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115 ptslesterJuly 30, 2018 at 10:48 pm #5082
Location: East of Kambang, South Pesisir Regency, West Sumatra … 100’59’E – 1’47’S
Magnitude: 5.5 – 6.8
Margin: 250 Radial Kilometres
Period: from 00:01 UTC July 31, for 5 days
……………………………………………………………..A Hawaiian curiosity…
26th July 22:09:11 UTC – M 5.2 Volcano, Hawaii… Dawn in West Sumatra on the co-ordinates stated (above)… If you deduct a “sidereal” day from this event time (23 hours, 56 minutes, 4 seconds), it calculates as 10:13:07 UTC = Moonrise in West Sumatra on the co-ordinates stated… Sunset on co-ordinates 116.491’E – 8.274’S (USGS) M 6.4 epicentre (28th July), Pulau Lombok Island, Indonesia.
28th July 12:37:26 UTC – M 5.3 Volcano, Hawaii…Dusk in West Sumatra on the co-ordinates stated.
29th July 22:10:25 UTC – M 5.3 Volcano, Hawaii… Dawn in West Sumatra on the co-ordinates stated… If you deduct a “sidereal” day from this event time, it calculates as 10:14:21 UTC = Sunset on co-ordinates 116.491’E – 8.274’S M 6.4 epicentre, Pulau Lombok Island,Indonesia.
I ran analysis on all 5+ events in Volcano, Hawaii since 1st July using this method, only these recent events listed have correlations with West Sumatra and the 6.4 Lombok epicentre (cancelled my vacation in Bougainville that’s for sure !). Thought it may be a bit weak to post a forecast based on these sidereal scenarios, then another piece of the puzzle came to me like a “New Jersey Jackal” home run !…
1st August 02:28 UTC – Moonset in West Sumatra on the co-ordinates stated… Moonrise on co-ordinates 74’14’W – 40’34’N Irvington, Newark, New Jersey (ref; Taiwan forecast).
Thank you… 🙂
Score: 0115 ptslesterJuly 31, 2018 at 3:27 pm #5085An observation…
On 5th August at 10:28 UTC, it will be moonrise on Mt Kilauea, Hawaii on co-ordinates 155’17’W – 19’24’N… the sun will be located on longitude 24’30’E at this time. Exactly “12 hours” later at 22:28 UTC, it will be solar noon on Mt Kilauea on the co-ordinates stated, and sunrise on the M 6.4 Lombok Island, Indonesia epicentre (28th July). It will also be moonrise on longitude 24’30’E, combining this with the suns longitude “12 hours” earlier, calculates as solar noon / moonrise on co-ordinates 24’30’E – 35’51’N Crete, Greece.
At 13:40:20 UTC today, a 3.2 event occurred on co-ordinates 24’30’E – 35’25’N Crete, Greece. The event itself is insignificant on the seismic scale, but if you deduct a sidereal day from this event time, it calculates as 01:44:16 UTC. At this time, it was solar noon on Mt Taraka, Bougainville Island… and moonset in West Sumatra on the co-ordinates of this forecast !
Calculated times are only as accurate as the times displayed in the online websites posted above, a 1 minute difference would change the Crete co-ordinates in the 5th August scenario, to the same location as today’s 3.2 event.
Thank you…
Score: 0115 ptslesterJuly 31, 2018 at 4:24 pm #5086Apologies… I have just discovered my model program is in error by “12 hours”, for some reason it did not accept the sidereal input. The calculations above were looking good… but unfortunately they are flawed 🙁
However, it is strange how flawed calculations could so easily correlate the same locations to each other on multiple occasions !
Score: 0115 pts -
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