30 likes | 130 Views
Session 1: Timing Time: 10:30 am – 12:15 pm on June 25 (Wed) Room: Interlaken Science Questions : What is the time sequence of onset-related phenomena observed in space and on the ground, and what are the implications for substorm onset processes?
E N D
Session 1: Timing Time: 10:30 am – 12:15 pm on June 25 (Wed) Room: Interlaken Science Questions: What is the time sequence of onset-related phenomena observed in space and on the ground, and what are the implications for substorm onset processes? 1) Sibeck (overview)-Angelopoulos event overview 2)Mende-for-Lui (Jan. 29 event [#2]) 3) Larvaud-for-Jacquey (Jan. 29 event [#1]) 4) Angelopoulos-for-Runov (Mar. 1 event) 5) Jiang Liu (Feb. 22 event) 6) Baker (Jan. 29 [#2] and Feb. 22 events) 7) Yasong Ge (PiB/Pi2) 8) Peter Chi (Pi2)
Session 2: "Pre-onset/breakup aurora" • Time: 1:30 pm – 3:00 pm on June 25 (Wed) • Room: Interlaken • Science Questions: • 1) How does aurora evolve around substorm onsets? • 2) Is the onset arc formation an outcome of the M-I coupling, or is it a manifestation of a tail process? • 3) Is the breakup arc Alfvenic or inverted-V? For the former, how is the associated process related to the formation of the substorm wedge system? • Mende (Overview: Observation) • Lysak (Overview: Theory) • 3)Henderson (Q1 & Q2) • 4) Yan Song (Q2 & Q3) • 5) Lessard (Q3)
Session 3: Mapping • Time: 3:30 pm – 5:00 pm on June 25 (Wed) • Room: Interlaken • Science Question: • How does the presence and evolution of pre-onset and expansion-phase onset current systems affect the link between auroral and plasma sheet locations and processes? • Birn (On tail signatures of a thin auroral arc) • Sitnov (Current limitation and future direction of field-line modeling for substorm study) • Lyons (pre-onset and onset M-I electrodynamical coupling) • 4)Zou (Harang reversal evolution and substorm dynamics) • 5) Angelopoulos for Kubyshukina • 6) All (Future Planning)