đ One Wobble, Two Connected Layers: Plate Movement and Global Weather
An ongoing observation thread for ZetaTalk followers
Initial period: 24 August to 2 September 2026
The daily Earth wobble has been underway for a long time. It did not suddenly begin in August 2026. What stands out in this period is the increasingly visible overlap between two expressions of the same intensified wobble:
- Atmospheric disruption above, including displaced air masses, pressure shifts, heat domes, violent thunderstorms, tornadoes, extreme rainfall and rapid temperature reversals.
- Increasing plate movement below, including compression, stretching, earthquakes, landslides, volcanic unrest and movement along plate borders and ocean ridges.
The purpose of this blog is to keep both layers together. Weather events should not be studied separately from plate stress, and plate activity should not be viewed without considering the daily wobble and its effect on the atmosphere.
The daily wobble and the four Earth faces
The âfacesâ identify which broad longitude sector is facing the Sun during each part of the daily Figure-8 wobble. They are not separate forces or separate wobbles. They are successive phases of one daily motion.
Pacific / New Zealand Face. Polar Push
The magnetic North Pole is pushed away. A new daily wobble cycle and renewed global stress begin.
India Face. Lean Right
Compression around the Himalayas and the India Plate âBrakeâ becomes especially relevant.
Italy / Europe Face. Lean Left
The earlier lean reverses. European and Mediterranean circulation and plate loading can change sharply.
Atlantic / Americas Face. Bounce Back
The globe rebounds from the preceding lean, affecting the Atlantic and Americas before the next Polar Push.
Because the atmosphere, oceans and crust respond differently, the wobble does not produce the same effect everywhere at the same moment. One region can experience trapped heat while another receives violent storms or flooding. One plate border can be compressed while a distant ridge or subduction zone releases accumulated stress.
The significant feature is the organized global overlap, not one isolated weather record or earthquake.
24 August: the Pomas tornado during the Atlantic transition
On 24 August, a destructive tornado struck Pomas in southern France at approximately 15:00 to 15:20 UTC. It injured 39 people and damaged about 300 homes. Around 100 homes were reportedly left unsafe or uninhabitable. Winds were estimated above 200 km/h, with later assessments placing the tornado around the EF2 to EF3 range.
The tornado did not form in isolation. Southern France and the western Mediterranean had already experienced repeated heatwaves, drought, very dry ground and exceptionally warm water. The tornado occurred during a larger outbreak involving severe thunderstorms, hail, destructive winds, flooding and tens of thousands of lightning strikes across a corridor extending from Spain and southern France toward Corsica.
Its timing is especially relevant. At approximately 15:20 UTC, Europe was rotating away from the Italy Face Lean Left and into the Atlantic/Americas Bounce Back. This is the part of the daily wobble when the previous lean reverses and Atlantic pressure patterns can shift quickly.
The event therefore fits the following sequence:
European Lean Left â Atlantic transition â collision of warm African and cooler Atlantic air â rotating storms and destructive weather
The tornado was one atmospheric expression of a much wider transition involving trapped heat, sharp pressure changes and rapidly reorganizing air masses.
26 August: the India Plate âBrakeâ and the Tibet mudslide
On 26 August, a catastrophic collapse occurred directly along the Nepal-Tibet border. Glacier ice, rock, mud and water moved down the mountain system, producing a destructive debris flow and flash flooding through the border region.
The seismic signal was initially reported as an earthquake of about magnitude 5.2. Later analysis identified the signal as being produced by the enormous landslide itself. The essential ZetaTalk question is what destabilized the glacier, rock and water at this precise plate boundary.
ZetaTalk identifies movement of the India Plate as the trigger. The India Plate is being pushed beneath the Himalayas and acts as the âBrakeâ within global plate movement. When this brake moves, other plates are temporarily freer to adjust.
The location is central to the interpretation. The collapse occurred directly on the India-Tibet plate border, where compression and plate-border trauma would be expected when India is driven farther beneath the Himalayas. This movement destabilized the mountain mass, releasing rock, ice and accumulated water.
The mudslide should therefore be understood as more than a weather-related glacier failure. It marks movement at one of the most important pressure points in the global plate system.
26 to 29 August: the tectonic ricochet
The events following the Tibet collapse help show why the India Plate is described as the Brake.
Immediate response to the west
On 27 August, earthquakes appeared on the western side of the India Plate near Madagascar and the Indian Ocean ridge system. ZetaTalk explained that these were not the expected eastward domino sequence. They were a continuation of the original India Plate movement.
Because the India Plate is large and curves toward Australia, movement beneath the Himalayas can open space on both sides. A void opens to the west in the Indian Ocean near Madagascar, while pressure is also transferred toward the minor platelets east of India.
Later ricochet to the east
On 29 August, additional activity developed across Indonesia and the surrounding collision zones. This was the later west-to-east movement expected from a Domino or Ricochet event.
The sequence was therefore:
- 26 August, India-Tibet border: the Brake moves and the Tibet collapse occurs.
- 27 August, Madagascar side: an immediate western adjustment remains part of the India Plate movement.
- 29 August, Indonesia: pressure transfers eastward into separate minor plates and collision zones.
This was not one simple bounce. It was a chain reaction in which movement at a major continental brake temporarily allowed other plate boundaries to adjust.
The atmospheric side: record heat, violent storms and opposite extremes
While this tectonic ricochet was developing below, the atmosphere above was also showing increasingly extreme displacement.
The pattern was not simply âeverything getting hotter.â Hot air was being trapped or driven into unusual regions, while cooler or moisture-loaded air collided with it elsewhere. This created record temperatures on one side of a boundary and violent storms, flooding or sudden cooling on the other.
Records reported on 1 and 2 September
- Southern France: 36.6°C at Les Vans, 36.5°C at Fitou and 35.2°C at BÊziers, following earlier September records at Monfort and Trets.
- Balkans: Overnight minimums of 28.3°C at Dubrovnik and 27.0°C at Podgorica. Croatia, Montenegro and Bosnia recorded their warmest September nights.
- North Africa: Minimums of 32.4°C at Ouargla, 31.9°C at Touggourt and 31.8°C at El Oued. Records also fell across Tunisia and parts of West Africa.
- Canadian Arctic: Clyde reached 15.4°C near 70°N, setting a September record.
- Siberia: Selagoncy reached 27.8°C and broke its September record immediately after breaking an August record.
- Mongolia: Bayantoorai reached 37.7°C, reported as Mongoliaâs highest September temperature.
- South and Southeast Asia: Record maximums and exceptionally high nighttime minimums spread across India, Thailand, Indonesia, Vietnam and the Philippines.
- Central America: Choluteca reached 39.8°C, reported as Hondurasâs highest September temperature.
- South America: Lima recorded a September minimum of 20.4°C while parts of the Amazon approached 40°C.
Weather historian Maximiliano Herrera reported that tens of thousands of records had been broken across more than 220 countries and territories during the opening days of September. The importance lies in the geographical spread. The record pattern extended from Africa across Europe and Asia, into the Americas and high Arctic.
At the same time, the remnants of Tropical Storm Edouard brought an opposite extreme to Texas. Some areas received up to approximately 53 centimetres of rain, accompanied by flash flooding, uprooted trees, widespread power failures and a reported wind gust of 145 km/h.
This is the push-pull pattern expected when the wobble disrupts air and water masses:
Trapped and displaced heat in one region â pressure and moisture concentration elsewhere â abrupt storms, flooding and temperature reversals
Plate activity continuing into 2 September
The plate response also continued. The USGS 24-hour feed generated at approximately 15:24 UTC on 2 September listed 19 earthquakes of magnitude 4.5 or greater. The most relevant feature was their clustering along ridges, subduction zones and plate margins.
- 22:37 to 23:45 UTC, 1 September. Mid-Indian Ridge: M4.6, M4.7 and M4.6 cluster.
- 00:04 UTC. Papua, Indonesia: M5.6.
- 05:10 to 05:40 UTC. Aleutian Islands, Alaska: four earthquakes between M4.6 and M5.2.
- 06:13 and 06:57 UTC. South Island, New Zealand: M5.3 followed by M5.2.
- 10:54 UTC. South Sandwich Islands: M5.2.
- 12:28 UTC. Offshore Mexico: M5.6.
- 12:32 UTC. Aleutian Islands: M5.2.
- 12:35 UTC. Southern East Pacific Rise: M5.9.
The Mexico, Aleutian and East Pacific Rise earthquakes occurred within approximately eight minutes despite their wide geographical separation. Earlier, three earthquakes had clustered along the Mid-Indian Ridge, followed by activity in Indonesia, New Zealand and the Aleutians.
The developing line can be summarized as:
Mid-Indian Ridge â Indonesia â New Zealand and Aleutians â South Sandwich Islands â Mexico and East Pacific Rise
Mount Sinabung in Indonesia also erupted on 31 August after volcanic seismicity had increased since late July. This adds volcanic pressure release to the continuing Indonesian and western Pacific activity.
The bigger picture
The late-August and early-September events should be viewed as one developing global picture.
Above the surface
- African heat is driven into the Mediterranean and Europe.
- Record warmth reaches Siberia, Canada and the Arctic.
- Warm nights show that heat remains trapped after sunset.
- Colliding air masses generate tornadoes, hail, extreme lightning and destructive winds.
- Displaced water and moisture produce exceptional rainfall and flooding elsewhere.
Below the surface
- The India Plate is pushed beneath the Himalayas.
- Border trauma destabilizes the Tibet mountain system.
- Movement opens space west toward Madagascar.
- Pressure later transfers east through Indonesia.
- Ridge, subduction-zone and plate-margin activity continues into the Pacific and Americas.
These are two connected expressions of the same intensified daily wobble. The atmosphere responds through pressure, wind, temperature and water. The crust responds through compression, stretching, slipping, sinking, landslides, earthquakes and volcanic activity.
One wobble. Atmospheric disruption above and increasing plate movement below.
What to watch next
The next stage is not to focus on every isolated event. The stronger evidence will come from repeated clusters that reproduce the same relationships:
- plate movement near the India Plate Brake;
- activity west near Madagascar and the Indian Ocean ridges;
- later movement through Indonesia and the western Pacific;
- Atlantic and Americas activity during the Bounce Back;
- European heat or storms during the Italy Face and Atlantic transition;
- same-day overlap between atmospheric extremes and plate releases;
- events that repeatedly cluster within similar UTC windows.
Event time is more useful than the time a report was posted. When adding observations, use UTC wherever possible and include the original source.
Ongoing update and comment format
This blog can serve as a continuing observation thread. Updates may be added to the main post, while members can place new events and pattern observations in the comments.
Suggested format:
UPDATE: [date and time UTC]
Location:
Atmospheric event: heat, storm, flooding, pressure change or temperature swing
Plate event: earthquake, swarm, landslide, volcanic activity, sinking or infrastructure stress
Wobble phase: Polar Push, India Lean Right, Italy Lean Left or Atlantic/Americas Bounce Back
Possible connection:
Source link:
Keeping observations in this format will make it easier to compare one day with another and determine whether the same combined sequence is intensifying.
Sources
- ZetaTalk Newsletter, Issue 1031: https://zetatalk.com/newsletr/issu1031.html
- Pole Shift Ning copy of Newsletter 1031: https://poleshift.ning.com/profiles/blogs/zetatalk-newsletter-for-s...
- ZetaTalk daily wobble and four faces: https://www.zetatalk.com/ning/30ju2023.htm
- Pomas tornado report: https://watchers.news/2026/08/25/tornado-in-pomas-injures-39-damage...
- USGS Nepal debris avalanche and flash flood: https://www.usgs.gov/programs/landslide-hazards/science/2026-nepal-...
- USGS M4.5+ rolling earthquake feed: https://earthquake.usgs.gov/earthquakes/feed/v1.0/summary/4.5_day.g...
- Extreme Temperatures Around the World: https://bsky.app/profile/extremetemps.bsky.social
- North African heat update: https://bsky.app/profile/extremetemps.bsky.social/post/3mujxhuutoc27
- Texas flooding report: https://apnews.com/article/aa5eb54efac7113246603f1c40c1a037
- Mount Sinabung report: https://people.com/mount-sinabung-volcano-in-indonesia-erupts-ash-1...
Research, organization and visual presentation prepared with assistance from ChatGPT.
Views: 2501
Comment
-
Comment by Gerard Zwaan 7 hours ago
-
UPDATE: 12 September 2026, 09:11 UTC
PLATE ACTIVITY BROADENS AGAIN, WITH MORE EXCEPTIONALLY WARM NIGHTS
Location
Indonesia, South Sandwich, Chile, Peru, Panama, Haiti, Guatemala, Mexico, the Caribbean, Thailand and the United States.
This update covers 11 September, 20:55:31 UTC to 12 September, 09:11:17 UTC.
Atmospheric event
New reports extend the exceptionally warm nighttime-temperature pattern to Mexico and the Caribbean.
A specialist report published on 11 September at 22:57:26 UTC identifies September high-minimum records:
⢠Loreto, Mexico: 30.0°C.
⢠Lamentin Airport, Martinique: 27.8°C.
⢠Castries, Saint Lucia: 28.4°C.
⢠V. C. Bird Airport, Antigua and Barbuda: 28.1°C.The Saint Lucia and Antigua and Barbuda values were reported as national September warm-night records. These remain attributed specialist reports. Exact station-observation times were not supplied.
These observations add to the earlier reported 32.0°C minimum in Pakistan and unusually warm nights in India and Indonesia.
Conditions are not moving in the same direction everywhere. The official Memphis summary for 11 September recorded a maximum of 33.9°C, a minimum of 23.3°C and approximately 16.3 mm of rain. Both temperatures were lower than the previous day. The minimum occurred at 04:52 UTC on 12 September.
Norbert also weakened slightly. At 09:00 UTC on 12 September, it had sustained winds of 60 mph and a pressure of 999 mb, compared with 65 mph and 996 mb in the preceding update.
Thailandâs Meteorological Department issued a heavy-rain warning effective at 22:00 UTC on 11 September. A strengthening southwest monsoon, monsoon trough and low near central Vietnam were expected to bring heavy to very heavy rainfall, with potential flash floods and landslides. Development of the Vietnam system into a tropical storm remained a forecast.
Plate event
Nine reviewed M4.5+ earthquakes occurred within the checked window, including the Java Sea M6.6 covered in the earlier addendum.
11 September, 21:23:55.001 UTC
M6.6, NNE of Teluknaga, Java Sea
Depth: 358.6 km11 September, 22:32:23.645 UTC
M4.9, west of Puerto Chacabuco, Chile
Depth: 10 km12 September, 00:18:59.059 UTC
M4.5, WNW of Quicacha, Peru
Depth: 98.8 km12 September, 00:55:08.418 UTC
M5.1, South Sandwich Islands region
Depth: 10 km12 September, 01:59:50.373 UTC
M4.7, NE of Manaca Norte, Panama
Depth: 10 km12 September, 03:34:57.594 UTC
M4.6, NNE of Ruteng, Indonesia
Depth: 10 km12 September, 05:08:24.039 UTC
M4.7, WNW of Ternate, Indonesia
Depth: 44.2 km12 September, 06:14:30.594 UTC
M4.8, WSW of Tual, Indonesia
Depth: 134.4 km12 September, 08:46:38.186 UTC
M4.5, WSW of Santiago, Peru
Depth: 24.1 kmThe Java Sea M6.6 is now confirmed as reviewed. Its position and depth are consistent with a deep release within the subducted slab. No moment-tensor product was returned during this check, so its faulting direction remains unresolved.
South Sandwich reactivated 3 hours, 31 minutes and 13.417 seconds after the Java Sea earthquake. This returns activity to another region already present in the wider sequence. Timing alone does not establish a direct pressure transfer between them.
Indonesia subsequently recorded earthquakes at substantially different depths around Ruteng, Ternate and Tual. These are not a local aftershock group around the Java Sea epicentre.
Ruteng does have a strong local-sequence explanation: its epicentre lies approximately 4.7 km from an earlier M5.3, with the same reported 10 km depth. It should therefore not automatically be classified as a new remote response.
The Panama M4.7 occurred approximately 159 km from the 10 September Costa Rica M5.0, after 41 hours, 32 minutes and 56.545 seconds. This supports continued activity along the wider Central American margin, but does not establish a local aftershock relationship.
No moment-tensor products were returned for the nine events in this check. Smaller reviewed earthquakes also occurred near Haiti and Guatemala.
Volcanic activity
No new confirmation of KÄŤlauea episode 55 high fountaining was obtained. The latest retrieved report still described 69 overflows and renewed inflation. Those observations carry forward from the preceding update.
Krakatauâs 05:00 UTC advisory relied on ash last observed on 11 September at 08:20 UTC. Cloud obscured the latest satellite view, so this was not a newly observed plume escalation.
Ibuâs advisory reported ash last observed at 01:10 UTC on 12 September, approximately 2.1 km above sea level. This documents continuing emissions.
Wobble phase
No precise wobble phase is assigned. The temperature reports lack exact observation times, and earthquake timing alone does not establish the daily wobble phases.
ZetaTalk connection
The overlapping 8 of 10 remains central to the developing pattern.
Previously active regions are releasing again. The deep Java Sea earthquake has been followed chronologically by activity in South America, South Sandwich, Central America and additional Indonesian regions.
The strongest correspondence is continuity across several plate systems through successive days, with renewed geographical breadth in this window.
The individual events still need to be distinguished. Ruteng has a strong local-sequence alternative. The deep Java Sea earthquake, intermediate-depth Indonesian events and shallow releases elsewhere do not all represent the same faulting process.
The India Plate âBrakeâ and Ricochet response remain part of the investigation, but this interval does not establish an ordered pressure-transfer sequence. No new M4.5+ earthquake was found in the Himalayan Brake, Madagascar, Gulf of AdenâRed Sea or VanuatuâTonga watch zones during the window.
Above, further exceptionally warm nights are reported across Mexico and the Caribbean. Below, several previously active plate regions release again.
The sequence is continuing and geographically broader than in the preceding window. This strengthens the continuity aspect of the overlapping 8 of 10 assessment. A transition to globally accelerating continental movement remains unresolved.
Source links
USGS catalogue for the checked window and overlap
Java Sea M6.6
South Sandwich M5.1
Panama M4.7
Mexico and Caribbean nighttime temperatures
Norbert advisory
Thailand rainfall warning
NWS Memphis climate report
HVO KÄŤlauea messages
Darwin volcanic ash advisories
-
-
ADDENDUM: 11 September 2026, 21:23:55 UTC
M6.6 DEEP EARTHQUAKE BENEATH THE JAVA SEA
Location
115 km NNE of Teluknaga, Indonesia.
Coordinates: 5.093°S, 106.903°E.Plate event
The USGS event summary records an M6.6 earthquake at 21:23:55 UTC, with a depth of 358.6 km. Review status and focal mechanism were not available in the supplied summary.
This occurred only 28 minutes and 24 seconds after the previous updateâs cutoff, and approximately 9 hours, 27 minutes and 32 seconds after the Banda-Timor M5.9.
The depth is significant. The earlier Banda-Timor earthquake was approximately 111.8 km deep. This new earthquake occurred much deeper, beneath the Java Sea.
Its position and depth are consistent with movement within the subducted slab. The faulting direction remains unresolved without a focal mechanism.
The two events are widely separated across Indonesia. The M6.6 is a separate release, not a local aftershock of the Banda-Timor M5.9.
Atmospheric event
The atmospheric observations from the preceding update carry forward. This addendum concerns the newly reported earthquake.
Wobble phase
No precise wobble phase is assigned from the available information.
ZetaTalk connection
This strengthens the continuity pattern being investigated within the overlapping 8 of 10.
The Indonesian sequence now includes:
⢠Shallow M5.3 activity near Timor.
⢠Intermediate-depth M5.9 activity in the Banda-Timor region.
⢠A deep M6.6 farther west beneath the Java Sea.These are releases in different locations and at substantially different depths. They show the wider Indonesian system remaining active rather than the sequence ending with the earlier Timor events.
The westward change in location belongs in the wider India Plate âBrakeâ and Ricochet investigation. It does not, by itself, establish a direct pressure-transfer sequence from one earthquake to the next.
The strongest new conclusion is that substantial Indonesian activity is continuing, now with a larger and much deeper release. This adds weight to the continuity aspect of the overlapping 8 of 10 assessment.
Source
-
-
UPDATE: 11 September 2026, 20:55 UTC
BANDA-TIMOR M5.9, RENEWED KÄŞLAUEA INFLATION AND EXTREME NIGHTTIME HEAT
Location
Banda-Timor, the Aleutian Islands, Colombia, eastern India, Japan, Guam, Puerto Rico, Hawaii, Pakistan, the Middle East, Southeast Asia and the Balkans.
This update covers 11 September, 10:51:14â20:55:31 UTC.
Atmospheric event
The most significant new nighttime-temperature report comes from Pakistan.
A specialist report published at 20:12:47 UTC gives a minimum of 32.0°C at Nokkudi, reported as another September highest-minimum record. The same report gives daytime maxima of 48.2°C at Al Ahsa, Saudi Arabia, and 48.1°C at Dayyer, Iran.
Additional September maximum-temperature records were reported:
⢠Zamboanga, Philippines: 36.2°C.
⢠Palangka Raya, Indonesia: 36.5°C.
⢠Kruťevac, Serbia: 37.9°C.
⢠Florina, Greece: 36.7°C.These remain attributed reports from Extreme Temperatures Around the World. Exact station-observation times were not supplied. Their publication times are therefore not being used as measurement times or precise wobble markers.
Norbert continued strengthening. At 15:00 UTC, sustained winds reached 65 mph with a central pressure of 996 mb. This was an increase of 5 mph in six hours, with pressure unchanged. It remained a tropical storm. Hurricane strength was forecast as a possibility, not yet observed.
California continued cooling as its marine layer returned. The atmospheric pattern therefore includes persistent extreme heat in several regions alongside regional easing elsewhere.
Plate event
11 September, 11:56:23.115 UTC
M5.9, 253 km ENE of Lospalos, Timor-Leste
Depth: 111.8 km
Status: reviewed
Mechanism: oblique reverse faultingThis earthquake occurred 17 hours, 11 minutes and 42.872 seconds after the 10 September M5.3 east of Lospalos, approximately 195 km away.
The earlier earthquake was approximately 10 km deep. The new event was approximately 112 km deep. This is renewed activity within the wider Banda-Timor system, but the depth difference argues against describing it as a simple shallow aftershock.
The reviewed moment tensor shows compression combined with sideways movement. At this depth, movement within the descending slab is the stronger tectonic interpretation.
Adak revision and local aftershocks
The earlier preliminary M5.2 near Adak has now been revised to:
11 September, 10:47:12.613 UTC
M5.3, 151 km WSW of Adak, Alaska
Depth: 40.9 km
Status: reviewedThis replaces the earlier automatic estimate of M5.2 at 19 km depth. It is the same earthquake, not another new M5 event.
Two nearby earthquakes followed:
⢠10:51:55.195 UTC: M3.1, depth 18.8 km.
⢠10:52:51.596 UTC: M4.3, depth 13.8 km.They occurred approximately 16 km and 14 km from the revised mainshock, after 4 minutes 42.582 seconds and 5 minutes 38.983 seconds. Local aftershocks are the strongest classification.
The Banda-Timor M5.9 followed the revised Adak origin by 1 hour, 9 minutes and 10.502 seconds. Their approximately 8,205 km separation means timing alone does not establish a direct Ricochet response.
11 September, 16:42:30.894 UTC
M4.7, 33 km SW of SipĂ, Colombia
Depth: 61.1 km
Status: reviewedThis was a separate release in the complex western Colombian plate setting, 4 hours, 46 minutes and 7.779 seconds after Banda-Timor. No focal mechanism was available in the retrieved products.
Smaller activity extended the global picture:
⢠11:40:29.420 UTC: M3.41 near Puerto Rico, depth 20.2 km.
⢠17:56:20.821 UTC: M4.2 northwest of Sarupathar, India, depth 123.2 km.
⢠18:53:32.548 UTC: M4.4 east of Noda, Japan, depth 32.4 km.
⢠18:59:48.017 UTC: M4.4 west of Guam, depth 197.0 km.The eastern India event belongs in the India Plate-margin review, but its location and intermediate depth distinguish it from a shallow Himalayan collision earthquake.
Volcanic activity
KÄŤlauea showed a material change.
HVOâs 17:51 UTC report recorded 69 overflows, up from the previously reported 50. Slow summit inflation had returned, and some overflows were more vigorous, with dome fountains approximately 5â10 metres high.
The latest overflow began at 17:32 UTC and was continuing when the bulletin was issued.
These are observed changes. Episode 55 high fountaining remained forecast rather than confirmed, and WATCH/ORANGE remained unchanged.
Wobble phase
No exact wobble phase is assigned to this sequence. The temperature reports lack precise station-observation times, and earthquake timing alone does not establish the daily wobble phases.
ZetaTalk connection
The overlapping 8 of 10 remains central to the developing pattern.
Previously active regions continue to release. A substantial intermediate-depth earthquake has returned activity to Banda-Timor, the Aleutians are adjusting locally, and a separate release has occurred in Colombia. Smaller earthquakes involve additional plate settings around eastern India, Japan, Guam and the Caribbean.
This supports the continuity aspect of the framework: repeated activity across several plate systems over successive days.
The eastern Indonesian release is relevant to the wider adjustment being investigated around the India Plate âBrakeâ and its eastern margins. However, this interval does not establish an ordered pressure transfer from a particular Himalayan earthquake.
The distinction matters. Adakâs smaller events are probable local aftershocks. Banda-Timor represents deeper regional movement. Colombia is a separate release. Together they maintain the wider pattern without requiring every earthquake to form one linear domino chain.
Above, extreme daytime and nighttime heat continues in several regions. Below, substantial earthquakes recur, while KÄŤlauea shows renewed inflation and more vigorous precursory activity.
The strongest assessment is continued multi-region activity. This interval strengthens continuity more clearly than global acceleration.
âWe may be at the cusp of tectonic Continental Drift.â
That remains the working ZetaTalk interpretation being investigated through the accumulating sequence.
Source links
USGS Banda-Timor M5.9
USGS revised Adak M5.3
USGS Colombia M4.7
USGS eastern India M4.2
USGS global catalogue, including overlap
Norbert advisory
Pakistan and Middle East temperatures
Southeast Asian temperatures
Balkan temperatures
HVO KÄŤlauea update
NWS Bay Area discussion
-
-
UPDATE: 11 September 2026, 10:51 UTC
REPEATED PLATE ACTIVITY AND PERSISTENT NIGHTTIME HEAT
Location
Vanuatu, the Aleutian Islands, Indonesia, Mexico and Central America, Puerto Rico, the Arctic, southern India, Qatar and the United States.
This update covers developments after 10 September, 20:00:02 UTC, through 11 September, 10:51:14 UTC.
Atmospheric event
Norbert strengthened while Lowell completed its transition out of the tropical phase.
At 09:00 UTC on 11 September, Norbert had sustained winds of 60 mph and a central pressure of 996 mb. Compared with 15:00 UTC on 10 September, winds increased by 20 mph and pressure fell by 7 mb in 18 hours.
Lowellâs final advisory, valid at 03:00 UTC on 11 September, classified it as post-tropical, with winds of 50 mph and pressure of 997 mb. It should therefore no longer be counted as an active tropical cyclone.
Exceptionally warm nights remain an important part of the wider pattern.
New reports from Extreme Temperatures Around the World identify:
⢠Nellore, southern India: minimum 30.0°C, reported as a September station record.
⢠Ranai, Indonesia: minimum 27.6°C, reported as a September station record.
⢠Doha old international airport, Qatar: maximum 46.3°C, reported as a September record.
These are attributed specialist reports. Exact station-observation times were not supplied, so publication times are not being treated as measurement times.
The official Memphis summary for 10 September recorded a maximum of 99°F, or 37.2°C, tying the daily record from 1887. Its minimum was 78°F, or 25.6°C, which was 5.6°C above normal. That minimum predates this update window, but the newly issued summary confirms the earlier warm night.
California shows a different development. At approximately 07:00 UTC on 11 September, Bay Area temperatures were 5â25°F lower than 24 hours earlier, with the marine layer returning. The atmospheric picture therefore includes persistent heat in some regions and substantial cooling in others.
Plate event
Three new earthquakes of M4.5 or greater were recorded during the checked interval.
10 September, 22:54:14 UTC
M4.9, 65 km NNW of Sola, Vanuatu
Depth: 49.9 km
Status: reviewed11 September, 02:28:13 UTC
M4.9, 69 km north of Isangel, Vanuatu
Depth: 18.7 km
Status: reviewedThe two Vanuatu earthquakes occurred 3 hours, 33 minutes and 58.909 seconds apart, approximately 661 km apart. They represent activity within the same wider Australia-Pacific boundary system, but their separation and different depths do not support classifying them as a close local aftershock pair.
The Isangel earthquake occurred approximately 117 km from the 9 September M5.2, after an interval of 33 hours, 26 minutes and 20.880 seconds. This adds to the record of recurring activity along the Vanuatu boundary.
11 September, 10:47:11 UTC
M5.2, 152 km WSW of Adak, Alaska
Depth: 19 km
Status: automatic and preliminaryThis returned M5-range activity to the Aleutians 8 hours, 18 minutes and 57.929 seconds after the Isangel earthquake. Its location west of the earlier Nikolski cluster means it should not automatically be classified as a Nikolski aftershock.
No focal mechanisms were available in the retrieved products for these three events. The Adak magnitude, depth and event identifier remain subject to review.
The wider global check also identified:
⢠10 September, 21:14:01.954 UTC: M4.0, Rat Islands, depth 100.1 km.
⢠11 September, 00:53:48.954 UTC: M4.4 northeast of Palu, Indonesia, depth 10 km.
⢠11 September, 05:44:35.710 UTC: M4.2 offshore Mexico near Guatemala, depth 10 km.
⢠11 September, 08:12:14.440 UTC: M3.75 north of Culebra, Puerto Rico, depth 90 km.
⢠11 September, 08:59:58.077 UTC: M4.4 WNW of Longyearbyen, depth 10 km, in the wider Arctic ridge and transform region.
The larger events were more geographically concentrated than in the previous update. No new M4.5+ events were found during this window in the India-Himalaya, Indian Ocean, Mediterranean-Middle East, South American or South Sandwich sectors.
Volcanic activity
No new escalation was established in the reports retrieved for this interval.
KÄŤlaueaâs latest retrieved report remained the 10 September update with 50 overflows. A new high-fountaining episode was not confirmed.
Krakatau ash was reported observed at 08:20 UTC on 11 September at approximately 1.52 km above sea level, moving southwest. This did not establish an increase in plume height.
Wobble phase
The events span several geographic sectors, but no precise wobble phase is assigned. The temperature reports lack exact station-observation times, and the earthquake sequence does not provide a contemporaneous wobble marker.
ZetaTalk connection
The strongest developing pattern remains repeated activity across several plate systems through successive days.
Vanuatu has reactivated. M5-range activity has returned to the Aleutians. Smaller releases continue around Indonesia, Central America, the Caribbean and the Arctic.
Within the ZetaTalk framework, this keeps the overlapping 8 of 10 central to the analysis. The relevant feature is recurrence across the rolling sequence, with several boundaries remaining active over time.
This interval supports continuity more strongly than geographical expansion. It contains fewer M4.5+ earthquakes than the preceding interval, and the larger releases are more concentrated.
The India Plate âBrakeâ remains part of the wider historical sequence, but no fresh Himalayan M4.5+ earthquake strengthens that connection during this window. Likewise, the Vanuatu-to-Aleutian timing alone does not establish a direct Ricochet response.
Above, unusually high nighttime minima continue to be reported while tropical systems evolve. Below, previously active plate boundaries release again. These remain the two layers being compared within the intensified-wobble framework.
âWe may be at the cusp of tectonic Continental Drift.â
This remains the working ZetaTalk assessment. The new evidence supports recurring activity, while the question of a broader accelerating transition remains unresolved.
Source links
USGS Sola earthquake
USGS Isangel earthquake
USGS preliminary Adak earthquake
USGS global catalogue for the checked period and overlap
Norbert advisory
Lowell final advisory
Nellore minimum
Ranai minimum
Doha maximum
NWS Memphis climate report
NWS Bay Area discussion
KÄŤlauea updates
Darwin volcanic ash advisories
-
-
UPDATE: 10 September 2026, 20:00:02 UTC
Activity broadens across several plate systems while nighttime heat continues
Location
Costa Rica, Peru, Bolivia, Guam, Mexico, the southern East Pacific Rise, Timor-Leste, Hawaii, Thailand, South Africa and North America.
Atmospheric event
Further reports extend the unusually warm nighttime pattern:
⢠Tulsa, Oklahoma: minimum 28.3°C on 9 September, reported as a September high-minimum record.
⢠San Felipe, Mexico: minimum 31.4°C.
⢠Salina Cruz, Mexico: minimum 29.9°C.
⢠Koh Sichang, Thailand: minimum 29.4°C.
⢠Beaufort West, South Africa: minimum 22.5°C.
⢠Ceres, South Africa: maximum 34.9°C.These are specialist-attributed record reports. Exact station observation windows and historical rankings were not independently confirmed in this update.
The pattern includes regional changes. Tulsaâs official preliminary minimum for 10 September was lower, at 23.3°C, although still 5°C above normal. Californiaâs weather service also reported coastal cooling already developing, while higher elevations were forecast to retain much warmer nighttime temperatures.
In the Pacific, Fourteen-E has become Tropical Storm Norbert. At 15:00 UTC, Norbert had sustained winds of 40 mph and a central pressure of 1003 mb. This confirms modest strengthening, not rapid intensification.
Lowell remained a tropical storm at 60 mph and 988 mb. Its higher wind estimate compared with the earlier advisory partly reflects new satellite wind measurements. The accompanying discussion described degrading convection, so the change should not be presented as a fresh rapid-intensification episode.
The consequences of Lowellâs earlier passage are becoming clearer. AP reported two deaths suspected to be storm-related and an inoperable cargo harbour on LÄnaĘťi, disrupting food and fuel deliveries. Repairs were expected to take roughly two weeks, with alternative supply arrangements being planned.
Plate event
Seven reviewed M4.5+ earthquakes were added after the previous 07:56:08 UTC cutoff:
10 September, 08:26:53.828 UTC
M5.0, 45 km SSE of Quepos, Costa Rica
Depth: 10 km10 September, 10:39:36.283 UTC
M4.7, 116 km WSW of Alianza Cristiana, Peru
Depth: 22.1 km10 September, 12:05:53.736 UTC
M4.8, 35 km SSE of Cliza, Bolivia
Depth: 372.6 km10 September, 13:28:15.798 UTC
M5.1, 162 km SSW of Merizo Village, Guam
Depth: 10 km10 September, 13:29:03.015 UTC
M4.5, 84 km SW of Puerto Madero, Mexico
Depth: 10 km10 September, 18:21:18.934 UTC
M5.4, southern East Pacific Rise
Depth: 10 km10 September, 18:44:40.243 UTC
M5.3, 83 km east of Lospalos, Timor-Leste
Depth: 10 kmNo focal mechanisms were available in the retrieved products for these seven events.
This is a geographically broad sequence, but the relationships differ.
The Peru M4.7 occurred approximately 18.6 km from this morningâs M5.3, following it by 3 hours 56 minutes 55.890 seconds. It is best treated as a probable local aftershock or continued local adjustment.
The southern East Pacific Rise M5.4 occurred approximately 20 km from the 2 September M5.9, after 8 days 5 hours 45 minutes 22.307 seconds. This supports renewed activity within the same regional sequence. The earlier eventâs strike-slip mechanism cannot automatically be assigned to todayâs earthquake.
Mexico also has an older nearby sequence, including an August M5.8. Its new M4.5 should not automatically be counted as an independent plate activation.
Boliviaâs earthquake, at 372.6 km depth, represents a separate deep Nazca-slab setting. Costa Rica adds a shallow release near the CocosâCaribbean margin, Guam adds activity in the wider Mariana system, and Timor-Leste returns activity to the BandaâTimor region.
Guam and Mexico occurred only 47.217 seconds apart, but approximately 13,120 km apart. The East Pacific Rise and Timor-Leste events were 23 minutes 21.309 seconds apart and approximately 12,339 km apart. These intervals establish chronology, not a demonstrated pressure-transfer chain.
No new M4.5+ appeared in the checked interval around IndiaâTibet, Madagascar, AdenâRed Sea, VanuatuâTonga, AlaskaâJapan or the AtlanticâMediterranean region. Their earlier activity remains part of the rolling record.
Volcanic activity continued as well. At 18:21 UTC, HVO reported 50 precursory lava overflows at KÄŤlauea, up from 29. The latest ended at 11:17 UTC.
However, little net summit inflation had occurred over the preceding 24 hours. HVO moved the expected high-fountaining window to 10â11 September. The increased overflow count documents continuing intermittent activity, while high fountaining remained unconfirmed in that report.
Krakatauâs latest retrieved advisory retained ash near 1.5 km aviation altitude, without an increase in plume height.
Wobble phase
The sequence continues through successive daily rotations, but no precise wobble phase is assigned without a documented timing marker.
The publication times of temperature reports are not treated as the times when nighttime minima occurred.
ZetaTalk connection
The strongest correspondence with the overlapping 8 of 10 remains persistence across successive days and multiple plate systems.
This update adds repeated activity in Peru, Mexico and the East Pacific Rise, further M5-range releases, and a broader distribution involving Central America, Guam and Timor-Leste.
This remains relevant to ZetaTalkâs description:
âsignificant plate movement in one area does not start and stop, but just keeps going.â
Local aftershocks are part of continuing regional adjustment. They are not counted as separate inter-plate transfers.
The earlier Indian Ocean release followed by later Timor activity is relevant to the India Plate Brake investigation. However, a specific Ricochet response remains unresolved because the sequence lacks a new Himalayan anchor and a demonstrated chain of connected mechanisms.
Within the two-layer framework, continuing plate activity coincides with further warm-night reports, tropical-system development and repeated volcanic overflows. Coastal cooling in California and KÄŤlaueaâs delayed fountaining forecast show that the individual processes are not uniformly accelerating.
The wider working assessment remains:
We may be at the cusp of tectonic Continental Drift.
The latest observations strengthen the record of continuity and broaden this windowâs geographic coverage. They do not establish an increase in continental velocity or confirm one global domino chain.
Source links
Costa Rica M5.0
Peru M4.7
Bolivia M4.8
Guam M5.1
Mexico M4.5
East Pacific Rise M5.4
Timor-Leste M5.3
Tulsa and Mexico heat reports
Thailand nighttime heat
South Africa heat
NWS Tulsa
NWS Bay Area
Norbert advisory
Lowell advisory
Lowell discussion
Hawaii impacts
KÄŤlauea update
Darwin volcanic ash advisories
ZetaTalk: 8 of 10
ZetaTalk: India Plate Brake
-
-
UPDATE: 10 September 2026, 07:56:08 UTC
Indian Ocean and Peru releases extend the sequence while nighttime heat persists
Location
Mid-Indian Ridge, northern Peru, Mexico, California, Chile, Alaska, Tajikistan, Vanuatu, Central America and the Pacific.
Atmospheric event
The nighttime-heat pattern has gained further reports from Central America.
A specialist report published on 9 September lists:
⢠CipancĂ, Costa Rica: minimum 28.7°C.
⢠Liberia Airport, Costa Rica: minimum 28.6°C.
⢠Choluteca, Honduras: minimum 29.1°C.
⢠Trujillo, Honduras: minimum 28.3°C.
⢠Managua, Nicaragua: minimum 27.2°C.
⢠Santa Cruz, Costa Rica: maximum 37.7°C.The report identifies national September daytime and nighttime records in Costa Rica and a national September warm-night record in Honduras. These rankings remain specialist-attributed. Exact station observation windows were not supplied.
Memphis provides an official comparison showing why nighttime temperatures need separate attention. Its 9 September maximum fell from the previous dayâs 101°F to 97°F, or 36.1°C. However, its minimum rose from 76°F to 78°F, or 25.6°C, which was 5.6°C above normal.
The daytime peak eased while the nighttime minimum increased. The minimum occurred at 12:12 UTC on 9 September and was documented in the newly issued 10 September summary. It was not identified as a record-high minimum.
California also strengthened the atmospheric pattern. At 07:04 UTC on 10 September, the National Weather Service reported four daily temperature records on 9 September, with temperatures around 28â30°C persisting well into the evening across much of the Bay Area and Central Coast.
Clouds associated with Marieâs remnants were inhibiting radiative cooling. This documents displaced tropical moisture accompanying reduced heat loss after sunset. Further elevated morning minima remained forecasts at the cutoff.
Lowell continued weakening. At 03:00 UTC on 10 September, it had winds of 50 mph and a pressure of 991 mb, down 10 mph with pressure up 4 mb over six hours. Fourteen-E remained a tropical depression at 35 mph and 1006 mb. Its forecast strengthening had not yet produced a named tropical storm in the retrieved advisory.
Plate event
Two reviewed M4.5+ earthquakes occurred after the previous cutoff:
9 September, 21:29:54.374 UTC
M4.8 mb, Mid-Indian Ridge
Coordinates: 28.5889°S, 74.2522°E
Depth: 10 km
Mechanism: unavailableThis returns activity to the wider Indian Ocean ridge system. It occurred 29 hours 21 minutes 19.394 seconds after the 8 September Himalayan M4.9.
Its geographic position is relevant to the wider Indian Ocean investigation, but it is not a Madagascar earthquake or a confirmed Southwest Indian Ridge release. Without a mechanism, the rupture cannot be classified as normal or strike-slip faulting from its ridge location alone.
10 September, 06:42:40.393 UTC
M5.3 Mww, 126 km WSW of Alianza Cristiana, Peru
Coordinates: 3.873°S, 77.5027°W
Depth: 10 km
Mechanism: unavailableThe Peru earthquake followed the Indian Ocean release by 9 hours 12 minutes 46.019 seconds. Its shallow depth places it within a continental setting in the northern Andeanâforeland region, rather than the deep Nazca slab.
A targeted check found no other M4+ event within 200 km during the preceding 30 days. It is therefore a geographically separate release within the checked record, rather than an obvious local aftershock. The interval between Peru and the Indian Ocean establishes chronology, not pressure transfer.
Smaller events retained in the global picture include:
⢠9 September, 21:08:31.951 UTC: M4.3 southwest of Puerto Madero, Mexico, depth 35 km, reviewed.
⢠10 September, 01:24:03.810 UTC: M3.79 west of Petrolia, California, depth 19.6 km, reviewed.
⢠01:24:47.490 UTC: M3.6 nearby, depth 19.2 km, reviewed.
⢠01:57:36.234 UTC: M4.3 southeast of La Tirana, Chile, depth 123 km, reviewed.
⢠05:18:08.379 UTC: M4.2 WNW of Lake Louise, Alaska, depth 12.4 km, automatic and preliminary.The Petrolia pair occurred only 43.680 seconds apart and represents a probable local sequence. The larger eventâs reviewed tensor indicates predominantly strike-slip faulting in the Mendocino junction region.
Two newly listed earlier earthquakes also correct yesterdayâs timeline:
9 September, 20:17:13.749 UTC
M4.6 east of Rasht, Tajikistan
Depth: 29.6 km
Status: reviewed9 September, 20:21:13.645 UTC
M4.7 SSE of Isangel, Vanuatu
Depth: 104.7 km
Status: reviewedBoth preceded yesterdayâs cutoff. The deeper Vanuatu release should not automatically be assigned to the same shallow normal-faulting sequence.
The global scan therefore shows activity extending beyond the previous VanuatuâTonga concentration, while that sector produced no new post-cutoff M4.5+ event in this window.
Volcanic activity continued. Krakatau ash was directly observed at 04:40 UTC on 10 September near 1.5 km aviation altitude, moving northwest. This was a fresh observation and changed transport direction, without increased plume height. KÄŤlaueaâs latest retrieved daily report still carried the earlier 29-overflow count, with no newer high-fountaining confirmation obtained.
Wobble phase
The sequence now spans 2â10 September and successive daily rotations. No exact wobble phase is assigned without an independently documented marker.
Temperature-report publication times are not used as the times when nighttime minima occurred.
ZetaTalk connection
The broader picture remains relevant to the overlapping 8 of 10: repeated activity within established regions, additional geographically separate releases and several plate systems participating across successive days.
The Mid-Indian Ridge earthquake adds a new geographic correspondence to the India Plate Brake investigation. However, Madagascar and the AdenâRed Sea corridor did not add a corresponding M4.5+ event, and the ridge mechanism remains unresolved. A specific Ricochet response is therefore still open.
The wider continuity assessment does not depend on resolving that one regional relay. It draws on the rolling global record, including the Americas, Indian Ocean and AustraliaâPacific margins.
ZetaTalk describes a stage when:
âsignificant plate movement in one area does not start and stop, but just keeps going.â
The latest interval adds geographic continuity, although it contains fewer M4.5+ earthquakes than the previous window. Meanwhile, Californiaâs persistent evening warmth and Memphisâs rising minimum strengthen the atmospheric strand of the two-layer investigation.
The working assessment remains:
We may be at the cusp of tectonic Continental Drift.
This remains the ZetaTalk interpretation being investigated. The new observations support continued activity across the wider sequence, without establishing an increase in continental velocity.
Source links
Mid-Indian Ridge M4.8
Peru M5.3
Mexico M4.3
Petrolia M3.79
Petrolia M3.6
Chile M4.3
Alaska M4.2
Tajikistan M4.6
Vanuatu M4.7
Central American heat report
NWS Memphis
NWS Bay Area
Lowell advisory
Fourteen-E advisory
Darwin volcanic ash advisories
KÄŤlauea updates
ZetaTalk: 8 of 10
ZetaTalk: India Plate Brake
-
-
UPDATE: 10 September 2026, 07:56:08 UTC
Indian Ocean and Peru releases extend the sequence while nighttime heat persists
Location
Mid-Indian Ridge, northern Peru, Mexico, California, Chile, Alaska, Tajikistan, Vanuatu, Central America and the Pacific.
Atmospheric event
The nighttime-heat pattern has gained further reports from Central America.
A specialist report published on 9 September lists:
⢠CipancĂ, Costa Rica: minimum 28.7°C.
⢠Liberia Airport, Costa Rica: minimum 28.6°C.
⢠Choluteca, Honduras: minimum 29.1°C.
⢠Trujillo, Honduras: minimum 28.3°C.
⢠Managua, Nicaragua: minimum 27.2°C.
⢠Santa Cruz, Costa Rica: maximum 37.7°C.The report identifies national September daytime and nighttime records in Costa Rica and a national September warm-night record in Honduras. These rankings remain specialist-attributed. Exact station observation windows were not supplied.
Memphis provides an official comparison showing why nighttime temperatures need separate attention. Its 9 September maximum fell from the previous dayâs 101°F to 97°F, or 36.1°C. However, its minimum rose from 76°F to 78°F, or 25.6°C, which was 5.6°C above normal.
The daytime peak eased while the nighttime minimum increased. The minimum occurred at 12:12 UTC on 9 September and was documented in the newly issued 10 September summary. It was not identified as a record-high minimum.
California also strengthened the atmospheric pattern. At 07:04 UTC on 10 September, the National Weather Service reported four daily temperature records on 9 September, with temperatures around 28â30°C persisting well into the evening across much of the Bay Area and Central Coast.
Clouds associated with Marieâs remnants were inhibiting radiative cooling. This documents displaced tropical moisture accompanying reduced heat loss after sunset. Further elevated morning minima remained forecasts at the cutoff.
Lowell continued weakening. At 03:00 UTC on 10 September, it had winds of 50 mph and a pressure of 991 mb, down 10 mph with pressure up 4 mb over six hours. Fourteen-E remained a tropical depression at 35 mph and 1006 mb. Its forecast strengthening had not yet produced a named tropical storm in the retrieved advisory.
Plate event
Two reviewed M4.5+ earthquakes occurred after the previous cutoff:
9 September, 21:29:54.374 UTC
M4.8 mb, Mid-Indian Ridge
Coordinates: 28.5889°S, 74.2522°E
Depth: 10 km
Mechanism: unavailableThis returns activity to the wider Indian Ocean ridge system. It occurred 29 hours 21 minutes 19.394 seconds after the 8 September Himalayan M4.9.
Its geographic position is relevant to the wider Indian Ocean investigation, but it is not a Madagascar earthquake or a confirmed Southwest Indian Ridge release. Without a mechanism, the rupture cannot be classified as normal or strike-slip faulting from its ridge location alone.
10 September, 06:42:40.393 UTC
M5.3 Mww, 126 km WSW of Alianza Cristiana, Peru
Coordinates: 3.873°S, 77.5027°W
Depth: 10 km
Mechanism: unavailableThe Peru earthquake followed the Indian Ocean release by 9 hours 12 minutes 46.019 seconds. Its shallow depth places it within a continental setting in the northern Andeanâforeland region, rather than the deep Nazca slab.
A targeted check found no other M4+ event within 200 km during the preceding 30 days. It is therefore a geographically separate release within the checked record, rather than an obvious local aftershock. The interval between Peru and the Indian Ocean establishes chronology, not pressure transfer.
Smaller events retained in the global picture include:
⢠9 September, 21:08:31.951 UTC: M4.3 southwest of Puerto Madero, Mexico, depth 35 km, reviewed.
⢠10 September, 01:24:03.810 UTC: M3.79 west of Petrolia, California, depth 19.6 km, reviewed.
⢠01:24:47.490 UTC: M3.6 nearby, depth 19.2 km, reviewed.
⢠01:57:36.234 UTC: M4.3 southeast of La Tirana, Chile, depth 123 km, reviewed.
⢠05:18:08.379 UTC: M4.2 WNW of Lake Louise, Alaska, depth 12.4 km, automatic and preliminary.The Petrolia pair occurred only 43.680 seconds apart and represents a probable local sequence. The larger eventâs reviewed tensor indicates predominantly strike-slip faulting in the Mendocino junction region.
Two newly listed earlier earthquakes also correct yesterdayâs timeline:
9 September, 20:17:13.749 UTC
M4.6 east of Rasht, Tajikistan
Depth: 29.6 km
Status: reviewed9 September, 20:21:13.645 UTC
M4.7 SSE of Isangel, Vanuatu
Depth: 104.7 km
Status: reviewedBoth preceded yesterdayâs cutoff. The deeper Vanuatu release should not automatically be assigned to the same shallow normal-faulting sequence.
The global scan therefore shows activity extending beyond the previous VanuatuâTonga concentration, while that sector produced no new post-cutoff M4.5+ event in this window.
Volcanic activity continued. Krakatau ash was directly observed at 04:40 UTC on 10 September near 1.5 km aviation altitude, moving northwest. This was a fresh observation and changed transport direction, without increased plume height. KÄŤlaueaâs latest retrieved daily report still carried the earlier 29-overflow count, with no newer high-fountaining confirmation obtained.
Wobble phase
The sequence now spans 2â10 September and successive daily rotations. No exact wobble phase is assigned without an independently documented marker.
Temperature-report publication times are not used as the times when nighttime minima occurred.
ZetaTalk connection
The broader picture remains relevant to the overlapping 8 of 10: repeated activity within established regions, additional geographically separate releases and several plate systems participating across successive days.
The Mid-Indian Ridge earthquake adds a new geographic correspondence to the India Plate Brake investigation. However, Madagascar and the AdenâRed Sea corridor did not add a corresponding M4.5+ event, and the ridge mechanism remains unresolved. A specific Ricochet response is therefore still open.
The wider continuity assessment does not depend on resolving that one regional relay. It draws on the rolling global record, including the Americas, Indian Ocean and AustraliaâPacific margins.
ZetaTalk describes a stage when:
âsignificant plate movement in one area does not start and stop, but just keeps going.â
The latest interval adds geographic continuity, although it contains fewer M4.5+ earthquakes than the previous window. Meanwhile, Californiaâs persistent evening warmth and Memphisâs rising minimum strengthen the atmospheric strand of the two-layer investigation.
The working assessment remains:
We may be at the cusp of tectonic Continental Drift.
This remains the ZetaTalk interpretation being investigated. The new observations support continued activity across the wider sequence, without establishing an increase in continental velocity.
Source links
Mid-Indian Ridge M4.8
Peru M5.3
Mexico M4.3
Petrolia M3.79
Petrolia M3.6
Chile M4.3
Alaska M4.2
Tajikistan M4.6
Vanuatu M4.7
Central American heat report
NWS Memphis
NWS Bay Area
Lowell advisory
Fourteen-E advisory
Darwin volcanic ash advisories
KÄŤlauea updates
ZetaTalk: 8 of 10
ZetaTalk: India Plate Brake
-
Comment by Juan F Martinez on Thursday
-
TECTONIC HEAT IS BECOMING UNDENIABLE
The central part of the equatorial Pacific Ocean, a key region for monitoring the El NiĂąo phenomenon, has been showing record-high sea surface temperatures for 100 consecutive days. This record-breaking streak is likely to exceed 250 days and continue until the beginning of 2027.
This is not manmade global warming; this is tectonic heat due to Continental Drift caused by the Severe Earth Wobble induced by the approaching Nibiru system.Â
- ZetaTalk says the Earthâs core heats up during the Pole Shift because magnetic torque from Nibiru - Planet X forces the Earth into violent wobbles and rotation changes, converting angular momentum into internal heat. This heating rises from the core outward, driving permafrost melt, volcanic activation, and extreme atmospheric effects.
Core Heating During the Pole Shift (Per ZetaTalk)
1. Magnetic torque â core heating
ZetaTalk explains that as Planet X approaches, its magnetic field locks onto Earthâs, forcing:
severe wobble
sudden leans
rotation slowdown
rotation stoppage
The energy of angular momentum lost during these forced motions is converted into heat inside the core. This is stated explicitly in the Pole Shift sequence material:
âEnergy of angular momentum is changed to heating the core as the wobble dissipates into a slow roll of the North Pole.â
This is the central mechanism of âHot Earth.â
2. Core agitation causes global heating from the inside out
ZetaTalk emphasizes that the heating is not atmospheric (not âglobal warmingâ) but originates in the core due to âconsternationâ caused by Planet Xâs magnetic approach. This internal heating:
melts permafrost
melts glaciers
activates volcanoes
destabilizes tectonic plates
The Wild Weather blog summarizes this ZetaTalk doctrine:
âOur early warnings spoke to the issue of global heating from the core outward, hardly Global Warming⌠caused by consternation in the core⌠the core was churning, melting the permafrost and glaciers and riling up volcanoes.â
3. Wobble-induced atmospheric chaos is a secondary effect
As the core heats and the wobble intensifies:
jet streams loop and break
air masses churn violently
extreme temperature swings occur
storms become more violent
These atmospheric symptoms are consequences of the coreâs agitation, not the cause.
4. The heating peaks during rotation stoppage and the Pole Shift hour
During the Last Weeks:
Lean to the left
3 Days of Darkness
6 Days of Sunrise West
Rotation stoppage
Pole Shift hour
The heating intensifies as Earthâs rotation is forced to halt. Rotation stoppage = maximum angular momentum conversion â maximum core heating.
5. Aftertime volcanic era
Because the core has absorbed enormous energy:
magma rises
new fissures open
global volcanism dominates the Aftertime
steam explosions occur where water meets rising magma
This is why ZetaTalk warns that the Aftertime will be a volcanic world for years.
đ One Wobble, Two Connected Layers: Plate Movement and Global Weath...
-
-
UPDATE: 9 September 2026, 21:00:26 UTC
Repeated Vanuatu releases, deep Tonga activity and continuing nighttime heat
Location
Vanuatu, Tonga, China, Afghanistan, Iran, Hawaii, California, the eastern Pacific, Europe, the Middle East and western South America.
Atmospheric event
The nighttime-heat pattern continues, with new specialist reports identifying:
⢠Bielsko-BiaĹa, Poland: minimum 23.4°C, reported as Polandâs warmest autumn night.
⢠Manta, Ecuador: minimum 26.2°C, reported as Ecuadorâs warmest September night.
⢠Lima, Peru: minimum 21.7°C, reported among September high-minimum records.
⢠Dammam, Saudi Arabia: minimum 31.3°C, reported as a September high-minimum record.
⢠Bahrain: maximum 46.0°C, reported as its hottest September day.These are attributed temperature-record reports. Exact station observation windows were not supplied, so their publication times are not treated as measurement times.
California adds a specific connection between tropical moisture and heat remaining after sunset. In its 19:31 UTC discussion, the National Weather Service described moisture from Marieâs remnants moving into the Bay Area. Incoming cloud layers were expected to reduce nighttime radiative cooling and maintain warm overnight temperatures.
Lowell continued weakening. At 21:00 UTC it was a tropical storm with sustained winds of 60 mph and a central pressure of 987 mb. This represents a decrease of 5 mph and a pressure rise of 6 mb since 09:00 UTC. Earlier damage in Hawaii remains part of the wider event, but the latest advisory listed no coastal watches or warnings.
At the same time, Tropical Depression Fourteen-E formed approximately 975 km southwest of southern Baja California. Its first advisory, valid at 21:00 UTC, reported winds of 35 mph and a pressure of 1006 mb. Strengthening was forecast, but rapid intensification had not occurred.
Plate event
Five reviewed M4.5+ earthquakes occurred after the previous 11:29:44 UTC cutoff:
9 September, 12:18:14.599 UTC
M4.7, 139 km NNE of Hihifo, Tonga
Depth: 10 km
Mechanism: unavailable9 September, 17:01:52.208 UTC
M5.2, 76 km ESE of Isangel, Vanuatu
Depth: 10 km
Mechanism: predominantly normal faulting9 September, 17:18:45.381 UTC
M5.1, 81 km ESE of Isangel, Vanuatu
Depth: 10 km
Mechanism: predominantly normal faulting9 September, 18:19:02.293 UTC
M4.6, 295 km WNW of Houma, Tonga
Depth: 499.4 km
Mechanism: unavailable9 September, 19:15:11.614 UTC
M4.8, 86 km ESE of Isangel, Vanuatu
Depth: 10 km
Mechanism: unavailableThe Vanuatu M5.2 and M5.1 occurred 16 minutes 53.173 seconds apart, approximately 14.8 km apart. Their reviewed moment tensors both indicate normal faulting, showing extension on the rupturing faults.
The M5.2 was also approximately 18 km from the 8 September Vanuatu M5.1. The later M4.8 was only 4.8 km from todayâs M5.1. This supports continued local adjustment with a probable aftershock component.
The Tonga earthquake at 499.4 km depth represents a separate deep-slab setting. It is not a local aftershock of the shallow Vanuatu sequence.
The overlap check also added an earlier event:
9 September, 10:51:39.229 UTC
M4.6, 27 km WSW of Jiyuan, China
Depth: 10 km
Status: reviewed
Mechanism: unavailableThis occurred before the previous cutoff and corrects the earlier timeline. Its position within the Eurasian continental interior should not be confused with the Himalayan collision front.
Smaller relevant releases included an M4.4 near AshkÄsham, Afghanistan, at 18:02:46.986 UTC and 108.5 km depth, followed by an M4.3 southeast of Bushehr, Iran, at 19:26:22.527 UTC and 10 km depth.
The global scan found the new M4.5+ activity concentrated in Vanuatu and Tonga. Other previously active sectors did not add a new M4.5+ earthquake during this interval. Their earlier releases remain part of the multi-day sequence.
Volcanic activity also continued. At 17:49 UTC, HVO reported 29 precursory lava overflows at KÄŤlauea, compared with the previous count of 10. The latest began at 17:27 UTC. High lava fountaining for episode 55 remained forecast rather than confirmed in that report.
Krakatauâs later advisory continued to use the earlier ash observation near 1.5 km aviation altitude. It did not establish a new plume-height increase.
Wobble phase
The events extend the tracking sequence through another daily rotation, but no precise wobble phase is assigned without a documented marker.
The heat-report publication times cannot identify the phase during which station minima occurred.
ZetaTalk connection
The strongest continuing feature is repeated activity within the same wider plate systems while daytime and nighttime heat remains evident across several continents.
This is directly relevant to the overlapping 8 of 10 investigation and ZetaTalkâs description:
âsignificant plate movement in one area does not start and stop, but just keeps going.â
The September sequence continues to show recurring boundaries, repeated M5-range releases and activity across successive days. This particular window is more concentrated geographically, with the Vanuatu events forming a local sequence rather than three separate inter-plate transfers.
The India Plate Brake remains part of the wider picture. Todayâs first Vanuatu M5.2 followed the 8 September Himalayan M4.9 by 24 hours 53 minutes 17.228 seconds. However, its proximity to earlier Vanuatu releases means that timing alone does not establish a direct Ricochet response. The western Indian Ocean watch zones added no corresponding M4.5+ release during this interval.
Within the ZetaTalk framework, these remain two connected layers under investigation: plate activity below and atmospheric disruption above. The continuing nighttime heat and displaced tropical moisture are significant, while Lowellâs weakening shows that the atmospheric developments are not uniformly intensifying.
The wider working assessment remains:
We may be at the cusp of tectonic Continental Drift.
This update preserves that assessment. It adds evidence of continuity, without establishing a new increase in continental movement or a confirmed global relay.
Source links
Tonga M4.7
Vanuatu M5.2
Vanuatu M5.1
Deep Tonga M4.6
Vanuatu M4.8
Jiyuan, China
Afghanistan
Iran
Poland nighttime heat
Ecuador and Peru
Bahrain and Dammam
NWS California moisture and nighttime heat
Lowell advisory
Fourteen-E advisory
KÄŤlauea update
Darwin volcanic ash advisories
ZetaTalk: 8 of 10
ZetaTalk: India Plate Brake and Ricochet
-
-
UPDATE: 9 September 2026, 11:29:44 UTC
PLATE ACTIVITY CONTINUES AFTER THE HIMALAYAN EARTHQUAKE AS EXTREME NIGHTTIME HEAT SPREADS
Location
Indonesia, Tonga, the Mariana Islands, the southern Philippines, Argentina, Alaska, Algeria, Turkey, Mexico, Malaysia, central Europe, Greenland and Hawaii.
Atmospheric event
Exceptionally warm nights continue across widely separated regions.
New specialist reports listed these minimum temperatures:
⢠In Guezzam, Algeria: 34.1°C.
⢠Kesefli, Turkey: 32.2°C.
⢠Chetumal, Mexico: 29.2°C.
⢠Salina Cruz, Mexico: 29.1°C.
⢠Alanya, Turkey: 28.6°C.
⢠Ciudad Victoria, Mexico: 27.8°C.
⢠Kyrenia, Cyprus: 27.7°C.
⢠Kuantan, Malaysia: 27.1°C.
⢠Sitiawan, Malaysia: 26.3°C.These are nighttime minimum temperatures. They extend the earlier Bahrain, Mediterranean and Southeast Asian pattern of heat persisting after sunset.
Extremetemps also reported repeated September records in Malaysia, including a claim that some stations had broken records on all nine September days. Exact station observation times and historical rankings remain attributed to the specialist reports.
Memphis provides an official example of renewed heat after brief easing. Its September 8 maximum reached 101°F, approximately 38.3°C, tying the daily record. The minimum remained 76°F, approximately 24.4°C, about 3.9°C above normal.
The maximum occurred at 21:02 UTC. The minimum occurred earlier, at 12:16 UTC. Their official daily summary was newly published at 07:06 UTC on September 9.
Further reports included 34.2°C at Balzers, Liechtenstein, 35.3°C at Ärnomelj, Slovenia, and 15.9°C at Scoresbysund, Greenland. The Greenland report described another September record after the earlier 15.3°C.
Lowell continued weakening after affecting Hawaii. At 09:00 UTC on September 9, it was a tropical storm with sustained winds of 65 mph and pressure of 981 mb. Winds had decreased by 15 mph and pressure had risen by 9 mb in fifteen hours.
Dangerous surf remained a concern. AP reported that nearly all 35,000 members of Kauaiâs utility cooperative lost electricity during the storm and approximately 300 people sought shelter. These describe storm impacts, not the number still without electricity at the update cutoff.
Marie and Karina were already post-tropical. None of these three tracked systems remained a hurricane.
Plate event
Six new M4.5+ earthquakes occurred after the previous cutoff of September 8, 19:32:45 UTC. All six were reviewed by USGS. No moment-tensor solution was available in the retrieved details.
8 September, 21:42:22.442 UTC
M4.6 near Ruteng, Indonesia
Depth: 17.5 kmThis occurred approximately 6.6 km from the September 8 morning M5.3, 17 hours, 1 minute and 54.396 seconds later. Its location and depth strongly favor continued local adjustment.
8 September, 21:57:33.202 UTC
M4.9 ENE of Neiafu, Tonga
Depth: 10 kmFurther shallow activity in the Tonga region. Its relationship to older regional earthquakes remains open.
8 September, 23:23:42.291 UTC
M4.9, Mariana Islands region
Depth: 10 kmA geographically separate shallow release near the PacificâPhilippine Sea plate system. Its precise faulting mechanism remains unconfirmed.
9 September, 00:23:19.728 UTC
M4.5 south-southwest of Pagar Alam, Sumatra
Depth: 39.6 kmRenewed activity in the Sunda subduction region, approximately 56 km from the September 5 M5.0. The different depths and missing mechanisms leave a direct aftershock relationship unresolved.
9 September, 07:07:03.319 UTC
M5.0 south of Sarangani, Philippines
Depth: 10 kmShallow activity south of Mindanao, relevant to the wider PhilippineâMolucca corridor. An earlier nearby M5.2 was much deeper, so the new event should not automatically be assigned to that same sequence.
9 September, 10:06:57.170 UTC
M5.0 west of Cafayate, Argentina
Depth: 10 kmApproximately 21.5 km from the September 5 M5.1, with both reported at 10 km depth. Continued local adjustment is a strong explanation.
The timing after the Himalayan-margin M4.9 of September 8 is now:
⢠Ruteng: 5 hours, 33 minutes and 47 seconds later.
⢠Tonga: 5 hours, 48 minutes and 58 seconds later.
⢠Mariana region: 7 hours, 15 minutes and 7 seconds later.
⢠Southern Sumatra: 8 hours, 14 minutes and 45 seconds later.
⢠Southern Philippines: 14 hours, 58 minutes and 28 seconds later.These intervals establish chronology. Rutengâs strong local-aftershock explanation and the changing geographic direction mean they do not yet establish one continuous Ricochet response.
Smaller relevant activity also continued near Nikolski in the Aleutians, west of Yonakuni and in Chile. The western Indian Ocean, Madagascar, Gulf of Aden and Red Sea watch zones added no new listed signal. No additional new USGS earthquake was identified in the India-Tibet region during this window.
Krakatauâs ash became visible again on satellite imagery. Darwinâs September 9 observation at 10:40 UTC placed it at FL050, approximately 1.5 km aviation altitude, lower than the preceding assessment.
The latest retrieved KÄŤlauea bulletin still described its pause after the precursory overflows. No new high-fountaining episode was confirmed in this scan.
Wobble phase
The sequence continues through successive daily rotations, but no independent wobble marker supports assigning the events to exact named phases.
The heat reports provide publication times rather than precise station observation times. Publication times cannot substitute for wobble-phase measurements.
ZetaTalk connection
The India Plate Brake investigation now has subsequent eastern activity to examine. Indonesian and Pacific earthquakes occurred after the retained Himalayan event, while the western Indian Ocean intermediary zones remained quiet.
This keeps a possible Ricochet response under investigation. Timing alone does not resolve the connection, particularly where local aftershock activity provides a strong explanation.
The wider overlapping 8 of 10 picture remains the more persistent pattern:
âSignificant plate movement in one area does not start and stop, but just keeps going.â
The chronology now extends through September 2â9. Previously active regions keep reactivating, M5-range releases continue, and several tectonic systems remain active within the same tracking period. The Mariana event adds another geographic sector to the latest window.
Within the ZetaTalk framework, the working assessment remains:
We may be at the cusp of tectonic Continental Drift.
The latest events sustain the continuity assessment. They do not yet establish an increase in continental displacement speed.
Above, persistent nighttime heat continues across several continents. Below, repeated seismic releases continue across multiple margins. These remain the two layers being compared within the ZetaTalk wobble framework, with regional easing in Lowell and Krakatau retained in the record.
Source links
Earthquakes:
https://earthquake.usgs.gov/earthquakes/eventpage/us7000tfxd
https://earthquake.usgs.gov/earthquakes/eventpage/us7000tfxg
https://earthquake.usgs.gov/earthquakes/eventpage/us7000tfy8
https://earthquake.usgs.gov/earthquakes/eventpage/us7000tfyn
https://earthquake.usgs.gov/earthquakes/eventpage/us7000tg06
https://earthquake.usgs.gov/earthquakes/eventpage/us7000tg12Heat:
https://bsky.app/profile/extremetemps.bsky.social/post/3muzwvwywbk24
https://bsky.app/profile/extremetemps.bsky.social/post/3mv27gjwvf224
https://bsky.app/profile/extremetemps.bsky.social/post/3mv3c5oklyk2t
https://bsky.app/profile/extremetemps.bsky.social/post/3mv3cqbqhrc2t
https://forecast.weather.gov/product.php?site=MEG&issuedby=MEM&...Lowell and Hawaii:
https://www.nhc.noaa.gov/text/refresh/HFOTCPCP4+shtml/090849.shtml
https://apnews.com/article/3ecb644ff75c5e96c474acec38582cb0Volcanoes:
https://www.bom.gov.au/products/Volc_ash_recent.shtml
https://www.usgs.gov/volcanoes/kilauea/volcano-updatesZetaTalk:
https://zetatalk.com/ning/31ag2026.html
https://www.zetatalk.com/7of10/7of10-87.htm
https://zetatalk.com/newsletr/issue362.htm
https://www.zetatalk.com/newsletr/issue827.htm
Š 2026 Created by Juan F Martinez.
Powered by
You need to be a member of Earth Changes and the Pole Shift to add comments!
Join Earth Changes and the Pole Shift