1. Observation Objective: Emergence HMI/AIA Science Team MeetingMonterey, February 13, 2006 Passbands194, 171, 304, UVEmphasize low T, including 194 absorption; allow mid-T signatures Cadence10-30 secWant several measurements within characteristic timescale ResolutionFull (Within nominal observational plan)

2. Observation Objective: Buildup HMI/AIA Science Team MeetingMonterey, February 13, 2006 Passbands94, 335, 194, 171Look for reconnxn signatures when they happen, follow evolution Cadence3-5 minutes3 images per loop lifetime ResolutionFull (Within nominal observational plan)

3. Observation Objective: Tether-cutting HMI/AIA Science Team MeetingMonterey, February 13, 2006 Passbands94, 335, 211, 194, 171, UV (cadence conflicts: 211/194, 171/UV) Wide T-coverage for pre-launch brightenings, and movements of cool material Cadence5-10 secShort-lived brightenings, subtle movements before launch ResolutionFull/half

4. Observation Objective: Breakout HMI/AIA Science Team MeetingMonterey, February 13, 2006 Passbands94, 335, 194 (cadence conflict between 211/194) Emphasize high T for remote brightenings, overarching loops Cadence5-10 sec for crinkles; 20 sec for high loops ResolutionFull/half

5. Observation Objective: Inflows HMI/AIA Science Team MeetingMonterey, February 13, 2006 Passbands94, 335, 194, 171Emphasize high T Cadence10-20 secProvides good sampling of higher- than-expected speeds ResolutionHalf/quarter…although full-res may reveal 2D  3D transition

6. Observation Objective: Outflows HMI/AIA Science Team MeetingMonterey, February 13, 2006 Passbands131, 94, 335, 194 (cadence conflict between 211/194) Emphasize high T Cadence5-10 secSample higher speeds than currently observed ResolutionFull/halfMedian diameter so far is 5000 km = 7 arcsec