Recent Events Reported by Observers

Detected by Nicole Schanche, Submitted at 2016-06-28T20:36:22

2016-01-10T02:48:11 --> 2016-01-10T02:55:50

This observation is a continuation of a series of large rasters over the leading and trailing sunspots of AR12480. The trailing spot has broken up into several smaller spots by this point, while the leading spot remains distinct. The spot groups are slowly spreading apart, so this observation focuses between the two.

Detected by Nicole Schanche, Submitted at 2016-06-28T20:33:37

2016-01-09T21:56:27 --> 2016-01-09T22:02:50

This observation is a continuation of a series of large rasters over the leading and trailing sunspots of AR12480. The trailing spot has broken up into several smaller spots by this point, while the leading spot remains distinct. The spots are gradually spreading apart, so the slit misses them both and falls in between.

Detected by Nicole Schanche, Submitted at 2016-06-28T20:30:15

2016-01-09T19:34:09 --> 2016-01-09T20:31:01

Oscillations in the leading sunspot of AR12480 continue for the duration of this observation.

Detected by Nicole Schanche, Submitted at 2016-06-28T20:27:19

2016-01-09T17:57:34 --> 2016-01-09T18:54:26

Clear pulsing oscillations are observed in the leading sunspot of AR12480 for the duration of this observation.

Detected by Nicole Schanche, Submitted at 2016-06-28T20:23:33

2016-01-09T16:58:24 --> 2016-01-09T17:10:31

This observation is a continuation of a series of large rasters over the leading and trailing sunspots of AR12480. The trailing spot has broken up into several smaller spots by this point, while the leading spot remains distinct.

Detected by Nicole Schanche, Submitted at 2016-06-28T20:17:40

2016-01-09T12:09:35 --> 2016-01-09T12:18:31

This observation is a continuation of a series of large rasters over the leading and trailing sunspots of AR12480. The trailing spot has broken up into several smaller spots by this point. The leading spot remains large, and looks like it is beginning to form a light bridge.

Detected by Nicole Schanche, Submitted at 2016-06-28T20:05:02

2016-01-09T07:14:02 --> 2016-01-09T07:25:31

This observation is a continuation of a series of large rasters over the leading and trailing sunspots of AR12480. The trailing spot has broken up into several smaller spots by this point, while the leading spot remains distinct.

Detected by Nicole Schanche, Submitted at 2016-06-28T19:55:16

2016-01-09T01:50:49 --> 2016-01-09T02:20:08

This observation is part of a sequence of observations spanning several days that looks at the sunspot pair of AR12480. This observation focused on the trailing 'sunspot', which has by this point broken up into several smaller spots.

Detected by Nicole Schanche, Submitted at 2016-06-28T19:51:36

2016-01-08T21:35:25 --> 2016-01-08T21:40:31

This observation is a continuation of a sequence of observations looking at the evolution of the sunspot pair of AR12480. The leading sunspot remains large, but the trailing region has broken up into several smaller spots.

Detected by Nicole Schanche, Submitted at 2016-06-28T19:48:20

2016-01-08T16:24:18 --> 2016-01-08T16:48:31

This observation a continuation of a series of large rasters over a pair of sunspots. The leading sunspot remains large and well-formed while the trailing sunspot has broken up into a few small spots.

Detected by Nicole Schanche, Submitted at 2016-06-28T19:44:59

2016-01-08T12:44:21 --> 2016-01-08T13:36:13

This AR formed inside a CH over a period of 2 days prior to this observation. The coronal hole was effectively dispersed by the emergence. No flares were reported by GOES for this AR.

Detected by Nicole Schanche, Submitted at 2016-06-28T19:38:15

2016-01-08T11:42:08 --> 2016-01-08T11:55:31

This large raster continues a series that tracks the evolution of the sunspot pair in AR12480. The leading sunspot remains large and well-formed, but the trailing spot has begun to break up and now is a group of 3 or 4 smaller pores.

Detected by Nicole Schanche, Submitted at 2016-06-28T19:32:44

2016-01-08T06:49:13 --> 2016-01-08T07:04:31

This is one in a series of large rasters that tracks the evolution of a pair of sunspots. The leading sunspot remains well-formed, while the trailing sunspot slowly breaks up and disappears.

Detected by Mark Cheung, Submitted at 2016-06-28T18:37:36

2016-05-19T07:10:01 --> 2016-05-19T11:46:36

What looks like reconnection jets can be found in a forest of spicules.

Detected by Kathy Reeves, Submitted at 2016-06-28T13:24:43

2016-06-27T14:10:36 --> 2016-06-27T14:29:01

Small jet in an active region during a 400 step raster. Slit passes over as jet is occurring.

Detected by Gregal Vissers, Submitted at 2016-06-28T11:52:44

2016-06-04T19:53:38 --> 2016-06-04T21:30:58

Small eruption with ejection of material to another footpoint. The eruption itself is not sampled by the slit, but the ejected material is, roughly from the apex to the other footpoint.

Detected by Gregal Vissers, Submitted at 2016-06-28T11:20:34

2016-06-04T14:39:37 --> 2016-06-04T15:06:00

Two prominence columns, where the northern one is most clearly defined. Both are fully covered by the rastering once.

Detected by Gregal Vissers, Submitted at 2016-06-28T10:36:39

2016-06-04T07:29:16 --> 2016-06-04T09:39:47

Coronal rain along several coronal loops throughout the observations.

Detected by Gregal Vissers, Submitted at 2016-06-28T10:35:27

2016-06-04T07:29:16 --> 2016-06-04T09:39:47

Prominence-like coronal rain, where the condensations remain suspended for most of the observations and start falling down towards the end.

Detected by Gregal Vissers, Submitted at 2016-06-28T10:31:54

2016-06-04T08:31:34 --> 2016-06-04T09:27:19

Filament activation where part of the dynamics is caught by the slit. Filament is visible throughout the observations.