Difference between revisions of "2016 Workshop:Agenda"

From CedarWiki
Jump to: navigation, search
 
(41 intermediate revisions by 2 users not shown)
Line 2: Line 2:
  
 
=Agenda for 2016 June 19 - 24 (Sunday-Friday)=
 
=Agenda for 2016 June 19 - 24 (Sunday-Friday)=
 
+
NOTE:  Red links are empty, and are set to be easy to upload the desired .pdf file.  Only blue links are valid links.
 +
<br>Student workshop and GEM student tutorial materials are also at http://aten.igpp.ucla.edu/gemwiki/index.php/GEM_Student_Forum
  
 
<table width="100%" border="1" align="center" cellpadding="2" cellspacing="1" id="schedule">
 
<table width="100%" border="1" align="center" cellpadding="2" cellspacing="1" id="schedule">
Line 22: Line 23:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:00 - 09:20</p></td>
 
             <td width="74" class="date"><p>09:00 - 09:20</p></td>
             <td width="511"><p>Introduction to GEM</p></td>
+
             <td width="511"><p>[[Media:2016GEM_Intro.pdf|Introduction to GEM]] (Robert Allen and Anthony Saikin)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:20 - 09:40</p></td>
 
             <td width="74" class="date"><p>09:20 - 09:40</p></td>
             <td width="511"><p>Introduction to CEDAR</p></td>
+
             <td width="511"><p>[[Media:2016CEDAR_Sunday_Intro.pdf|Introduction to CEDAR]] (Victoriya Forsythe and Lindsay Goodwin)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:40 - 09:55</p></td>
 
             <td width="74" class="date"><p>09:40 - 09:55</p></td>
             <td width="511"><p>Student Tutorial: Magnetospheric Geography</p></td>
+
             <td width="511"><p>Student Tutorial: [[Media:2016GEM_Sunday_Magnetospheric_Geography.pdf|Magnetospheric Geography]] (Narges Ahmadi)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:55 - 10:10</p></td>
 
             <td width="74" class="date"><p>09:55 - 10:10</p></td>
             <td width="511"><p>Student Tutorial: Ionospheric Geography</p></td>
+
             <td width="511"><p>Student Tutorial: [[Media:2016CEDAR_Sunday_Ionospheric_Geography.pdf|Ionospheric Geography]] (Bea Gallardo-Lacourt)</p></td>
 
             <td width="132">&nbsp;</td>
 
             <td width="132">&nbsp;</td>
 
           </tr>
 
           </tr>
Line 47: Line 48:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:25 - 10:40</p></td>
 
             <td width="74" class="date"><p>10:25 - 10:40</p></td>
             <td width="511"><p>Student Tutorial: Storms and Substorms</p></td>
+
             <td width="511"><p>Student Tutorial: [[Media:2016GEM_Sunday_Storms_and_Substorms.pdf|Storms and Substorms]] (Katie Raymer)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:40 - 10:55</p></td>
 
             <td width="74" class="date"><p>10:40 - 10:55</p></td>
             <td width="511"><p>Student Tutorial: MI coupling</p></td>
+
             <td width="511"><p>Student Tutorial: [[Media:2016GEM_Sunday_MI_coupling.pdf|MI coupling]] (Anthony Saikin)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:55 - 11:25</p></td>
 
             <td width="74" class="date"><p>10:55 - 11:25</p></td>
             <td width="511"><p>Faculty Tutorial: Winds in the Thermosphere (Astrid Maute)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016CEDAR_Sunday_Maute.pdf|Winds in the Thermosphere]] (Astrid Maute)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>11:25 - 11:55</p></td>
 
             <td width="74" class="date"><p>11:25 - 11:55</p></td>
             <td width="511"><p>Faculty Tutorial: Particle Acceleration (Christine Gabrielse)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016CEDAR_Sunday_Particle_acceleration.pdf|Particle Acceleration]] (Christine Gabrielse)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
Line 77: Line 78:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>13:25 - 13:55</p></td>
 
             <td width="74" class="date"><p>13:25 - 13:55</p></td>
             <td width="511"><p>Faculty Tutorial: Reconnection (Paul Cassak)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016GEM_Sunday_Reconnection.pdf|The Tale of Magnetic Reconnection]] (Paul Cassak)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>13:55 - 14:25</p></td>
 
             <td width="74" class="date"><p>13:55 - 14:25</p></td>
             <td width="511"><p>Faculty Tutorial: Aurora and the Ionosphere (Jean-Pierre St-Maurice)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016CEDAR_Sunday_Aurora_and_Ionosphere.pdf|Aurora and the Ionosphere]] (Jean-Pierre St-Maurice)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
Line 92: Line 93:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>14:45 - 15:15</p></td>
 
             <td width="74" class="date"><p>14:45 - 15:15</p></td>
             <td width="511"><p>Faculty Tutorial: Space Weather (plus HAARP) (Bill Bristow)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016CEDAR_Space_weather_HAARP.pdf|Space Weather (plus HAARP)]] (Bill Bristow)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>15:15 - 15:30</p></td>
 
             <td width="74" class="date"><p>15:15 - 15:30</p></td>
             <td width="511"><p>Student Tutorial: CCMC Models and Other Tools</p></td>
+
             <td width="511"><p>Student Tutorial: [[Media:2016GEM_Sunday_CCMC.pdf|CCMC Models and Other Tools]] (Maulik Patel)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>15:30 - 16:00</p></td>
 
             <td width="74" class="date"><p>15:30 - 16:00</p></td>
             <td width="511"><p>Faculty Tutorial: Large Scale Modeling (Alex Glocer)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016GEM_Sunday_Large_Scale_Modelling.pdf|Large Scale Modeling]] (Alex Glocer)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>16:00 - 16:30</p></td>
 
             <td width="74" class="date"><p>16:00 - 16:30</p></td>
             <td width="511"><p>Faculty Tutorial: Ground and Space Instruments to Study the Ionosphere (Anja Stromme)</p></td>
+
             <td width="511"><p>Faculty Tutorial: [[Media:2016CEDAR_Ground_and_Space_Instruments.pdf|Ground and Space Instruments to Study the Ionosphere]] (Anja Stromme)</p></td>
 
             <td width="132">&nbsp;</td>   
 
             <td width="132">&nbsp;</td>   
 
           </tr>
 
           </tr>
Line 134: Line 135:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:15 - 10:00</p></td>
 
             <td width="74" class="date"><p>09:15 - 10:00</p></td>
             <td width="511"><p>[[Media:GeospaceElectrodynamicsTutorial.pdf|Geospace Electrodynamics]]</p></td>
+
             <td width="511"><p>[[Media:GeospaceElectrodynamicsTutorial.pdf|Geospace Electrodynamics]] ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR-GEM_Tutorial_Varney.mp4 mp4])</p></td>
 
             <td width="132"><p>Roger Varney (SRI)</p></td>
 
             <td width="132"><p>Roger Varney (SRI)</p></td>
 
           </tr>
 
           </tr>
Line 144: Line 145:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:30 - 11:30</p></td>
 
             <td width="74" class="date"><p>10:30 - 11:30</p></td>
             <td width="511"><p>How can we investigate global Magnetosphere-Ionosphere coupling?</p></td>
+
             <td width="511"><p>[[Media:2016CEDAR_Monday_Gjerloev.pdf|How can we investigate global Magnetosphere-Ionosphere coupling?]] ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR-GEM_Tutorial_Gjerloev.mp4 mp4])</p></td>
 
             <td width="132"><p>Jesper Gjerloev (JHU APL)</p></td>
 
             <td width="132"><p>Jesper Gjerloev (JHU APL)</p></td>
 
           </tr>
 
           </tr>
Line 185: Line 186:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>08:15 - 09:15</p></td>
 
             <td width="74" class="date"><p>08:15 - 09:15</p></td>
             <td>Agency Updates<br>NSF<br>NOAA<br>NASA</td>
+
             <td>Agency Updates<br>[[Media:2016CEDAR_Tuesday_NSF.pdf|NSF]] ([[Media:2016CEDAR_Tuesday_NSF_Meriwether_Complete.pdf|Complete Meriwether NSF Facilities Talk]])<br>[[Media:2016CEDAR_Tuesday_NOAA.pdf|NOAA Space Weather Prediction Center Current Activities Update]]<br>[[Media:2016CEDAR_Tuesday_NASA.pdf|NASA]]</td>
             <td>Therese Jorgensen, Ruth Lieberman, John Meriwether, Janet Kozyra (NSF)<br>Tom Berger (NOAA)<br>Dan Moses (NASA)</td>
+
             <td>John Meriwether, Carrie Black, Therese Jorgensen, Janet Kozyra, Ruth Lieberman  (NSF)<br>Tom Berger (NOAA)<br>Dan Moses (NASA)</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:15 - 10:00</p></td>
 
             <td width="74" class="date"><p>09:15 - 10:00</p></td>
             <td width="511">Science Highlight 1 Van Allen Probes (15 min)<br>Science Highlight 2 Electrical Connections and Consequences Within the Earth System<br> 2a. Project Overview (15min)<br>2b. A quasi-static Global Electric Circuit (GEC) Model in WACCM (15 min)  </td>
+
             <td width="511">Science Highlight 1 [[Media:2016CEDAR_Tuesday_Ukhorskiy.pdf|Van Allen Probes]] (15 min)<br>Science Highlight 2 Electrical Connections and Consequences Within the Earth System<br> 2a. [[Media:2016CEDAR_Tuesday_Forbes.pdf|Project Overview]] (15min)<br>2b. [[Media:2016CEDAR_Tuesday_Thayer.pdf|A quasi-static Global Electric Circuit (GEC) Model in WACCM]] (15 min)  </td>
 
             <td width="132">S. Ukhorskiy (JHU/APL)<br>  <br>Forbes (CU Boulder)<br>Thayer (CU Boulder)</td>
 
             <td width="132">S. Ukhorskiy (JHU/APL)<br>  <br>Forbes (CU Boulder)<br>Thayer (CU Boulder)</td>
 
           </tr>
 
           </tr>
Line 200: Line 201:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:30 - 11:30</p></td>
 
             <td width="74" class="date"><p>10:30 - 11:30</p></td>
             <td width="511">Portfolio Review report, Quo Vadis<br></td>
+
             <td width="511">[[Media:2016CEDAR_Tuesday_Lotko.pdf|Portfolio Review report]], [[Media:2016CEDAR_Tuesday_Hysell.pdf|Quo Vadis]], [[Media:2016CEDAR_Tuesday_MREFC_Meriwether.pdf|NSF MREFC]]<br></td>
 
             <td width="132">Bill Lotko, Dave Hysell, John Meriwether</td>
 
             <td width="132">Bill Lotko, Dave Hysell, John Meriwether</td>
 
           </tr>
 
           </tr>
Line 237: Line 238:
 
           <tr>
 
           <tr>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>08:15 - 09:10 GEM</p></td>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>08:15 - 09:10 GEM</p></td>
             <td width="511" bgcolor="#EBF0F6"><p>GEM tutorial #1: System Science Tutorial</p></td>
+
             <td width="511" bgcolor="#EBF0F6"><p>GEM tutorial #1: [[Media:2016GEM_Wednesday_Smith.pdf|System Science Tutorial]]</p></td>
 
             <td width="132" bgcolor="#EBF0F6">James P. Smith</td>
 
             <td width="132" bgcolor="#EBF0F6">James P. Smith</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td class="date">08:15 - 09:15 CEDAR</td>
 
             <td class="date">08:15 - 09:15 CEDAR</td>
             <td>CEDAR Tutorial #1: Impact!  When Meteoroids and Satellites Collide</td>
+
             <td>CEDAR Tutorial #1: [[Media:2016CEDAR_Wednesday_Close.pdf|Impact!  When Particles and Satellites Collide]] ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR_Tutorial_Close.mp4 mp4])</td>
 
             <td>Sigrid Close (Stanford)</td>
 
             <td>Sigrid Close (Stanford)</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>09:10 - 10:05 GEM</p></td>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>09:10 - 10:05 GEM</p></td>
             <td width="511" bgcolor="#EBF0F6">GEM tutorial#2: On aurora and ionosphere/thermosphere coupling</td>
+
             <td width="511" bgcolor="#EBF0F6">GEM tutorial#2: [[Media:2016GEM_Wednesday_Lessard.pdf|Aurora and ionosphere/thermosphere coupling]]</td>
 
             <td width="132" bgcolor="#EBF0F6">Marc Lessard</td>
 
             <td width="132" bgcolor="#EBF0F6">Marc Lessard</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td class="date">09:15 - 10:00 CEDAR</td>
 
             <td class="date">09:15 - 10:00 CEDAR</td>
             <td>CEDAR Prize Lecture: Simulating the Ionosphere, one electron at a time</td>
+
             <td>CEDAR Prize Lecture #27: [[File:CedarPrizeTalk16_small.pdf]] [[Media:2016CEDAR_Wednesday_Oppenheim.pdf|Simulating the Ionosphere, one electron at a time]] ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR_Prize_27_Oppenheim.mp4 mp4])</td>
 
             <td>Meers Oppenheim (BU)</td>
 
             <td>Meers Oppenheim (BU)</td>
 
           </tr>
 
           </tr>
Line 262: Line 263:
 
           <tr>
 
           <tr>
 
             <td bgcolor="#EBF0F6" class="date">10:30 - 11:30 GEM</td>
 
             <td bgcolor="#EBF0F6" class="date">10:30 - 11:30 GEM</td>
             <td bgcolor="#EBF0F6">GEM Tutorial #3: Student invited tutorial</td>
+
             <td bgcolor="#EBF0F6">GEM Tutorial #3: [[Media:2016GEM_Wednesday_Usanov.pdf|Student invited tutorial]]</td>
 
             <td bgcolor="#EBF0F6">Maria Usanov</td>
 
             <td bgcolor="#EBF0F6">Maria Usanov</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:30 - 11:30 CEDAR</p></td>
 
             <td width="74" class="date"><p>10:30 - 11:30 CEDAR</p></td>
             <td width="511">CEDAR Tutorial #2 Expanded Understanding of Thermosphere-Ionosphere-Magnetosphere Processes Using MAVEN's Mars Discoveries</td>
+
             <td width="511">CEDAR Tutorial #2: [[Media:2016CEDAR_Wednesday_Grebowsky.pdf|Expanded Understanding of Thermosphere-Ionosphere-Magnetosphere Processes Using MAVEN's Mars Discoveries]] ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR_Tutorial_Grebowsky.mp4 mp4])</td>
 
             <td width="132">Joe Grebowsky (GSFC)</td>
 
             <td width="132">Joe Grebowsky (GSFC)</td>
 
           </tr>
 
           </tr>
Line 277: Line 278:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>11:30 - 12:00 CEDAR</p></td>
 
             <td width="74" class="date"><p>11:30 - 12:00 CEDAR</p></td>
             <td width="511">CEDAR Science Highlight #1 Capturing acoustic energy input into the upper atmosphere using free flying sensor arrays (15 min)<br>Science Highlight 2c. Efficient Representation of Lightning and Other Transient Processes in the GEC (15 min)</td>
+
             <td width="511">CEDAR Science Highlight #1: [[Media:2016CEDAR_Wednesday_Bowman.pdf|Capturing acoustic energy input into the upper atmosphere using free flying sensor arrays]] (15 min)<br>Science Highlight 2c: [[Media:2016CEDAR_Wednesday_Pasko.pdf|Efficient Representation of Lightning and Other Transient Processes in the GEC]] (15 min)</td>
 
             <td width="132">Daniel Bowman<br>V. Pasko (PSU)</td>
 
             <td width="132">Daniel Bowman<br>V. Pasko (PSU)</td>
 
           </tr>
 
           </tr>
Line 313: Line 314:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>08:15 - 09:15</p></td>
 
             <td width="74" class="date"><p>08:15 - 09:15</p></td>
             <td width="511"> Cold plasma effects</td>
+
             <td width="511"> [[Media:2016CEDAR_Thursday_Erickson.pdf|Cold Plasma: Dynamics and Consequences in Geospace]] (48MB) ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR-GEM_Tutorial_Erickson.mp4 mp4])</td>
 
             <td width="132">Phil Erickson (MIT)</td>
 
             <td width="132">Phil Erickson (MIT)</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>09:15 - 10:00</p></td>
 
             <td width="74" class="date"><p>09:15 - 10:00</p></td>
             <td width="511">Science Highlight 4 A Summary of Results from Year 1 of the Magnetospheric Multiscale (MMS) Mission (15 min)<br>Science Highlight 5 Reconnection (15 min)<br>Science Highlight 6 LWS TR&T (15 min)</td>
+
             <td width="511">Science Highlight 4 [[Media:2016CEDAR_Thursday_Cassak.pdf|A Summary of Results from Year 1 of the Magnetospheric Multiscale (MMS) Mission]] (15 min)<br>Science Highlight 5 [[Media:2016CEDAR_Thursday_Walsh.pdf|Reconnection and the Role of the Magnetosphere/Ionosphere]] (15 min)<br>Science Highlight 6 [[Media:2016CEDAR_Thursday_Zesta.pdf|LWS TR&T]] (15 min)</td>
             <td width="132">P. Cassak (WVU)<br>B. Walsh (BU)<br>E. Zesta (NASA GSFC)</td>
+
             <td width="132">P. Cassak (WVU)<br>B. Walsh (BU)<br>A. Halford (NASA GSFC)</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
Line 328: Line 329:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:30 - 11:30</p></td>
 
             <td width="74" class="date"><p>10:30 - 11:30</p></td>
             <td width="511">Dynamic ionospheric convection: drivers and effects</td>
+
             <td width="511">[[Media:2016CEDAR_Thursday_Zou.pdf|Dynamic ionospheric convection: Drivers and effects]] ([http://cedarweb.vsp.ucar.edu/on-line_video/2016/2016_CEDAR-GEM_Tutorial_Zou.mp4 mp4])</td>
 
             <td width="132">Shasha Zou (U. Michigan)</td>
 
             <td width="132">Shasha Zou (U. Michigan)</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>11:30 - 12:00</p></td>
 
             <td width="74" class="date"><p>11:30 - 12:00</p></td>
             <td width="511">GEM/CEDAR Poster Prize announcement <br> Upcoming session Info</td>
+
             <td width="511">[[Media:2016CEDAR_Thursday_Poster_Prizes.pdf|2016 CEDAR Poster Prize]]<br>GEM Poster Prize announcement <br> Upcoming session Info</td>
             <td width="132">&nbsp;</td>
+
             <td width="132">A. Maute & E. Mieriewicz<br>R. Allen & A. Saikin<br>conveners</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
Line 358: Line 359:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>18:30 - 21:00</p></td>
 
             <td width="74" class="date"><p>18:30 - 21:00</p></td>
             <td width="511"><em>Joint Banquet</em></td>
+
             <td width="511"><em>Joint Banquet</em> and [http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Banquet_Simple_Speakers "Simple Speak" presentations]</td>
 
           <td width="132">Grand Ballroom, Eldorado Hotel</td>
 
           <td width="132">Grand Ballroom, Eldorado Hotel</td>
 
           </tr>
 
           </tr>
Line 366: Line 367:
 
           <tr>
 
           <tr>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>08:15 - 09:10 GEM</p></td>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>08:15 - 09:10 GEM</p></td>
             <td width="511" bgcolor="#EBF0F6">GEM Tutorial #4: On ULF wave modeling</td>
+
             <td width="511" bgcolor="#EBF0F6">GEM Tutorial #4: [[Media:2016CEDAR_Friday_Lysak.pdf|On ULF wave modeling]]</td>
 
             <td width="132" bgcolor="#EBF0F6">Bob Lysak</td>
 
             <td width="132" bgcolor="#EBF0F6">Bob Lysak</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td class="date">08:00 - 09:15 CEDAR</td>
 
             <td class="date">08:00 - 09:15 CEDAR</td>
             <td>Breakout 1 CEDAR Thermospheric heating/cooling ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Heating_and_cooling_in_thermosphere C7]) <br>Breakout 2 CEDAR TI-Interactions ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Ionosphere_Thermosphere_Interactions C3b])<br>Breakout 3 CEDAR Frontier equatorial Aeronomy ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Frontier_research_in_equatorial_aeronomy C1b])<br>Breakout 4 CEDAR Meteroids & Debris ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Meteoroids_and_Space_Debris C8])<br> Breakout 5 CEDAR ISR World Day Planing ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:World_Day_Planning C32])<br> Breakout 6 Joint Optical & Lidar observations ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Optical_Calibration_and_Data_Analysis C21]) </td>
+
             <td>Breakout 1 CEDAR Thermospheric heating/cooling ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Heating_and_cooling_in_thermosphere C7]) <br>Breakout 2 CEDAR TI-Interactions ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Ionosphere_Thermosphere_Interactions C3b])<br>Breakout 3 CEDAR Frontier equatorial Aeronomy ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Frontier_research_in_equatorial_aeronomy C1b])<br>Breakout 4 CEDAR Meteroids & Debris ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Meteoroids_and_Space_Debris C8])<br> Breakout 5 CEDAR ISR World Day Planning ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:World_Day_Planning C32])<br> Breakout 6 Joint Optical & Lidar observations ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Optical_Calibration_and_Data_Analysis C21]) </td>
 
       <td>Sweeney A <br> Sweeney B<br> Sweeney C<br> Sweeney D<br> O'Keefe/Milagro/Kearny<br>Coronado/DeVargas</td>
 
       <td>Sweeney A <br> Sweeney B<br> Sweeney C<br> Sweeney D<br> O'Keefe/Milagro/Kearny<br>Coronado/DeVargas</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>09:10 - 10:05 GEM</p></td>
 
             <td width="74" bgcolor="#EBF0F6" class="date"><p>09:10 - 10:05 GEM</p></td>
             <td width="511" bgcolor="#EBF0F6">GEM tutorial #5: On ULF wave observations</td>
+
             <td width="511" bgcolor="#EBF0F6">GEM tutorial #5: [[Media:2016CEDAR_Friday_Hartinger.pdf|On ULF wave observations]]</td>
 
             <td width="132" bgcolor="#EBF0F6">Mike Hartinger</td>
 
             <td width="132" bgcolor="#EBF0F6">Mike Hartinger</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td class="date">09:15 - 10:00 CEDAR</td>
 
             <td class="date">09:15 - 10:00 CEDAR</td>
             <td>continued Breakout 1 CEDAR Thermospheric heating/cooling ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Heating_and_cooling_in_thermosphere C7]) <br>continued Breakout 2 CEDAR TI-Interactions ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Ionosphere_Thermosphere_Interactions C3b])<br>continued Breakout 3 CEDAR Frontier equatorial Aeronomy ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Frontier_research_in_equatorial_aeronomy C1b])<br>continued Breakout 4 CEDAR Meteroids & Debris ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Meteoroids_and_Space_Debris C8])<br>continued  Breakout 5 CEDAR ISR World Day Planing ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:World_Day_Planning C32])<br>continued  Breakout 6 Joint Optical & Lidar observations ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Optical_Calibration_and_Data_Analysis C21])</td>
+
             <td>continued Breakout 1 CEDAR Thermospheric heating/cooling ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Heating_and_cooling_in_thermosphere C7]) <br>continued Breakout 2 CEDAR TI-Interactions ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Ionosphere_Thermosphere_Interactions C3b])<br>continued Breakout 3 CEDAR Frontier equatorial Aeronomy ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Frontier_research_in_equatorial_aeronomy C1b])<br>continued Breakout 4 CEDAR Meteroids & Debris ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Meteoroids_and_Space_Debris C8])<br>continued  Breakout 5 CEDAR ISR World Day Planning ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:World_Day_Planning C32])<br>continued  Breakout 6 Joint Optical & Lidar observations ([http://cedarweb.vsp.ucar.edu/wiki/index.php/2016_Workshop:Optical_Calibration_and_Data_Analysis C21])</td>
 
   <td>Sweeney A <br> Sweeney B<br> Sweeney C<br> Sweeney D<br> O'Keefe/Milagro/Kearny<br>Coronado/DeVargas</td>
 
   <td>Sweeney A <br> Sweeney B<br> Sweeney C<br> Sweeney D<br> O'Keefe/Milagro/Kearny<br>Coronado/DeVargas</td>
 
           </tr>
 
           </tr>
Line 391: Line 392:
 
           <tr>
 
           <tr>
 
             <td bgcolor="#EBF0F6" class="date">10:30 - 11:30 GEM</td>
 
             <td bgcolor="#EBF0F6" class="date">10:30 - 11:30 GEM</td>
             <td bgcolor="#EBF0F6">GEM Tutorial #6: On SWMI</td>
+
             <td bgcolor="#EBF0F6">GEM Tutorial #6: [[Media:2016CEDAR_Friday_Zhang.pdf|On SWMI]]</td>
 
             <td bgcolor="#EBF0F6">Hui Zhang</td>
 
             <td bgcolor="#EBF0F6">Hui Zhang</td>
 
           </tr>
 
           </tr>
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>10:30 - 11:30 CEDAR</p></td>
 
             <td width="74" class="date"><p>10:30 - 11:30 CEDAR</p></td>
             <td width="511">CEDAR Science Highlight #2 First results from two new Fabry-Perot instruments for mapping thermospheric winds above Antarctica (20 min)<br>CEDAR Science Highlight #3 GNSS for Remote Sensing of Ionosphere (20 min) <br>CEDAR Science Highlight #4 Future of the HAARP facility (20 min)</td>
+
             <td width="511">CEDAR Science Highlight #2 [[Media:2016CEDAR_Friday_Conde.pdf|First results from two new Fabry-Perot instruments for mapping thermospheric winds above Antarctica]] (20 min)<br>CEDAR Science Highlight #3 [[Media:2016CEDAR_Friday_Morton.pdf|GNSS for Remote Sensing of Ionosphere]] (20 min) <br>CEDAR Science Highlight #4 [[Media:2016CEDAR_Friday_McCoy.pdf|Future of the HAARP facility]] (20 min)</td>
 
             <td width="132">M. Conde (UoA, Fairbanks)<br> J. Morton (CSU)<br> Bob McCoy (U. of Alaska)</td>
 
             <td width="132">M. Conde (UoA, Fairbanks)<br> J. Morton (CSU)<br> Bob McCoy (U. of Alaska)</td>
 
           </tr>
 
           </tr>
Line 406: Line 407:
 
           <tr>
 
           <tr>
 
             <td width="74" class="date"><p>11:30 - 12:00 CEDAR</p></td>
 
             <td width="74" class="date"><p>11:30 - 12:00 CEDAR</p></td>
             <td width="511">CEDAR Science Highlight #5 Opportunities created for the CEDAR community by the 3 upcoming science missions - ICON, GOLD and COSMIC-2<br>including Community discussion</td>
+
             <td width="511">CEDAR Science Highlight #5 [[Media:2016CEDAR_Friday_England.pdf|Opportunities created for the CEDAR community by the 3 upcoming science missions - COSMIC-2, ICON, GOLD]] (including Community discussion)</td>
 
             <td width="132">S. England (Berkeley)</td>
 
             <td width="132">S. England (Berkeley)</td>
 
           </tr>
 
           </tr>

Latest revision as of 15:16, 22 September 2016

Contents

Agenda for 2016 June 19 - 24 (Sunday-Friday)

NOTE: Red links are empty, and are set to be easy to upload the desired .pdf file. Only blue links are valid links.
Student workshop and GEM student tutorial materials are also at http://aten.igpp.ucla.edu/gemwiki/index.php/GEM_Student_Forum

Sunday 19 June 2016 (Eldorado Hotel)

(CSSC lunch 1-4PM, GSC dinner 7-9PM)

Student Workshop Theme - "The Basics of CEDAR/GEM Science" (Eldorado, Anasazi)

Non-students welcome starting 1055 AM with the Faculty Tutorials

08:00 - 09:00

Student Registration

Eldorado, Anasazi

09:00 - 09:20

Introduction to GEM (Robert Allen and Anthony Saikin)

 

09:20 - 09:40

Introduction to CEDAR (Victoriya Forsythe and Lindsay Goodwin)

 

09:40 - 09:55

Student Tutorial: Magnetospheric Geography (Narges Ahmadi)

 

09:55 - 10:10

Student Tutorial: Ionospheric Geography (Bea Gallardo-Lacourt)

 

10:10 - 10:25

Break - Ice Breaker

 

10:25 - 10:40

Student Tutorial: Storms and Substorms (Katie Raymer)

 

10:40 - 10:55

Student Tutorial: MI coupling (Anthony Saikin)

 

10:55 - 11:25

Faculty Tutorial: Winds in the Thermosphere (Astrid Maute)

 

11:25 - 11:55

Faculty Tutorial: Particle Acceleration (Christine Gabrielse)

 

11:55 - 12:55

GEM Student Lunch (Zia, Eldorado), CEDAR lunch (on own)

 

12:55 - 13:25

Faculty Tutorial: Currents, Electrojets, and Instabilities (John Sahr)

 

13:25 - 13:55

Faculty Tutorial: The Tale of Magnetic Reconnection (Paul Cassak)

 

13:55 - 14:25

Faculty Tutorial: Aurora and the Ionosphere (Jean-Pierre St-Maurice)

 

14:25 - 14:45

Break

 

14:45 - 15:15

Faculty Tutorial: Space Weather (plus HAARP) (Bill Bristow)

 

15:15 - 15:30

Student Tutorial: CCMC Models and Other Tools (Maulik Patel)

 

15:30 - 16:00

Faculty Tutorial: Large Scale Modeling (Alex Glocer)

 

16:00 - 16:30

Faculty Tutorial: Ground and Space Instruments to Study the Ionosphere (Anja Stromme)

 

16:30 - 18:00

Annual STUDENT soccer match

Fort Marcy, Majers Field, 490 Bishops Lodge Rd

18:00 - onward

Joint CEDAR-GEM Reception

Grand Ballroom, Eldorado Hotel

Monday 20 June 2016 (Morning SFCC Sweeney E/F)

08:15 - 09:15

Welcome

Josh Semeter (BU) and Mike Wiltberger (NCAR), Student Report, Student Institutions introduced, Therese Moretto NSF

09:15 - 10:00

Geospace Electrodynamics (mp4)

Roger Varney (SRI)

10:00 - 10:30

Break  

10:30 - 11:30

How can we investigate global Magnetosphere-Ionosphere coupling? (mp4)

Jesper Gjerloev (JHU APL)

11:30 - 12:00

Upcoming session info

 

12:00 - 13:30

Lunch on own

13:30 - 15:30

Breakout 1 Joint Merged Modeling and Ionospheric Plasma ( G FG10a)
Breakout 2 Joint Modeling Challenge (C24a , G FG12)
Breakout 3 GEM Magnetic Reconnection (GEM FG3a
Breakout 5 GEM Inner Magnetosphere FG4 & FG6
Breakout 6 Joint Particle precipitation (C15a)
Breakout 7 Cedar Gravity Waves (C11a)
Breakout 8 Joint Data integration (C29)
Breakout 9 Joint High latitude geospace system (C14a)

Sweeney A
Sweeney B
Sweeney C
O'Keefe/Milagro/Kearny
Coronado/DeVargas
Peralta/Lamy
Zia (Eldorado)
SweeneyE/F

15:30 - 16:00

Break

16:00 - 18:00

Breakout 1: Joint Merged Modeling and Ionospheric Plasma(G FG10b)
Breakout 2 Joint Modeling Challenge (C24b, G FG12)
Breakout 3 GEM Reconnection/Substorm/Aurora & Polar Cap Dynamics FG3 & FG8
Breakout 4 Joint Decadal Survey Missions and CEDAR/GEM (C27)
Breakout 5 Joint Lidar workshop (C16a only)
Breakout 6 Joint Exosphere/Impact (C17)
Breakout 7 Joint Python (C26a only)
Breakout 8 GEM ULF waves (G FG 11a)
Breakout 9 Joint High Latitude Geospace System (C14a)

Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas
Peralta/Lamy
Zia (Eldorado)
SweeneyE/F

18:30 - 21:00

Student dinner and career focus panel

Anasazi, Eldorado Hotel

Tuesday 21 June 2016 (Morning SFCC, Sweeney E/F)

08:15 - 09:15

Agency Updates
NSF (Complete Meriwether NSF Facilities Talk)
NOAA Space Weather Prediction Center Current Activities Update
NASA
John Meriwether, Carrie Black, Therese Jorgensen, Janet Kozyra, Ruth Lieberman (NSF)
Tom Berger (NOAA)
Dan Moses (NASA)

09:15 - 10:00

Science Highlight 1 Van Allen Probes (15 min)
Science Highlight 2 Electrical Connections and Consequences Within the Earth System
2a. Project Overview (15min)
2b. A quasi-static Global Electric Circuit (GEC) Model in WACCM (15 min)
S. Ukhorskiy (JHU/APL)

Forbes (CU Boulder)
Thayer (CU Boulder)

10:00 - 10:30

Break

10:30 - 11:30

Portfolio Review report, Quo Vadis, NSF MREFC
Bill Lotko, Dave Hysell, John Meriwether

11:30 - 12:00

Upcoming session Info

12:00 - 13:30

Lunch on own (and student pizza w panel at Anasazi, Eldorado Hotel)  

13:30 - 15:30

Breakout 1 CEDAR GC Coupling MLT (C25a)
Breakout 2 Joint Modeling Challenge (C24c, FG12)
Breakout 3 CEDAR Lightning/Thunderstorms (C19)
Breakout 4 Joint Crowd 2 Cloud (C10)
Breakout 5 GEM Radiation Belt (G FG7a)
Breakout 6 GEM Magnetopause,Reconnection/Kinetic Processes FG2 & FG3 & FG13
Breakout 7 Joint Geospace Science (G FG5a)
Breakout 8 Joint MIT coupling/drivers (C5a)
Breakout 9 Joint Quo Vadis? (C9)
Breakout 10 Joint "Grand Challenge Initiative — Cusp” Community Engagement Workshop

Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas
Peralta/Lamy
Zia (Eldorado)
SweeneyE/F
Anaszi (Eldorado)

15:30 - 16:00 Break  
16:00 - 19:00 Poster Session Grand Ballroom, Eldorado Hotel

Wednesday 22 June 2016 (CEDAR: SFCC Sweeney E/F; GEM Eldorado Anasazi)

08:15 - 09:10 GEM

GEM tutorial #1: System Science Tutorial

James P. Smith
08:15 - 09:15 CEDAR CEDAR Tutorial #1: Impact! When Particles and Satellites Collide (mp4) Sigrid Close (Stanford)

09:10 - 10:05 GEM

GEM tutorial#2: Aurora and ionosphere/thermosphere coupling Marc Lessard
09:15 - 10:00 CEDAR CEDAR Prize Lecture #27: File:CedarPrizeTalk16 small.pdf Simulating the Ionosphere, one electron at a time (mp4) Meers Oppenheim (BU)

10:00 - 10:30

Break  
10:30 - 11:30 GEM GEM Tutorial #3: Student invited tutorial Maria Usanov

10:30 - 11:30 CEDAR

CEDAR Tutorial #2: Expanded Understanding of Thermosphere-Ionosphere-Magnetosphere Processes Using MAVEN's Mars Discoveries (mp4) Joe Grebowsky (GSFC)
11:30 - 12:00 GEM Upcoming session Info  

11:30 - 12:00 CEDAR

CEDAR Science Highlight #1: Capturing acoustic energy input into the upper atmosphere using free flying sensor arrays (15 min)
Science Highlight 2c: Efficient Representation of Lightning and Other Transient Processes in the GEC (15 min)
Daniel Bowman
V. Pasko (PSU)

12:00 - 13:30

Lunch on own  
13:30 - 15:30 GEM Breakout 1 GEM Tail Environment/Modeling FG9 & FG12
Breakout 2 GEM Radiation belt (G FG 7b)
Breakout 3 Joint Geospace Science (G FG 5b)
Breakout 4 Joint MIT coupling/driver (C5b)
Breakout 5 GEM FG2 & FG11 & FG13
Sweeney D
O'Keefe/Milagro/Kearny
Peralta/Lamy
Zia
Sweeney E/F

13:30 - 15:30 CEDAR

Breakout 1 CEDAR GC Coupling MLT (C25b)
Breakout 2 Joint SW observations/campaigns (C12)
Breakout 3 CEDAR TIEGCM (C30)
Breakout 4 Joint Particle precipitation (C15b)
Breakout 5 CEDAR Distrubuted Networks (C31)
Sweeney A
Sweeney B
Sweeney C
Coronado/DeVargas
Anaszi (Eldorado)
15:30 - 16:00 Break  
16:00 - 19:00 Poster Session Grand Ballroom, Eldorado Hotel

Thursday 23 June 2016 (Morning SFCC Sweeney E/F)

08:15 - 09:15

Cold Plasma: Dynamics and Consequences in Geospace (48MB) (mp4) Phil Erickson (MIT)

09:15 - 10:00

Science Highlight 4 A Summary of Results from Year 1 of the Magnetospheric Multiscale (MMS) Mission (15 min)
Science Highlight 5 Reconnection and the Role of the Magnetosphere/Ionosphere (15 min)
Science Highlight 6 LWS TR&T (15 min)
P. Cassak (WVU)
B. Walsh (BU)
A. Halford (NASA GSFC)

10:00 - 10:30

Break  

10:30 - 11:30

Dynamic ionospheric convection: Drivers and effects (mp4) Shasha Zou (U. Michigan)

11:30 - 12:00

2016 CEDAR Poster Prize
GEM Poster Prize announcement
Upcoming session Info
A. Maute & E. Mieriewicz
R. Allen & A. Saikin
conveners

12:00 - 13:30

Lunch on own(CSSC lunch separate)  

13:30 - 15:30

Breakout 1 Joint Substorm/Aurora/Polar Cap (G FG8a)
Breakout 2 CEDAR T-I Interaction (C3a)
Breakout 3 Joint Superthermal particles (C20)
Breakout 4 Joint Data Assimilation for Space Weather (C4a)
Breakout 5 CEDAR Meteorological effects on TI (C23)
Breakout 6 GEM Dayside Kinetic Processes/Modleing/Validation FG12 & FG13
Breakout 7 Joint Empirical Models (C2a)
Breakout 8 CEDAR HAARP (C6)
Breakout 9 Joint GC Storms w/o Borders (C28a)
Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas
Peralta/Lamy
Zia (Eldorado)
SweeneyE/F
15:30 - 16:00 Break  
16:00 - 18:00 Breakout 1 Joint Substorm/Aurora/Polar Cap (G FG8b)
Breakout 2 CEDAR Gravity Waves (C11b)
Breakout 3 CEDAR Frontier equatorial aeronomy (C1a)
Breakout 4 GEM Tail Environment (G FG9a)
Breakout 5 Joint Data fusion & DA (C13)
Breakout 6 GEM ULF Waves/Modeling/Validation FG11 & FG12
Breakout 7 Joint EPP coupling (C18)
Breakout 8 CEDAR Network instrument (C22)
Breakout 9 Joint GC Storms w/o Borders (C28b)
Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas
Peralta/Lamy
Zia (Eldorado)
SweeneyE/F

18:30 - 21:00

Joint Banquet and "Simple Speak" presentations Grand Ballroom, Eldorado Hotel

Friday 24 June 2016 (GEM AM in Eldorado Anasazi, CEDAR plenary in SFFC Sweeney E/F)

08:15 - 09:10 GEM

GEM Tutorial #4: On ULF wave modeling Bob Lysak
08:00 - 09:15 CEDAR Breakout 1 CEDAR Thermospheric heating/cooling (C7)
Breakout 2 CEDAR TI-Interactions (C3b)
Breakout 3 CEDAR Frontier equatorial Aeronomy (C1b)
Breakout 4 CEDAR Meteroids & Debris (C8)
Breakout 5 CEDAR ISR World Day Planning (C32)
Breakout 6 Joint Optical & Lidar observations (C21)
Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas

09:10 - 10:05 GEM

GEM tutorial #5: On ULF wave observations Mike Hartinger
09:15 - 10:00 CEDAR continued Breakout 1 CEDAR Thermospheric heating/cooling (C7)
continued Breakout 2 CEDAR TI-Interactions (C3b)
continued Breakout 3 CEDAR Frontier equatorial Aeronomy (C1b)
continued Breakout 4 CEDAR Meteroids & Debris (C8)
continued Breakout 5 CEDAR ISR World Day Planning (C32)
continued Breakout 6 Joint Optical & Lidar observations (C21)
Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas

10:00 - 10:30

Break  
10:30 - 11:30 GEM GEM Tutorial #6: On SWMI Hui Zhang

10:30 - 11:30 CEDAR

CEDAR Science Highlight #2 First results from two new Fabry-Perot instruments for mapping thermospheric winds above Antarctica (20 min)
CEDAR Science Highlight #3 GNSS for Remote Sensing of Ionosphere (20 min)
CEDAR Science Highlight #4 Future of the HAARP facility (20 min)
M. Conde (UoA, Fairbanks)
J. Morton (CSU)
Bob McCoy (U. of Alaska)
11:30 - 12:00 GEM Upcoming session Info  

11:30 - 12:00 CEDAR

CEDAR Science Highlight #5 Opportunities created for the CEDAR community by the 3 upcoming science missions - COSMIC-2, ICON, GOLD (including Community discussion) S. England (Berkeley)
12:00 - 13:30 GEM GEM Lunch  

12:00

CEDAR is Adjourned  
13:30 - 15:30 GEM Breakout 1 GEM Merged Modeling and Ionospheric Plasma (G FG10c)
Breakout 2 GEM Radiation Belt/ULF Waves FG7 & FG11
Breakout 3 GEM Inner Magnetosphere (G FG6)
Breakout 4 GEM Tail-Inner-Magnetosphere (G FG1)
Breakout 5 GEM Magnetic Reconnection (G FG3)
Breakout 6 GEM SPEDAS Tutorials MMS data
Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas
15:30 - 16:00 Break  
16:00 - 18:00 GEM Breakout 1 GEM Merged Modeling and Ionospheric Plasma(G FG10d)
Breakout 2 GEM Radiation Belt (G FG7)
Breakout 3 GEM Inner Magnetosphere (G FG6)
Breakout 4 GEM Substorm/Aurora/Polar Cap (G FG8c)
Breakout 5 GEM Magnetopause/Bow Shock/Dayside Kinetic Processes FG2 & FG13
Breakout 6 GEM SPEDAS Tutorial updates
Sweeney A
Sweeney B
Sweeney C
Sweeney D
O'Keefe/Milagro/Kearny
Coronado/DeVargas

18:00 - 19:00

TBD