Solar Saros 138

Saros cycle series 138 for solar eclipses occurs at the Moon's descending node, repeating every 18 years, 11 days, containing 70 events. 16 of these are partial solar eclipses. All eclipses in this series occurs at the Moon's descending node.

May 10, 2013
Annularity viewed from Churchills Head, Australia
Series member 31

This solar saros is linked to Lunar Saros 131.

Antipode of Lunar Saros 131 is Solar Saros 138

Saros 138

It is a part of Saros cycle 138, repeating every 18 years, 11 days, containing 70 events. The series started with partial solar eclipse on June 6, 1472. It contains annular eclipses from August 31, 1598 through February 18, 2482 with a hybrid eclipse on March 1, 2500. It has total eclipses from March 12, 2518 through April 3, 2554. The series ends at member 70 as a partial eclipse on July 11, 2716. The longest duration of totality will be only 56 seconds on April 3, 2554.

Umbral eclipses

Umbral eclipses (annular, total and hybrid) can be further classified as either: 1) Central (two limits), 2) Central (one limit) or 3) Non-Central (one limit). The statistical distribution of these classes in Saros series 138 appears in the following table.

ClassificationNumberPercent
All Umbral eclipses54100.00%
Central (two limits)5398.15%
Central (one limit)00.00%
Non-central (one limit)11.85%

Events

SarosMemberDateTime
(Greatest)
UTC
TypeLocation
Lat, Long
GammaMag.Width
(km)
Duration
(min:sec)
Ref
1381June 6, 147220:20:31Partial66.4S 132.2W-1.54480.0209
1382June 18, 14902:55:30Partial65.4S 118.7E-1.46610.1592
1383June 28, 15089:28:44Partial64.5S 10.4E-1.3860.2993
1384July 9, 152616:02:42Partial63.6S 97.8W-1.30630.4379
1385July 19, 154422:38:22Partial62.8S 153.9E-1.22810.573
1386July 31, 15625:16:46Partial62.2S 45.1E-1.15220.7034
1387August 10, 158012:00:05Partial61.6S 64.7W-1.08020.8258
1388August 31, 159818:48:48Annular61.2S 175.6W-1.01260.9398--
1389September 11, 16161:44:06Annular54.1S 102.3E-0.95050.93198075m 42s
13810September 22, 16348:47:04Annular51.5S 2.3E-0.89470.935726m 3s
13811October 2, 165215:58:30Annular51.2S 102.7W-0.84580.92754976m 19s
13812October 13, 167023:19:00Annular52.4S 149.1E-0.80430.92474676m 34s
13813October 24, 16886:46:41Annular54.4S 39.2E-0.76860.92214536m 49s
13814November 5, 170614:23:57Annular57S 72.6W-0.74070.91954497m 2s
13815November 15, 172422:07:38Annular59.9S 175E-0.71830.91744487m 15s
13816November 27, 17425:58:59Annular62.6S 62.2E-0.70190.91564507m 26s
13817December 7, 176013:53:44Annular64.7S 49.4W-0.68810.91444517m 36s
13818December 18, 177821:53:54Annular65.8S 160.6W-0.67880.91374507m 44s
13819December 29, 17965:54:58Annular65.5S 88.6E-0.67030.91364467m 51s
13820January 10, 181513:57:06Annular63.7S 23.6W-0.66260.91434387m 55s
13821January 20, 183321:56:55Annular60.6S 137.4W-0.6530.91554267m 59s
13822February 1, 18515:54:27Annular56.4S 106.9E-0.64130.91754098m 1s
13823February 11, 186913:46:39Annular51.3S 9.7W-0.62510.92013878m 2s
13824February 22, 188721:33:04Annular45.7S 126.5W-0.6040.92323628m 1s
13825March 6, 19055:12:26Annular39.5S 117.4E-0.57680.92693347m 58s
13826March 17, 192312:44:58Annular33S 2.4E-0.54380.9313057m 51s
13827March 27, 194120:08:08Annular26.2S 110.9W-0.50250.93552767m 41s
13828April 8, 19593:24:08Annular19.1S 137.6E-0.45460.94012477m 26s
13829April 18, 197710:31:30Annular11.9S 28.3E-0.3990.94492207m 4s
13830April 29, 199517:33:20Annular4.8S 79.4W-0.33820.94971966m 37s
13831May 10, 20130:26:20Annular2.2N 175.5E-0.26940.95441736m 3s
13832May 21, 20317:16:04Annular8.9N 71.7E-0.1970.95891525m 26s
13833May 31, 204913:59:59Annular15.3N 29.9W-0.11870.96311344m 45s
13834June 11, 206720:42:26Annular21N 130.2W-0.03870.9671194m 5s
13835June 22, 20853:21:16Annular26.2N 131.3E0.04520.97041063m 29s
13836July 4, 210310:01:48Annular30.3N 33.2E0.12850.9734962m 57s
13837July 14, 212116:42:39Annular33.6N 64.3W0.21250.9758882m 32s
13838July 25, 213923:26:33Annular35.8N 161.9W0.29460.9778832m 13s
13839August 5, 21576:14:20Annular37.1N 99.6E0.37430.9792801m 59s
13840August 16, 217513:08:17Annular37.6N 0.5W0.44970.9802781m 50s
13841August 26, 219320:09:20Annular37.4N 102.9W0.520.9806801m 45s
13842September 8, 22113:17:18Annular36.9N 152.5E0.58540.9808831m 43s
13843September 18, 222910:34:51Annular36.2N 44.8E0.64390.9805891m 44s
13844September 29, 224718:01:05Annular35.6N 65.9W0.69610.9801961m 47s
13845October 10, 22651:37:34Annular35.1N 179.8W0.74040.97961051m 51s
13846October 21, 22839:23:11Annular34.9N 63.2E0.77830.9791161m 56s
13847November 1, 230117:19:33Annular34.8N 57.2W0.8080.97861262m 1s
13848November 13, 23191:24:39Annular35N 179.6E0.83140.97841362m 4s
13849November 23, 23379:37:55Annular35.5N 53.8E0.84880.97861422m 5s
13850December 4, 235517:58:37Annular36N 74.4W0.86090.97921452m 2s
13851December 15, 23732:25:55Annular36.7N 155.4E0.86780.98031411m 56s
13852December 26, 239110:57:15Annular37.6N 24E0.87230.9821311m 46s
13853January 5, 241019:31:39Annular38.8N 108.2W0.87490.98421161m 31s
13854January 17, 24284:07:20Annular40.5N 119.1E0.8770.987961m 13s
13855January 27, 244612:43:51Annular42.7N 13.9W0.87890.9903720m 53s
13856February 7, 246421:17:16Annular45.7N 146.4W0.8840.9941440m 31s
13857February 18, 24825:48:52Annular49.3N 81.2E0.89120.9982140m 9s
13858March 1, 250014:14:47Hybrid53.9N 50.7W0.90381.0026210m 12s
13859March 12, 251822:37:02Total59.1N 176.7E0.921.0071630m 31s
13860March 23, 25366:51:06Total65.3N 42E0.94351.01151210m 46s
13861April 3, 255415:00:51Total71.5N 102.2W0.97131.01532320m 56s
13862April 13, 257223:02:08Partial71.5N 81.8E1.00680.9902
13863April 25, 25906:57:46Partial70.9N 50.1W1.04760.9167
13864May 6, 260814:45:32Partial70.1N 179.4W1.09540.8288
13865May 17, 262622:28:40Partial69.1N 53.1E1.14760.7318
13866May 28, 26446:05:58Partial68.2N 72.3W1.20510.6236
13867June 8, 266213:38:43Partial67.2N 163.9E1.26660.5068
13868June 18, 268021:08:08Partial66.2N 41.5E1.33150.3827
13869June 30, 26984:35:43Partial65.3N 80.1W1.39830.2539
13870July 11, 271612:01:43Partial64.4N 159.1E1.46660.1219

References

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.