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11 ptsCounselorMarch 20, 2018 at 3:43 pm #4136
Oops forgot to add Taurangi (North coast at Bay of plenty) which is part of line I have that links to Hikurangi trough.
I also have a line that repeats (if one draws a line) through Nelson/seaward kaikoura range/ just west of banks peninsula… before this one it was around greymouth/Westport passing through the southern alps just inbetween of Christchurch/Timaru.
Score: 011 ptsCounselorMarch 20, 2018 at 6:48 pm #4137Last post for today…
I have been noting increased TEC fluctuations on the night time side near the South Island of NZ since March 10 around 1145 UTC – 1845. Here is some of the recent images just to give an example:
https://photos.app.goo.gl/ex5Kr1oFniboXzD12
I have a lot more, but just wanted to show where there may be support.
Score: 0115 ptslesterMarch 21, 2018 at 7:13 pm #4140Hey Chris,
I have not noted any repeat contacts on New Zealand since the EPAMp structure, However, I have been reviewing the 6.8 New Ireland event and found an interesting point related to your data. I decided to look at the New Ireland event again because it was the last 6+ event to occur, and it may give insight to other potential 6+ locations… here’ what I found…
This event occurred on 8th March at 17:39:52 UTC, at this time and date it was…
Dawn on 167.760’E – 15.550’S, epicentre of the 5.3 Vanuatu event 19/3
Sunrise on 175.480’E – 64.650’S, epicentre of the 5.0 Balleny Islands event 16/3
(Vanuatu and Balleny shared a parallel T connection)
Moonset on 91.470’W – 0.430’S, epicentre of the 5.2 Galapagus Islands event 11/3Also at this time, the moon was on longitude 177.716’E… for our purpose, this longitude places you on White Island Ridge, on the East side of Bay of Plenty, New Zealand. This is an interesting point because, of the twenty five 6+ earthquakes that have occurred this year, the 6.8 New Ireland is the only event to have the sun or moon within the proximity of New Zealand at the time of occurrence… even opposite longitudes don’t come close !
The only feasible solar / lunar convergence I found was an opposite Solar Noon / moonrise on 97.716’E – 29.130’N Gulaxiang, Eastern Xizang, China. This location is on the opposite longitude to the 5.5 West Chile Rise event, which occurred 3 hours before the New Ireland event. Gulaxiang also shared a Dawn / Sunrise parallel T connection with the rare 5.2 Sabah, Malaysia event,which occurred 1 hour before West Chile Rise… but that’s for another day 🙂
Another interesting point occurred 4 minutes later at 17:44 UTC 8th March, it was Sunrise on the 5.1 South of Tonga epicentre 18/3… and Moonset on the 5.2 Guerrero, Mexico epicentre 20/3… the moon was on 176.700’E Barrier Plateau, North Island, NZ which ties in with the EPAMp data !
I don’t think we have enough her to commit to a forecast yet, but it is a good beginning.
A couple of points to finish… Our Guatemala forecast expired today at 12:48 UTC, something is definitely here because the combo’s and factual data have been overwhelming. For example, the T sequence for 91.950’W – 13.830’N Offshore Guatemala for today is as follows…
Dawn 11:02 UTC = Dawn on the 5.2 Galapagos Islands epicentre 11/3… Dusk on the 5.0 Molucca Sea epicentre 15/3… moonset on the 5.0 Bougainville epicentre 18/3
Sunrise 12:12 UTC = Sunrise on the 5.2 Galapagos Islands epicentre 11/3 (double T connection !)
Sunset 00:20 UTC = Dusk on the 5.2 Central Peru epicentre 13/3… the sun was on longitude 176.833’E (Solar Noon on White Island Ridge, Bay of Plenty, NZ !)
Solar Noon 18:16 UTC = Dawn on the 5.6 Kuril Islands epicentre 18/3… it was Sunrise on White Island Ridge, Bay of Plenty, NZI “don’t” make these up you know 🙂 as I said… overwhelming !. The first significant contact in today’s MAG data occurred at 15:20 UTC, it was moonrise on the Guatemala co-ordinates !!
Second point… since I posted my “mad professor” list relating to Guangdong,China, there have been no further contacts. I think I must have inadvertently placed an old goat jinx on this location… sorry about that 🙂
more later…
Score: 011 ptsCounselorMarch 23, 2018 at 1:30 pm #4144I can to look at something today hopefully. Don’t worry about jinxing anything since I do that enough for myself by doubting what I see elsewhere:
https://photos.app.goo.gl/EV4XT5wpBCdJb11q1
I was observing things in that spot for close to a month and then saw TEC bubbles fluctuate in a way that reminded me of the last time I successfully forecasted in the mid Atlantic ridge. However, I was eyeing other locations with Mag fluctuations recently and in disbelief that where I saw the TEC would be anywhere close to what I would have forecasted. At least I can say that I am not making this stuff up either 🙂
Score: 0115 ptslesterMarch 23, 2018 at 5:16 pm #4145If we are not making this up,it is a sure sign that we believe in each others abilities 🙂 It is as I always say, we can find the targets but we can’t pin down the time !. You first mentioned Verna Fracture zone on 26th Feb, a 5.2 occurred just North of your co-ordinates… it was not a high mag event, but it counts that you observed something here 4 weeks ago!. I on the other hand, hit a 4.9 in the Izu Islands today 🙁 again this is not a high mag event, but I sourced it with my combo method… if we can be happy with personal achievements, then we can be happy knowing we are getting somewhere. I also noted you first mentioned Guangdong, China on 18th Feb… it might be due about now then 🙂
Speaking of combo’s (combination correlations), it always seems to be the case when I post a combo, it always includes locations that we have recently discussed data on. I never do this intentionally, I believe if different prominent locations are in the loop, they will undoubtedly have a T connection to each other. I mention this because of one location I have been working on today, it had me wide eyed when I put the numbers together 🙂
For the past week, I have been logging contacts in the Jan Mayen Island region, on the last two evenings (my time) at approx 19:00 UTC, a significant aspect change has occurred in the Tromso Magnetometer data… it was Sunset in Jan Mayen. When I combined this this with my compiled data, it all came together on co-ordinates 8.890’W – 71.540’N approx 40 km’s NNW of Jan Mayen Island. My own equipment recorded a significant contact this morning at 06:19 UTC, and this is the reason I decided to work on Jan Mayen !!
At 06:19 UTC today, it was “Sunrise and Moonrise” on 8.890’W – 71.540’N Jan Mayan fracture zone (similar scenario to the Kuril Islands !)… it was also Moonrise in Enid,Oklahoma… and Sunset on White Island Ridge, Bay of Plenty, New Zealand !!. The T sequence shows this location entered its 24 hour daylight period yesterday (22nd), it will not experience Dawn / Dusk for several Months. I decided to check the T sequence for 21st March, and this is what I found…
Dawn 01:16 UTC = Moonset on the 5.1 Mendoza, Argentina epicentre 19/3
Sunset 18:57 UTC = Sunrise on the 5.3 Vanuatu epicentre 19/3
Dusk 00:11 UTC = Dusk on the 5.1 Mendoza, Argentina epicentre 19/3
(two 5+ locations on the same day !)
Solar Noon 12:42 UTC = Dawn in Hollister, CA… Dusk in Mentawai trough, SumatraYou see what I mean ? Bay of Plenty is included in the equation again !. The fact that Mendoza had a double contact, and a recent change to Dusk / Dawn, combined with the Tromso data suggests a high probability of a seismic event occurring here. If it does, we can continue on New Zealand with more certainty.
Further to this, My equipment has also recorded contacts at 12:38 UTC.. 13:22 UTC.. and 14:17 UTC. The first is Dawn / Dusk in Hollister and Mentawai ( which I will post 3 days on each), the second is Dusk on Meghalaya, and the third I am guessing as Moonset on Nikol’Skoye or the Banda Sea Region.
I will not post on Jan Mayen until Bill tells me there is something worth going for… I have faith in his abilities 🙂
Score: 0115 ptslesterMarch 23, 2018 at 6:33 pm #4149BTW – I have just run a T sequence on 168.940’E – 54.400’N Nikol’Skoye, it has a “double T connection” with Chignik Lake, Alaska, The sequence also shows it is Sunrise here at 18:39 UTC, the sun will be on longitude 98.116’W… meaning Solar Noon in Enid,Oklahoma 🙂
Score: 011 pts11 pts11 pts115 ptslesterMarch 24, 2018 at 9:45 pm #4155Those initials are starting to get a bit boring don’t you think ?. I have had a strange day, I started by checking out the Ethiopia event, and stumbled onto something that might be of interest to “Ben”.
Hey Ben… I have compiled the following seismic events list as a kind of Biological Hypothesis. I general use my own programs, but in the interest of online verification, I have used the following websites: timeanddate.com … sunrisesunsetmap.com … suncalc.net
11th March Moonset 06:46 UTC = Sunrise on M 5.7 Southern Mid-Atlantic Ridge epicentre 17/3
12th March Moonset 07:32 UTC = Sunset on M 5.0 Solomon Islands epicentre 18/3
13th March Moonrise 18:55 UTC = Sunrise on M 5.3 Vanuatu epicentre 19/3
14th March Moonset 08:55 UTC = Moonset on M 5.2 Java, Indonesia epicentre 19/3
15th March Moonrise 20:47 UTC = Sunrise on M 5.3 East Coast Honshu, Japan epicentre 19/3
16th March Moonrise 21:45 UTC = Sunrise on M 5.0 Molucca Sea epicentre 22/3
…………………………. Sunrise on M 5.1 Philippines epicentre 24/3
16th March Moonset 10:08 UTC = Dusk on M 5.2 East Coast Honshu, Japan epicentre 22/3
………………………… Sunset on M 5.4 Sulawesi, Indonesia epicentre 18/3
17th March New Moon – No correlations were determined
18th March Moonset 11:16 UTC = Dusk on M 5.4 Sulawesi,Indonesia epicentre 18/3
19th March Moonset 11:50 UTC = Moonset on M 5.2 Taiwan epicentre 20/3
20th March Moonrise 00:46 UTC = Sunset on M 5.2 Guerrero, Mexico epicentre 20/3
21st March Moonrise 01:50 UTC = Moonset on M 5.2 Central Peru epicentre 13/3
22nd March Moonrise 02:52 UTC = Moonrise on M 5.2 Java, Indonesia epicentre 19/3
22nd March Moonset 13:48 UTC = Moonrise on M 5.5 South Sandwich Islands epicentre 16/3
23rd March Moonrise 03:58 UTC = Moonrise on M 5.3 Myanmar epicentre 7/3
24th March Moonset 15:30 UTC = Sunset on M 5.2 Ethiopia epicentre 24/3These Moonrise / Moonset times and dates relate to 115.024’E – 34.222’S Hamalin Bay, South of Perth, Western Australia !
On 22nd March, it was Solar Noon in Hamalin Bay at 04:27 UTC, also at this time it was Sunset on 153.345’W – 56.112’N, epicentre of the 4.5 Kodiak Island event 24/3… several events in this region that followed this occurrence, also correlate to this time.
Ben, should I consider this data as coincidental… or do you think it has some significance ??
Score: 011 ptsCounselorMarch 25, 2018 at 1:56 pm #4159Lester,
I know I am not Ben, but I am curious to hear what he would have to say! 🙂
I think your data precedes how that energy is transitioning down into the other parts that play a factor.
Here is some of my collected screenshot data that is making me kick myself…again…over PNG:
https://photos.app.goo.gl/OiBBN4eM52vTXHfQ2
Did you see where the sun was and one of terminators? Do you see the increase in TEC on both the sunlit side and the night side after the terminator passed in the hours preeding the quake?
There are mainstream scientists now looking at the KP index more closely, and major earthquakes at 7+ (especially 8+) have noted increases in magnetic oscillation of the magnetosphere just prior to the event (which preceded by the energy that you use from the ACE feeds). This is why I have been trying to keep up with you and link what you do to some extent. Yet, you end up being dead on the spot of a quake using your method. He has noted how significant your hits have been before on his YouTube channel.
You and I end up in similar areas sometimes when I focus on the locations of moon/sun/terminators using magnetometer data alone. But, the magnetosphere is going to have a delayed response to that solar wind data that impacts us (time needed for the magnetic oscillating to occur), and the atmospheric conditions that Ben is using shows up again at most of these big quakes. But, timing/trigger is still the big sticking point.
The is model capturing 90% of the energy released at the major faults (last time I checked). And, the strong high/low convergence lines, or strong lows, tend to hover right over the these zones Just before/during/after the quake.
That is why I have mentioned the earthapot lows to you before in your misses. However, the things you have said about what your method implies about these quakes is interesting and hoping Ben will see your work as another possible tool to keep our group competitive in the coming years as mainstream science now looks to forecast quakes.
Score: 0115 ptslesterMarch 25, 2018 at 9:00 pm #4161Hey Chris,
I’m afraid time has not allowed me to “respond in kind” to your post today… but I hope to find time tomorrow.
Glad that you updated your Venezuela forecast… further calculations on the Hamalin Bay list suggests a biological response to possible seismic activity “due” in the Trinidad & Tobago region !
Just noticed a 6.4 has occurred in the Banda Sea (ref: post of March 23, 5:16 pm)… not bad for a guess 🙂
Score: 0115 pts11 ptsCounselorMarch 25, 2018 at 9:41 pm #4163Why not get distracted by the 6.4?! 🙂
Hahah not bad for a guess!? More dry British humor?? 🙂
Here is something I found distracting…
Note the depth of these quakes and the time:
https://photos.app.goo.gl/IDtjoChZXleEsJAu2
I don’t usually go into RSOE EDIS, but all the New Zealand work we are doing had looking to see where I could find some small quake activity is showing.
Score: 0115 ptslesterMarch 25, 2018 at 10:06 pm #4164I think there is a flaw in my method… 5.4 Tonga, one of mine… 5.7 Izu Islands, one of mine… I spent days working these and missed them on magnitude. I make a casual remark to you about Banda Sea, and miss a 6.4 🙂 you are right, there is a funny side to this (lol)
How come the NZ and Ecuador events are not listed with USGS / EMSC… do they have a depth limit or something ?
Score: 011 pts11 pts115 ptslesterMarch 26, 2018 at 8:00 pm #4171Chris… I have been looking at the deep Ecuador, El Hoyo and New Zealand events you mentioned, I have found commonality with these locations to Banda Aceh, Sumatra… but not with each other. However, I am currently trying to find purpose in the “Hamlin Bay” connection. The math gave a lead to Trinidad & Tobago, but it was a bit thin… now thanks to your observations,I have been able to formulate a possible scenario.
19th March – My MOT 2 machine recorded a significant signal at 23:22 UTC, Calculation (revised) determined this to be a Moonset / Dusk convergence on 60.740’W – 10.190’N Off East Coast of Trinidad & Tobago (ref: post of March 19 3:07 pm)
21st March – At 22:25 UTC, it was Sunset on 63.328’W – 26.770’S El Hoyo, Argentina (pre-seismic occurrence 25/3)… also at this time,it was Sunrise on 115.024’E – 34.222’S Hamalin Bay, South of Perth, Western Australia.
25th March – The Ace data feeds did not resume operations in the usual 06:00 UTC time frame, instead it established display at 10:05 UTC,but only for a brief 10 minutes. At 10:05 UTC,it was Sunrise on the Trinidad & Tobago co-ordinates. Several hours later at 16:09 UTC, a significant aspect change occurred in the MAG data, the sun was on longitude 60.766’W… it was Solar Noon on the Trinidad & Tobago co-ordinates !
28th March – At 10:22 UTC, it will be Sunrise on the 5.6 El Hoye, Argentina epicentre 25/3… and Sunset in Hamalin Bay on the co-ordinates stated. Also on the 28th March, it will be Moonset on the Trinidad & Tobago co-ordinates at 07:44 UTC, and Moonset in Hamalin Bay at 19:44 UTC… an exact 12 hours !
29th March – At 20:50 UTC, it will be Moonset in Hamalin Bay…and Moonrise on the Trinidad & Tobago co-ordinates. Also on the 29th March at 22:15 UTC, it will be Sunset on the 5.6 El Hoye, Argentina epicentre 25/3… Sunset on the Trinidad & Tobago co-ordinates… and Moonrise on 80.000’W – 0.360’N, epicentre of the 3.8 Near Coast of Ecuador event (750 km depth !).
I posted some websites with the Hamalin Bay list, that can be used to verify this if required. I don’t know if this is going to lead to a conclusion, but it is strange how post seismic, potential seismic and non seismic locations can be moulded to form a picture !
I was saddened by the plight of so many whales in Hamalin Bay, this is why I compiled the list above. Whales use Earth’s magnetic field for navigation, therefore something is disrupting their satnav’s. My method uses post seismic locations to go from A to B to C and so on, it only works if I use the assumption that there is some kind of energy transfer between sites. I once had a successful prediction for a high mag event in New Zealand, my basis for this was the fact that a number of Whales had beached themselves on the Kent Coast, Southeast England the week before… I speculated an opposite longitude effect. This is one reason my focus has been on Trinidad & tobago, moving 210 Km’s West of here is Cariaco Basin, off the coast of Venezuela on longitude 64.976’W… this is the true opposite longitude to Hamalin Bay. It does not fit with the scenario above, but it does correlate to a second option… Banda Aceh !
On 22nd March at 23:41 UTC, it was Dusk on the pre-seismic epicentre of El Hoye, Argentina… Dusk on 64.976’W – 10.588’N Cariaco Basin, Venezuela… and Sunrise on 96.470’E – 5.040’N Banda Aceh, North Sumatra (this was the day the whales started coming ashore !). On 29th March at 22:30 UTC, it will be Dawn in Banda Aceh on the co-ordinates stated, and Sunrise on 115.024’E – 34.222’S Hamalin Bay… in effect, a parallel T connection !. If you include this time in the scenario above, a lot is going to be happening on the 29th related to Hamalin Bay… I believe pre-seismic energy from either Trinidad & Tobago or Banda Aceh sent them off course ?
“Main stream” marine biologists have been talking to the press about mass suicide theories… what do you think ??
Chris… I would like to thank you again for your positive comments in your post of yesterday, to an extent the method works but I think a younger brain is needed if all 6+ events are going to have a chance of being pre-detected in the future. The fact that you knew these deep quakes had significance shows that you know what to watch for… I think your talent is wasted as a counselor 🙂
Oh yes! Jan Mayen… I have been playing “captain Ahab” for two days, I forgot about Jan Mayen 🙂 I’ll get back into quake mode and let you know what I find…
Score: 0115 pts115 pts11 ptsCounselorMarch 27, 2018 at 2:16 pm #4175Thank you for your kind words Lester!
Here is something worth noting in connection to Iceland/ Jan Mayen:
https://photos.app.goo.gl/1jgnWJnRjrtv7MWr1
It’s possibly volcanic activity. S0 reported the smell of sulphorous smelling fumes coming from ice caves below and a cavern collapse.
I have a busy schedule for today so I will come back with my mag flux stuff hopefully sooner rather than later!
Score: 0115 ptslesterMarch 27, 2018 at 6:23 pm #4176In relation to your Iceland / Jan Mayen photos, I have found something you might find interesting. I have often mentioned how small events can sometimes lead the way to something more substantial. The 4.4 Kazakhstan (above) is an example, it leads me to believe a strong seismic connection with Banda Aceh is a posibility. Something about this quake had 190+people reporting a felt response on the EMSC site, this is what got my attention in the first place. The only other event yesterday to reach double response figures was the 3.4 Central Italy event at 22:44 UTC. Further to this, I am still searching for a correlation to the Deep 5.1 NZ event you mentioned on 25th March… Sunrise on this epicentre occurred today at 06:38 UTC. If you input 22:44 UTC 26/3 in the solar map, and 06:38 UTC today in the moon map, notice how they are related to Iceland… can you see the Sunrise / Moonset convergence ?
We don’t believe in coincidences do we 🙂
Also today, I have logged 4 aspect changes in the MAG data occurring at 08:40 UTC… 11:02 UTC… 11:18 UTC… 11:36 UTC. My calculations suggest these times relate to Yellowstone National Park, Fairview, Oklahoma and the Hokkaido Peninsula. Unfortunately, my google Earth is refusing to co-operate today, so I am currently unable to give more precise details. However, cross referencing Suncalc.net, Yellowstone appears to be 111’W – 44’N… they all seem to occur here anyway, the last one was a 3.0 25th Feb. Hokkaido shows as longitude 145.900’E, and everybody knows where Fairview, Oklahoma is… right ? 🙂
These will be small, so not worth perusing for a forecast, but 11:18 UTC may hold significance because my equipment recorded something at this time too !
Score: 0115 ptslesterMarch 28, 2018 at 5:09 pm #4178Chris,
The most significant time today is 11:02 UTC !… here are the calculations for the MAG data times yesterday
27/3 08:40 UTC – Sunset on 145.900’E – 44.470’N Nemuro Strait,Hokkaido, Japan
27/3 11:02 UTC – Moon was located on longitude 145.900’E… Dawn on 98.540’W – 36.270’N Fairview, Oklahoma
27/3 11:18 UTC – Moonset on 111.070’W – 44.490’N Yellowstone NP
27/3 11:36 UTC – Dusk on 111.070’W – 44.490’N Yellowstone NP11:02 UTC today is a repeat “Dusk” time on 127.740’E – 26.290’N Okinawa, Ryukyu Islands… a repeat “Dawn” time on 93.735’W – 15.390’N Offshore Chiapas, Mexico… and it is also Dawn today in Mooreland, Oklahoma
Sunrise in Mooreland, Oklahoma occurs today at 12:30 UTC… there is a Dawn / Moonset convergence 10 km’s North of Gilroy, CA at this time
A MAG Phi contact at 14:56 UTC had Moonrise on Iceland again !
Score: 011 ptsCounselorMarch 28, 2018 at 6:33 pm #4179Lester,
I have to be quick, but my magnetometer data had me looking at Hokkaido Island from Sapporo to nemuro, at Iceland, from Chiapas to around Michoacán, The Central part of California up to just off the nortthern most California coastline. There were some others, including New Zealand (which has been from bay of plenty to cook straight, or off the west coast), but I have a day with my son today. I might be able to check back in this evening.
Score: 0115 ptslesterMarch 29, 2018 at 12:19 pm #4181Chris… there have been three significant aspect changes up to the time of this post; 08:50 UTC… 09:18 UTC… 10:14 UTC.
I have combined the first “time” with the two 11:02 UTC’s, and this is how it reads…
11:02 UTC on 27th – 28th = Sunrise + 08:50 UTC 29th = Moonset on 73.035’W – 35.165’S 60 km’s Off Coast of Constitucion, Maule, Chile.
Sunrise here on the 26th – 29th occurred at 11:01 UTC – 11:03 UTC respectively
Do you have anything for here ?
More later…
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