Tohban Report 05/23/21 - 05/29/21 Tohban Name: Muhammad Fraz Bashir (updated [June 1, 2021]) Special Notes ------------- There are few interesting precipitation events on both ELFIN A and ELFIN B. ELFIN A has total 7 collections (~ 20 min interval) of inner belt with two possibly interesting events. ELFIN B does not show any inner belt collection and also no data collection on May 28, 2021. Both ELFIN A & B have few events with status of cut short. About 30% of data collection is not complete with completion status of about <50% data for ELFIN A and <30% for ELFIN B. For some period of times, pitch angle spectra are not as smooth as it usually does. Automatic report generated 2021-05-31 19:24:55.146563 (UTC) Note: data is provisional, and may be subject to change Geomagnetic Activity Overview ----------------------------- Day Hour AE (max) AE (sd) DST (min) KP (max) Notes ------------------------------------------------------ 23 0 111 17 -9 0.3 ... 23 3 205 38 -6 1.0 ... 23 6 204 31 -5 0.7 ... 23 9 220 54 -10 0.7 ... 23 12 352 77 -17 0.7 ... 23 15 321 83 -17 0.3 ... 23 18 206 24 -9 0.7 ... 23 21 226 49 -13 1.3 ... 24 0 264 52 -5 1.7 ... 24 3 75 12 -5 0.3 ... 24 6 132 22 -5 0.0 ... 24 9 340 87 -2 0.7 ... 24 12 132 27 -4 0.0 ... 24 15 57 10 -7 0.3 ... 24 18 57 7 -2 0.3 ... 24 21 57 15 -5 0.3 ... 25 0 92 10 4 0.0 ... 25 3 113 25 2 0.3 ... 25 6 113 11 1 0.0 ... 25 9 245 41 3 0.7 ... 25 12 208 49 2 0.7 ... 25 15 151 33 2 1.0 ... 25 18 108 16 6 0.3 ... 25 21 321 69 0 1.7 ... 26 0 94 18 5 0.7 ... 26 3 80 12 12 1.0 ... 26 6 189 30 3 1.0 ... 26 9 244 52 5 0.7 ... 26 12 319 70 9 2.3 ... 26 15 211 33 32 3.3 ... 26 18 559 174 18 4.7 AE Activation 26 21 449 119 12 3.3 ... 27 0 921 125 1 4.3 Prolonged AE Activation 27 3 603 172 -2 2.7 ... 27 6 957 295 -25 3.7 Prolonged AE Activation with weak storm 27 9 817 157 -17 2.7 ... 27 12 547 151 -12 2.0 ... 27 15 354 77 -2 2.7 ... 27 18 272 52 -8 1.7 ... 27 21 93 15 -13 1.0 ... 28 0 94 15 -10 0.7 ... 28 3 187 45 -7 0.7 ... 28 6 113 15 -8 0.0 ... 28 9 94 16 -9 0.3 ... 28 12 94 15 -5 0.3 ... 28 15 73 12 -8 0.3 ... 28 18 57 7 -5 0.0 ... 28 21 57 4 -6 0.3 ... 29 0 57 13 -5 0.0 ... 29 3 75 16 1 0.7 ... 29 6 132 16 5 0.7 ... 29 9 487 135 -3 2.3 Prolonged AE Activation 29 12 427 62 -6 1.7 ... 29 15 321 59 -5 1.3 ... 29 18 206 40 0 2.3 ... 29 21 75 12 -7 2.0 ... ELFIN Data Collection and Notes ------------------------------- Flags: * = Extremely Interesting # = Potentially Interesting G = Too many gaps, need more data to judge B = Bad data [indicates something wrong with instruments, not availability status] T = Test data [indicates data is no good for science, elaborate on test conditions in notes] Zones: NA: North Ascending ND: North Descending SD: South Descending SA: South Ascending ELFIN A Outer EPD ----------------- Science Zone Range Zone Completeness Notes DL Completeness Flag Science Notes --------------------------------------------------------------------------------------------------------------- 2021-05-23 00:52:48 - 00:58:49 NA 2 small gaps, mainly in end 104/127 = 82% # Regularly populated outer belt 2021-05-23 03:57:27 - 04:03:29 NA 7 small gaps, mainly in beginning 87/128 = 68% G? ... 2021-05-23 07:02:32 - 07:08:34 NA 4 small gaps, mainly in end 87/128 = 68% G? ... 2021-05-23 10:56:02 - 11:01:59 SD 3 large gaps, mainly in beginning 51/125 = 41% G? ... 2021-05-23 12:30:14 - 12:36:16 SD 4 large gaps, mainly in beginning 51/128 = 40% G? ... 2021-05-23 13:17:31 - 13:23:33 NA 1 large gap, mainly in middle 113/128 = 88% # well populated outer belt, precipitation event 2021-05-23 14:04:34 - 14:10:36 SD 1 large gap, mainly in beginning/middle 113/128 = 88% * well populated outer belt, precipitation event 2021-05-23 16:26:00 - 16:32:01 NA 1 small gap, mainly in middle 127/127 = 100% # well populated outer belt, precipitation event 2021-05-23 17:12:52 - 17:18:48 SD 3 large gaps, mainly in end 66/125 = 53% G? ... 2021-05-23 19:33:25 - 19:39:26 NA 6 small gaps, mainly in end 69/127 = 54% G? ... 2021-05-23 21:06:39 - 21:12:40 NA 1 large gap, mainly in beginning 80/127 = 63% B? ... 2021-05-23 22:39:36 - 22:45:35 NA No significant gaps 127/127 = 100% # Regularly populated outer belt, precipitation event 2021-05-24 11:48:49 - 11:54:50 SD 1 small gap, mainly in middle/end 123/127 = 97% * well populated outer belt, precipitation event 2021-05-24 13:23:06 - 13:29:08 SD 1 large gap, mainly in middle 115/127 = 91% # well populated outer belt, precipitation event 2021-05-24 14:10:25 - 14:16:24 NA 2 large gaps, mainly in middle/end 92/126 = 73% # well populated outer belt 2021-05-24 14:57:26 - 15:03:26 SD 2 small gaps, mainly in beginning 111/127 = 87% # well populated outer belt, precipitation event 2021-05-24 15:44:40 - 15:50:39 NA 1 small gap, mainly in end 124/127 = 98% # well populated outer belt 2021-05-24 16:31:34 - 16:37:36 SD 1 large gap, mainly in middle 116/128 = 91% # well populated outer belt 2021-05-24 18:05:24 - 18:11:26 SD 4 small gaps, mainly in middle 95/128 = 74% # well populated outer belt, precipitation event 2021-05-24 19:38:57 - 19:44:57 SD 5 large gaps, mainly in middle 54/127 = 43% G? ... 2021-05-24 20:25:43 - 20:31:42 NA 4 large gaps, mainly in end 57/127 = 45% G? ... 2021-05-24 21:12:10 - 21:18:12 SD 5 small gaps, mainly in middle 87/128 = 68% # well populated outer belt 2021-05-24 22:45:05 - 22:51:02 SD 5 large gaps, mainly in middle 23/126 = 18% G? ... 2021-05-25 01:04:03 - 01:10:06 NA 2 small gaps, mainly in end 118/128 = 92% # regularly populated outer belt 2021-05-25 02:36:23 - 02:42:25 NA 2 large gaps, mainly in end 113/128 = 88% # poorly populated outer belt 2021-05-25 04:08:42 - 04:14:44 NA No significant gaps 128/128 = 100% # poorly populated outer belt, precipitation event 2021-05-25 05:41:07 - 05:47:07 NA No significant gaps 127/127 = 100% # poorly populated outer belt 2021-05-25 07:13:52 - 07:19:53 NA No significant gaps 127/127 = 100% # poorly populated outer belt 2021-05-25 13:29:05 - 13:35:07 NA No significant gaps 128/128 = 100% # well populated outer belt 2021-05-25 15:03:23 - 15:09:22 NA No significant gaps 127/127 = 100% # well populated outer belt 2021-05-25 16:37:30 - 16:43:32 NA No significant gaps 127/128 = 99% # well populated outer belt, precipitation event 2021-05-25 17:24:19 - 17:30:19 SD 1 large gap, mainly in middle 114/127 = 90% # well populated outer belt, precipitation event 2021-05-25 18:58:00 - 19:04:03 SD 1 large gap, mainly in beginning/middle 104/128 = 81% # well populated outer belt, precipitation event 2021-05-25 22:50:53 - 22:56:53 NA 1 small gap, mainly in beginning 124/127 = 98% # well populated outer belt 2021-05-25 23:37:07 - 23:43:09 SD No significant gaps 128/128 = 100% # well populated outer belt, precipitation event 2021-05-26 00:23:29 - 00:29:31 NA 2 large gaps, mainly in beginning 100/127 = 79% # poorly populated outer belt, precipitation event 2021-05-26 02:41:56 - 02:47:58 SD 2 large gaps, mainly in end 95/127 = 75% # well populated outer belt 2021-05-26 03:28:11 - 03:34:11 NA 4 large gaps, mainly in end 82/127 = 65% B? ... 2021-05-26 05:00:31 - 05:06:31 NA 6 small gaps, mainly in beginning 98/126 = 78% B? ... 2021-05-26 06:33:07 - 06:39:08 NA 1 large gap, mainly in end 115/127 = 91% B? ... 2021-05-26 09:39:32 - 09:45:35 NA 1 large gap, mainly in middle/end 87/127 = 69% B? ... 2021-05-26 12:47:43 - 12:53:43 NA 3 small gaps, mainly in middle 108/126 = 86% # well populated outer belt, precipitation event 2021-05-26 15:56:15 - 16:02:11 NA 1 small gap, mainly in end 123/125 = 98% # well populated outer belt, precipitation event 2021-05-26 18:16:57 - 18:22:53 SD 4 small gaps, mainly in end 85/125 = 68% G? ... 2021-05-26 19:50:26 - 19:56:22 SD 4 large gaps, mainly in beginning 57/125 = 46% G? ... 2021-05-26 22:56:27 - 23:02:27 SD 2 small gaps, mainly in beginning 99/126 = 79% # well populated outer belt, precipitation event 2021-05-26 23:42:52 - 23:48:53 NA No significant gaps 127/127 = 100% # poorly populated outer belt, precipitation event 2021-05-27 00:29:01 - 00:34:57 SD 1 large gap, mainly in beginning/middle 112/126 = 89% G/B? ... 2021-05-27 02:47:38 - 02:53:39 NA 3 small gaps, mainly in end 107/128 = 84% # poorly populated outer belt, precipitation event 2021-05-27 03:33:40 - 03:39:40 SD 1 large gap, mainly in middle 116/128 = 91% # regularly populated outer belt 2021-05-27 04:19:55 - 04:25:58 NA 1 small gap, mainly in middle/end 124/129 = 96% # poorly populated outer belt 2021-05-27 05:52:24 - 05:58:24 NA 1 small gap, mainly in end 125/128 = 98% # poorly populated outer belt 2021-05-27 07:25:10 - 07:31:09 NA 14 small gaps, mainly in middle 82/127 = 65% G/B? ... 2021-05-27 08:58:28 - 09:04:31 NA 2 small gaps, mainly in beginning 108/128 = 84% * well populated outer belt, precipitation event 2021-05-27 13:40:38 - 13:46:39 NA 1 large gap, mainly in beginning/middle 111/127 = 87% # well populated outer belt, precipitation event 2021-05-27 15:14:56 - 15:20:58 NA No significant gaps 128/128 = 100% # well populated outer belt 2021-05-27 19:56:11 - 20:02:13 NA 2 large gaps, mainly in end 91/128 = 71% # regularly populated outer belt 2021-05-27 22:15:40 - 22:21:41 SD 4 large gaps, mainly in middle 88/128 = 69% # well populated outer belt, precipitation event 2021-05-27 23:48:21 - 23:54:26 SD 7 small gaps, mainly in middle 141/129 = 109% G/B? ... 2021-05-28 00:34:44 - 00:40:40 NA Cut short 1/126 = 1% ... ... 2021-05-28 02:07:06 - 02:13:02 NA Cut short 3/126 = 2% ... ... 2021-05-28 02:53:08 - 02:59:04 SD 7 large gaps, mainly in middle 19/126 = 15% G? ... 2021-05-28 03:39:23 - 03:45:25 NA 6 large gaps, mainly in end 42/128 = 33% G? ... 2021-05-28 04:25:25 - 04:31:26 SD 4 large gaps, mainly in beginning 80/128 = 62% G? ... 2021-05-28 06:44:24 - 06:50:20 NA 2 small gaps, mainly in end 114/126 = 90% # regularly populated outer belt 2021-05-28 09:04:04 - 09:10:07 SD 2 small gaps, mainly in end 118/129 = 91% # well populated outer belt, precipitation event 2021-05-28 12:59:15 - 13:05:16 NA 1 large gap, mainly in middle 119/128 = 93% # well populated outer belt, precipitation event 2021-05-28 14:33:34 - 14:39:35 NA 1 small gap, mainly in middle 125/128 = 98% # well populated outer belt 2021-05-28 20:48:28 - 20:54:30 NA No significant gaps 128/128 = 100% # well populated outer belt, precipitation event 2021-05-28 23:54:00 - 00:00:30 NA No significant gaps 128/128 = 100% # regularly populated outer belt, precipitation event 2021-05-29 02:58:50 - 03:04:52 NA 1 large gap, mainly in end 120/127 = 94% # poorly populated outer belt, precipitation event 2021-05-29 04:31:09 - 04:37:13 NA No significant gaps 129/128 = 101% # poorly populated outer belt 2021-05-29 05:17:17 - 05:23:13 SD 2 large gaps, mainly in end 96/126 = 76% # regularly populated outer belt, precipitation event 2021-05-29 07:36:34 - 07:42:40 NA 9 small gaps, mainly in end 116/129 = 90% G/B? ... 2021-05-29 09:56:39 - 10:02:40 SD 1 large gap, mainly in middle 120/127 = 94% # well populated outer belt 2021-05-29 11:30:40 - 11:36:42 SD No significant gaps 128/128 = 100% # well populated outer belt 2021-05-29 13:04:57 - 13:10:58 SD Cut short 16/127 = 13% # ... 2021-05-29 13:52:13 - 13:58:13 NA 1 small gap, mainly in end 120/127 = 94% # regularly populated outer belt, precipitation event 2021-05-29 15:26:28 - 15:32:30 NA 1 small gap, mainly in middle 121/128 = 95% # regularly populated outer belt, precipitation event 2021-05-29 19:20:50 - 19:26:50 SD No significant gaps 127/127 = 100% # well populated outer belt, precipitation event 2021-05-29 21:40:39 - 21:46:35 NA 1 large gap, mainly in end 117/125 = 94% # regularly populated outer belt, precipitation event ELFIN B Outer EPD ----------------- Science Zone Range Zone Completeness Notes DL Completeness Flag Science Notes --------------------------------------------------------------------------------------------------------------- 2021-05-23 01:39:33 - 01:45:35 NA 1 small gap, mainly in middle 126/128 = 98% # regularly populated outer belt 2021-05-23 04:44:14 - 04:50:15 NA 1 small gap, mainly in beginning/middle 126/128 = 98% # regularly populated outer belt, precipitation event 2021-05-23 07:49:43 - 07:55:39 NA 2 large gaps, mainly in beginning 8/126 = 6% G/B? ... 2021-05-23 08:36:13 - 08:42:12 SD No significant gaps 127/127 = 100% # well populated outer belt 2021-05-23 09:23:07 - 09:29:09 NA No significant gaps 128/128 = 100% # well populated outer belt, precipitation event 2021-05-23 14:05:32 - 14:11:30 NA 1 large gap, mainly in middle 119/127 = 94% # well populated outer belt, precipitation event 2021-05-23 15:39:49 - 15:45:48 NA 1 large gap, mainly in middle 111/127 = 87% # well populated outer belt, precipitation event 2021-05-23 16:26:46 - 16:32:47 SD 1 large gap, mainly in beginning 109/128 = 85% # well populated outer belt 2021-05-23 20:21:00 - 20:27:01 NA No significant gaps 127/128 = 99% # regularly populated outer belt, precipitation event 2021-05-23 21:07:29 - 21:13:30 SD 1 large gap, mainly in middle 121/128 = 95% # well populated outer belt, precipitation event 2021-05-23 21:54:06 - 22:00:06 NA No significant gaps 127/128 = 99% # regularly populated outer belt, precipitation event 2021-05-23 23:26:54 - 23:32:56 NA No significant gaps 128/128 = 100% # regularly populated outer belt, precipitation event 2021-05-24 02:31:45 - 02:37:41 NA 1 large gap, mainly in middle/end 50/126 = 40% G/B? ... 2021-05-24 03:17:46 - 03:23:42 SD 1 large gap, throughout 3/126 = 2% B? ... 2021-05-24 04:50:07 - 04:56:03 SD Cut short 1/126 = 1% B? ... 2021-05-24 05:36:31 - 05:42:27 NA 2 large gaps, mainly in middle/end 5/126 = 4% B? ... 2021-05-24 08:42:28 - 08:48:24 NA 4 large gaps, mainly in end 18/126 = 14% G/B? ... 2021-05-24 11:03:00 - 11:08:56 SD 5 large gaps, mainly in middle 23/126 = 18% G/B? ... 2021-05-24 13:24:32 - 13:30:34 NA 4 large gaps, mainly in end 84/128 = 66% # well populated outer belt, precipitation event 2021-05-24 14:58:53 - 15:04:49 NA 4 large gaps, mainly in end 63/126 = 50% G/B? ... 2021-05-24 16:33:01 - 16:38:57 NA 5 large gaps, mainly in middle 57/126 = 45% G/B? ... 2021-05-24 19:40:25 - 19:46:27 NA 4 large gaps, mainly in beginning 77/128 = 60% # well populated outer belt 2021-05-24 22:46:34 - 22:52:30 NA Cut short 1/126 = 1% ... ... 2021-05-24 23:32:49 - 23:38:45 SD 5 small gaps, mainly in end 79/126 = 63% # well populated outer belt 2021-05-25 01:51:39 - 01:57:40 NA 1 small gap, mainly in end 122/128 = 95% # regularly populated outer belt, precipitation event 2021-05-25 04:56:20 - 05:02:21 NA 3 small gaps, mainly in end 123/128 = 96% # poorly populated outer belt 2021-05-25 06:28:57 - 06:34:58 NA No significant gaps 127/128 = 99% # poorly populated outer belt, precipitation event 2021-05-25 09:35:26 - 09:41:28 NA 1 large gap, mainly in middle 120/128 = 94% # well populated outer belt, precipitation event 2021-05-25 15:05:00 - 15:11:01 SD 2 large gaps, mainly in beginning 109/128 = 85% # well populated outer belt, precipitation event 2021-05-25 20:33:12 - 20:39:15 NA 2 large gaps, mainly in middle 114/128 = 89% # regularly populated outer belt 2021-05-25 21:19:40 - 21:25:41 SD 1 large gap, mainly in middle 113/128 = 88% # well populated outer belt 2021-05-25 22:06:15 - 22:12:17 NA 2 large gaps, mainly in end 103/128 = 80% # regularly populated outer belt, precipitation event 2021-05-25 22:52:34 - 22:58:33 SD 3 large gaps, mainly in end 87/127 = 69% # well populated outer belt 2021-05-25 23:39:00 - 23:44:56 NA 4 large gaps, mainly in middle 63/126 = 50% G/B? ... 2021-05-26 01:57:35 - 02:03:31 SD Cut short 1/127 = 1% ... ... 2021-05-26 05:48:41 - 05:54:37 NA 1 large gap, throughout 6/127 = 5% G/B? ... 2021-05-26 07:21:30 - 07:27:26 NA Cut short 5/127 = 4% G/B? ... 2021-05-26 08:54:47 - 09:00:43 NA 3 large gaps, throughout 6/127 = 5% G/B? ... 2021-05-26 09:41:28 - 09:47:24 SD 6 large gaps, mainly in middle 16/127 = 13% G/B? ... 2021-05-26 13:37:01 - 13:43:00 NA 5 large gaps, mainly in end 28/128 = 22% G/B? ... 2021-05-26 15:11:20 - 15:17:19 NA 4 large gaps, mainly in end 42/128 = 33% G/B? ... 2021-05-26 16:45:26 - 16:51:22 NA 5 large gaps, mainly in end 44/127 = 35% G/B? ... 2021-05-26 21:25:52 - 21:31:55 NA 3 large gaps, mainly in end 63/130 = 48% G/B? ... 2021-05-26 23:44:58 - 23:50:54 SD 6 small gaps, mainly in middle 67/127 = 53% G/B? ... 2021-05-27 02:03:43 - 02:09:39 NA 2 large gaps, mainly in beginning/middle 3/127 = 2% G/B? ... 2021-05-27 03:36:02 - 03:41:58 NA 4 large gaps, mainly in middle/end 9/127 = 7% G/B? ... 2021-05-27 04:22:05 - 04:28:07 SD 3 large gaps, mainly in middle/end 9/129 = 7% G/B? ... 2021-05-27 06:41:06 - 06:47:02 NA Cut short 1/127 = 1% ... ... 2021-05-27 09:47:44 - 09:53:40 NA 6 large gaps, mainly in end 21/127 = 17% G/B? ... 2021-05-27 12:08:44 - 12:14:42 SD 6 large gaps, mainly in end 30/128 = 23% G/B? ... 2021-05-27 12:56:01 - 13:02:01 NA 7 large gaps, mainly in end 51/129 = 40% G/B? ... 2021-05-27 14:30:22 - 14:36:20 NA 4 large gaps, mainly in beginning 85/128 = 66% # regularly populated outer belt 2021-05-27 16:04:34 - 16:10:34 NA 2 large gaps, mainly in beginning 96/129 = 74% # regularly populated outer belt, precipitation event 2021-05-27 18:25:15 - 18:31:13 SD 3 large gaps, mainly in middle 86/128 = 67% # regularly populated outer belt, precipitation event 2021-05-27 20:45:24 - 20:51:26 NA 2 large gaps, mainly in beginning/middle 110/129 = 85% # regularly populated outer belt 2021-05-27 22:18:23 - 22:24:23 NA 2 small gaps, mainly in middle 111/129 = 86% # regularly populated outer belt 2021-05-27 23:04:41 - 23:10:43 SD No significant gaps 129/130 = 99% # well populated outer belt, precipitation event 2021-05-29 00:43:22 - 00:49:23 NA No significant gaps 128/129 = 99% # regularly populated outer belt, precipitation event 2021-05-29 01:29:28 - 01:35:28 SD No significant gaps 128/128 = 100% # well populated outer belt, precipitation event 2021-05-29 02:15:45 - 02:21:49 NA No significant gaps 129/129 = 100% # regularly populated outer belt 2021-05-29 03:01:47 - 03:07:48 SD 3 small gaps, mainly in middle/end 115/129 = 89% # well populated outer belt, precipitation event 2021-05-29 04:34:08 - 04:40:08 SD 4 large gaps, mainly in end 89/128 = 70% # well populated outer belt 2021-05-29 05:20:29 - 05:26:29 NA 3 large gaps, mainly in beginning 101/128 = 79% # regularly populated outer belt 2021-05-29 09:13:01 - 09:18:57 SD 3 small gaps, mainly in beginning 103/127 = 81% # well populated outer belt, precipitation event 2021-05-29 12:21:07 - 12:27:09 SD 4 small gaps, mainly in beginning 112/129 = 87% * well populated outer belt, precipitation event 2021-05-29 13:08:24 - 13:14:25 NA No significant gaps 128/128 = 100% # regularly populated outer belt, precipitation event 2021-05-29 14:42:44 - 14:48:45 NA 2 small gaps, mainly in end 109/128 = 85% # regularly populated outer belt, precipitation event 2021-05-29 16:16:53 - 16:22:49 NA 3 small gaps, mainly in beginning 81/127 = 64% # regularly populated outer belt, precipitation event 2021-05-29 18:37:29 - 18:43:28 SD 3 large gaps, mainly in beginning 88/128 = 69% * well populated outer belt, precipitation event 2021-05-29 20:57:32 - 21:03:28 NA No significant gaps 126/127 = 99% # regularly populated outer belt ELFIN A Inner EPD ----------------- Science Zone Range Zone Completeness Notes DL Completeness Flag Science Notes ------------------------------------------------------------------------------------------------------ 2021-05-23 02:13:42 - 02:32:54 INA No significant gaps 102/101 = 101% ... low energy fluxes 2021-05-23 14:37:29 - 14:57:14 INA No significant gaps 104/104 = 100% * well populated inner belt, precipitation event 2021-05-24 21:44:30 - 22:04:26 INA No significant gaps 106/106 = 100% * well populated inner belt, precipitation event 2021-05-25 19:30:19 - 19:50:17 INA 12 small gaps, mainly in middle 117/106 = 110% ... low energy fluxes 2021-05-25 21:03:41 - 21:23:41 INA No significant gaps 106/106 = 100% ... low energy fluxes 2021-05-26 20:22:42 - 20:42:38 INA 4 small gaps, mainly in middle 116/106 = 109% * regularly populated inner belt, precipitation event 2021-05-26 21:55:58 - 22:15:48 INA 11 small gaps, mainly in middle 109/105 = 104% ... low energy fluxes ELFIN B Inner EPD -----------------