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The solar saros series 128 began with a partial eclipse on 29 August 984, has a total of seventy-four events, and will end with a partial eclipse on 01 November 2282. This saros series has already completed all three 34 events of the first tree divisions and is currently in division four: the thirty-two Annular eclipses events.
With future eclipse events, the duration of the upcoming Annular eclipses will gradually decrease to 4 minutes and 0 seconds with event number 64 occurring on 25 July 2120, and will be the last event in division four.
The duration of future annular eclipses will gradually decrease to 4 minutes and 0 seconds with saros series event number 64 on 25 July 2120, and will be the last event in eclipse division four.
Subsequent events in division five of this solar series will be partial eclipses beginning on 05 August 2138 and continue until the last event of saros series 128, event number 73, which will occurs on 01 November 2282.
Solar Saros Series 128: Five Eclipse Divisions
The eclipses of saros series 128 are separated in the following divisions:
1. 24 Partial eclipse (events 1-24) from 29 August 984 through 06 May 1399.
2. 4 Total eclipses (events 25-28) from 16 May 1417 through 18 June 1471.
3. 4 Hybrid eclipses (events 29-32) from 28 June 1489 through 31 July 1543.
4. 32 Annular eclipses (events 33-64) from 11 August 1561 through 25 July 2120.
5. 9 Partial eclipses (events 65-73) from 05 August 2138 through 01 Nov 2282
Saros Series 128: Division Four, Annular Solar Eclipses
Currently, saros cycle 128 is in the fourth division, the annular eclipses
Saros Series 128 includes the following events:
Event 58: 20 May 2012, S. Japan, N. Pacific, Aleutian, SW US
Event 59: 01 June 2030, Mediterranean Sea, Asia, N. Japan
Event 60: 11 June 2048, N. A. Great Lakes, N. Atlantic, Norway, Caspian Sea
Event 61: 22 June 2066, Kamchatka, N. Alaska, Inuit, N. Atlantic
This upcoming Event 59, on 01 June 2030 will be the 27th event of the total 32 events in the fourth division. This Annular eclipses will last for 5 minutes and 21 seconds at its maximum duration. This event is .
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