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115 pts115 ptslesterJuly 24, 2017 at 11:23 pm #2245
A little trivia I forgot to include…
Dawn on San Cristobal Trench (5.4 epicentre, July 4) … 18:09 UTC, July 10
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Dawn on 136.100’E – 33.540’N Southern Honshu, Japan … 18:09 UTC, July 10
Dawn on 174.48’E – 41.46’S Cook Strait, New Zealand … 18:09 UTC, July 10
Solar Noon on 90.87’W – 13.83’N Guatemala (6.8 epicentre, June 22) … 18:09 UTC, July 10115 ptslesterJuly 24, 2017 at 11:05 pm #2244Counselor,
You are correct… Bougainville #1 🙂I’m afraid you are slightly off with Topolobampo (Gulf of Mexico) relating to Bougainville, however, I did some working out on the Gulf of California location today and found a few interesting correlations for you to check out on the T&D maps…
If you open two tabs with a T&D map in each, input July 4, 19:25 UTC in one, and July 23, 19:25 UTC in the other map. Make sure the maps are at the same level on your screen, by placing a small mark next to Fiji with a felt tip pen (It doesn’t damage the screen, and easy to remove later). If you flick between the two maps, you will notice how the Sunrise terminator threshold pivots on San Cristobal Trench, South Solomon’s as it changes angle. Also on the first map (19:25 UTC, July 4), As mentioned it is Sunrise on San Cristobal Trench (5.4 epicentre, July 4)… Dusk on Crete, Greece (5.3 epicentre, July 7)… Dusk on Kos Turkey (6.7 epicentre, July 20) and the positional longitude of the sun on this day was 110.07’W
On the second map (19:25 UTC, July 23) it is again Sunrise on San Cristobal Trench… Sunrise Off East Coast of Honshu, Japan (5.6 epicentre, July 23)… Dusk on Les’vos Basin, Western Turkey (6.3 epicentre, June 12) and the positional longitude of the sun at this time yesterday was 109.37’W… same longitude as the Gulf of California events today.
Again on the second map, change the time to 11:15 UTC (July 23). If you recall, I gave an address on a structure recorded on the ACE EPAMp monitor on the 22nd. With a follow up on the 23rd, and determined a possible seismic location as 125.425’E – 7.155’N Davao, Philippines. If you look on the map, it is Dusk on the stated co-ordinates in Davao Philippines, and Dawn on 109.37’W – 24.56’N Gulf of California!! … another structure appeared this morning, I have not finished my analysis yet but it is related to Davao, and “will” surpass the 4+ I stated yesterday.
I believe the ten 4+ events in the Gulf of California to be a little unprecedented, and may be linked to producing a solar footprint. If you input 00:27:20 UTC,July 24 on the map, you will see that the sun is on longitude 174.48’E. The time stated relates to the first event, a 4.4 which occurred exactly an hour after the 4.8 in Bougainville ( 🙂 ). I have already been working on other indications that something may be developing on 174.48’E – 41.46’S Cook Strait, NZ, and this gives some conformation in that respect!. But I believe the big show here will be between December 18 – 21. New Moon occurs on the 18th at 06:18 UTC… and it is summer solstice in the Southern hemisphere on the 21st. For these 3 days at 10:08 UTC, it will be Solar Noon on Kos,Turkey (6.7 epicentre) and Dusk on 174.48’E Cook Strait… after this the angle changes!
Two days ago, I was concerned that I may have put a cat amongst the pigeon’s, today my concern’s were wavered. In respect, I have tried to heed advice and cut down on some of the more mundane stuff… but this might not always be the case 🙂
Score: 0115 ptslesterJuly 23, 2017 at 9:33 pm #2230Have you noted the reaction spike in the Ace mag data at 18:00 UTC, the moon is on 83.960’W “Costa Rica”. It is Sunset in FYR of Macedonia (epicentre of all the recent action there), and it is 1 minute past Dawn at Vale Trough, Vanuatu.
Glad you could join me Counselor… I was getting lonely 🙂
Score: 0115 ptslesterJuly 23, 2017 at 7:43 pm #2227An event in Indonesia this morning gave me a match that is somewhat less common, a double hit on the same target location…
2017-07-23 07:55:55 UTC M 5.5 Tinabogan, Indonesia … 120.200’E – 0.294’N
Sunset on 120.200’E – 0.294’N Tinabogan … 10:09 UTC, July 23
Dawn on 83.850’W – 9.610’N Costa Rica … 10:09 UTC, July 23Dusk on ,,,,,,,, – ,,,,,,, Tinabogan … 11:24 UTC, July 23
Sunrise on ,,,,,,, – ,,,,,,, Costa Rica … 11:24 UTC, July 23Another structure has been recorded on the ACE EPAMp monitor, this one is different to the one recorded yesterday because it is a refraction signature on the opposite longitude to the sun’s position… or a butterfly effect if you will. Increase and termination does not matter in this case, the centre point at 17:45 UTC is what counts.
17:45 UTC -8 LS = 17:37 UTC, the sun is on positional longitude 82.616’W (a close match to Costa Rica above). The opposite longitude to this position is 97.365’E… Hpasawng, Burma is located on longitude 97.286’E, it is also Solar noon in Hpasawng, Burma at 05:37 UTC, July 23 !!
Score: 0115 ptslesterJuly 23, 2017 at 12:58 pm #2220A little more…
2017-07-22 23:13:36 UTC M 4.8 16 km’s NW of Fuyu, China … Sunrise 20:17 UTC, July 22
2017-07-23 06:53:19 UTC M 4.3 24 km’s NE of Tobelo, Indonesia … Dawn 20:17 UTC July 22
Small compression in Bt – Bx, traces (mag) at 10:05 UTC, -8 LS = 09:57 UTC
Sharp rise/fall in plasma density at 11:22 UTC, -8 LS = 11:14 UTCHere is an X, but at this point I don’t think it will amount to more than a 4+ without further data.
Dawn 20:17 UTC … Sunrise 21:32 UTC … Sunset 09:57 UTC … Dusk 11:14 UTC = 125.425’E – 7.155’N, Davao, Philippines.
Score: 0115 ptslesterJuly 23, 2017 at 11:22 am #2219Hook,
The migration pattern shows that an event occurring in Japan will have a following reaction in the Southwest Pacific region of Vanuatu etc… is this always how the pattern works in a 12 month period ?. I ask because Japan is currently in it’s summer season, due to the angle of the Earth in relation to it’s orbital position to the sun… so it is receiving more energy. Vanuatu is in it’s winter season… therefore less energy. I am inclined to agree with solar flux transfer at this time of year, but when you consider that most activity related to the New Zealand region occurs during it’s summer period… it seems to relate to which hemisphere is incident to the sun!
Whilst I was in the process of analysing data for my Costa Rica forecast, I found a correlation that I omitted from the sequence because it pertains to both our methods… and I am trying to work out why it is so…
Sunset in Costa Rica (on posted co-ordinates) on the 17th occurred at 23:58 UTC… same day as the 7.7 Nikol’Skoye event. At the same time, it was Dusk (23:58 UTC) 57 km’s SSW of Talavera, Peru (4.3 epicentre, July 20), and Solar Noon (23:58 UTC) 135 km’s ENE of Ndoi Island, Fiji (4.6 epicentre, July 21). Inter-relations may be closer than we imagined… any thoughts?
Counselor.
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The first map time shows that it was Dawn on a large expanse of the Southeast Asia region at 20:17 UTC. The second map time shows that 1 hour, 15 minutes later at 21:32 UTC, it was sunrise over much of the same region. Unfortunately, with this minimal data, Dawn/Sunrise at 20:17/21:32 UTC encompasses a terminator correlation extending from Mindanao, South Philippines to as far South as Palau Jamdena Island in the Southeast Banda Sea region… approx 1,950 km’s or 1,200 miles. However, you have in effect got one part of the cross you need to pin point a location. If you continue to monitor the ACE data (particularly the mag monitor) for aspect changes, related to Sunset/Dusk transiting this region, you might find where X eventually marks the spot. If this relates to Banda Sea, Sunset/Dusk is currently around 09:24 – 10:38 UTC. This might be the middle of the night for you, so if I see anything I’ll post the time and you can do the math!… remember, any changes in the mag monitor, deduct 8 minutes from the time shown. I should add, New moon influences “may” cancel out any transit connections for the next couple of days… whilst it is busy working on other regions 🙂115 ptslesterJuly 23, 2017 at 12:43 am #2212Just an add on before I retire for the day…
Yesterday, the ACE mag feed stopped at 23:15 UTC, -8 LS = 23:07 UTC
Today (July 22) the mag feed has stopped at 23:13 UTC, -8 LS = 23:05 UTCYesterday on 97.286’E – 18.920’N Hpasawng, Burma… Sunrise was 23:07 UTC
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Today, it is Sunrise at 23:05 UTC !!115 ptslesterJuly 23, 2017 at 12:03 am #2211Counselor,
The hard part about analysing the data we collect, is making a judgement call on the time we place a forecast. I would have said at least 14 days before an event in Vanuatu… but it occurred 6 hours after my post. It is up to the individual to asses time on current data. Hook gets hits because he is use to watching for the signs needed for his short alert periods. I get hits because I work 20 -30 day sequences to try and match future terminator positions. It comes down to experience,so don’t worry about mistakes… you will soon catch on! Solar flux events can be used as a starting point, but in most cases they can corroborate data for a particular location that you have already selected.ACE has just recorded a structural anomaly on the EPAMp monitor… I don’t know what you guy’s think, but this is my take on it !
Trace spike at 19:40 UTC, -8 LS = 19:32 UTC
Sunrise on 141.51’E – 37.43’N Off East Coast of Honshu, Japan (5.8 epicentre, July 20) … 19:32 UTC July 22
Positional longitude of the moon … 120.48’WTrace spike at 20:15 UTC, -8 LS = 20:07 UTC
Sunrise on 136.100’E – 33.540’N Southern Honshu, Japan … 20:07 UTC, July 22
Positional longitude of the sun … 121.28’WStart of structural increase at 20:25 UTC, -8 LS = 20:17 UTC
Positional longitude of the sun … 122.61’W, same longitude as “North of San Francisco” (Lester:July 4, 7:25 pm)Structure terminates at 21:40 utc, -8 LS = 21:32 UTC
positional longitude of the moon … 149.36’W, Same long as “Pacific-Antarctic Ridge” (Lester:July 2, 12:06 am)Counselor, the structure is an increased energy reading from a terminator transit. Open 2 tabs on your computer with T&D in each, input the time of the first point of structural increase (20:17 UTC) in the first map. And the termination time (21:32 UTC) in the second. The first time is Dawn somewhere on the planet, the second is sunrise on the same location. If you flick between the two maps, you should see where these two thresholds meet. If you find where it is, don’t be hasty, if you want to get in the big room on this site… I would put 20 days on it to make sure !!
There is a second structure following the first, this one is related to Hawaii… but that’s for another day 🙂
Score: 0115 ptslesterJuly 22, 2017 at 9:41 pm #2207Counselor,
A 4.9 in the South Sandwich Islands could be a fore-shock to something bigger, especially as it was only 200 miles off my Mauritius Solar Noon Calculation. The sun is now well up to speed on its lateral Journey South, which means if you forecast South Sandwich, it would have to cover a large region. I got a hit in June because the T angles were more or less static due to solstice (failed because my posted mag was too high), but with the sun on the move again, focusing on a small point here is like trying to hit a moving target… the South Sandwich region will best suit me again in December.Bougainville has had some big events in the past, in my opinion something has definitely been set in motion here. It was on the parallel terminator threshold to Vanuatu, when both Vanuatu occurred at 08:59 UTC, and Sunset transited the 7.7 NikolSkoye epicentre at the same time… #1 for sure!
A 4.7 occurred today, at 186 km’s NNW of Road Town, British Virgin Islands on Latitude 20.05’N. It was followed 30 minutes later by a 4.7 in Vanuatu. Anybody familiar with this region, knows a 4.7 is a big deal in the Virgin Isles , especially one that is slightly off the beaten track. It also occurred practically on the same latitude as the Haiti forecast I posted, and was followed by a previously correlated seismic region. It would not be my first choice, but I didn’t want to waste the effort and opportunity, so I posted on all three locations.
After what I have said, an 8.5 will probably go off in British Colombia now… and ruin my year 🙂
Score: 0115 ptslesterJuly 22, 2017 at 8:08 pm #2203Counselor,
Tracing back in the present time doesn’t work the same as tracing from the day the event occurred. Angles have already changed, so you have to start at the location the event happened on that date (solar footprint), and correlate the terminator thresholds from that point.In this case, the trace started with the 7.7 Nikol’Skoye event on the 17th, which I have shown how it correlated with the 6.7 Turkey event (in the other thread) on the 20th. If you are using T&d, select July 17, 01:17 UTC… the 17th is our footprint day (7.7), so although the Turkey event did not happen until 3 days later, the T angles for correlation will be from this day forth. On the T&d map, you should be able to see that the Dawn terminator threshold runs through 27.42’E – 36.93’N Turkey (6.7 epicentre). If you follow it round, you will see that it also runs through 83.850’W – 9.610’N Costa Rica as Dusk (One I forecast earlier).
Correlations: Between July 7 to 18, Costa Rica shared it’s 10:06 UTC Dawn time with 136.100’E – 33.540’N Japan’s Sunset time (10:06 UTC). It also shared this same time with other threshold related locations: 5.9 Leyte, Pilippines July 10, 5.3 Ecuador July 11, 5.1 Argentina July 13, 6.4 Peru July 18… Select 10:06 UTC on the map, and you will see!
Going back to 01:17 UTC, you will note the thresholds also transit; 5.6 Easter Island July 10, and 5.7 Pacific Antarctic Ridge July 18.
Select 11:26 UTC on the following dates and Sunrise in Costa Rica matches perfectly with Dusk one location: 6.5 Leyte Philippines July 6, 5.9 Leyte Philippines July 10, 6.4 Layte Philippines July 18.
The sunrise/sunset bands in Costa Rica on the 17th were 2 minutes in extent (sunrise 11:24 – 26 UTC … Sunset 23:58 – 00:00 UTC). These match 2 other events that occurred on the 17th: 5.1 Nikol’Skoye 11:23:01 UTC, and 5.1 Near Islands 23:57:41 UTC.
And finally, 83.850’W Costa Rica is an opposite longitude match too 97.286’E Hpasawng Burma!
Counselor, the models you posted in the other thread are very useful for determination of environmental conditions within a region, but the key to determining an active point lies with the ACE data feeds. Ground anomalies react to the sun, moon and terminator transits, these reactions are recorded as aspect changes in the trace lines. Some times they are structures, trace breaks and compression’s in the mag feed. There are some big hitters in this sequence, which makes me believe this location could be the next 7+ Hook was talking about… or at least a 6+. A blot signature is still present on Guatemala,so you are indeed on an active point… but it could also be residual!. I would be tempted to keep a close eye on California (like you have been doing), there is a behavioural link between Turkey an CA, and Turkey has just seen a lot of action !!
Score: 0115 pts115 pts115 ptslesterJuly 21, 2017 at 10:49 pm #2179Lets try again Counselor… match the times !
2017-07-21 08:59:07 UTC M 5.5 Vale Trough, Vanuatu … 169.134’E – 18.040’S
Sunset on 168.90’E – 54.66’N Nikol’Skoye (7.7 epicentre) … 08:59 UTC, July 21 !!
…………………………………………………………..Sunset on 168.90’E – 54.66’N Nikol’Skoye (7.7 epicentre) … 08:59 UTC, July 21
Sunrise on 34.53’E – 19.59’S Mozambique (5.4 epicentre, June 24) … 04:17 UTC July 21
Solar Noon on 66.403’E – 17.441’S Mauritius (5.9 epicentre) … 07:42 UTC, July 21Dawn on 123.365’W – 51.100’N British Colombia … 08:59 UTC, July 21
Sunset on ,,,,,,, – ,,,,,,,, British Colombia … 04:17 UTC, July 21
Dusk on ,,,,,,,, – ,,,,,,,, British Colombia … 07:42 UTC, July 21
…………………………………………………………….2017-07-21 08:59:07 UTC M 5.5 Vale Trough, Vanuatu ,,,,,,,, – ,,,,,,,,,
Dawn on 66.403’E – 17.441’S Mauritius ,,,,,,,,, … 00:49 UTC, July 21
Sunrise on 24.520’W – 59.770’S South Sandwich Islands … 10:20 UTC, July 21Dusk on 71.865’W – 19.563’N South of Fort Liberty, Haiti … 08:59 UTC, July 21
Dawn on ,,,,,,,, – ,,,,,,,, ,,,,, ,, ,,,, ,,,,,,, Haiti … 00:49 UTC, July 21
Sunrise on ,,,,, – ,,,,,,,, ,,,,, ,, ,,,, ,,,,,,, Haiti … 10:20 UTC, July 21
……………………………………………………………Dusk on 24.520’W – 59.770’S South Sandwich Islands … 19:51 UTC, July 21
Sunrise on 155.030’E – 4.900’S Bougainville, P.N.G. … 19:51 UTC, July 21
Dusk on ,,,,,,,,,,,, – ,,,,,,, Bougainville, P.N.G. … 08:59 UTC, July 21You have 3 locations here, all connected to the 7.7 Nikol’Skoye event by time 08:59 UTC. Dusk and Dawn recently returned to this location in British Colombia on the 19th… possible spectral influence perhaps! However 90 years of historical records I sourced do not seem to indicate any Seismic history. Haiti definitely has history, my own calculations say something is there, but not enough to tempt me into forecasting just yet… check the models and see what you think !. I believe Bougainville is a definite target, it has just been centred by 5+ quakes in Vanuatu and New Guinea. The models may indicate activity in the next few days, but I still regard this data as a footprint… I always forecast 20 days on footprints!
Your decision Counselor… good luck 🙂
Score: 0115 ptslesterJuly 21, 2017 at 11:00 am #21642017-07-21 08:59:08 UTC, M 5.5 ESE of Port-Vila, Vanuatu (Vale Trough) … 169.134’E – 18.040’S
Epicentre 28 miles SSW of co-ordinates posted above…
Sorry Counselor… looks like you may have missed your opportunity this time round, would you like me to find you another one ?
Official stats say 2 people died in Turkey yesterday… it could just as easily have been 2000 !!
Score: 0115 ptslesterJuly 21, 2017 at 12:41 am #2154Counselor,
It’s late here, so I haven’t given this my full attention, but here’s a quick taste of how this works…2017-07-20 22:31:11 UTC M 6.7 SSE of Bodrum, Turkey … 27.458’E – 36.949’N
Dawn 01:22 UTC … Dusk 19:14 UTCSunset on 149.112’W – 58.848’S Pacific Antarctic Ridge (Lester: July 2, 12:06 am) … 01:22 UTC, July 20
Sunrise on 169.288’E – 17.630’S Vale Trough, Vanuatu … 19:14 UTC, July 20I have combined data from the solar noon Mauritius list, with the Turkey event and found a correlation… Vanuatu! So you now have a target, all you need to do now is note weather it is Dawn/Dusk Sunrise/Sunset on this point in Vanuatu when further 5+ events occur… the more hits it gets, the more accurate the radius will become.
This one is on me,so I wish you luck… you made my day 🙂
Score: 0115 ptslesterJuly 20, 2017 at 11:03 pm #2151Counselor,
This is what I was hoping we would achieve some day… a team effort. This is the very thing I told Hook at the beginning of the discussion thread. There are too many factors involved for one person to analyse all the data, and come to a successful determination of a seismic occurrence every time. If you have been following my progress, you will see that I have logged successful hits with: Published quake lists, Dodgy satellite feeds, solar flares and using something as insignificant as a plasma globe. Some where in this there is a common denominator, leading to a scientific explanation. The Blot Echo is the key to this because it instigates the action from the mantle. The terminator is the attraction that connects A to B like wiring on a circuit board. The sun is putting power into this circuit board with solar flux events, CME’s and solar wind from coronal holes. Then there’s the moon, what part does gravity play in this, I could not tell you because I have not been able to find a gravitational link with my hypothesis. However, I studied Hook’s statistics on Japan, Nearly all 7+ events occurred pre – post 5 days full moon. The common denominator is the phase… the moon has a terminator too !!. Obviously, this will alter angle in relation to the sun, but it also has gravity anomalies… is there some kind of circuit board at work here too ?.It would be nice to give it a shot if Hook is in agreement, he knows the science and has the skill set to do this… I’m just good at correlating data.
Score: 0115 ptslesterJuly 20, 2017 at 3:04 pm #2145No Counselor… without confusing the issue for you, you are correct in your assumption. The 7.7 was an aftershock and stress related, a right lateral shift occurred on the plate boundary as a result of the 6.2. What I am proposing above is a possible trigger theory pertaining to the original 6.2 event. Stress is the symptom of an earthquake, without it they would not occur. But my argument is why can I relate the terminator thresholds so easily to seismic events in the method I have shown, if there was no purpose in nature to do so. I have shown you above, the sun was on the “exact longitude of a 7.7 which occurred on the 17th, and a 5.9 occurs at that moment in Mauritius. Why did it not occur 5 or 10 minutes before or after it passed this longitude ?. because there is an inherent connection to spectral energy. I believe specific locations are being highlighted by cyclonic actions within the inner mantle, targeted by high mag quakes and solar flux events… and executed by electromagnetic connection derived from combination.
Most forecasters here are predicting whole country’s, or 5000 miles of coastline etc, my own forecasts are always within 310 radial miles. The list I have posted above is an example of how I zero in on specific locations using the terminator. It is also an example of what I explained to you about getting ahead of the sequence… nothing has happened at these locations yet! I am old school, and I’m having trouble fitting in with Blot Echo methods, because to save lives you have to get close to the target. If I started predicting country’s instead of points… I don’t think I would be very welcome here 🙂
Score: 0115 pts115 ptslesterJuly 20, 2017 at 1:30 pm #2142Counselor,
A few familiar targets for you to chose from…Solar Noon on 66.403’E – 17.441’S Mauritius (5.9 epicentre) … 07:42 UTC, July 19
Sunset on 173’W – 51’N Atka Basin, Andreanof Islands … 07:42 UTC, July 19
Sunset on 155’E – 5.50’S North end of Bougainville Island … 07:42 UTC, July 19
Sunrise on 39.50’W – 33’N Northern Mid-Atlantic Ridge … 07:42 UTC, July 19
Sunrise on 13.530’W – 236.880’S Southern Mid-Atlantic Ridge (Lester:July 4 7:25 pm) … 07:42 UTC, July 19
Dawn on 25’W – 57.50’S South Sandwich Islands … 07:42 UTC, July 19
Dusk on 126’W – 50’N Vancouver Island, Canada … 07:42 UTC, July 19
Dusk on 122.75’W – 50.50’N British Colombia, Canada … 07:42 UTC, July 19
(Dawn and Dusk on this location in British Colombia, returned to normal on July 16… day of the CME impact!)If you were to forecast these locations over 20 days, it would be interesting to see how many get a hit !!
Score: 0115 ptslesterJuly 20, 2017 at 11:55 am #2141Yes Counselor!, a 5.9 will indeed leave it’s mark, and correlate with a near future event.
As I have shown above, Dawn on the 5.9 epicentre Mauritius event occurred at 00:51 UTC, July 19. If you check the USGS event list for yesterday (July 19), you will note that an inconsequential M 4.1 occurred at 23:54:16 UTC, at a distance of 110 km’s SW of Mapastepec, Mexico on co-ordinates 93.688’W – 14.800’N. On this day, it was Sunset at this location at 00:51 UTC. When the Mapastepec event occurred at 23:54:16 UTC… it was Dusk on 73.66’W – 16.39’S Near Coast of Southern Peru (6.4 epicentre, July 18).
So what triggered the earthquake, a sudden change in spectral frequency at a recent post seismic location… or stress ?
Score: 0115 ptslesterJuly 19, 2017 at 5:47 pm #2134I was just checking out Mauritius, and thought the following may be of interest…
May 8 – Dawn and dusk on 168.90’E – 54.53’N Nikol’Skoye (7.7 epicentre) were 13:08 UTC and 12:16 UTC respectively. Several hours later, dawn and dusk ceased to exist for the same reasons as Sutwik Island. This coincided with a 5.7, 5.9 and a 6.4 in the Andreanof islands on 178.58’W – 51.84’N, on the same day!
The last dusk threshold at this location was at 12:16 UTC as stated above… What time did the 5.9 Mauritius event occur ???
Score: 0115 ptslesterJuly 19, 2017 at 3:58 pm #2131I have compiled a sequence based on the recent 6.2 Russia event (prior to the 7.7), as always this is my interpretation. I am of the belief that if the data fits the picture… the picture must then show significance. I have done this several times now, so I will apologies before hand… what is one mans “yada” 🙂 is another mans hard sourced research, so please bear with me…
The 6.2 Nikol’Skoye event, and the 5.8 Solomon event of May 24 (list above in Cristobal Trench sequence) share a commonality with time. Nikol’Skoye occurred at 11:05:09 UTC July 17, the Solomon event occurred at 11:05:21 UTC May 24, as strange as it sounds, both times over the extent of this period, correlate with the morning border of Astronomical and Nautical twilight (11:05 UTC) on co-ordinates 157.107’E – 56.647’N Region of Sutwik Island, Alaska.
May 1 – The times of dawn and dusk on Sutwik Island were 10:43 UTC and 10:10 UTC respectively. Several hour later, dawn and dusk on Sutwik Island ceased to exist, the sun’s continual North lateral direction towards solstice had now brought it into it’s daylight period. There was in fact a sudden change in spectral frequency, which coincide with two 6.2 event East of this location on the same day.
2017-05-01 12:31:53 UTC, M 6.2 Southeastern Alaska … 136.66’W – 59.85’N
2012-05-01 14:18:17 UTC, M 6.2 Southeastern Alaska … 136.81’W – 59.77’NWhen I ran a short sequence on this location, I “surprisingly” found the following…
Sunrise on 136.66/81’W – 59.85/77’N Southeastern Alaska … 14:11 UTC May 1
Dusk on 97.286’E – 18.920’N Hpasawng, Burma … 14:11 UTC May 1
Sunrise on 122.330’W – 39.390’N North of San Francisco … 14:11 UTC May 1 (Lester:July 4, 7:25 pm)May 28 – There was again a spectral frequency change as the sun’s continuing North direction ceased the morning Astro/Naut zone on Sutwik Island. This “again” coincided with a 5.5 in the Andreanof Islands,Alaska at 07:07 UTC on the same day.
July 3 – A class M 1.3 solar flux event event occurred, peaking at 16:15 UTC. From the time this event occurred, I was embarrassingly checking for energy surges with my plasma globe experiment… it reacted on two longitudes, 168’E and 149’W. After further calculations, I found it was sunrise on 167.870’E – 54.170’N (58 km’s from 6.2 epicentre) and dusk on 148.740’W – 58.230’S Pacific-Antarctic ridge (Lester: July 2, 12:06 UTC), in my opinion the flux event left a solar footprint… I posted my forecast the day after (July 4).
July 16 – A spectral frequency change occurred on Sutwik Island, the sun was now heading South and in the process, morning Astro/Naut twilight returned to the region… it coincides with a CME strike at 05:45 UTC, related to the M 2.4 flux event on July 14
July 17 – The 6.2 Nikol’Skoye event occurs at 11:05:09 UTC, followed 12.5 hours later by the 7.7 event. Also at this time…
Dawn on 122.330’W – 39.390’N North of San Francisco … 11:06 UTC, July 17 (Lester: July 4, 7:25 pm)
Dawn on 116.115’W – 33.575’N Salton Sea Region … 11:06 UTC, July 17 (Lester: June 29, 6:36 pm)The following is the only sequence I could find for this location…
Sunrise on 168.58’E – 54.66’N Nikol’Skoye (6.2 epicentre) … 16:38 UTC July 17
Dusk on 34.53’E – 19.59’S Mozambique (5.6 epicentre, June 24) … 16:38 UTC July 17
Positional longitude of the moon 149.112’W (same longitude as Pacific-Antarctic above) … 16:38 UTC July 17Sunset on 168.58’E – 54.66’N Nikol’Skoye (6.2 epicentre) … 09:04 UTC July 18
Dusk on 153.20’E – 4.79’S New Ireland Region P.N.G. (6.4 epicentre, July 13) … 09:04 UTC July 18I’ll finish this with two further sequences related to July 17…
Sunrise on 157.107’W – 56.647’N Region of Sutwik Island … 14:04 UTC, July 17
Dusk on 70.716’E – 26.510’S Triple Junction, Indian Ocean … 14:04 UTC, July 172017-07-18 02:05:19 UTC, M 6.4 Near the Coast of Southern Peru … 73.66’W – 16.39’S
Dawn 10:07 UTC … Sunrise 11:25 UTC … Sunset 22:36 UTC… match the times…Sunset on 136.100’E – 33.540’N Southern Honshu Japan … 10:07 UTC, July 18
Dusk on 124.80’E – 11.11’N Layte, Philippines (6.5 epicentre July 6) … 11:25 UTC, July 18
Solar Noon on 157.107’W – 56.647’N Region of Sutwik Island … 22:36 UTC, July 18Addition…
2017-07-19 12:16:25 UTC, M 5.9 Mauritius – Reunion Region … 66.403’E – 17.441’S
Dawn 00:51 UTC July 19Astro/Naut twilight border on 157.107’W – 56.647’N Region of Sutwik Island … 12:17 UTC, July 19
Solar Noon on 168.90’E – 54.53’N Nikol’Skoye, Russia (7.7 epicentre, July 17)… 00:51 UTC, July 19I believe it is true what they say about the Seismologists, giving up on finding an answer to the earthquake problem. I have been pushing this kind of data for years, and I have not been able to find anybody who can, or is willing to analyse it. There is an inherent connection here with the terminator thresholds, which consists of an average 2 minute sunrise/sunset bands, and 1 minute dawn/dusk. bands. So every where on the planet will experience an average of 6 minutes of terminator time, in every 24 hour day period. How could a small Island in Alaska have connections with the Solomon’s, Russia, Peru and now Mauritius… and nobody notice ? Why is the same location North of San Francisco so easily implicated with two 6.2’s in Southeast Alaska, and the 6.2 in Russia, when there is only 6 minutes of terminator to play with ?
I have a canny knack to be able to correlate this kind of data and I am good at remembering times (Tayrance Allen – Alert started at 11:05 UTC July 18, same time as the 5.8 Solomon’s and 6.2 Russia events… I’m doomed to fail now 🙂 ). But I don’t fully understand the science behind it. Earth’s magnetic field must be able to retain memory of specific events, such as the M 1.3 Solar flare connection above shows. I would not be able to make these correlations with small Alaskan Islands etc, if I did not use this assumption as my starting point… I have now finished this sequence.
I was never very good with spreadsheets… so I apologise for the format of this post.
Score: 0115 pts115 ptslesterJuly 18, 2017 at 10:53 pm #2120HookEcho,
My watch periods have always been 20 days, as stated by the rules here… I made a 30 day remark related to cycle period only once since joining Quake Watch.
Not got the hang of trans-migration yet, but EMSC published on a 4.5 Near south coast of Honshu on 137.58’E – 34.38’N, at a depth of 307 km’s… should I be encouraged by this in relation to my Japan forecast ?
Yada Yada Yada translates as mundane/repetitive, it is also a calling by Afghan herdsmen to summon their flocks… are you calling me a boring old goat ? 🙂
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