conductance Challenge Session

- Geoff Crowley
- Slides from Steve Kaeppler
- Slides from Ryan McGranaghan
- George Khazanov
- Margaret Chen
- Agnit Mukhopadhyay

The goal for this session is to discuss data/model results from the specific challenge days, as well as data/model parameters, uncertainties, assumptions, and boundary conditions, with an eye toward making comparisons for these events (including model-model, data-data, and model-data comparisons).

After the speakers, we’ll determine whether there is anyone else who we need to get involved in the challenge events and identify next steps for making comparisons and moving the challenge forward.

Challenge events:

1. 1 2016 Oct 13-15
   
2. 2 2013 March 17
   

Bonus storms (selected by the CCMC Space Weather Capabilities Auroral Assessment team):

1. 3 2015 Jun 21-24
   
2. 4 2012 March 9
   

[FG] M3-I2: Merged Modeling & Measurement of Injection Ionospheric Plasma into the Magnetosphere and Its Effects

Advances/Issues in Modeling of the Coupled Ionosphere-Magnetosphere System and Model-Data Comparisons

• Chair: Barbara Giles -- Scribe: Shasha Zou

1. Invited: Alex Glocer of NASA Goddard: Ionospheric Contributions to the Magnetosphere - blue H+ vs red H+!
2. Invited: Roger Varney of SRI: title is forthcoming
3. Jonathan Krall: SAMI3 simulations suggest a connection between the tongue of ionization and the plasmasphere plume.
4. Rick Chappell: MMS FPI observations of ion outflows
5. Naritoshi Kitamura of the Univ of Tokyo: Cold ion observations by MMS at the lobe and near PSBL
6. Naritoshi Kitamura of the Univ of Tokyo: In-situ Observation Plans in Next Japanese Space Exploration Mission(FACTORS) for Ion Acceleration/Heating Processes in the Terrestrial Magnetosphere-Ionosphere Coupling System" on behalf of Prof. Masafumi Hirahara
7. additional participants welcome! you are welcome to add your contribution here or to email barbara.giles@nasa.gov and shashaz@umich.edu

We are continuing collaborative efforts of the storm periods:

• Storm 1: 2016 Mar 4-8 (DOY 64-68)
• Storm 2: 2016 Oct 11-15 (285-289)
• Possibly: 2016 May 6-10 (127-131)

Especially including new and newly-restored data sets Other specialized events/studies are welcome, especially those speaking to statistical states. It is important to study not only storm times, but also non-storm times in which the ionosphere is feeding the plasma sheet and building it up steadily prior to any reconnection or storm activity. This will also be the encouraged focus for M3I2 GEM Mini-Workshop at 2018 Fall AGU.

[FG] Quantitative Assessment of Radiation Belt Modeling

Chairs: Steve Morley and Jay Albert

1. Steve Morley: Summary of RB Enhancement and Dropout Challenges

2. Lauren Blum: Newly selected CubeSat mission at GTO orbit

3. Xinlin Li: Newly selected CubeSat: Inner Radiation Belt Experiment (CIRBE)

4. James McCollough: Update on DSX Mission

5. Panel Discussions: Remaining Open Questions and Future Directions of Radiation Belt Studies

Panelists: Jacob Bortnik, Allison Jaynes, Wen Li, Geoff Reeves, and Drew Turner

1800-2100: Posters

Poster authors and titles can be found in the spreadsheet provided by the Workshop Coordinator.

Friday, June 22

0830-1000: Plenary Session

Location: Eldorado B

• Student poster awards & Jacob poll results (30 min)

• MIC panel: Shin Ohtani (moderator), Brian Anderson, Bill Bristow, Bob Lysak, Peter Chi, Bill Lotko (1 hour)

1030-1200: Splinter Sessions

[FG] M3-I2: Merged Modeling & Measurement of Injection Ionospheric Plasma into the Magnetosphere and Its Effects

Focus Group Planning Session — Further work on the Community Storm Studies for Upflow/Outflow

• Chair: Rick Chappell -- Scribe: Barbara Giles

1. Rick Chappell, Focus Group co-Chair emeritus: Summary of Progess, thoughts for the next year
2. Barbara Giles of NASA Goddard Additional access to Polar TIDE outflow data base, new tools, new data products
3. Chao Yue, UCLA VAP observation of O+ in the ring current
4. additional participants welcome! you are welcome to add your contribution here or to email barbara.giles@nasa.gov and shashaz@umich.edu
5. Open Discussion of Storm Studies
6. Open Discussion of Plans

1330-1500: Splinter Sessions

[Joint] 3D Ionospheric Electrodynamics and Its Impact on the Magnetosphere-Ionosphere-Thermosphere Coupled System (IEMIT) + Interhemispheric Approaches to Understand M-I Coupling (IHMIC)

*** Location: Eldorado B ***

This session is a joint session between IEMIT and IHMIC. The first three talks are about observational studies, and the last three talks are about the coupled MIT modeling. We encourage both GEM and CEDAR scientists to join the discussion.

1. Bob Clauer: Inter-hemispheric Comparisons along the 40-degree magnetic meridian
2. Denny Oliveira: GIC induced by interplanetary planetary shocks
3. Michelle Salzano: A Statistical Analysis of Interhemispheric Pi1B Seasonal Variations
4. Hyunju Connor -Solar wind dynamic pressure impact on high-latitude neutral density enhancement: OpenGGCM-CTIM results
5. Doga Ozturk - Modeling of coupled MIT system response to solar wind dynamic pressure enhancement
6. Kevin Pham - CMIT-IPWM one way coupling - Thermosphere impact on the magnetosphere
7. Open discussions and walk-in presentations

1530-1700: Splinter Sessions

[FG] 3D Ionospheric Electrodynamics and Its Impact on the Magnetosphere-Ionosphere-Thermosphere Coupled System (IEMIT)

*** Location: Eldorado B ***

This session includes talks on recent rocket missions, multi-scale features in the IT systems, and revisit of electrostatic ionospheric electrodynamics. We encourage both GEM and CEDAR scientists to join the discussion. 10min is given per talk but please expect some delays.

1. 3:30pm: Hyunju Connor - Introduction of the IEMIT session.
2. 3:35pm: Marc Lessard - Neutral upwelling event observed from the RENU2 sounding rocket
3. 3:45pm: Brent Sadler - Simulation Study of Small-scale Plasma / Neutral Dynamics during Poleward Moving Auroral Forms
4. 3:55pm: Kristina Lynch - Isinglass auroral rocket study and ARCS (Auroral Reconstruction CubeSwarm) mission
5. 4:05pm: Christine Gabrielse: Statistical study of mesoscale plasma flows in the ionosphere
6. 4:15pm: Olga Verkhoglyadova - dynamic and localized energy transport in the high-latitude IT
7. 4:25pm: Russell Cosgrove : Failure of the Electrostatic Assumption and Affects on E-Region Coupling
8. 4:35pm: Larry Lyons : Identification of auroral zone activity driving large-scale traveling ionospheric disturbances
9. 4:45pm: open discussion and walk-in presentations

Saturday, June 23: GEM-CEDAR Joint Workshop

Workshop Agenda