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115 pts115 ptslesterApril 6, 2018 at 6:33 pm #4266
The rising / setting sun has a ,minimal re-fractal influence of 1 hour 10 minutes in equatorial lattitudes… in other words, true energy is influencing the morning / evening sky 1 hour 10 minutes before and after the sun has risen or set. Equatorial latitudes is an example, this time varies per latitude during the year as the sun is either heading North or South. The moon on the other hand influences its horizon position at a minimal 4 minutes because unlike the sun, it is radiating reflected energy! The timing of solar / lunar convergence is dependent on the moons lateral position, and distance from influenced location. If the sun is low in the sky, it creates a long shadow, if it is high, it is a short shadow. Same goes for the moon, but we don’t see moon shadow in the same context, but if you do the math to include it in the equation… it works !
Hope you can excuse my bad manners earlier, I have been eager to get Parkfield for years and your data kinda put the icing on the cake to what I was working on… I meant to first compliment you on a fine image analysis display!. I do not completely understand it,but I can see how an influence is increasing in Northern New Zealand. The important thing is, that we should combine this with our other ongoing methods to see if we can better determine a workable time frame for occurrence. As part of our project in Bay of Plenty, I had already determined a Dawn / Moonrise convergence on 177.565’E – 36.900’S White Island Canyon, Bay of Plenty. This occurs on 14th April at 17:10 UTC, however, if we are to take into account a 4 minute influence before Moonrise, this changes the time and position to 17:06 UTC on 178.580’E – 37.040’S 27 km’s NNE of Matakoa Valley. This location is 90 km’s East of White Island Canyon, so it wouldn’t make a big difference with a 250 km margin. Your data and this calculation suggests we should post a forecast no later than 13th April, we don’t want the Doc and Marty pre 24 hour effect catching us out 🙂 . You should check these times out in the solar and lunar maps to see the convergence… pay particular attention to the moons longitude co-ordinates at 17:10 UTC !!
Sorry to hear you are having acceleration problems “Marty”, I ordered a new flux capacitor from eBay for you… they had some at Amazon, but these had special coating applied to them to protect them against “lightning” strikes 🙂
Score: 0115 ptslesterApril 6, 2018 at 4:32 pm #4264OH! Chris… I reworked my data for Gallieni Fracture Zone, Isla Grande de Chiloe and Quigley Canyon, I discovered I was 4 minutes out with my calculations. I had “not” taken into account a re-fractal difference of the moons position due to atmospheric effects.
This being the case, I reviewed the ACE data break times, compensated for re-fractal difference, included the 5.5 P.N.G. 07:47 UTC event (check this in the moon map !) and reviewed stored data from my Parkfield forecast from weeks ago, included the data you just post… and they all land on 120.660’W – 35.920’N Deer Canyon, Parkfield. The current Perry, Oklahoma events have an exact parallel T connection with this location !!!
Hope you don’t mind the forecast and name change… I thought new names, new chance 🙂
I’ll post all the specs to you later…
Score: 0115 pts115 ptslesterApril 5, 2018 at 10:34 pm #4257Chris… I’m not sure if you have seen the last seismic blast in your area yet!. I posted you yesterday about a break in the MAG, SWEPAM and SIS data at 16:33 UTC. Another one has occurred today at 17:14 UTC, both these times match Moonset for the 4th – 5th April, on a NNW line starting from the coast in Malibu. It continues through Thousand Oaks, Fillmore, Frazier Park, Caulders Corner on the West side of Bakersfield, and terminates at Oakdale, 140 km’s East of San Francisco… the Moonset times separate at this point.
I formulated some alternative combo’s in Kamchatka with yesterdays break, but I have a feeling Kamchatka may be wrong, and this could still be a West Coast connection !!
Shame your not Marty… you could have fired up the DeLorean to go and see if I am right 🙂
Score: 0115 ptslesterApril 5, 2018 at 9:37 pm #4255I tried to tell you… but nobody listens to old goats these days 🙂
Something interesting…
The ACE data feeds terminated yesterday at 18:12 UTC (as mentioned above), the sun was on longitude 92.266’W at this time. At 10:52 UTC today, it was Dusk on 126.780’E – 6.815’N Taragona, Philippines (5.9 epicentre 5/4)… Sunrise on 70.606’W – 20.382’S Iquique, Chile (5.6 epicentre 5/4)… and Dawn on 92.266’W – 14.010’N Offshore Guatemala !
The M 5.3 Santa Cruz Island event on Co-ordinates 119.725’W – 33.840’N, has been sharing a Sunset / Dusk correlation since 28th March with 96.863’W – 36.463’N Pawnee,Oklahoma… this correlation terminates on 9th April !
M 5.3 Los Angeles Region … 90 hours
M 2.5 Yellowstone, Montana … 218 hours… Nah! I don’t think this one will wash 🙂
Score: 0115 ptslesterApril 5, 2018 at 10:33 am #4253M 4.9 Isla Grande de Chiloe, Los Lagos … 30 hours
M 4.7 Raykjanes Ridge Region … 60 hours
Sarychev Peak, Kuril Islands and Quigley Canyon, Los Angeles … past due !M 5.9 Mindanao, Philippines 03:53:41 UTC… Sunrise on 27.090’E – 39.800’N West of Akcakoyun, Western Turkey = 03:53 UTC 5/4
M 5.9 Fiji Region 09:07:57 UTC… Sunset on 139.420’E – 41.860’N Okushiri Island, Eastern Sea of Japan = 09:08 UTC 5/4
More later…
Score: 0115 ptslesterApril 4, 2018 at 10:25 pm #4251I decided to try my luck with option 1. … Moonset here occurred at 21:12 UTC, it was Sunrise on 138.740’E – 47.590’S South of Australia (ref; April 3 3:11 pm post above)… and Dawn on 115.023’E – 34.222’S Hamalin Bay, South of Perth, Western Australia.
Personally, I think option 2. would have been the better choice… but I couldn’t resist that Hamalin Bay connection 🙂
Score: 0115 pts115 ptslesterApril 4, 2018 at 9:22 pm #4248I ran a comparison on the data feed termination times for the last two days, so far they correspond with the following two locations…
Dawn 18:10 UTC 3/4 – 18:12 UTC 4/4 = 152.440’E – 58.590’S Tasman Fracture Zone, South of Tasmania
Dusk 18:10 UTC 3/4 – 18:12 UTC 4/4 = 27.090’E – 39.800’N West of Akcakoyun, Yenice, Western Turkey
Score: 0115 ptslesterApril 4, 2018 at 8:11 pm #4247Chris… a structure formed in Phi after the data break resumed, I have formulated three alternative combo’s incorporating the break and the structure…
1. Break time 16:33 UTC – 16:44 UTC (times as displayed)… at 16:33 UTC, it was Dawn on 160.066’E – 54.310’N Shoreline of Kronotskiy Zaliv Bay, East Coast of Kamchatka… at 16:44 UTC, the moon was on longitude 160.066’E
2. Break time 16:25 UTC – 16:36 UTC (times as displayed -8 LS)… at 16:25 UTC, it was Dawn on 162.000’E – 54.370’N Kozlova Canyon, East Coast of Kamchatka… at 16:36 UTC, the moon was on longitude 162.000’E. Sunrise occurred here today at 18:41 UTC (4.3 Central Italy 18:41:33 UTC !)
3. Phi structure 16:42 UTC – 16:54 UTC… (times as displayed -8 LS)… at 16:42 UTC, it was Dawn on 157.650’E – 54.400’N approx 40km’s WSW of Mil’kovo, Kamchatka… at 16:54 UTC, the moon was on longitude 157.650’E. Solar Noon occurred here today at 01:32 UTC, it was Dusk on 91.950’W – 13.830’N Offshore Guatemala at this time !
In order to determine Dawn locations, I had to “first” use the second time for moon position… I had to keep going “Back to the Future” 🙂
All the data feeds have terminated at 18:12 UTC… it is still within Solar Noon range of Guatemala at this time !!
Score: 0115 pts115 ptslesterApril 3, 2018 at 8:05 pm #4240The ACE data feeds have terminated at 18:10 UTC… the sun was on longitude 91.700’W (Solar Noon in Guatemala !)… the moon was on longitude 127.683’E (Okinawa !)… and it was Dawn on 145.900’E – 44.470’N Numuro Strait, Hokkaido.
Good line up… if we are lucky, Bill and Ted might get a 4.4 !!
Score: 0115 pts115 ptslesterApril 3, 2018 at 6:23 pm #4238Chris… I found something you “should” check out my friend !. If you load website sunrisesunsetmap.com , find El Salvador and place the cursor on the 5.9 epicentre location. It will show that Moonrise and Moonset occurred today at 02:16 UTC and 14:16 UTC respectively… an exact 12 hours. http://www.suncalc.net or the T&d map shows it was Sunset at 02:16 UTC in Long Beach, Central LA, Glendale, Sylmar and on into Santa Clarita.
I found this whilst checking moon times in Guatemala, it still doesn’t mean anything is going to happen here… but these “unusual circumstances” are sure mounting up 🙂
Score: 0115 ptslesterApril 3, 2018 at 3:11 pm #4237Wow indeed 🙂 … because of an unusual set of circumstances, it is easy to conclude the power outage was related to the moons position over Jakarta. The math had a convergence 5 miles from the affected area, we had just determined calculations for Jakarta on this day , and there was a lunar link from the 6.8 Bolivia event. In reality this would not be acceptable, it would not wash as they say. But it does not mean that you and I can’t be open minded to these possibilities. personally I have no doubts on the matter, otherwise I would not be posting comments on; why Californians had their mid-morning coffee breaks disrupted, by the moon being over the red sea 🙂
You have to consider, if the T track connects LA with Java, why did it only affect Granada Hills ?… answer, it will only connect if a pre-seismic anomaly is present in the Los Angeles area… it connects A to B. The likely scenario is, a warning shot will occur in LA before the main event in Java !!
To broach on my crazy theory again…
At 10:05 UTC today, a break occurred in all ACE data feeds, this resumed again at 10:14 UTC. The time of 10:14 UTC is a match for a Dusk / Moonrise convergence on 138.740’E – 47.590’S South of Australia. Forgive not posting all the math, but this location has correlations with the Sandwich Islands, Kuril Islands and P.N.G. to name a few. Moonset does not occur here until 00:43 UTC on the 4th April, also at this time, it is Moonrise on 63.017’W – 20.652’S Carnandayti, Bolivia (6.8 epicentre). The location itself does not seem to have any seismic history within at least 300 km’s, but it connects to a 6.8 event that only occurred yesterday, Via a break in the space data !. I’m not sure where this is leading yet… South of Australia does have 5+ events but this location is off the fault line !
10:14 UTC also got my attention because it was Sunset on 115.023’E – 34.222’S Hamalin Bay, South of Perth, Western Australia… I am still searching for the “lost Whale songs” 🙁
I am looking forward to seeing your analysis images…
Score: 0115 ptslesterApril 3, 2018 at 12:36 pm #4235On 2nd April at 18:47:45 UTC, the moon was on longitude 107.016’E… Jalan al Hidaya Road, Bekasi District, Jakarta can be found on co-ordinates 107.016’E – 6.338’S… at 18:50 UTC, it was over Central Jakarta City !!
118.500’W – 34.390’N Quigley Canyon, Santa Clarita is 5 miles North of Granada hills !
A 5.0 event occurred on the Gallieni Fracture Zone, South of Madagascar at 04:57:21 UTC 3/4 (within 48 hours !)
At 04:21:19 UTC 3/4, a 4.2 occurred on Vancouver Island ( never got to finishing the math !)
19:14 UTC signal contact calculates as Sunset on Ascension Island Region !
A 5.9 occurred Offshore El Salvador at 110 km’s outside our margin, external data suggested possibility of something more significant was going to occur… took a chance on a temporary increase to the Guatemala Forecast Magnitude.
Score: 0115 pts115 ptslesterApril 2, 2018 at 11:32 pm #4230My machine recorded two strong signal contacts at 19:14 UTC and 21:18 UTC today. I have not determined what the first time relates to, but at 21:18 UTC it is Sunrise on Okinawa. When I combined the times, I get a Sunset / Moonrise convergence on 13.790’W – 27.450’N Canary Isles. If there is anything here, the magnitude would not be worthy of a forecast… so I leave record with this post !
Score: 0115 pts115 ptslesterApril 2, 2018 at 10:27 pm #4227Sorry Chris… found something I should have seen earlier. At 03:42 UTC today, it was Dusk and Moonrise on 118.500’W – 34.390’N Quigley Canyon, Santa Clarita, North of Los Angeles… a solar / lunar convergence !
At 19:53 UTC today, it was Solar Noon in San Bernardino, and Sunrise on our Numuro Strait, Hokkaido forecast co-ordinates.
At 19:58 UTC on 24th March, it was Solar Noon in Pomona, LA… also on this day at 19:58:33 UTC, a 6.3 event occurred on the Southeast Indian Ridge !!
I can see why you are having power issues 🙂
Score: 0115 ptslesterApril 2, 2018 at 9:06 pm #4226I casually picked Pomona, Los Angeles as a base location, it was Dawn here today at 12:12 UTC, it was also Dusk at this time on the 5.2 Java epicentre… so you can tell your pupils and colleagues it was your fault the power went off 🙂
Actually, at 12:12 UTC, it was also Sunset on my Meghalaya co-ordinates, we know energy transfers on the T tracks from A to B, and this location is hot real estate at the moment… so who knows !
Oh! just found something more feasible… if you move East to San Bernardino, it is Dawn here at 12:09 UTC, also at this time it is Moonset on 63.017’W – 20.652’S Carandayti, Bolivia (6.8 epicentre)
You were right to check in with me… I don’t always get things right, but I know how to find the good stuff 🙂
Score: 0115 ptslesterApril 2, 2018 at 7:01 pm #4223Something interesting… On 17th March at 10:16 UTC, the sun and moon were located on longitude 28.100’E (New Moon !)… also at this time, it was Sunrise on 63.017’W – 20.652’S Carandayti, Bolivia (6.8 epicentre)
On 6th April at 15:39 UTC, it will be Moonset in Carandayti, Bolivia on the co-ordinates stated, and Moonrise on Al Hidaya Road, Bekasi District, Jakata… this is the good news. The bad news is, it only leaves us one day… yes! I think you should increase the Magnitude range, may be we’ll get lucky 🙂
Score: 0115 ptslesterApril 2, 2018 at 4:11 pm #4221Chris… I mentioned yesterday the possibility of high magnitude quakes being instigated by an unknown catalyse within 48 hours of occurrence. I showed above that the 6.1 South of Fiji event experienced a solar / lunar convergence on 31st March… so this is interesting. On 31st March at 10:19 UTC, it was Sunrise and Moonset on the 6.8 Bolivia epicentre… a solar / lunar convergence !. Both patterns fit the 31st March, and they both occurred +/- 3 of 48 hours !
I have compiled a short list of convergences that have occurred or will occur today, my focus was “Usual suspects” and fault lines;
2/4 10:06 UTC – Dusk / Moonset on 153.400’E – 48.050’N Sarychev Peak, Kuril Islands region
2/4 15:52 UTC – Dusk / Moonset on 52.140’E – 37.170’S Gallieni Fracture Zone, South of Madagascar
2/4 23:23 UTC – Dusk / Moonset on 30.120’W – 59.570’N Raykjanes Ridge region, Iceland
3/4 00:21 UTC – Dusk / Moonset on 74.030’W – 43.140’S Isla Grande de Chiloe, Los Lagos, Chile
(also at 00:21 UTC, it is Sunset on 91.950’W – 13.830’N Offshore Guatemala !)The convergence transits mostly no mans land today, so these are the best I could find. I am not putting a lot of faith in this working, but if it produces a 3+ on one of these locations in the next 48 hours… it might be something worth further investigation !
I will continue posting anything of interest… no need to reply, unless you can tell me where the next 6+ is going to be 🙂
Enjoy your week and don’t work to hard…
Score: 0115 ptslesterApril 2, 2018 at 11:39 am #4219M 6.1 South of Fiji Islands at 05:57:31 UTC
On 31st March, a Sunset / Moonrise convergence occurred on this epicentre at 05:46 UTC
Also on this day, Moonset occurred on this epicentre at 18:11 UTC… the sun was on longitude 91.716’W = Solar Noon on the Guatemala Co-ordinates !
The T sequence shows Dawn occurs here at 16:40 UTC today… the moon will be on longitude 137.916’E (Toyama Trough !)
At the stated event time, the sun was on longitude 91.533’E (Meghalaya !)
I missed the clues for the 6.1… must have taken a wrong turn on my circuit board ! 🙁
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