user_id stringclasses 269 values | chunk_id stringlengths 12 15 | platform stringclasses 1 value | content listlengths 2 5 | timestamp stringdate 2009-03-11 02:08:23 2023-04-19 22:13:58 |
|---|---|---|---|---|
rrichcord | conv_7663#47500 | twitter | [
{
"speaker": "OTHER",
"text": "🚀\"#NorthKorea launched two suspected #ballistic #missiles into the waters off the east coast of the Korean peninsula on Monday morning (Local), according to the Japan Coast Guard.\" (@CNN) #Magnetic anomalies detected in #Japan confirm 2 ICBM w/flight times 44 and 48 minutes. https://t.co/fvTyp2CvMH"
},
{
"speaker": "SELF",
"text": "@SidraR95 My focus at the present is developing an \"hours-before\" warning of an upcoming earthquake. I will leave the longer range forecasts to others more skilled than I in that field."
},
{
"speaker": "OTHER",
"text": "@Rob3_14 @wq1xy @unalbey81 @ou_sams @masonrothman The separation of electric charges is a definitively a factor."
},
{
"speaker": "OTHER",
"text": "@CAVlad_MnA @FoxNews Excellent guess. Hershey is about 60 km west of the R. M. Palmer Company. When I was 16, I worked in a chocolate factory in Pennsylvania (not Hershey or Palmer). Loved the chocolate, hated working in it."
}
] | 2023-03-26T19:24:08+00:00 |
rrichcord | conv_5103#47501 | twitter | [
{
"speaker": "SELF",
"text": "@wq1xy @unalbey81 @ou_sams @masonrothman I don't understand much about the magnetic signatures of tornadoes - except that I can detect them. Logically, we have moving electric charges which constitutes an electric current, which, as we know creates a magnetic field. Hopefully someone will add to my knowledge."
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @hogrbe That is why more magnetometers are needed. The Easter Island station was 3,740 km from the M 8.3 2015 earthquake! Best practice: 1 magnetometer station every 300 km in quake-prone regions. Central monitoring in each country."
},
{
"speaker": "OTHER",
"text": "⚠️HISTORY \"The last time a M 8.3 or larger #earthquake occurred was on 16 September 2015 (Coquimbo, #Chile)..Next time comparable planetary geometry....approx August to November 2023.\" (@hogrbe) #Magnetic Precursor gave potential 3.8 hr. #warning. Anyone watching magnetometer? https://t.co/YWgPvf027S"
},
{
"speaker": "SELF",
"text": "@ArtistSalon @FoxNews Thank you for your comment. Unfortunately, peer review is not underway. Perhaps someday."
}
] | 2023-03-26T10:53:48+00:00 |
rrichcord | conv_5276#47502 | twitter | [
{
"speaker": "OTHER",
"text": "💥An #explosion at a historic chocolate factory in southeastern #Pennsylvania left two people dead, five missing and eight injured Friday afternoon( 3/24/2023)\" @FoxNews. #Magnetic anomalies detected Canada & Virginia. Suspicious gas leak precursors (my guess). https://t.co/F6Vk5B79w2"
},
{
"speaker": "SELF",
"text": "@kcnadley @ou_sams @masonrothman A boat load of people can save a city of human lives."
},
{
"speaker": "OTHER",
"text": "⚠️\"What was almost certainly a strong to violent #tornado just impacted Rolling Fork, MS a few minutes ago\" (reported by @ou_sams 0127Z , @masonrothman) #Magnetic anomaly detected at Stennis Space Center, MS magnetometer. A reminder that tornadoes are big spinning magnets. https://t.co/ooJvCZ1UBG"
},
{
"speaker": "OTHER",
"text": "@masonrothman I will check this particular outbreak. Tornadoes produce magnetic anomalies. Magnetometer must be usually be within 200 km. Most interesting magnetic signature I have seen: Two tornadoes on parallel tracks produced two anomalies that were mirror-images of each other."
}
] | 2023-03-25T11:17:25+00:00 |
rrichcord | conv_3087#47503 | twitter | [
{
"speaker": "SELF",
"text": "@woxbii @basylkit О ні! Не Фредді!"
},
{
"speaker": "SELF",
"text": "@unalbey81 Earthquakes produce magnetic signals. The signals are recorded on sensitive magnetometers. Sometimes the signal comes just before the quake. My research is to explore the possibility of using the precursor signal as an early warning to residents near the quake area."
}
] | 2023-03-25T02:23:53+00:00 |
rrichcord | conv_8377#47504 | twitter | [
{
"speaker": "OTHER",
"text": "@cyrptomeaning @cryptotwi1 It is extremely low frequency: units mHz stand for millihertz = 1/1000 of a Hz. Sometimes confused with MHz which stands for Megahertz = 1,000,000 Hz."
},
{
"speaker": "OTHER",
"text": "⚠️#Earthquake swarm (50 quakes and counting) Borrego Springs, #California 3/24/2023 beginning around 14:00 UTC Fresno, CA magnetometer, distance 500 km, picked up a #magnetic #precursor of 39.0 mHz, usually indicating a single M 5.1 earthquake. Potential warning 34 minutes. https://t.co/qvQhWl6Oj8"
},
{
"speaker": "SELF",
"text": "@Myliferule85 The official doctrine of the mainstream scientific community, at this time, is that earthquakes cannot be predicted. Perhaps that will change in the future."
},
{
"speaker": "SELF",
"text": "@cyrptomeaning @cryptotwi1 I measure disturbances in our geomagnetic field that are recorded on ground-based magnetometers. Supposedly the disturbances are caused by stresses in earthquake faults. I think the effect is separate from radio station reflection in the E, F layers of the ionosphere."
}
] | 2023-03-24T21:54:06+00:00 |
rrichcord | conv_4006#47505 | twitter | [
{
"speaker": "SELF",
"text": "@cyrptomeaning @cryptotwi1 I'm curious: what are your basis vectors?"
},
{
"speaker": "OTHER",
"text": "@ImranAh12407947 Interesting question. I do not know. Perhaps someone with such knowledge will comment."
},
{
"speaker": "OTHER",
"text": "@JadDagher3 @USGS The method must have a trial period during which real-time data is transmitted to me from at least 2 stations near a quake-prone area. At this time I only have permission to public data with delays of 1 hour or more. Also need to train a staff of 6 for watch shifts."
},
{
"speaker": "OTHER",
"text": "⚠️M4.5 #Earthquake Ferndale, CA, USA 3/21/2023 23:18:19 UTC. @USGS GET THE MOST from magnetic precursor: 1.2 hr. #warning time. Est. #M=5.2 (Actual 4.5) Estimate length of #fault affected: 1/Frequency = Period so 1/37.1 mHz= 27 seconds; 27s X 8 km/s (wave speed) =216 km. https://t.co/nKn0pyDvEa"
}
] | 2023-03-24T00:01:34+00:00 |
rrichcord | conv_4686#47506 | twitter | [
{
"speaker": "OTHER",
"text": "@astroprofiles @JyotirAstrology Thank you. I have seen a similar effect in the magnetosphere. The magneto-acoustic waves generated just above a very large earthquake, travel around the Earth in opposite directions and cause a peak effect at the antipode (diametrically opposite point on the Earth)."
},
{
"speaker": "OTHER",
"text": "@cyrptomeaning @cryptotwi1 Please, what quantities are being measured on the vertical axis?"
}
] | 2023-03-23T22:10:04+00:00 |
rrichcord | conv_6134#47507 | twitter | [
{
"speaker": "SELF",
"text": "@GhswnAbrahym My work focuses mainly on finding a way to provide a warning a few hours before an earthquake occurs. That is as far into the future as I am looking."
},
{
"speaker": "SELF",
"text": "@FelicityWithin @USGS_Quakes @ssgeos @hogrbe My magnetic precursor method needs to undergo a trial with a real-time data feed using a triangular array of magnetometers before it's ready for warnings."
},
{
"speaker": "OTHER",
"text": "@AlienofAlien @dervisozkan44 I believe the resonating fault in California was the San Andreas. Just like having a radio receiver on the other side of the world tuned to the same frequency (12 millihertz)."
},
{
"speaker": "SELF",
"text": "@cryptotwi1 I am open to suggestions."
},
{
"speaker": "SELF",
"text": "@Alamatherkhan I believe it is usual. Occasionally God reminds us who is the most powerful."
}
] | 2023-03-23T12:42:47+00:00 |
rrichcord | conv_9222#47508 | twitter | [
{
"speaker": "OTHER",
"text": "@wezenderler When God wills it."
},
{
"speaker": "OTHER",
"text": "@unalbey81 Yes, I believe the situation is normal. Though, as my wife used to say, \"Occasionally, God will remind us who is in charge.\""
}
] | 2023-03-23T12:12:53+00:00 |
rrichcord | conv_3403#47509 | twitter | [
{
"speaker": "OTHER",
"text": "@dervisozkan44 This disturbance happened March 21. What I drew, in my mind, is proof that lunar and planetary geometry can cause disturbances that interact with earthquake-prone faults. For possible future disturbances check https://t.co/jVrB0sT1Ia . @ssgeos @hogrbe"
},
{
"speaker": "OTHER",
"text": "Unusual effect of gravitational disturbance arriving at two locations same time, same latitude but separated by 180 degrees. Why would a California magnetometer show a #precursor for the March 21 M6.5 #Afghanistan quake? My guess: disturbance resonated nearby faults (12 mHz): https://t.co/SVB1Ia94ci"
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 Thanks. I was going to get the magnetics from Easter Island, off the coast of South America, but their magnetometer went offline 2 hours before the quake and has not come back yet."
}
] | 2023-03-22T22:15:48+00:00 |
rrichcord | conv_4314#47510 | twitter | [
{
"speaker": "SELF",
"text": "⚠️M 5.6 #Earthquake 118 km NE of Miyako, #Japan. 3/22/2023 07:37:01 UTC @USGS_Quakes . #Magnetic #Precursor at 0508 detected in Kakioka with frequency of 33.2 mHz predicted M 5.5 (Actual M 5.6) Predicted wait time 1.9 hr. (Actual 2.5 hr.) https://t.co/Su5wH6wnwA"
},
{
"speaker": "SELF",
"text": "@geoscience16 A corollary to the law of the same latitude: I detected a precursor to Jurm, Afghanistan M 6.5 (3/21/2023) in Fresno, CA, USA. Fresno is same latitude as Jurm AND is almost exactly 180 degrees in longitude opposite."
}
] | 2023-03-22T10:20:57+00:00 |
rrichcord | conv_1596#47511 | twitter | [
{
"speaker": "SELF",
"text": "@Ayhammarjeh @hogrbe The method must be practiced for a few months in a selected area. Detected warnings would be logged but not made public until the rate of false positives can be reduced to an acceptable level. And of course the governmental authorities must give their blessing."
},
{
"speaker": "OTHER",
"text": "@Ayhammarjeh @USGS_Quakes @ssgeos @hogrbe Adding location, is not a problem. Place 3 magnetometers at the corners of an equilateral triangle (300km sides) around area. Watch for simultaneous strong magnetic precursor. Check the frequency of the precursor (I can teach how). Look at table below for M and ave wait Time. https://t.co/Pb8bShSVYY"
},
{
"speaker": "OTHER",
"text": "@LucyBennet10 @USGS_Quakes @ssgeos @hogrbe Thanks. @USGS is still saying M 6.5"
}
] | 2023-03-21T22:13:38+00:00 |
rrichcord | conv_3545#47512 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️M 6.5 #Earthquake 40 km SSE of Jurm #Afghanistan, 3/21/2023 16:47:23 UTC. @USGS_Quakes @ssgeos @hogrbe. I decided to watch #NewMoon pass on the Fresno , CA magnetometer. I got an M 6.8 precursor. My chart told me to wait 2 h 36 min for a big quake. Then 2 h 13 min later. 🤔 https://t.co/XDVtjNLp7e"
},
{
"speaker": "SELF",
"text": "@hogrbe @ssgeos Thank you! Got it."
},
{
"speaker": "OTHER",
"text": "@LaytenHolland @CeciliaSykala Yes, all the China magnetometers on https://t.co/5df4lu4Tt6 are offline. China is smart. They know people smarter than I can get information on missile launches from magnetic anomalies, especially with 1 sample/second data."
},
{
"speaker": "OTHER",
"text": "@hogrbe @ssgeos Is there a link to a printable Planetary Geometry graph beginning March 21?"
},
{
"speaker": "SELF",
"text": "⚠️Three #earthquakes off the east coast of #Japan in almost exactly 10 hours, plus time spacing between almost exactly 5 hours. 3/20/2023 @USGS @geoscience16 M 4.6 - M 4.9 - M 4.6 #Magnetic #precursors detected in Kakioka, Japan got fooled into thinking an M 6 was coming. https://t.co/g6XBSjNODj"
}
] | 2023-03-20T20:52:30+00:00 |
rrichcord | conv_7888#47513 | twitter | [
{
"speaker": "OTHER",
"text": "@bichikota Ми всі повинні виглядати так само добре, як ти.👍"
},
{
"speaker": "SELF",
"text": "@BrianTHart1 @USGS @CeciliaSykala @geoscience16 @LaytenHolland I should say that aftershocks, following the primary quake appear different. My graph is about precursors before the primary earthquake. Though there is a lot of study yet to do, it seems that all the tendency to produce precursors gets used up after the main earthquake."
},
{
"speaker": "SELF",
"text": "⚠️M 5.4 #Earthquake 19 km SSW of Anchor Point, #Alaska 3/19/2023 15:06:27 UTC @USGS @USGS_Alaska . Magnetic precursor detected at Shumagin Islands ~700 km away. 39.1 mHz precursor (33 min prior to quake) predicted M 5.2 If job opening, I'm available to watch and warn. https://t.co/nEwC3KlDLJ"
},
{
"speaker": "SELF",
"text": "@LaytenHolland @CeciliaSykala Yes, the blast from Reventador Volcano could be another precursor. I see it is only about 350 km away. Good catch!"
},
{
"speaker": "SELF",
"text": "@BrianTHart1 @USGS @CeciliaSykala @geoscience16 @LaytenHolland My guess is \"yes\" with caution: I have looked at some 60 earthquakes with precursors. The problem with small M (like M2 to M4) quakes is that the magnetometer must be very close to the fault to resolve (guess<200 km). Big quakes, no problem. Here is my latest summary graph: https://t.co/Z9k17evINn"
}
] | 2023-03-19T17:02:41+00:00 |
rrichcord | conv_6483#47514 | twitter | [
{
"speaker": "SELF",
"text": "@CeciliaSykala @LaytenHolland Thanks. I do not yet have the skills that you have in spotting these linear cloud anomalies. Can you tell me which of the five clouds I outlined in the image below is the suspicious LCA? Also, for how long did the cloud remain in place? https://t.co/j9LuMhp465"
},
{
"speaker": "OTHER",
"text": "⚠️M 6.8 #Earthquake 8km NNW of Balao, #Ecuador 3/18/2023 17:12:52 UTC. 2.837 S, 79.844 W @USGS @CeciliaSykala @geoscience16 @LaytenHolland . Magnetic anomalies detected 3,154 km away in #FrenchGuiana. Precursor frequencies said M 6.3-6.4 (actual M 6.8). 2.6 hr. \"warning\". https://t.co/rT86ghOInl"
},
{
"speaker": "SELF",
"text": "@SpyrosGog @hogrbe @patton_cascadia @ssgeos @USGS @LaytenHolland @geoscience16 @CeciliaSykala According to the literature, the Earth's North and South magnetic poles reverse every 300,000 or so. I will mention anything I observe. As far as \"more and more catastrophic events\", I don't know, however with our modern instruments we certainly notice them more."
}
] | 2023-03-19T10:49:54+00:00 |
rrichcord | conv_4537#47515 | twitter | [
{
"speaker": "OTHER",
"text": "I have been watching magnetic anomalies coming from stresses in the Earth's crust. Now we see a paper of the reverse effect: anomalies coming from our magnetosphere, generated by the Sun, causing stress in the Earth's crust. Logical two-way process."
},
{
"speaker": "OTHER",
"text": "⚠️A Father-Daughter MOMENT at sunrise: #NorthKorea launches #Hwasong17 #ICBM on Thursday March 16 Local Time (March 15 UTC). Best seats for the show: #Japan. #Magnetic anomalies from 3 stations. Missile altitude 6,000 km, distance 1000 km. https://t.co/27xbFpVxnO"
}
] | 2023-03-18T23:06:15+00:00 |
rrichcord | conv_3360#47516 | twitter | [
{
"speaker": "SELF",
"text": "@ode4370 \"The Italian Renaissance polymath, Leonardo Da Vinci, used the Golden Ratio equation and realised that the closer a face or object gets to this number, the higher the level of its perceived beauty.\" https://t.co/yOGNY1go1B"
},
{
"speaker": "SELF",
"text": "@pj_masks_desi @DefenceMinIndia @NorthernComd_IA @isro @IIG_DST @PMOIndia @rajnathsingh @ARanganathan72 @TimesNow Good question. My answer is \"Yes\". I started by tracking Russia's hypersonic missile tests in the White Sea, using magnetometers in Finland and Sweden. There is not much to be gathered technically, except that the test took place. BrahMos is quieter than Tsirkon."
}
] | 2023-03-18T14:50:42+00:00 |
rrichcord | conv_5233#47517 | twitter | [
{
"speaker": "SELF",
"text": "@geoscience16 Thanks. Is there a relation between the law of same latitude and the Moon's azimuth and elevation?"
},
{
"speaker": "OTHER",
"text": "⚠️M 4.5 #Earthquake 138 km SE of La Playa, #Mexico. 3/18/2023 04:31:18 UTC. @USGS, I was surprised at at the number of #magnetic #precursors.\nChecking frequencies, the precursors settled on an M 4.2 (Actual M 4.5). Glad the quake finally made up its mind. https://t.co/FRqtulP531"
},
{
"speaker": "OTHER",
"text": "@ode4370 A quick check for Golden Ratio facial proportions with a transparent ruler says you are correct: https://t.co/M6AfDMVN74"
}
] | 2023-03-18T11:40:04+00:00 |
rrichcord | conv_2732#47518 | twitter | [
{
"speaker": "SELF",
"text": "💥Powerful explosions reported in #Ukraine's #Novomoskovsk in the #Dnipropetrovsk region. @Faytuks @woxbii @Truthpuke. Infrasound on CEEIN network in Plostina, #Romania. Highest reading I've seen (+3e+5). I can't get CEEIN to tell me the units of the vertical axis. Anyone? https://t.co/0CnLJ7Q8ZA"
},
{
"speaker": "OTHER",
"text": "@patton_cascadia @ssgeos @USGS @LaytenHolland @geoscience16 @CeciliaSykala Well Jay, I ordered the Chris Scholz book you recommended. I could use more basic understanding. One thing I forgot to ask. From a logical point of view, which earthquake would require the greater triggering force a magnitude 8, or a magnitude 4?"
},
{
"speaker": "OTHER",
"text": "@patton_cascadia @ssgeos @USGS @LaytenHolland @geoscience16 @CeciliaSykala Got it. If scientists eventually do measure the forces from planetary geometry, how will we know how much of that force is necessary to trigger an earthquake?"
},
{
"speaker": "SELF",
"text": "@patton_cascadia @ssgeos @USGS Thanks for your help, Jay. I have read of the measurements of stress along a fault. However, I cannot find any source that tells how much ADDITIONAL stress is required to trigger an earthquake. Do you have a source? Also @LaytenHolland @geoscience16 @CeciliaSykala https://t.co/eQwsgw6twP"
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 According to a @USGS spokesman I spoke with a few months ago, it is not so unusual that a network might read an earthquake that was not picked up by other networks. He said to check for other quakes of about same magnitude, same time, that occurred elsewhere. Mix up?"
}
] | 2023-03-17T22:54:34+00:00 |
rrichcord | conv_9981#47519 | twitter | [
{
"speaker": "SELF",
"text": "M 5.0 Earthquake 160 km SSW of Srandakan, Indonesia, 3/17/2023 12:05:25 UTC. ref @USGS @ssgeos Magnetic anomalies detected 1,427 km away at Cocos Islands. Magnetic precursor frequency told potential of M 5.2 (Actual M 5.0). Two other similar sized quakes shown within 6 hr. https://t.co/PeHn4AVGFS"
},
{
"speaker": "OTHER",
"text": "@patton_cascadia @ssgeos @USGS Wonderful question. I guess this is where the magnetic anomaly precursors that I have been observing (a few hours before earthquakes) come in. If we see enough triplets: specific geometry - earthquake - magnetic precursor, we will believe. And that will be the plot."
},
{
"speaker": "OTHER",
"text": "@patton_cascadia @ssgeos @USGS Yes, as you say \"the tide is caused by the gravitational forces from the moon and..... the sun\", BUT the geometry of Sun and Moon cause tides to be higher or lower. Just before a quake, the fault is in a metastable state. Can an inertial kick from a 3rd planet be a trigger?"
},
{
"speaker": "OTHER",
"text": "@patton_cascadia @ssgeos @USGS Really? When you have a chance, sit by the seashore and watch the high tide roll in. Is that caused by planetary geometry or not?"
},
{
"speaker": "OTHER",
"text": "@PierreSeismo @ssgeos @hogrbe Read? Safronov's recent paper in International Journal of Geosciences · September 2022. \"Astronomical Triggers as a Cause of Strong Earthquakes\" It makes good sense. Link here https://t.co/6cd7VveA8D"
}
] | 2023-03-17T16:25:13+00:00 |
rrichcord | conv_1092#47520 | twitter | [
{
"speaker": "SELF",
"text": "@patton_cascadia @ssgeos @USGS No one can show you forces - only the effects of forces. 1) Stress on the Earth's crust produces magnetic anomalies. Japanese are hot on the trail here:https://t.co/4t93017JJV\n2) Planetary geometry can be the source of the stress: https://t.co/6cd7Vve2j5"
},
{
"speaker": "SELF",
"text": "⚠️ M 7.0 #Earthquake and #Tsunami along the #Kermadec trench (ref @patton_cascadia @ssgeos @USGS) Planetary geometry stress generated #Magnetic #Precursors. Potential quake magnitude rose with final precursor frequency of 13.7 mHz = M 6.6 \nPotential #warning time 3.7 hr. https://t.co/4esSQrBIPK"
},
{
"speaker": "OTHER",
"text": "@ssgeos_edu Thanks. New Zealand magnetometer has finally posted data for the last couple of days. I will check magnetic anomalies with focus on the planetary geometry peak at March 16, 0000Z and the Mw 7.1 earthquake."
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 We used to get many oil-mining related earthquakes in my area until regulations were put into effect, especially regulations regarding disposal of waste water."
}
] | 2023-03-17T10:40:03+00:00 |
rrichcord | conv_6779#47521 | twitter | [
{
"speaker": "OTHER",
"text": "@geoscience16 I think \"time of occurrence\" is equally important. We must ask, \"What practical steps do the residents take when they know a quake could occur in their area? Do they stand outside their homes for a week? This is why I am working on an hours-before earthquake warning."
},
{
"speaker": "OTHER",
"text": "@ode4370 We have been waiting patiently for \"Eduardo's Guide to Women on the Internet\". Please advise publisher and price. Thanks."
},
{
"speaker": "SELF",
"text": "@masonrothman @thebaldgeek New Zealand magnetometer has been off line for last 2 days. Don't know when it will come back on. Hopefully they were recording."
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 New Zealand magnetometer has been off line for last 2 days. Don't know when it will come back on. Hopefully they were recording."
},
{
"speaker": "SELF",
"text": "⚠️M 2.5 #Earthquake 8 km SW of Niland, California (3/15/2023 01:20:31 UTC). @USGS #Magnetic #precursor frequency of 82.0 mHz told potential M 2.8 (actual M 2.5). It's good, occasionally, to check small earthquakes to make sure higher frequency = smaller upcoming quake. https://t.co/jmo5IffU0l"
}
] | 2023-03-16T01:17:37+00:00 |
rrichcord | conv_6340#47522 | twitter | [
{
"speaker": "OTHER",
"text": "@CeciliaSykala @Cengiz_Karablut Could be underground construction - blasting out rock in construction of tunnels."
},
{
"speaker": "SELF",
"text": "FOUND my dream job: I will sit by the waterfall in #Kakadu, Australia and watch the #magnetic anomalies come in from the Venus, Mercury #conjunction (@ssgeos @hogrbe). I'll check #precursor frequencies and give the warning for the upcoming 6.2Mw earthquake. 3/13/23-3/14. Below: https://t.co/jxkffClmm2"
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @LaytenHolland Thanks. I would love to take a portable magnetometer to the location."
}
] | 2023-03-14T15:37:45+00:00 |
rrichcord | conv_3340#47523 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️M 3.9 #Earthquake 17 km N of Deep Springs, CA, USA 3/14/2023 10:13:18 UTC. @USGS @LaytenHolland Magnetic anomaly recorded in #Fresno, CA 183 km away. Peaks need to be frequency checked. No clear frequency - not a precursor. Long warning time. Magnitude estimate: M 3.7 https://t.co/Enze0hvX5O"
},
{
"speaker": "SELF",
"text": "@David4Liberty @jakebebber The US was not prepared for the attack of 80 years ago, but rose to the challenge. Are we prepared today?"
},
{
"speaker": "OTHER",
"text": "@sebastiangood I'm trying to get on your wavelength: Do you mean gentile as in \"not Jewish\", or gentle as in \"does no harm\", or both?"
},
{
"speaker": "SELF",
"text": "\"#China used green #lasers fired from satellites to gather intelligence for a surprise hypersonic missile attack on Hawaii, it has been warned.\" (ref @jakebebber) 1/28/2023 02:00:00 HST (12:00:00 UTC) I don't know about an attack, but Honolulu magnetometer picked up the pass. https://t.co/dc3FN80sBd"
},
{
"speaker": "OTHER",
"text": "⚠️M 4.5 #Earthquake, 79 km N of Amahai, #Indonesia (3/11/2023 17:47:54 UTC) Looking at the quake in view of strong lunar #conjunction centered 17:00 UTC on 3/11(ref @ssgeos, @hogrbe) Magnetic anomalies rise through the LG(r) conjunction. Precursors suggested M 5 quake possible. https://t.co/wLFCH9BN4Z"
}
] | 2023-03-13T17:38:17+00:00 |
rrichcord | conv_3863#47524 | twitter | [
{
"speaker": "SELF",
"text": "⚠️M 4.7 #Earthquake 86 km S of Koshima, #Japan 3/12/2023 21:17:52 UTC (3/13 06:17:52 JST)ref @USGS, @geoscience16. #Magnetic #precursors received at Kanoya station about 3.5 hours prior to quake. Frequency of precursor suggested M 5.5. Distance to magnetometer 211 km. https://t.co/rqz3HDzmIW"
},
{
"speaker": "SELF",
"text": "@dervisozkan44 My interest in earthquakes is to identify a magnetic signal that occurs a few hours before an earthquake. Such a finding could provide a timely warning to residents."
},
{
"speaker": "OTHER",
"text": "@dervisozkan44 @hogrbe Stress on the Earth's crust produce magnetic signals (anomalies). The signals vibrate at very low frequency, such as 40 millihertz (mHz), meaning one oscillation every 25 seconds. From my observation, the lower the frequency, the larger the upcoming earthquake."
},
{
"speaker": "OTHER",
"text": "@hogrbe I think many of the peaks on the SSGI chart can be labeled with their magnetic anomalies' frequency and accompanying potential Magnitude quake. I just need UTC times at centers of peaks. Appreciate the chance to try: https://t.co/6Bn40ZIoYt"
},
{
"speaker": "SELF",
"text": "@LaytenHolland I see it now on @USGS \nas M 4.4 - Vancouver Island, Canada region\nTime 2023-03-12 15:31:55 (UTC)\nLocation 48.823°N 129.616°W\nDepth 10.0 km\n\nAs usual Victoria magnetometer is 24 hours behind in posting data. 🙁"
}
] | 2023-03-12T18:50:20+00:00 |
rrichcord | conv_4687#47525 | twitter | [
{
"speaker": "OTHER",
"text": "@gelkanadroti Виглядає здорово!"
},
{
"speaker": "OTHER",
"text": "@geoscience16 I see. How are the quakes time-ordered along a latitude line? Later times proceed west to east?"
}
] | 2023-03-12T13:03:46+00:00 |
rrichcord | conv_4003#47526 | twitter | [
{
"speaker": "SELF",
"text": "@geoscience16 Okay, so locations at the same latitude are seismically connected. Can someone state the \"law of the same latitude\" completely for me?"
},
{
"speaker": "OTHER",
"text": "@geoscience16 Thank you. Would you please state the \"law of the same latitude\" completely for me?"
}
] | 2023-03-12T12:54:13+00:00 |
rrichcord | conv_8565#47527 | twitter | [
{
"speaker": "OTHER",
"text": "@rvnsvn @kk0000000000 M 5.3 - 43 km S of Singkil, Indonesia\nTime\n2023-03-11 04:03:48 (UTC)\nLocation\n1.895°N 97.850°E\nDepth\n51.1 km"
},
{
"speaker": "OTHER",
"text": "@geoscience16 I see the straight line on your map. What concerns me is the fact the the great circle route passes far into Northern Kazakhstan as shown below. Also a physically straight line would pass 2,000 km under Nepal. 🤔 https://t.co/CUAYP3fNei"
}
] | 2023-03-12T02:10:11+00:00 |
rrichcord | conv_5253#47528 | twitter | [
{
"speaker": "OTHER",
"text": "\"🌋#Merapi, one of #Indonesia's most active #Volcano in central Java, erupted on Saturday\" ref(@kk0000000000) What a STORY: Two hours earlier we had a 5.3 M #earthquake (with precursor) 1,800 km to the NW. Then the #volcano. Who is betting on a connection? https://t.co/nnWWb1U172"
},
{
"speaker": "OTHER",
"text": "@LaytenHolland @CeciliaSykala @geoscience16 I overlapped the photo w/map with the 5.2 earthquake, however it is not near the circle. I cannot see what I'm doing wrong. Help! https://t.co/z3HfY2wvK1"
},
{
"speaker": "OTHER",
"text": "@LaytenHolland @CeciliaSykala @geoscience16 Thanks. Can you please mark the position of the quake on the cloud anomaly photo?"
}
] | 2023-03-11T18:02:47+00:00 |
rrichcord | conv_8769#47529 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️GOOD illustration of how easy it is to give a few hours #warning before an #earthquake. Ref @nasri7860 @USGS : M 5.3 Earthquake, 43 km S of Singkil, Indonesia, 3/11/2023 04:03:48 UTC. 1)See peak after a quiet period 2)Chk frequency, check table for Magnitude 3)Issue warning. https://t.co/2MIpEVDmcH"
},
{
"speaker": "OTHER",
"text": "@meryeme75863714 Keep asking questions. All questions have merit."
},
{
"speaker": "SELF",
"text": "@MOHAMME76550001 @hogrbe @ssgeos_edu اهتز كثيرا! حفظ الله زواجهما."
},
{
"speaker": "OTHER",
"text": "⚠️M 4.9 (@USGS measure) #Earthquake, Hokkaido, #Japan (M 4.8 @tenkijp_jishin ) (3/10/2023 20:12:38 UTC)(3/11/2023 05:12 JST) 42.175 N, 142.944 E. Precursory time 1.4 hr., #Precursor frequencies indicate 4.4-5.2 M. Magnetometer distance 220 km. https://t.co/mU5F2m1uQU"
}
] | 2023-03-11T00:31:51+00:00 |
rrichcord | conv_6341#47530 | twitter | [
{
"speaker": "SELF",
"text": "@gelkanadroti Виберіть брудний стіл. \"It is not the healthy who need a doctor, but the sick.\" - Jesus. https://t.co/dk2Q5K8ZnR"
},
{
"speaker": "SELF",
"text": "@gelkanadroti Then you are very close to love! “The opposite of love is not hate, it is indifference” - Elie Wiesel"
}
] | 2023-03-10T22:38:15+00:00 |
rrichcord | conv_5567#47531 | twitter | [
{
"speaker": "SELF",
"text": "@Mark45dominic In my opinion, no. However I would like to see you narrow your bio #'s down to just one or two, then focus your energy."
},
{
"speaker": "OTHER",
"text": "@gelkanadroti Гаразд, веди нас! https://t.co/neADE5hdYl"
}
] | 2023-03-10T16:10:17+00:00 |
rrichcord | conv_4836#47532 | twitter | [
{
"speaker": "SELF",
"text": "M 4.6 #Earthquake yesterday 3/9/2023 100 km SE of Katsuura, #Japan 14:14:08 UTC. @USGS. #Magnetic anomalies were recorded at Kakioka station (KAK) about 200km away. Examined frequencies of two precursor candidates. One indicated possible 5.8 M, but only 4.6 M occurred. 🤨 https://t.co/aWtqHLwBPU"
},
{
"speaker": "SELF",
"text": "@meryeme75863714 @nukestrat Thanks. Okay, now I understand what you are saying. I have not considered the chemtrails idea. It seems we would need much more evidence to say there is a conspiracy."
},
{
"speaker": "SELF",
"text": "@meryeme75863714 @nukestrat Please elaborate so I can better understand your question. I think my translation of your question to English is not very good."
},
{
"speaker": "OTHER",
"text": "@ssgeos_edu Thanks. If I had to pick out one key sentence from Safronov's paper, it would be \"The triggered effect does not depend on the distance between the planets and the mass of the planets, so the mechanism is identified as an inertial gravitational interaction\""
},
{
"speaker": "SELF",
"text": "@ssgeos Please provide the Earth coordinates and UTC times of maximum conjunction so I can check for magnetic anomalies. After finding one, I check its frequency. A magnetic anomaly with a dominant frequency can be correlated to the magnitude of a potential earthquake: https://t.co/pT43nGmgci"
}
] | 2023-03-10T01:36:22+00:00 |
rrichcord | conv_9702#47533 | twitter | [
{
"speaker": "SELF",
"text": "@gelkanadroti Дивовижний! Your reddish hair always gives you away. Love how you lean over the table: https://t.co/IJ4dQ6jIFI"
},
{
"speaker": "OTHER",
"text": "@Firezstarter1 @daeroplate_v2 @nukestrat Good question. When I encountered atmospheric resonances, it was by accident. But what if a few of the many people smarter than I knew how to read the resonance frequency ahead of time and get the software tuned in ahead of the disturbance?"
},
{
"speaker": "OTHER",
"text": "@Firezstarter1 @daeroplate_v2 @nukestrat Unless one knows the the secret of \"atmospheric resonance\". I have tweeted in the past about a signal from an explosion arriving at several stations, hundreds of km apart, at exactly the same time! Very spooky!"
},
{
"speaker": "SELF",
"text": "@guusvanleerdam @nukestrat Yes. It is just a curiosity that the magnetometer can pick it up. It means that the acoustics made their way another 50 km up higher to the ionosphere. The magnetometer promotes diversity by allowing for deaf station keepers. 🙂"
}
] | 2023-03-09T22:13:44+00:00 |
rrichcord | conv_5117#47534 | twitter | [
{
"speaker": "SELF",
"text": "@monmarancy Thanks. Here the image translated: https://t.co/oblT3ZB8XJ"
},
{
"speaker": "SELF",
"text": "@daeroplate_v2 @nukestrat Yes. Magnetometers could be a back up for damaged radar or a blind satellite. It is old technology but can still be useful. I wrote to ministries of defense, advising them to deploy magnetometers along the border of Ukraine before the war. It was not considered."
}
] | 2023-03-09T17:20:10+00:00 |
rrichcord | conv_3937#47535 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️\"Two B-52 #bombers operating out of Moron AB in Spain are circling over southern #Bulgaria.\" @nukestrat. Flying in before circling, the bombers flew directly over the magnetometer in Panagyurishte, Bulgaria (Blue star on map). They left their magnetic anomalies. (8 engines!!) https://t.co/9WSwRyrpBp"
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @jeodezist @hogrbe @USGS @LaytenHolland @geoscience16 Good question. There is much to investigate."
},
{
"speaker": "SELF",
"text": "@dantrimont @jeodezist @hogrbe @USGS Good comment. Logical."
},
{
"speaker": "SELF",
"text": "@MargoGontar Many of us Americans are hearing you."
},
{
"speaker": "SELF",
"text": "@woxbii Stay safe. 🙏🏻"
}
] | 2023-03-09T03:00:10+00:00 |
rrichcord | conv_6183#47536 | twitter | [
{
"speaker": "SELF",
"text": "@jeodezist @hogrbe Here is a curiosity: A total #eclipse occurred on November 8, 2022 over Honolulu, HI. The magnetic anomaly was recorded on @USGS magnetometer, Honolulu. Looking at the anomaly's frequencies, peak freq was at 43.0 millihz which is also a 5.0 M #earthquake precursor frequency.🤨 https://t.co/v5dgheq0Ki"
},
{
"speaker": "SELF",
"text": "@LaytenHolland I'm looking forward to checking Victoria station for the magnetic anomaly on this one. For some reason, Victoria always delays posting data for 24 hours. 🤔"
}
] | 2023-03-09T00:14:55+00:00 |
rrichcord | conv_2511#47537 | twitter | [
{
"speaker": "OTHER",
"text": "@alhubb66 @Marco_Langbroek @nktpnd @seruriermarshal @wslafoy @nukestrat @planet4589 @FranticGoat Thanks. Here is my previous tweet on the US hypersonic test on December 9. https://t.co/2sVUotPlFU"
},
{
"speaker": "OTHER",
"text": "💥2.6 M #Quarry #Blast 28 km N of Fresno, #California. 3/7/2023 13:50:38 Local PST (21:50:38 UTC). 37.002 N, 119.817 W @USGS. Check magnetic anomalies at 1 sample/s (red) and 1 sample/min (blue). If sound 0.33km/s, wave hit ionosphere at altitude (252 s)x(0.33 km/s)= 83 km. https://t.co/omZTrjSALq"
},
{
"speaker": "OTHER",
"text": "@geoscience16 Where? When? Units on x, y axes? Thanks."
}
] | 2023-03-08T14:20:54+00:00 |
rrichcord | conv_4605#47538 | twitter | [
{
"speaker": "SELF",
"text": "⚠️3.8 M #Earthquake 9 km NW of #Pinnacles, CA, USA. 3/7/2023 14:33:12 UTC. @USGS. Easy #warning: #Precursor candidates on Fresno magnetometer, 126 km away showed potential 4.4 M coming. Best practice: issue a 6 hr. warning at 12:30 UTC . Quake came 2.3 hr. later. https://t.co/JG1MtyAzvE"
},
{
"speaker": "OTHER",
"text": "@thehoboheretic @Mark45dominic Good comment. In the last few years that I have been looking at magnetic anomalies, I have found there are many events on the surface of our planet that affect our geomagnetic field: missiles, jets, explosions, earthquakes, avalanches, large fires, volcanoes, iceberg calving.."
},
{
"speaker": "SELF",
"text": "@Mark45dominic Sorry, not sure where you lost touch. Regardless of the altitude of a hypersonic missile, its shock waves can travel upward and shake the ionosphere. At a distance of 200 km, a magnetometer can can pick up the magnetic anomaly of an F-22 scrambling with afterburners."
}
] | 2023-03-07T23:26:46+00:00 |
rrichcord | conv_1244#47539 | twitter | [
{
"speaker": "OTHER",
"text": "@BhujiaSev Sorry if I was not clear. It was not the missile itself that traveled the 600 km from Alibag to Hyderabad, but the magnetic anomaly signal generated by the missile during its flight over the Arabian Sea."
},
{
"speaker": "SELF",
"text": "@fin_wit Unfortunately, due the variable speed of magnetic anomalies due to direction and atmospheric conditions, it is not easy to use triangulation to determine where the source is."
},
{
"speaker": "SELF",
"text": "@Mark45dominic I guess the proper answer is: maybe our ionosphere can help us track hypersonic missiles. Some magneto-hydrodynamic (MHD) waves can travel much faster than hypersonic missiles. I guess it is just a matter of learning to detect the signals."
},
{
"speaker": "SELF",
"text": "@Mark45dominic I don't know enough about quantum radars and tracking to comment. I learned about the effect of hypersonic missiles on our ionosphere by detecting Russian Tskirkon hypersonic tests using Finland's and Sweden's magnetometers. Tsirkon missiles are geomagnetically very noisy."
}
] | 2023-03-07T20:07:10+00:00 |
rrichcord | conv_3544#47540 | twitter | [
{
"speaker": "SELF",
"text": "⚠️6.0 M #Earthquake, Mindanao, #Philippines 3/7/2023 06:02:34 UTC followed by #aftershock 5.6 M 08:47:42 UTC @USGS_Quakes #Precursor of 6M quake appeared in Dalat, #Vietnam 2.0 hr. prior to quake. As I noticed before, aftershocks do not seem to provide precursors. https://t.co/E7SpIVetCp"
},
{
"speaker": "SELF",
"text": "@geoscience16 Please - What do the numbers on the x, y axes represent?"
},
{
"speaker": "SELF",
"text": "@ang3lkenny @BhujiaSev @j_bhabha I am not sure. Perhaps an aerospace engineer will contribute a comment to help answer your question."
},
{
"speaker": "SELF",
"text": "@ib4uanytime Yes, the ionosphere is much higher than the flight itself, however the acoustic shocks travel upward, eventually reaching the ionosphere. The Alibag magnetometer, according to its coordinates, looks to be within 100 meters of the Zoo (by the beach). Can you visit it?"
},
{
"speaker": "OTHER",
"text": "@dey_krishnandu @daeroplate_v2 @arnabmit Yes. I detect ionospheric disturbances caused by the missile, not the missile itself."
}
] | 2023-03-07T14:57:19+00:00 |
rrichcord | conv_8009#47541 | twitter | [
{
"speaker": "OTHER",
"text": "@JaySubbu Using 1 sample/minute magnetic data, my resolution is +/- 5 minutes. And as you say, atmospheric properties add to the uncertainty. If the magnetometer stations provide 1-second data, I go to +/- 5 second resolution."
},
{
"speaker": "OTHER",
"text": "@fin_wit Unfortunately, magnetic anomalies travel too slowly to offer detection and location possibilities in real time. They give strictly \"after-the-fact\" information."
}
] | 2023-03-07T14:50:32+00:00 |
rrichcord | conv_6901#47542 | twitter | [
{
"speaker": "OTHER",
"text": "@daeroplate_v2 @arnabmit The propagation speed of magnetic anomalies generated by missiles can be quite varied, depending on atmospheric conditions and the path of the signal. In my experience, magnetic anomalies from missiles travel between Mach 1 and Mach 3. Not easily related to missile speed."
},
{
"speaker": "OTHER",
"text": "@fin_wit @IIG_DST https://t.co/phLrYdqiQP"
},
{
"speaker": "SELF",
"text": "@ang3lkenny @BhujiaSev @j_bhabha Yes, Unfortunately, I was using the 1 sample /minute data provided by the stations. Very low resolution. I was hoping the stations would provide 1 sample/second data, as many stations do. Alibag and Hyderabad do not provide 1-second data."
},
{
"speaker": "SELF",
"text": "@ib4uanytime The missile creates acoustic shock waves that penetrate to the ionosphere. That is what shakes our geomagnetic field."
},
{
"speaker": "OTHER",
"text": "@TheRevDoctor I should have said \"supersonic\" . I think the missile was only Mach 2.8, not Mach 5. Sorry."
}
] | 2023-03-07T13:15:45+00:00 |
rrichcord | conv_2337#47543 | twitter | [
{
"speaker": "OTHER",
"text": "@daeroplate_v2 @arnabmit Missiles produce acoustic waves which penetrate to our ionosphere, creating magneto-acoustic waves. Resulting magnetic field fluctuations recorded on ground-based magnetometers."
},
{
"speaker": "SELF",
"text": "@Aryan_warlord I think I should have said \"supersonic\", since I do not believe the missile got to Mach 5. (maybe Mach 2.8)"
},
{
"speaker": "SELF",
"text": "@JaySubbu Acoustic waves from the missile shake up the ionosphere. Magneto-acoustic waves in the ionosphere affect our geomagnetic field. Effects recorded on ground-based magnetometers."
},
{
"speaker": "OTHER",
"text": "@satish433 @Defencecore News said launch from ship in Arabian Sea."
}
] | 2023-03-07T12:57:45+00:00 |
rrichcord | conv_6837#47544 | twitter | [
{
"speaker": "SELF",
"text": "@Defencecore @totarusinghal I should have said \"supersonic\", not \"hypersonic\". I think Mach 2.8 was max speed. Sorry."
},
{
"speaker": "OTHER",
"text": "@Defencecore Sorry, I should have said \"supersonic\", since the maximum speed was Mach 2.8 I guess, technically, Mach 5 would be hypersonic."
},
{
"speaker": "OTHER",
"text": "@LaytenHolland Thank you. Very interesting. I was hoping someone would be observing this. Would you mind expressing height in kilometers, since it is a more internationally used unit? What is the shape of the graph of Mw vs Height? Great work!"
}
] | 2023-03-07T12:44:33+00:00 |
rrichcord | conv_7795#47545 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️M 5.1 #Earthquake off Hokkaido, #Japan (UTC time March 6, 2023 22:24:48) (JST March 7, 07:24:48) @USGS_Quakes Strong #magnetic #precursor peak coming 1.6 hr. before the quake. One precursor frequency 41.0 mHz = 5.1 M (same). Also present 15.6 mHz = 6.7 M (didn't happen, yet?) https://t.co/VOw7TRHpdY"
},
{
"speaker": "OTHER",
"text": "#India tests its #BrahMos hypersonic #missile in the Arabian Sea on Sunday March 5, 2023. #Magnetometer station Alibag (ABG) on the coast got the magnetic anomaly first, then farther Hyderabad(HYB). My est. test time 0700 IST (0130 UTC). Hypersonics really shake things up. https://t.co/InlXF3OYg2"
}
] | 2023-03-06T22:10:00+00:00 |
rrichcord | conv_4662#47546 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️4.6 M #Earthquake Kuril Islands, #Japan 3/5/2023 23:21:15 UTC @USGS_Quakes . The #magnetic #precursor was prominent. It showed frequency 43.0 mHz indicating 5.0 M. (Actual 4.6 M) Time to quake longer than usual: 2.7 vs expected 1.0 hr. Best to issue standard 6 hr. warning. https://t.co/JG0148mOoi"
},
{
"speaker": "SELF",
"text": "⚠️M 4.5 #Earthquake 79 km W of Las Grullas Margen Derecha, #Mexico 3/5/2023 14:29:49 UTC (Gulf of California) @USGS_Quakes. Frequencies of Magnetic #Precursor peaks read both large M6+ and smaller M4+ possible quakes. I'm glad it was the smaller magnitude quake. https://t.co/PkqIKtjB2R"
},
{
"speaker": "OTHER",
"text": "@UpwardFalling13 The ideal set-up is 3 magnetometers at the corners of an equilateral triangle, 300 km corner to corner surrounding a quake-prone area. Then location is no problem. My disadvantage now is having to use the stations wherever I can find them."
},
{
"speaker": "SELF",
"text": "@JoeK23999983 Good suggestion. At this point, I think I do not have enough training data. We would need a big team collecting data. Since I am the only one gathering data at this time (mHz, M, and Time), we are in for a long wait."
}
] | 2023-03-05T21:00:31+00:00 |
rrichcord | conv_3783#47547 | twitter | [
{
"speaker": "OTHER",
"text": "@Blackoceanx1 You may be correct. I am not sure. You are asking a very important question: What is it that determines how long we have to wait for the quake after we see the precursor? All I noticed is that larger M = longer wait."
},
{
"speaker": "SELF",
"text": "@MargoGontar Thanks for keeping us informed."
},
{
"speaker": "OTHER",
"text": "@bichikota Stay safe. Did you hear explosions?"
},
{
"speaker": "OTHER",
"text": "@meg45170382 @geoscience16 Please, your estimated Magnitude (M)? Thanks."
}
] | 2023-03-05T16:30:42+00:00 |
rrichcord | conv_7720#47548 | twitter | [
{
"speaker": "SELF",
"text": "🤔IF we lived in an orderly, linear world, we would just note the frequency within a Magnetic #Precursor, then read upcoming #Earthquake #Magnitude and the Time to wait (Table below). For example, a 20 mHz frequency says a 6.4 M is coming in 2.4 hours. BUT, expect deviations! https://t.co/bDa6B90Bpc"
},
{
"speaker": "SELF",
"text": "@LaytenHolland Thanks. Not sure what caused those, however I'm not seeing much in precursor candidates yet."
},
{
"speaker": "OTHER",
"text": "PRELIM: The #magnetic #anomaly #precursor appearing a few minutes to a few hours before an #earthquake, carries with it the #Magnitude (M) of the upcoming earthquake. It is in the form of a frequency (F) probably related to the rupture size. Low F means big M, High F: Low M. https://t.co/inzsuarwXa"
}
] | 2023-03-05T02:42:09+00:00 |
rrichcord | conv_1020#47549 | twitter | [
{
"speaker": "OTHER",
"text": "@dannyptweet @alhubb66 @USGS Hi Daniel, there are researchers working on the subject. Many recent papers, though, seem to end in uncertainty : \" still difficult to make use of seismo-electromagnetic signals efficiently in practice\"(2022) Guess I am the only one who knows how to give 'hours before' warning."
},
{
"speaker": "OTHER",
"text": "@te3ej @alhubb66 @USGS Thank you. I just heard from another follower. I was told by British Geological Survey that the UK holds its magnetic data in quarantine for 10 days before releasing it to the public. Otherwise I could spot the scramble very easily on the magnetic record."
},
{
"speaker": "OTHER",
"text": "⚠️4.9 #Earthquake 123 km SSE of Itoman, #Japan (S of Okinawa Island) 3/4/2023 13:13:57 UTC @USGS. #Magnetic #Precursor candidates detected at Kanoya, Japan. Frequency spectra: 1st candidate indecisive, 2nd indicates upcoming 4.1 M. #Warning could have been issue 1.1 hr. prior. https://t.co/kVhITXUZ4c"
}
] | 2023-03-04T19:05:50+00:00 |
rrichcord | conv_7005#47550 | twitter | [
{
"speaker": "SELF",
"text": "@alhubb66 @USGS Thanks, however I am just an observer. I post what I see. If it does some good, I am satisfied. In any case, I will not yet purchase my plane ticket to Stockholm.🙂"
},
{
"speaker": "OTHER",
"text": "@gelkanadroti Тоді як він може тебе любити?"
},
{
"speaker": "SELF",
"text": "@alhubb66 @USGS I already wrote it. First one runs 1 sample/min magnetic data to get candidate precursor peaks. Then run it on the 1 sample/sec data just under the peak. Perform FFT (Fast Fourier Transform) extract frequency. Prominent frequency converts to upcoming Magnitude. Issue warning."
},
{
"speaker": "OTHER",
"text": "⚠️6.9 M #Earthquake, #Kermadec Islands, #NewZealand 3/4/2023 06:41:22 UTC. @USGS Magnetic precursor candidates detected at New Zealand. Must check frequencies right away: showed second candidate indicated 6.5 - 7 M coming. Warning could have been issued 1.8 hr. prior to quake. https://t.co/D2lXTgvcx5"
}
] | 2023-03-04T12:10:41+00:00 |
rrichcord | conv_3798#47551 | twitter | [
{
"speaker": "SELF",
"text": "⚠️M 4.2 #Earthquake 69 km NNE Otrada, Russia (near #Japan) 3/3/2023 20:39:55 UTC @USGS . If I had not been taking a nap, this would have been an easy call. Procedure: See clear #magnetic #precursor. Quickly check frequency to see M4 then give 6 hr. warning (for safety). https://t.co/aVT0uLV1hF"
},
{
"speaker": "SELF",
"text": "@Blackoceanx1 @LaytenHolland Several years ago I built my own seismograph. I learned a lot from it. In addition to picking up many earthquakes, I even discovered some local phenomena like my town has 2 \"rush hours\": 6 AM laborers drive to work; 9AM office workers drive. See https://t.co/cZCP8rUJlZ"
},
{
"speaker": "SELF",
"text": "VERY Preliminary graph converting the prominent #magnetic precursor #Frequency (mHz) to potential upcoming #earthquake #Magnitude. To be on the safe side, the standard warning time should be 6 hours. Goal: Keep people from standing outside their homes too long after warning. https://t.co/mNrbqtjZ8K"
}
] | 2023-03-03T16:51:52+00:00 |
rrichcord | conv_7468#47552 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️4.5 M #Earthquake Bonin Islands, #Japan ~ 1,000km from Kakioka, Japan magnetometer. 3/3/2023 12:26:51 UTC. @USGS . Sorry I skipped over this precursor a few hours earlier. The peak was small but I should have known to check its frequency anyway. I'm learning. https://t.co/gDfk9WwgLR"
},
{
"speaker": "OTHER",
"text": "#Earthquake watch on Kakioka, #Japan magnetometer station KAK shows calm conditions: #Magnetic precursor peak candidate at 11:00 UTC shows no prominent frequency. I'm guessing quiet for next several hours. https://t.co/zmbAahjHoS"
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 KAK (Kakioka) (Geomagnetic Observatory). Location 75 km NE of Tokyo."
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 Hi Cecilia, I believe Layten was looking at the raw magnetic data as shown below. You can see the sharp spike in the 1-second view on the left, however not so prominent in the 1-minute data on the right. Since I run the raw data through my algorithm, I did not see it. https://t.co/C6HLQq3NFd"
}
] | 2023-03-02T22:54:21+00:00 |
rrichcord | conv_5606#47553 | twitter | [
{
"speaker": "OTHER",
"text": "Kakioka,#Japan #Earthquake watch: Over the past 8 hours, the latest #Magnetic #Precursor candidate shifted its prominent frequency lower (from 56.6 to 39.1 mHz). A lower precursor frequency indicates potential for higher magnitude quake. At this time, potential magnitude is M5 https://t.co/9XM4m7ToeS"
},
{
"speaker": "SELF",
"text": "My latest #Magnetic #precursor candidate from Kakioka, Japan magnetometer 3/2/2023 12:33 UTC (21:33 JST) shows frequencies indicative of lower (3 M to 4 M ) possible earthquakes over next several hours. https://t.co/QINzr1PZXf"
}
] | 2023-03-02T14:27:00+00:00 |
rrichcord | conv_2370#47554 | twitter | [
{
"speaker": "SELF",
"text": "@rsaysmn @LaytenHolland @geoscience16 @CeciliaSykala I do not know of any real-time data monitoring, regarding earthquakes. Since I do not permission to receive real-time, I must wait for the data to be posted from the public magnetometer - usually 30 min to 1 hr. afterward."
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @geoscience16 @LaytenHolland Thanks. Your LCA observations are very informative. When I first looked at USGS listing of the 5.9 M Geonet quake you mention, USGS had it at 5.2 M. Maybe USGS will adjust later. Listings can be so confusing."
},
{
"speaker": "SELF",
"text": "@gelkanadroti Велике спасибі! For reminding me of one of my favorite poems: https://t.co/XdYwgJXJ4m"
}
] | 2023-03-01T20:57:47+00:00 |
rrichcord | conv_5762#47555 | twitter | [
{
"speaker": "SELF",
"text": "@geoscience16 Thank you for the ionogram. The frequencies I see in magnetic anomaly precursors are much lower. For example the ionogram has units MHz = 1,000,000 Hz (million Hz). My frequencies are written in units mHz = 0.001 Hz (millihertz): 9 orders of magnitude lower in frequency."
},
{
"speaker": "OTHER",
"text": "@LaytenHolland @geoscience16 @CeciliaSykala I just picked up a precursor frequency from Kakioka Magnetometer indicative of a 6-7 M earthquake coming. https://t.co/VWQXG2Z4TZ"
},
{
"speaker": "SELF",
"text": "@LaytenHolland Station VIC is the one to use. At the moment it is running 1-day behind in posting data. Hopefully it will catch up to near real-time."
}
] | 2023-03-01T11:54:17+00:00 |
rrichcord | conv_7825#47556 | twitter | [
{
"speaker": "SELF",
"text": "@geoscience16 As of 0700 JST (local time), Magnetic anomalies not showing a prominent precursor yet. Checked one precursor candidate, no clear peak frequency in the M7 range yet. If M7, looks like it will not be for at least 6 more hours. Just my guess. https://t.co/11oM7oLy0J"
},
{
"speaker": "OTHER",
"text": "⚠️5.2 M #Earthquake 272 km SSE of Katsuura, #Japan. Magnetic anomalies detected at #Kakioka. \n2/28/2023 11:12:09 UTC. Given a candidate precursor, check frequency quickly. Roughly: (20-35 mHz: M6) (35-45 mHz: M5)(45-60 mHz: M4-). Standard warning time should always be 6 hr. https://t.co/tIIg7iC92p"
},
{
"speaker": "OTHER",
"text": "@6502_ftw @USGS Agreed - basic resonance physics."
}
] | 2023-02-27T19:53:37+00:00 |
rrichcord | conv_5488#47557 | twitter | [
{
"speaker": "OTHER",
"text": "@MariaWika_ @USGS Definitely not a trivial question. I do not have the answer. Perhaps someone else will comment."
},
{
"speaker": "SELF",
"text": "⚠️2.9 M #Earthquake 9 km SSE of Christchurch, #NewZealand. (ref @USGS). Occurred 30 km from magnetometer. Shows how easy it is to use the magnetic precursor to give 40 minutes #warning. When precursor appears, check radio 20-60 mHz (millihertz). Higher freq. = Lower M quake. https://t.co/xOwkP37iKY"
},
{
"speaker": "OTHER",
"text": "@WilliamCobbett4 @USGS_Quakes Good description. Here is one thought: Let's say the magnetic precursor has a frequency of f=25 mHz. The period is then 1/f = 40 seconds. Assume a seismic wave speed of 7 km/s. Then 40 sec X 7 km/s = 280 km. Maybe that is the length of the fault's rupture?"
},
{
"speaker": "OTHER",
"text": "@blacksanshoes @USGS_Quakes Good idea. Let us hope rf engineers like you can set up a receiver near a magnetometer so that when the magnetic anomaly shows on the 1 sample/min trace the receiver sounds off in the ~20 to ~50 mHz band. I'm guessing higher frequency = shorter fault line."
},
{
"speaker": "SELF",
"text": "@PizdecZaebalo @USGS_Quakes Keep in mind, the frequency is in mHz (millihertz =0.001 Hz), not MHz (megahertz = 1,000,000 Hz). Antenna size would be even larger than those used in submarine communications, which are many kilometers in length."
}
] | 2023-02-26T16:24:15+00:00 |
rrichcord | conv_9915#47558 | twitter | [
{
"speaker": "OTHER",
"text": "⚠️6.2 M #Earthquake (magnitude from @USGS_Quakes) 29 km ENE of Kandrian, #PapuaNewGuinea. 2/25/2023 21:24:48 UTC. Magnetic precursory time 1.5 hr. Frequency of precursor 23.4 mHz(millihertz). Anyone know a radio that can detect such a low frequency? https://t.co/XIjUTlWjJB"
},
{
"speaker": "OTHER",
"text": "@gelkanadroti Oops, I meant 500 years ago. Time went by so slowly, it just seemed like 800."
}
] | 2023-02-26T02:25:47+00:00 |
rrichcord | conv_4230#47559 | twitter | [
{
"speaker": "SELF",
"text": "@davegreenidge57 @i_ameztoy Excellent observation! From a paper I read: \"Black Thunder Coal Mine (BTCM) near Gillette, Wyoming.... Explosions occur there approximately every three weeks and have yields equivalent to 1-3 kilotons (kt) of TNT.\" That is huge. I was not aware of coal mine blasts that large."
},
{
"speaker": "OTHER",
"text": "\"Terrifying coal #mine collapse in northern #China, 2023-02-22. [📽️ source: https://t.co/kJbk8qJHR1]\" (ref @i_ameztoy) Lives lost. #InnerMongolia town of Alxa League roughly 900 km from Beijing magnetometer. Big landslides can cause magnetic anomalies. Large echo also. https://t.co/UtOUR5if4J"
},
{
"speaker": "SELF",
"text": "@LaytenHolland I wish I knew."
}
] | 2023-02-25T19:34:30+00:00 |
rrichcord | conv_2084#47560 | twitter | [
{
"speaker": "OTHER",
"text": "@CeciliaSykala @LaytenHolland @geoscience16 Thanks. Much yet to learn."
},
{
"speaker": "OTHER",
"text": "@alhubb66 Various science institutes around the world have magnetometers on the Intermagnet network. Some examples: Institute of Geological and Nuclear Sciences, New Zealand; Institute of Geophysics Polish Academy of Sciences, Poland and many others."
},
{
"speaker": "OTHER",
"text": "@LaytenHolland Frequencies are mHz (millihertz), not MHz(megahertz). Much lower frequency. Sorry if I was not clear. Data from https://t.co/phLrYdqiQP"
}
] | 2023-02-25T15:25:10+00:00 |
rrichcord | conv_5894#47561 | twitter | [
{
"speaker": "SELF",
"text": "@gelkanadroti Thank you! You finally provided the proof that you lived 800 years ago and lived in Venice, Italy... https://t.co/t5gEnoGBPP"
},
{
"speaker": "SELF",
"text": "🤨SURPRISING feature of #magnetic precursors to #earthquakes. The low-resolution (1 sample/min) precursor peaks on my graphs have features hidden inside them. High-resolution (1 sample/sec) data within the peak shows a dominant frequency. Here 1M difference - close frequencies! https://t.co/KQA5KGuXFO"
}
] | 2023-02-25T12:40:49+00:00 |
rrichcord | conv_9468#47562 | twitter | [
{
"speaker": "OTHER",
"text": "@YPedan @USGS That is one of the difficult tasks - coming up with relevant features. Slowly working on it."
},
{
"speaker": "SELF",
"text": "@vincetspring1 @CeciliaSykala @geoscience16 @vcdgf555 I wrote to the caretaker of the magnetometer in Victoria BC to see if he could bring the station online. No answer back."
},
{
"speaker": "OTHER",
"text": "@LaytenHolland The magnetometer I need is at Victoria, BC, however it is offline at this time. I will email the caretaker to find out how long it will be off."
},
{
"speaker": "SELF",
"text": "M 4.9 - 94 km SE of King Cove, #Alaska #earthquake #USGS #Sismo https://t.co/QEliFUpCQm (ref @Billy_EQ ) The magnetometer at Shumagin, Alaska, only 125 km from epicenter got all shaken up. However it got 1 or 2 magnetic precursors. Potential warning about 3 hours prior. https://t.co/T1ajf3WQu7"
}
] | 2023-02-24T20:14:08+00:00 |
rrichcord | conv_8247#47563 | twitter | [
{
"speaker": "SELF",
"text": "⚠️(Nankai Seismological Institute @geoscience16)\n#earthquakeprediciton #Philippines \n2-19 forecast Happened:2023-02-23 20:02:48 (UTC)\nM 6.3 - 177 km N of Tobelo, Indonesia\" #Magnetic anomalies from Dalat, #Vietnam: Precursory Time: 1.2 hr. before quake. Long Distance 2,372 km. https://t.co/R8cu5BkoPB"
},
{
"speaker": "SELF",
"text": "@Colorado_Rob Thanks, Rob. We must make a quake decision (yes or no) before or at the time of the precursor. Given the usual \"quiet period\" before the precursor, I am worried we might not have enough information to make a decision without looking at the detail within the precursor. Maybe."
},
{
"speaker": "OTHER",
"text": "@ElonNacho I downloaded WEKA. Looking through it. Thanks."
},
{
"speaker": "SELF",
"text": "@ElonNacho Thanks, I will take a look."
},
{
"speaker": "OTHER",
"text": "@Colorado_Rob Are you saying that the fine structure of the precursor peak is not required?"
}
] | 2023-02-24T11:18:29+00:00 |
rrichcord | conv_6979#47564 | twitter | [
{
"speaker": "OTHER",
"text": "@Colorado_Rob Yes, it is definitely time for machine learning. Mostly I need more people than just me logging the structures known precursor peaks. Then we can add in a lot of peaks that do not precede quakes. Maybe train a neural network to simply answer Yes or No, with structure input."
},
{
"speaker": "OTHER",
"text": "@BrianTHart1 Great question \"what is causing the precursor magnetic anomaly\" At this time, I don't think anyone knows. It is a hot research topic. Here is an article on a group that might be on the right track:https://t.co/4t93017JJV"
},
{
"speaker": "OTHER",
"text": "❓Big question: How to tell if a #MagneticAnomaly peak is the precursor to an #earthquake. To this time it's all been \"after-the-fact\" So I zoomed in on a precursor and as I suspected, it has its own \"DNA\" code. Anyone have a good crypto program to start learning the language? https://t.co/XNaWqS9i1e"
}
] | 2023-02-23T21:32:03+00:00 |
rrichcord | conv_5069#47565 | twitter | [
{
"speaker": "OTHER",
"text": "@ValdasGylys @Zn_Portnova @woxbii Thank you."
},
{
"speaker": "SELF",
"text": "@Zn_Portnova @woxbii Video looks interesting. Is there a way to get an English translation? Thanks."
},
{
"speaker": "SELF",
"text": "@DailyPedantry @USGS_Quakes @CeciliaSykala @geoscience16 I'm at very low resolution(1 pt./min.) of the precursor = we just see a peak. So at this point, we can see many similar peaks not associated with a quake. Now it's time to zoom in on the precursor peak and look at it's fine structure (i.e. get its fingerprint) Sample 1 pt./s?"
}
] | 2023-02-23T15:01:29+00:00 |
rrichcord | conv_6275#47566 | twitter | [
{
"speaker": "OTHER",
"text": "@ThyDoMveInHerds @USGS Thank. I enjoy listening to Eric's opinions. He gets one to thinking intensely."
},
{
"speaker": "OTHER",
"text": "@DailyPedantry @USGS_Quakes @CeciliaSykala @geoscience16 The first peak could also be a precursor. At this early point in my research, I have shown that every quake above magnitude 4.5 has a precursor. Next step: A warning system of 3 magnetometers at corners of triangle , 300 km on a side, surrounding the quake-prone area."
},
{
"speaker": "OTHER",
"text": "⚠️6.8 M #Earthquake 67 km W of Murghob, #Tajikistan, 2/23/2023 00:37:40 UTC. (ref @USGS_Quakes ). #Precursor #magnetic #anomaly detected in Jaipur, India distance 1,261 km. Precursory time gave potential warning of 5.75 hours. @CeciliaSykala @geoscience16 @DailyPedantry https://t.co/VGkBnjGzdk"
},
{
"speaker": "SELF",
"text": "@YPedan @USGS I think it makes a lot of sense. We just need more people looking at both. Right now I seem to be the only one looking at the magnetic."
},
{
"speaker": "SELF",
"text": "@ThyDoMveInHerds @USGS Thanks. Do you have the link to the discussion?"
}
] | 2023-02-23T12:32:32+00:00 |
rrichcord | conv_2986#47567 | twitter | [
{
"speaker": "SELF",
"text": "@CeciliaSykala @geoscience16 Thanks. The linear cloud anomaly looks very compelling."
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @geonet @USGS I wish I had magnetometer nearby so I could take a look."
},
{
"speaker": "SELF",
"text": "⚠️M 4.6 #Earthquake South Island, #NewZealand 2/21/2023 21:11:18 UTC. 41.597 S, 173.574 E, 57.5 km deep. (ref @USGS) Only 230 km from #Eyrewell magnetometer. Long quiet period. Big question: What properties of the \"Precursor\" peak says earthquake in 20 minutes? https://t.co/5C8jCWWfdG"
},
{
"speaker": "SELF",
"text": "CORRECTION: Spoke with USGS: They said the 6.9 #earthquake in Bay of Bengal reported by #GeoNet (New Zealand) for 17:10 UTC on 2/20 was a false reading. It may have been reported due to the aftershocks in Turkey. (There was 6.3 M in Turkey only 6 minutes earlier.)"
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @geonet @USGS @geoscience16 I spoke with USGS: They said the 6.9 earthquake in Bay of Bengal reported by GeoNet (New Zealand) for 17:10 UTC on 2/20 was a false reading. It may have been falsely reported due to the activity aftershocks in Turkey. (There was 6.3 M in Turkey only 6 minutes earlier.)"
}
] | 2023-02-22T13:52:48+00:00 |
rrichcord | conv_9236#47568 | twitter | [
{
"speaker": "SELF",
"text": "@CeciliaSykala @geonet @USGS @geoscience16 Thanks. The right side shows quakes 2.5+ within the past 24 hours. What is the magnitude range and time frame of the left?"
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @geonet @USGS Thanks for your answer. I still think something is very wrong here. A 6.9 M earthquake is huge. I should be on the news around the Bay of Bengal and should have triggered a tsunami warning. Magnetic anomalies indicate a quake. I used to have a contact at USGS who might answer"
}
] | 2023-02-22T12:02:11+00:00 |
rrichcord | conv_8178#47569 | twitter | [
{
"speaker": "OTHER",
"text": "@PStyle0ne1 @MailOnline Correlation between the anomalies and the size of the explosions is complicated. As you suggest, it is dependent of the distance to the magnetometer. Also it depends on atmospheric conditions over the path the anomaly travels. I have not been able to establish the relationship."
},
{
"speaker": "OTHER",
"text": "@gelkanadroti Ліміт: 2 напої"
}
] | 2023-02-22T11:40:30+00:00 |
rrichcord | conv_3389#47570 | twitter | [
{
"speaker": "OTHER",
"text": "\"US believes #Russia carried out #missile test while Biden was in Ukraine https://t.co/QaGJqQS7fy via @MailOnline\" I can always count on #Sweden and #Finland magnetometers to give me the (noisy) #SatanII missile anomaly, usually from #Plesetsk, Russia. (Last test April 20). https://t.co/wPOmMbmZuB"
},
{
"speaker": "SELF",
"text": "@alhubb66 @DailyMail @ragingstormz @AlexandruC4 From what I have observed, it appears that earthquakes can generate magnetic signals in different ways than explosions so. I think researchers are still trying to figure it out. We just know that earthquakes produce them."
},
{
"speaker": "OTHER",
"text": "@alhubb66 @DailyMail @ragingstormz @AlexandruC4 The explosion sends acoustic waves high into the atmosphere. When the vibrations reach the ionosphere they produce magneto-acoustic waves which alter our geomagnetic field. The magnetic field fluctuations are detected on ground-based magnetometers."
},
{
"speaker": "OTHER",
"text": "Would someone please tell me if this 6.9 M #earthquake really occurred? It is listed on @geonet (https://t.co/ZNTvgnwXk9), but not on @USGS (https://t.co/k36DNm44nr). ref (@CeciliaSykala). I'm a little confused, which is not good for older men. Thanks. https://t.co/vr69cVduSR"
},
{
"speaker": "OTHER",
"text": "@Llyr_Crypto @tinyklaus I see the location on the 4th reddit photo as Ain Sifni, Iraq. Unfortunately the nearest public-access magnetometer I have is almost 1,800 km away. I would still like to know time and date."
}
] | 2023-02-21T15:48:30+00:00 |
rrichcord | conv_2314#47571 | twitter | [
{
"speaker": "OTHER",
"text": "@DiscoverWhatLie @CeciliaSykala I am trying to figure out why USGS still has not posted the Bay of Bengal 6.9 M almost 16 hours after it supposedly occurred. Any ideas?"
},
{
"speaker": "OTHER",
"text": "@WendyG71356169 @DailyMail @ragingstormz @AlexandruC4 Thanks. I guess I am one of those people who cannot mind his own business."
}
] | 2023-02-21T00:47:04+00:00 |
rrichcord | conv_1009#47572 | twitter | [
{
"speaker": "SELF",
"text": "@AshleyGWinter Here is one for your next urology conference: I had difficulty using a catheter. The catheter instructions said to hold the penis at a 45 degree angle. My problem was I could not hold the catheter and a protractor at the same time."
},
{
"speaker": "SELF",
"text": "💥At least 14 people are injured with burns ... following #explosion at metal manufacturing plant in #Bedford, #Ohio. (ref @DailyMail, @ragingstormz, @AlexandruC4). Magnetic anomalies from explosions detected in Fredericksburg, #Virginia distance 490 km. https://t.co/PAMoCVZTVG"
},
{
"speaker": "SELF",
"text": "@WilliamCobbett4 @USGS A very difficult question. Way beyond my knowledge."
},
{
"speaker": "SELF",
"text": "@WilliamCobbett4 @USGS That is what I think, based on my observations. I have not heard other opinions."
}
] | 2023-02-20T22:01:57+00:00 |
rrichcord | conv_6541#47573 | twitter | [
{
"speaker": "OTHER",
"text": "@Annie6774 Here is from https://t.co/4Qr4w6nUWt https://t.co/Kd8yge765d"
},
{
"speaker": "OTHER",
"text": "⚠️ 6.3 M #Earthquake, 3 km SW of Uzunbag, #Turkey, 2/20/2023, 17:04:28 UTC,(ref @USGS ). First: Prayers to all affected. #Magnetic anomalies detected in #Bulgaria. Earliest precursor 5.0 hours before the quake. Longer quiet period = next 2x peak more likely to be precursor. https://t.co/pREAuRIe80"
},
{
"speaker": "SELF",
"text": "#NorthKorea launched 2 ballistic #missiles into waters off the east coast of the Korean Peninsula early Monday (2/20/2023 Local) (~22:00 2/19 UTC) (ref @CNN) Missile#1: Altitude 100 km/Range 400 km, Missile #2: Fired 10 min later: Altitude 50 km/Range 350 km. Magnetic anomaly: https://t.co/rzCEFSgsO1"
},
{
"speaker": "OTHER",
"text": "⚠️\"#Earthquake prediction #Tokachi region, (Hokkaido, #Japan) 15 hours later, Tokachi region M4.7 earthquake occurs (USGS is M5.0)\" (ref @geoscience16) Magnetometer is only 150 km away. At such close proximity the #magnetic anomaly #precursor came 3 hours before the earthquake. https://t.co/8tOV1Jn7wV"
},
{
"speaker": "SELF",
"text": "@gelkanadroti Ви все ще на плаву!"
}
] | 2023-02-20T01:29:41+00:00 |
rrichcord | conv_6634#47574 | twitter | [
{
"speaker": "OTHER",
"text": "💥A major #power outage caused by a fire at a PG&E station (50th Ave &Coliseum St) .. left over 50,000 #Oakland residents without power. (ref @SFGate). Reported to start just before 1 PM (21:00 UTC) Suspicious #magnetic anomaly detected in Fresno (250 km) at 12:40 PM. https://t.co/ir2FejuP1E"
},
{
"speaker": "OTHER",
"text": "@OlgaPatl When I was in elementary school, I got assigned to the strictest teacher in the school district. He was in his 40th of teaching and getting ready to retire. I remember crying at home on school nights from his homework. Ten years later, I thanked him for helping me do physics."
}
] | 2023-02-19T17:32:25+00:00 |
rrichcord | conv_5655#47575 | twitter | [
{
"speaker": "SELF",
"text": "@PStyle0ne1 Another war crime by the terrorists."
},
{
"speaker": "SELF",
"text": "@dczd23 Good prediction was made by @geoscience16. Earthquake occurred. I just spotted the magnetic anomaly precursor afterward."
},
{
"speaker": "OTHER",
"text": "⚠️2時間後に地震発生：(#Earthquake occurs in 2 hours:)\nMagnitudemb 4.7 Region #KURIL ISLANDS\nDate time2023-02-19 07:11:39.1 UTC (16:11 #Japan time) Location47.32 N ; 152.10 E. (ref @geoscience16) Magnetic anomalies detected at Hokkaido. Precursor gave potential 1.8 hr. warning. https://t.co/mGWr5gwbOm"
},
{
"speaker": "OTHER",
"text": "@HippieBaked @USGS_Quakes Earthquake precursors from many fields must be monitored continuously: satellite, geochemical, electromagnetic, clouds etc. @USGS must gather all the information and make the call."
}
] | 2023-02-19T10:43:16+00:00 |
rrichcord | conv_2495#47576 | twitter | [
{
"speaker": "OTHER",
"text": "@rsaysmn @BrianTHart1 @USGS_Quakes Access to real-time data requires special permissions. I do not have the scientific standing to qualify."
},
{
"speaker": "OTHER",
"text": "@LaytenHolland @AIInsights3 British Geological Survey page here: https://t.co/phLrYdqiQP"
},
{
"speaker": "OTHER",
"text": "@masonrothman @TheIntelFrog I tweeted earlier: https://t.co/bgPjQAEyeL"
},
{
"speaker": "SELF",
"text": "@Bekarah_ @kyodo_english They certainly got my attention."
}
] | 2023-02-18T21:09:23+00:00 |
rrichcord | conv_3652#47577 | twitter | [
{
"speaker": "SELF",
"text": "@Baerjew @AlgaRata It does not normally fly that high. However it can if one points it upward."
},
{
"speaker": "OTHER",
"text": "@DiscoverWhatLie Someone must be the leader to bring the different ways together. Who?"
}
] | 2023-02-18T18:02:34+00:00 |
rrichcord | conv_6253#47578 | twitter | [
{
"speaker": "OTHER",
"text": "@Baerjew @AlgaRata No, the altitude was 5,700 km, not meters. It was an intercontinental ballistic missile fired at a steep upward angle. If it had been fired at a lower angle its range could have been 14,000 km."
},
{
"speaker": "SELF",
"text": "@AlgaRata Yes, I read that if the missile were launched on a more flat trajectory, it could have traveled 14,000 km. How did we ever get to this point?"
},
{
"speaker": "OTHER",
"text": "⚠️#NorthKorea fired an ICBM-class #missile on Saturday 2/18/2023 that likely fell into #Japan's exclusive economic zone. (ref @kyodo_english) Flight time 66 min, Range 900km, Altitude 5,700 km. Magnetic anomalies recorded on Hokkaido station MMB. Missile shook our ionosphere. https://t.co/J90qe6AhYd"
},
{
"speaker": "OTHER",
"text": "@Ce_Malina Thanks. Good observation to note seismic data. Let us also not leave out the Central and Eastern European Infrasound Network (CEEIN) station at Bucovina, Romania. It is only 240 km from Khmelnytskyi. Graph below: https://t.co/RvdPfr1Yq6"
}
] | 2023-02-18T15:08:54+00:00 |
rrichcord | conv_3707#47579 | twitter | [
{
"speaker": "SELF",
"text": "💥Explosions are being reported in #Khmelnytskyi. (ref @nexta_tv) Magnetometer stations in #Belsk and #Bucharest are equidistant from Khmelnytskyi, so the anomalies from explosions are detected at nearly the same time. https://t.co/febZywSMRq"
},
{
"speaker": "SELF",
"text": "@AIInsights3 Corrected some of my entries in this latest revision of earthquakes with precursors:https://t.co/bDhMz1F7kO"
},
{
"speaker": "OTHER",
"text": "@bichikota My cat insists on sharing my pillow."
},
{
"speaker": "SELF",
"text": "@CeciliaSykala @zoom_earth Wonderful!"
}
] | 2023-02-17T14:00:51+00:00 |
rrichcord | conv_6428#47580 | twitter | [
{
"speaker": "SELF",
"text": "@CeciliaSykala @zoom_earth Thanks. I guess I am asking how we quantify changes in the cloud vs time. (Maybe a graph, with quake time marked?)"
},
{
"speaker": "OTHER",
"text": "⚠️#EARTHQUAKE Strong mag. 6.6 earthquake - Banda Sea, 130 km southwest of Tual, Maluku, #Indonesia, on Friday, Feb 17, 2023 (ref @PanwalaZubair). #Magnetic anomalies detected in Alice Springs, #Australia at a distance of 1,928 km. Potential 4.5 hours #warning time. https://t.co/tyZe6EDK1v"
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @zoom_earth Very interesting. What numbers vs time do you think might be interesting? Maybe aspect ratio of the cloud (Length/Width) vs Time? I am just wondering if there is a noticeable change just before a quake."
},
{
"speaker": "SELF",
"text": "@Annie6774 @aborealis940 You are very welcome."
}
] | 2023-02-16T22:42:06+00:00 |
rrichcord | conv_7812#47581 | twitter | [
{
"speaker": "OTHER",
"text": "@PStyle0ne1 @aborealis940 Yes, the anomaly should be on or after the event. I see the 22 minute difference. First, my time resolution is only good for +/- 5 minutes. Next, the report time is the earliest on Twitter I found the event. We might need a satellite flash time. Otherwise, I got the wrong peak."
},
{
"speaker": "SELF",
"text": "@MacPalladin @aborealis940 Olga Tokariuk, in this tweet gives the best explanation of the play on words that involves bavovna or \"cotton\". https://t.co/o8YyfZHhp0"
},
{
"speaker": "OTHER",
"text": "💥Bavovna in #Armyansk #Crimea 🔥🔥🔥 (ref @aborealis940) Thank goodness Aurora is on watch. I rarely get a magnetic anomaly level that reaches the 7 level (70 % certainty it is real cotton). One hell of an explosion. https://t.co/QXkGqUeIMw"
}
] | 2023-02-16T15:52:01+00:00 |
rrichcord | conv_6286#47582 | twitter | [
{
"speaker": "SELF",
"text": "@gelkanadroti Sounds serious."
},
{
"speaker": "OTHER",
"text": "@ThyDoMveInHerds @CeciliaSykala @geoscience16 @nhk_seikatsu Good idea. I believe that with dedicated observation, researchers will get down to warning hours before a quake instead of days or weeks. After all, if you tell someone they will have a quake within a week, what do they do? Stand outside in the cold for 7 days?"
}
] | 2023-02-16T14:36:23+00:00 |
rrichcord | conv_8016#47583 | twitter | [
{
"speaker": "OTHER",
"text": "@PoblanoEscolar @BrianTHart1 @ABC30 Thank you. Yes, I believe magnetic effects from earthquakes are connected to electrical effects. Looking for lights from an earthquake prone area could yield some predictive possibilities. Perhaps special cameras turned on at night might pick up lights before a quake happens."
},
{
"speaker": "SELF",
"text": "@6502_ftw Swings in field angle might be interesting. Right now I am saturated with looking at eastward field magnitude. However you can take on the angle aspect if you want."
},
{
"speaker": "SELF",
"text": "@geoscience16 Thanks. I wish I could find a magnetometer nearby."
},
{
"speaker": "OTHER",
"text": "⚠️5.3 #Earthquake 4 km WNW of Baska, #Croatia 2/16/2023 09:47:45 UTC (ref @Erdbebennews @USGS_Quakes) Just upgraded from 4.8 M. #Magnetic anomaly #precursor detected in #Vienna, Austria at a distance of 376 km. Potential 42 minutes warning. https://t.co/CH2F9Ppe8r"
}
] | 2023-02-16T12:04:47+00:00 |
rrichcord | conv_8846#47584 | twitter | [
{
"speaker": "OTHER",
"text": "@AIInsights3 Here is my summary work sheet: Tab 1, algorithm code/ Tab 2, Graph and list of points/other Tabs are graphs (images) of precursor peaks. https://t.co/gibZAnQItC"
},
{
"speaker": "OTHER",
"text": "@woxbii Nothing is more powerful than God, and God works through people. Evil will never win."
}
] | 2023-02-16T10:28:50+00:00 |
rrichcord | conv_8320#47585 | twitter | [
{
"speaker": "OTHER",
"text": "@CeciliaSykala @ThyDoMveInHerds @geoscience16 @nhk_seikatsu Thanks. Definitely looks like (LCA) linear cloud anomaly."
},
{
"speaker": "OTHER",
"text": "@_davemacdonald @AIInsights3 Missiles and explosions have sharp spikes in the peaks. Earthquake precursors don't. If I can learn it, the AI can."
},
{
"speaker": "SELF",
"text": "@_davemacdonald @AIInsights3 The only non-precursor examples of earthquakes are aftershocks. No need for 10x or 100x, because there are none."
},
{
"speaker": "OTHER",
"text": "@woxbii Мені буде цікаво?"
},
{
"speaker": "OTHER",
"text": "@_davemacdonald @AIInsights3 Needs artificial intelligence. Get a few more people logging after-the-fact earthquake magnetic precursor patterns like I am doing. Feed all the patterns into an image recognition system, and we have a start."
}
] | 2023-02-15T23:26:48+00:00 |
rrichcord | conv_3076#47586 | twitter | [
{
"speaker": "OTHER",
"text": "@PARADOXUN @HSVXUV @USGS_Quakes 2/2 Then to complicate things further, there is the strange phenomenon of atmospheric resonance in which the signal from an event arrives at N different stations at the same time."
},
{
"speaker": "SELF",
"text": "@PARADOXUN @HSVXUV @USGS_Quakes I tried multilateration for explosions in Ukraine. (I call it hyperbolic locating or positioning). The problem I encountered is this: Due to different properties and different possible paths in our upper atmosphere, N signals can easily travel with N different speeds. 1/2"
},
{
"speaker": "OTHER",
"text": "@HSVXUV @USGS @StarAdvertiser https://t.co/0WqlvRtjsb"
},
{
"speaker": "OTHER",
"text": "⚠️5.7 M #Earthquake in Cook Strait, #NewZealand 2/15/2023 06:38:09 UTC (ref @HSVXUV @USGS_Quakes ). Big lesson learned: The closer the magnetometer is to the quake, the more #warning we get from the magnetic #precursor. In this case, Eyrewell station was only ~370 km away. Yay! https://t.co/E2vG9KlSfp"
}
] | 2023-02-15T21:58:08+00:00 |
rrichcord | conv_3698#47587 | twitter | [
{
"speaker": "OTHER",
"text": "@HSVXUV @USGS @StarAdvertiser Thanks. Tweet is coming."
},
{
"speaker": "OTHER",
"text": "@gelkanadroti а вранці...?"
},
{
"speaker": "SELF",
"text": "@acoastwalker @Annie6774 Maybe its just me, however when I listen to the news, I hear \"everything is under control, nothing to see here, etc.\" Then I picture the horrendous cloud in the image below and the rain washing all that shit down to the ground. Can someone put my mind at ease? https://t.co/7MSkld0dPz"
},
{
"speaker": "OTHER",
"text": "@gelkanadroti Tak! My farmers' manual says you will \"maintain egg production, and ensure egg quality and strength.\""
},
{
"speaker": "OTHER",
"text": "@alhubb66 @bichikota @USGS If I have made progress, much credit is due to all the helpful Twitter comments I have gotten. Thanks."
}
] | 2023-02-15T13:29:03+00:00 |
rrichcord | conv_5995#47588 | twitter | [
{
"speaker": "SELF",
"text": "LATEST #Precursor graph. At the suggestion of @AIInsights3* , I am looking at the benefits of fitting a straight line to the Precursory Time vs Earthquake Magnitude graph. (*lower RMS error), plus simple rule: increase of 1 unit magnitude increases warning time by 1 hour. https://t.co/IR5iw2ifHi"
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @geoscience16 @nhk_seikatsu Thank you, Cecilia. Your tweet points out the fact that there are many signs of of upcoming earthquakes which we have yet to study fully. People who state \"earthquakes cannot be predicted\" don't realize the benefits of intense observation."
},
{
"speaker": "SELF",
"text": "⚠️M 4.8 #earthquake struck off the SE coast of #Hawaii Island Tuesday night. The @USGS said the quake struck at 9:27 PM (07:27 UTC) and was centered about 7.5 miles southeast of #Pahala. (ref @StarAdvertiser) Magnetic #precursors detected in Honolulu (355 km): 2.5 hr. warning? https://t.co/lOe6CNsw12"
},
{
"speaker": "OTHER",
"text": "@Shadows653 God has given you another year. He must like something you are doing."
},
{
"speaker": "SELF",
"text": "@geoscience16 Conclusion 1 cannot be made."
}
] | 2023-02-15T09:33:14+00:00 |
rrichcord | conv_8351#47589 | twitter | [
{
"speaker": "OTHER",
"text": "@guarlors @TheInsiderPaper Normally, I agree. Only problem is, there is a war going on next door and the spectrum is full of explosion spikes. Balloons whisper, bombs shout.🤔"
},
{
"speaker": "SELF",
"text": "@guarlors @bichikota @USGS How do the time of quake and time of incursion compare?"
},
{
"speaker": "OTHER",
"text": "@AndriyProtsyk Let me know specifically if and how I can help you."
},
{
"speaker": "SELF",
"text": "@6502_ftw I believe the precursors do have some spectral features we need to think about. And it may not be all in one peak. Clues could be in other peaks near to the precursor. Study, study, study."
},
{
"speaker": "OTHER",
"text": "@AndriyProtsyk Here is a recent article about a Japanese group that seems to have a good clue as to what is generating the signal. If this group is on the right track, we may find that substituting moment magnitude (Mw) for M may bring larger quakes on to curve. https://t.co/4t93017JJV https://t.co/xX7kaTZIXE"
}
] | 2023-02-14T20:58:09+00:00 |
rrichcord | conv_7830#47590 | twitter | [
{
"speaker": "OTHER",
"text": "@Jand12A @Bekarah_ @bichikota @USGS 2/2 Anther question I am learning to ask is: Can the quake in question be considered an aftershock ?(had a quake just prior?) If an aftershock then precursors much reduced in amplitude. Need to collect many more examples before doing predictions."
},
{
"speaker": "OTHER",
"text": "@Jand12A @Bekarah_ @bichikota @USGS Many quiet periods are not followed by an earthquake. That is why \"quiet period?\" is only one of many questions we must ask. Example of one other: Distance to magnetometer? If under 300 km, expect 3x baseline precursor. Sorry if I made it sound simple. Still learning. 1/2"
}
] | 2023-02-14T20:44:13+00:00 |
rrichcord | conv_3170#47591 | twitter | [
{
"speaker": "OTHER",
"text": "When will we be able to give a warning? I am an observer (after-the fact), logging data. I need some smarter people than I. Latest Precursory Time vs Earthquake Magnitude graph below. https://t.co/iInlQFpsEe"
},
{
"speaker": "OTHER",
"text": "@Bekarah_ @bichikota @USGS There is the possibility. We still have yet to learn the new \"language\" of magnetic anomaly precursors. Most are preceded by a \"quiet period\" of an hour or more. Then we must consider amplitude of the precursor and proximity to the magnetometer. Also real-time data required."
},
{
"speaker": "SELF",
"text": "⚠️5.7 #earthquake in #Romania\" (ref @bichikota)(@USGS rated it 5.6 M) 2 km NW of Lelesti, 2/14/2023 13:16:51 UTC. Generated a lot of magnetic anomalies with a precursor coming 49 minutes before the quake. Precursor peak not as prominent as yesterday. Precursor energy used up? https://t.co/sGNBouTEG1"
}
] | 2023-02-14T15:50:39+00:00 |
rrichcord | conv_2543#47592 | twitter | [
{
"speaker": "OTHER",
"text": "@bichikota Well, I guess the 5.0 M earthquake in Romania yesterday (that I tweeted about 13h ago) was a foreshock to the 5.7 M that just happened couple of hours ago. I will be checking the new 5.7; I can always count you to keep me informed.🫡"
},
{
"speaker": "OTHER",
"text": "\"Several homes were destroyed #Ottawa Monday morning 2/13/2023 06:18 EST after a gas leak triggered an #explosion. \" (ref @livingbyyyz @CP24) Magnetometer station OTT just a few km away recorded the magnetic anomaly. Question: Were there precursors from leaking methane plume? https://t.co/aQIWvB6X7x"
},
{
"speaker": "SELF",
"text": "\"It has always been a mystery to me how men can feel themselves honored by the humiliation of their fellow beings.\" Mahatma Gandhi"
},
{
"speaker": "OTHER",
"text": "⚠️#Earthquake 5.0 M Dobrita, #Romania. 2/13/2023 14:58:05 UTC, 10 km depth. (ref @USGS_Quakes) Due to the proximity of the magnetometer, the #magnetic anomaly precursor was very prominent and provided potential 1.1 hour #warning. Close magnetometer increases warning time. https://t.co/rKcNehup1F"
},
{
"speaker": "OTHER",
"text": "@RealDutchsinse You have my deep condolences."
}
] | 2023-02-14T00:18:52+00:00 |
rrichcord | conv_1673#47593 | twitter | [
{
"speaker": "SELF",
"text": "@DiscoverWhatLie @DeeNinis @mcgerstenberger @AusQuake @gnsscience @MonashEAE @AlpineFault8 \"We can’t predict the exact time, place and magnitude of future earthquakes.\" Perhaps not at this moment. However when we learn to read the precursor warnings from an array of magnetometers (precursory times) that I have been logging we will give the 1-2 hour warnings for M 6-7. https://t.co/AnqHzKtnXs"
},
{
"speaker": "SELF",
"text": "⚠️M 6.1 - #Kermadec Islands, New Zealand #earthquake #USGS #Sismo https://t.co/QsxY2slMQB (ref @Billy_EQ) Magnetic anomalies detected at Eyrewell, #NewZealand. Precursor anomaly occurred 2.1 hr. before the quake. Precursory times for this magnitude generally range 1 to 2 hr. https://t.co/KqPXOM5AEr"
}
] | 2023-02-13T14:03:15+00:00 |
rrichcord | conv_9174#47594 | twitter | [
{
"speaker": "SELF",
"text": "@gelkanadroti Sit back, relax, and let your suitors visit you. https://t.co/kWCzl1Yy9M"
},
{
"speaker": "OTHER",
"text": "@gelkanadroti Plus: незабутній\nMinus: незабутній\nPitfall: незабутній"
},
{
"speaker": "OTHER",
"text": "@ThyDoMveInHerds @DrWendyRocks We have not yet seen the results of examinations of the four objects that were shot down. I will wait until we get a look at the remains before I make a guess."
}
] | 2023-02-13T12:45:14+00:00 |
rrichcord | conv_4549#47595 | twitter | [
{
"speaker": "OTHER",
"text": "@geoscience16 @CeciliaSykala I wish I had a public-access magnetometer near Iran. In 2020 a Saudi Arabian university was setting one up. Then the project seemed to fade away."
},
{
"speaker": "OTHER",
"text": "#ASTEROID #Sar2667 impact slams our ionosphere. Thanks to @tw__astro for the countdown to 02:59 :17 UTC when the 1-meter size rock came in at 14.2 km/s over the French-English Channel. 2 large peaks indicate 0.56 mHz atmospheric resonance. https://t.co/pLaRxrnbYD"
},
{
"speaker": "SELF",
"text": "@tw__astro Thank you, Tom. The magnetic anomaly from impact should be apparent on the magnetometer near Paris. Intermagnet Station CLF (Chambon-la-Foret). I will be watching."
},
{
"speaker": "OTHER",
"text": "@DrWendyRocks One can see how the magnetic anomaly precursory times increase smoothly up to about M 6.0, and then vary from 2 to 4 hours above M 6.5. Graphing against moment magnitude should bring the upper data onto the curve if chemical-electrical origin. https://t.co/7EravMsKRx"
},
{
"speaker": "OTHER",
"text": "Ukraine needs Iron Dome now!"
}
] | 2023-02-12T18:40:09+00:00 |
rrichcord | conv_2554#47596 | twitter | [
{
"speaker": "SELF",
"text": "@bichikota молодець!"
},
{
"speaker": "SELF",
"text": "@te3ej @Annie6774 True. Unfortunately for me the nearest public magnetometer to Davie, Florida is over 1,000 km away in Mississippi. Too far. I checked the magnetic anomaly spectrum - nothing stands out, though the exact time of the video would be a big help."
},
{
"speaker": "OTHER",
"text": "@CeciliaSykala @geoscience16 @Cengiz_Karablut Thanks, Cecilia. Good observation. Perhaps it was a precursor sign in which the lake water was heated before the quake, raising the air temperature above the lake and dissipating the overhead cloud cover."
},
{
"speaker": "SELF",
"text": "@te3ej @Annie6774 Wow! TJ, you are good! Thanks!"
}
] | 2023-02-12T11:15:38+00:00 |
rrichcord | conv_3871#47597 | twitter | [
{
"speaker": "SELF",
"text": "@te3ej @Annie6774 Thanks, TJ. If we knew the time and location of the Wawa video, it could be solve by looking up the scheduled flights over the area. In the \"Explained: Wingless Tic-Toc..\" video he shows a plane with a contrail. I did not see a contrail in the Wawa video."
},
{
"speaker": "SELF",
"text": "@masonrothman @hn_frontpage @bradneuberg Thanks 25 years ago I did some neural network training for work unrelated to magnetic phenomena. It took a very large training set. I would like to do the same for magnetic anomalies. However, since I seem to be the only one logging examples, we will never achieve enough."
},
{
"speaker": "OTHER",
"text": "@PatrinaC @Annie6774 Not that I have noticed. The regularity of the spikes is what caught my attention. Usually the magnetic anomaly spectrum is quite varied: highs, lows, gaps, wide pulses, etc. Needs more investigation."
}
] | 2023-02-12T00:22:07+00:00 |
rrichcord | conv_8662#47598 | twitter | [
{
"speaker": "SELF",
"text": "@81KGB @Annie6774 I agree. Probably not the best name choice for whatever the anomaly is. I just remember first seeing it when the Chinese spy balloon passed Colorado and then again when it passed through North Carolina. Only times I have seen it."
},
{
"speaker": "SELF",
"text": "@Annie6774 Don't know which #Wawa store was in the video. However I decided to check the #magnetometer in #Fredericksburg, #Maryland. Starting about 1 PM EST, the station began picking up what I have been calling \"Balloon Spikes\". The same magnetic anomalies I saw with the Chinese balloon https://t.co/xy9YKqE9KZ"
}
] | 2023-02-11T21:20:36+00:00 |
rrichcord | conv_9882#47599 | twitter | [
{
"speaker": "OTHER",
"text": "@Shadows653 Thank you!"
},
{
"speaker": "SELF",
"text": "@Shadows653 Please give time and location for the OSINT crowd. Thanks."
},
{
"speaker": "SELF",
"text": "⚠️\"M 5.9 - 239 km SE of Sarangani, #Philippines #earthquake #USGS #Sismo https://t.co/nbtAwXDkpQ (ref @Billy_EQ) At a distance of 2,210 km, the magnetometer in Dalat, #Vietnam showed the warning precursor 1 hr. 38 min. before the quake. Need to learn the precursor language. https://t.co/QtpEZEBCV6"
},
{
"speaker": "OTHER",
"text": "@salvetti_matt @dczd23 @Faytuks I can't help feeling there is a lot that the public is not being told."
}
] | 2023-02-11T12:55:02+00:00 |
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