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17/09/2026

🌋🌊 ICELAND SEISMIC WATCH — QUICK GIST 👀

📅 15–17 SEPTEMBER 2026 — UTC

🔴 REYKJANES RIDGE
• Offshore swarm began late 15 Sep, ~55 km SW of Eldey
• Nearly 50 earthquakes by midday 16 Sep
• Three events above M3
• Strongest currently reviewed event: M3.3
• Preliminary M2-class activity continued into 17 Sep
• This sector has had repeated swarms in recent months

🧊 LANGJÖKULL
• Separate M4.2 earthquake on 15 Sep
• Widely felt in Southwest Iceland
• A few aftershocks followed
• No tremor detected
• IMO specialist assessment treats the main event as M4.2 despite overlapping M4.3/M4.2 catalogue entries

🌋 SVARTSENGI
• Uplift and magma accumulation continue
• ~5 cm uplift over the previous three months
• Seismicity remains low overall
• IMO hazard assessment unchanged

⚠️ IMPORTANT
These are distinct monitored areas and processes. IMO has not reported evidence directly linking the current episodes.

Busy feed ≠ one connected volcanic event.

🔗 Full breakdown + context: link in bio

Science first. Verification second. Context always. Prediction never.

17/09/2026

🇮🇳🌏 KARNATAKA SEISMIC WATCH — FRESH M3.7 IN VIJAYAPURA / BASAVANA BAGEWADI, INSIDE A REPEATEDLY ACTIVE LOCAL POCKET 👀

A fresh shallow earthquake has now been reviewed by NCS this morning in the Basavana Bagewadi–Vijayapura sector of Karnataka.

📅 17 SEPTEMBER 2026 — IST

🔴 NCS — REVIEWED

• M3.7
• 05:34:30 IST
• 10 km depth
• ~16.656°N, 76.022°E
• Vijayapura district, Karnataka

The magnitude itself is modest.

👀 But this location has history.

Several earthquakes in the NCS catalogue have occurred within only a few tens of kilometres of today’s epicentre.

Among the closer recent examples:

🔴 10 JUNE 2026
M3.0 | 5 km depth
~16.5 km away

🔴 1 FEBRUARY 2026
M2.9 | 5 km depth
~14.6 km away

🔴 22 FEBRUARY 2026
M2.8 | 10 km depth
~22 km away

And the recurrence goes farther back.

During October 2025, several small earthquakes were recorded across the wider Vijayapura sector, including:

🔴 16 OCTOBER — M3.4
~20 km from today’s epicentre

🔴 22 OCTOBER — M3.2
Only about 15 km away

But perhaps the most interesting comparison comes from Karnataka’s own earthquake catalogue.

📍 On 6 November 2021, an M1.9 near Basavana Bagewadi occurred only about 9–10 km from today’s location.

Other small earthquakes were also documented around Vijayapura and Basavana Bagewadi during that period of activity in 2021.

So today’s M3.7 is not appearing in a completely unfamiliar location.

It has occurred inside a sector that has repeatedly produced small earthquakes over the past several years.

⚠️ That does not mean a larger earthquake is coming.

Small-earthquake recurrence alone cannot tell us when, where or whether a stronger earthquake will follow.

And at this stage, catalogue locations alone are not enough to confidently assign today’s earthquake to one specific fault or mechanism.

For now, the scientifically useful point is simpler:

🔥 Vijayapura / Basavana Bagewadi has moved again — close to several previously documented epicentres.

We will continue watching for any further NCS revisions and for additional events in the same pocket.

Science first. Verification second. Context always. Predi

16/09/2026

🇳🇵🌏 WESTERN NEPAL SEISMIC WATCH — BAJURA MOVES AGAIN 👀

A fresh shallow M2.6 has appeared in western Nepal — only ~26 km from the 12 September NCS epicentre we were already watching.

📅 16 SEPTEMBER 2026 — UTC

🔴 NCS — REVIEWED
• M2.6
• 20:57:28 UTC
• 10 km depth
• ~29.435°N, 81.451°E
• Bajura sector, Nepal

👀 NOW LOOK AT THE NEARBY ACTIVITY.

🔴 12 SEP — NEPAL
M3.2 | 15 km depth
📍 ~26 km away

🔴 15 SEP — NEPAL
M4.5 | 81 km depth
📍 ~39 km away

🔴 15 SEP — NEPAL
M4.0 | 98 km depth
📍 ~48 km away

🔥 In just over four days, NCS has reviewed four earthquakes within roughly 50 km of this fresh western Nepal epicentre.

But the important scientific detail is the depth:

10 km → 15 km → 81 km → 98 km

⚠️ That is a huge spread.

So these earthquakes should not automatically be treated as one shallow swarm or repeated rupture of one fault.

Nepal’s official NEMRC also gives somewhat different solutions for the two M4-class events, listing them as M4.5 ML and M4.2 ML in the Mugu sector.

The safest description:

👉 recurrent seismicity across the same broader western Nepal sector — but at very different depths and with some agency-location differences.

The fresh M2.6 itself is small.

Its significance here is context, not magnitude.

👀 Bajura and the surrounding western Nepal Himalayan sector keep returning to the catalogues.

That deserves watching — but it does not prove these earthquakes are connected, and it provides no basis for predicting a larger earthquake.

We watch the coordinates.
We watch the depths.
We wait for reviewed data — not predictions.

Science first. Verification second. Context always. Prediction never.

16/09/2026

🇮🇳🌏 TIBET–SIKKIM–NEPAL HIMALAYAN WATCH — ANOTHER EARTHQUAKE INSIDE THE SAME COMPACT POCKET 👀

A fresh NCS-reviewed M3.5 has appeared just north of the Sikkim–Nepal Himalayan sector.

📅 16 SEPTEMBER 2026 — UTC

🔴 NCS — REVIEWED
• M3.5
• 17:28:03 UTC
• 10 km depth
• ~28.023°N, 87.818°E
• Tibet
• ~82 km NNW of Yuksom, Sikkim

👀 NOW LOOK AT THE NEARBY ACTIVITY.

🔴 13 SEP — NEPAL
M4.2 | 70 km depth
📍 ~30 km away

🔴 16 SEP — NEPAL
M2.9 | 30 km depth
📍 ~41 km away

🔴 10 SEP — TIBET
M3.7 | 30 km depth
📍 ~44 km away

🔴 9 SEP — TIBET
M3.1 | 20 km depth
📍 ~47 km away

🔥 Within roughly eight days, NCS has reviewed multiple earthquakes within ~47 km of this fresh M3.5 epicentre.

But there is an important scientific catch:

⚠️ THE DEPTHS ARE VERY DIFFERENT.

10 km → 20 km → 30 km → 70 km

So this should not automatically be described as one shallow swarm or repeated rupture of one fault.

A more careful description:

👉 recurrent seismicity within the same broader Himalayan sector, but at markedly different depths.

There is another interesting geographic reference.

The fresh M3.5 lies roughly 64 km from the China-reported epicentre of the 7 January 2025 Dingri M6.8 earthquake.

USGS lists that same 2025 earthquake as M7.1 Mww.

⚠️ Geographic proximity does not prove that the fresh event is an aftershock or that these earthquakes are directly connected.

Small earthquakes are common across this tectonically active Himalayan–southern Tibetan region, and this activity does not tell us when or where a larger earthquake will occur.

👀 For now, the same Tibet–eastern Nepal–Sikkim sector keeps returning to the NCS catalogue.

We watch the coordinates.
We watch the depths.
We wait for reviewed data — not predictions.

Science first. Verification second. Context always. Prediction never.

16/09/2026

🇮🇳🌏 ARUNACHAL PRADESH SEISMIC WATCH — FRESH M3.7 IN BICHOM, ONLY ~7 KM FROM ANOTHER RECENT NCS EPICENTRE 👀

A fresh shallow earthquake has been manually located tonight in the Nafra / Bichom sector of Arunachal Pradesh.

📅 16 SEPTEMBER 2026 — IST

🔴 NCS-origin solution carried by EMSC — MANUAL

• M3.7
• 22:26:28 IST
• 10 km depth
• ~27.478°N, 92.819°E
• Nafra EAC / Bichom, Arunachal Pradesh

The magnitude itself is modest.

👀 But the location has recent company.

On 8 September, NCS reviewed another earthquake at:

🔴 M2.9
• 10 km depth
• ~27.540°N, 92.817°E

📍 That epicentre was only about 6.9 km from tonight’s M3.7.

And notably, both solutions carry a 10-km depth.

The wider Bichom–East Kameng sector has also produced several additional small earthquakes during recent months.

Among the more recent surrounding events:

🔴 6 SEP — BICHOM
M2.5 | 10 km depth

🔴 2 SEP — EAST KAMENG
M2.9 | 5 km depth

🔴 12 SEP — EAST KAMENG
M3.0 | 5 km depth

So tonight’s earthquake is not occurring in a completely quiet or unfamiliar seismic sector.

The standout comparison remains the 8 September M2.9, because its epicentre lies only about 7 km away.

⚠️ IMPORTANT CONTEXT

This does not mean a larger earthquake is imminent.

Several small earthquakes occurring across the same broader region are consistent with its active tectonic setting, but they cannot currently tell us when, where or whether a stronger earthquake will follow.

Also, the recent activity farther north near the Arunachal–Tibet border should not automatically be treated as part of the same sequence.

These are separate locations, and there is presently no evidence demonstrating a direct causal connection.

16/09/2026

🇮🇳🌏 ASSAM SEISMIC WATCH — FRESH M2.5 RECORDED IN BAKSA THIS AFTERNOON

A fresh shallow earthquake has been confirmed in the Baksa sector of Assam, about 76 km NNW of Guwahati.

📅 16 SEPTEMBER 2026 — IST

🔴 NCS — REVIEWED
M2.5 | 16:38:52 IST | 5 km depth
~26.744°N, 91.362°E | Baksa, Assam

The earthquake is small, but the broader Assam catalogue gives the location some useful context.

👀 There is previous activity in the wider neighbourhood. On 27 June 2026, NCS reviewed an M2.8 near Nalbari at ~26.525°N, 91.523°E and 5 km depth. That epicentre was approximately 29 km from today’s Baksa location.

That is close enough to be useful regional context, but not close enough to describe the two as a tight repeating earthquake pocket. Today’s event is better viewed as another small earthquake within the broader north-bank Assam sector.

There is another distinction worth making. The M3.3 Udalguri earthquake of 14 September, also reviewed by NCS, occurred at ~26.752°N, 92.277°E and 5 km depth.

📍 Today’s Baksa epicentre is roughly 91 km west of that Udalguri event.

So although Assam has recorded these earthquakes only a couple of days apart, they should not be presented as one compact sequence.

⚠️ M2.5 is a small earthquake. Its occurrence by itself does not indicate that a larger earthquake is coming, and individual small earthquakes cannot be used to predict future seismic activity.

For us, the useful part is continuing to document where these small reviewed events are appearing across Assam — and whether genuinely tight location recurrence begins to emerge.

Science first. Verification second. Context always. Prediction never. 🌏

16/09/2026

🇮🇳🌏 KARNATAKA SEISMIC WATCH — FRESH M2.5 IN BALLARI, ONLY ~4 KM FROM ANOTHER NCS-REVIEWED EVENT 👀

A fresh small seismic event has been manually located this afternoon in the Sandur / Ballari sector of Karnataka.

📅 16 SEPTEMBER 2026 — IST

🔴 NCS-origin solution carried by EMSC — MANUAL

• M2.5
• 13:48:15 IST
• 5 km depth
• ~15.108°N, 76.646°E
• Sandur / Ballari, Karnataka

The magnitude is small.

👀 But the location has recent company.

NCS reviewed an M2.6 on 27 January 2026 at ~15.080°N, 76.670°E and 5 km depth.

📍 That epicentre was only about 4 km from today’s location.

Other nearby catalogue events include:

🔴 14 AUG — BALLARI
M2.9 | 5 km depth | ~12 km away

🔴 18 AUG — BALLARI
M2.2 | 5 km depth | ~19 km away

🔴 18 AUG — VIJAYANAGAR
M2.7 | 5 km depth | ~38 km away

So there has been a noteworthy run of small catalogue events across the wider Ballari–Sandur–Vijayanagar sector.

👀 A stronger regional event also occurred on 10 September.

NCS reviewed an M3.6 near Kurnool, Andhra Pradesh, at 8 km depth.

But at roughly 86 km from today’s event, it should NOT be treated as evidence of the same local sequence.

⚠️ IMPORTANT CAUTION

Sandur is a major mining region, and Karnataka’s seismic monitoring network also records and analyses quarry-blast signals.

That matters here.

A catalogue depth of 5 km alone does not prove whether today’s signal was tectonic or related to human activity.

Until a reviewed solution or state-level analysis clarifies the source, jumping to either conclusion would be premature.

For now:

✅ Fresh M2.5 signal
✅ Several nearby 2026 catalogue events
✅ NCS-reviewed M2.6 only ~4 km away in January
❌ Proof of one tectonic sequence — not established

We keep watching for the reviewed solution and any KSNDMC update.

Science first. Verification second. Context always. Prediction never.

16/09/2026

🇮🇳🇳🇵🌏 SIKKIM–EASTERN NEPAL SEISMIC WATCH — ANOTHER EARTHQUAKE IN THE TAPLEJUNG BORDER SECTOR 👀

A fresh M2.9 has been manually located this afternoon in the Phaktanglung / Taplejung–Sikkim border region.

📅 16 SEPTEMBER 2026 — IST

🔴 NCS-origin via EMSC — MANUAL
• M2.9
• 13:52:48 IST
• 30 km depth
• ~27.837°N, 88.175°E

The magnitude is small.

👀 The recurrence is more interesting.

On 13 September, NCS reviewed an M4.2 at 70 km depth beneath eastern Nepal.

📍 Today’s M2.9 lies only about 22.6 km from that epicentre.

And there are more nearby events:

🔴 20 AUG — M3.2 — 70 km
Only 9.6 km from the later M4.2 and ~26.3 km from today’s M2.9.

🔴 27 AUG — M3.2 — 10 km
~27.483°N, 88.008°E

🔴 29 AUG — M2.8 — 50 km
Only about 9.6 km from the 27 August M3.2 and ~25 km from the later M4.2.

So several recent epicentres have appeared within the same broader eastern Nepal–Sikkim sector.

There has also been activity farther east on the Sikkim side:

🔴 12 SEP — Gangtok — M1.5 — 18 km

That event was about 66 km from today’s M2.9, so it belongs to the wider regional picture rather than the same tighter epicentral grouping.

⚠️ Important: these earthquakes span very different depths — roughly 10 to 70 km.

That means we should not automatically call this one swarm, one fault sequence or one connected episode.

No official source we have checked has established such a connection.

Meanwhile, NCS also reviewed two stronger earthquakes today much farther west in Nepal:

🔴 M4.5 — 81 km
🔴 M4.0 — 98 km

Those are hundreds of kilometres away and should be treated separately.

So for now:

Repeated eastern Nepal–Sikkim seismicity — yes.
Repeated nearby epicentres — yes.
Evidence of one escalating swarm — not established.

We keep watching.

Science first. Verification second. Context always. Prediction never.

16/09/2026

🌊🌪️ BAY OF BENGAL WATCH — MODELS SIGNAL A FRESH BAY SYSTEM, BUT CYCLONE DEVELOPMENT IS NOT CONFIRMED 👀

📅 16 SEPTEMBER 2026

A fresh Bay of Bengal system is worth watching in the 19–24 September window.

The forecast animation we analysed develops a broad circulation near the Andaman Sea / eastern Bay, then tightens while moving west-northwest toward the south Odisha–north Andhra Pradesh sector.

🔴 IMD / RSMC NEW DELHI

IMD’s 10 September extended-range outlook said a fresh upper-air cyclonic circulation could develop/emerge over the North Andaman Sea and adjoining Thailand around 20 September, then move northwestward as a cyclonic circulation or low-pressure area toward the south Odisha–north Andhra coast around 22 September.

Some model runs cited by IMD were more aggressive:

• ECMWF — circulation ~19 Sep, low ~21 Sep, possible depression later ~24 Sep
• NCEP GFS — circulation/low ~19 Sep, possible depression thereafter
• IMD GFS / NCUM — fresh circulation signal around 20–21 Sep

🔥 THE SIGNAL IS WORTH WATCHING — BUT IT IS NOT A CYCLONE YET.

The latest RSMC Tropical Weather Outlook based on 0300 UTC on 15 September gives NIL probability of depression formation through 168 hours.

JTWC also currently lists no North Indian Ocean tropical cyclone or disturbance.

So right now:

❌ No named cyclone
❌ No depression
❌ No JTWC disturbance
❌ No RSMC cyclogenesis probability above NIL

But:

👀 A legitimate multi-model signal in IMD’s 10 September outlook for a fresh circulation emerging from the Andaman Sea sector — with some models developing it into a low-pressure area.

👀 IMD carries the system northwestward toward the south Odisha–north Andhra sector.

👀 Some earlier model runs attempted to deepen it more aggressively.

⚠️ RSMC also identifies a separate existing circulation over the northwest Bay near north Odisha–West Bengal. That should not be merged with the potential fresh Andaman Sea system.

A tightly wound model depiction is still only a forecast. Later runs can strengthen, weaken, shift, delay or remove the system entirely.

👀 19–24 SEPTEMBER IS THE WINDOW TO WATCH.

🌊 BAY

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