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Divya Krishnamoorthy, Houston, TX (2026)

03/05/2026

🚨Breaking news. Louisiana just had its strongest earthquake in nearly 14 years.

Early this morning, a magnitude 4.9 earthquake struck about 36 miles south southeast of Shreveport. It hit around 5:30 a.m. CST on March 5, 2026 and was very shallow, only about 5 km (3 miles) deep. That is why people felt it across northern Louisiana, east Texas and parts of Arkansas, even though early reports mention little structural damage so far.

For a state that almost never thinks about earthquakes, this is extreme. AccuWeather reports it is the strongest quake recorded in this part of Louisiana in decades and likely the largest on land in state history. Most Louisiana quakes are tiny and offshore.

Louisiana is supposed to be geologically quiet, far away from the San Andreas and the Pacific Ring of Fire. Underneath, though, it is built on thick, soft sediment from ancient rivers and the Gulf. Those layers can shake more when a quake hits, and shallow events send their energy straight into homes, roads and pipelines with almost no chance to fade out.

This is also not the first tremor. Since early December, the same broader region in northwestern Louisiana has had a series of smaller quakes in the 2.6 to 3.1 magnitude range. Today’s 4.9 is sitting on top of that pattern, which looks more like a short sequence than a single random jolt that came out of nowhere.

I am watching USGS and regional seismic data in real time. If there are aftershocks, if the sequence continues, or if any significant damage starts to appear in reports, I will break it down here for you with clear maps and numbers.

Share this so more people know, and follow for fast, verified earthquake updates.

02/26/2026

🚨A mud volcano just erupted in Colombia

On February 25, 2026, a mud volcano erupted near San Juan de Urabá, on Colombia’s Caribbean coast. Videos from the area show thick mud and gas blasting out of the earth, with flames visible at the vent. For people standing nearby, it looked like lava and fire under their feet.

But this is not a lava volcano. A mud volcano is driven by mud, water and gas under pressure in the subsurface. In this region, there are methane-rich sediments. When pressure builds and finds a weak point, the mud and gas can erupt upward. If that methane gas ignites when it hits the air, you get those dramatic flames above what looks like a boiling pool of mud.

Officials say there are no human injuries, but animals were killed, and authorities ordered evacuations around the vent to protect residents from further explosions of mud or gas. The Urabá region already has multiple mud volcanoes, so the phenomenon itself is not new, but this event was strong enough and close enough to communities that it triggered real fear and immediate response.

Mud volcanoes are reminders that the ground can fail and erupt in ways that most people never think about. They are not driven by magma, but they can still bury land, kill animals, damage property and ignite fires when gas escapes.

I will be following Colombian geological and local reports to see if this mud volcano stays active, if new vents open, and how authorities handle the risk.

Share this with someone who saw the viral clips and thought it was lava, and follow for real-time updates.

02/02/2026

🚨 Breaking news from Northern California.

A magnitude 4.2 earthquake hit near San Ramon just after 7:00 a.m. Pacific Time on February 2, 2026, at a depth of about 9.4 km. People in the San Ramon–Dublin area reported a solid jolt and short rattling. On its own, a 4.2 is a moderate event for California. What makes this different is what happened in the next 90 minutes.

The USGS past-24-hours feed shows that this part of the East Bay went from almost quiet to about 30 earthquakes in roughly 90 minutes after the 4.2. Over the full 24-hour window, the San Ramon / Dublin region shows 44 quakes, and 21 of them are magnitude 2.5 or higher. Across all of California, there are about 140 earthquakes in the same 24 hours – so nearly one-third of the state’s recorded activity is packed into this one cluster.

This is classic seismic clustering. Instead of one big mainshock and a simple aftershock decay, the crust in a small region starts to release stress in many small slips. On the map you see a tight patch of dots along a fault trend, all firing within hours of each other. That is exactly what we are seeing now on the Calaveras side of the Bay Area fault network. It is not on the main San Andreas, but it is part of the same broader plate-boundary system under the East Bay.

Share this video, and follow for real-time, verified earthquake updates.

01/30/2026

🚨 MONTANA EARTHQUAKE –M4.2 NEAR GREAT FALLS

Montana just had a magnitude 4.2 earthquake near Great Falls. USGS lists the event on January 29, 2026 at about 12:41 p.m. Mountain Time, with the epicenter about 8 km northeast of Black Eagle and roughly 12 km northeast of Malmstrom Air Force Base, at a shallow depth. For people in the area, this is strong enough to feel – a jolt, a rumble, maybe a few things rattling – even though it is not a large quake in global terms.

First question everyone asks: “Is this Ring of Fire?” The answer is no. Montana is far inland, on the interior of the North American plate, not on the Pacific subduction boundary. But that does not mean it is safe or inactive. Central and western Montana are crossed by their own fault zones. One of the major structures is the Great Falls Tectonic Zone, a long belt of faults and shear zones that slices across central Montana. It is an old, deep weakness in the crust, and modern stress can still find and reactivate parts of it.

The northern Rockies also have a serious earthquake history. The 1959 Hebgen Lake earthquake near Yellowstone (M7.2–7.5) is a classic example: a huge inland quake that triggered landslides, devastated a campground and created Quake Lake. Events like that prove that this part of North America can produce major earthquakes away from the coast.

So this 4.2 is not a disaster, but it is a reminder that Montana and the Yellowstone region stay active in different ways – through intraplate quakes, uplift, swarms and slow deformation.

My next video will show how this fits with current Yellowstone uplift and seismic data, and where the main inland faults run across Montana and the Rockies.

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01/22/2026

🚨ALASKA RING OF FIRE: VOLCANO ALERTS AND EARTHQUAKES TOGETHER

In the last 48 hours, the Alaska Volcano Observatory has kept Great Sitkin Volcano at WATCH / ORANGE, confirming that lava is still actively erupting inside the summit crater. This eruption has been going on since 2021, slowly filling the crater with new lava. Small local earthquakes continue to be recorded near the volcano, a sign that magma is still moving and the system is not done yet.

Shishaldin Volcano is currently at ADVISORY / YELLOW. After its recent eruptive episodes, AVO reports many small earthquakes and ongoing unrest beneath the cone. That means the volcano is above background and being watched closely in case it ramps back into eruption.

On top of this volcanic unrest, USGS just reported two tectonic earthquakes along Alaska’s broader arc: a magnitude 4.1 quake near Denali National Park on January 21 and a magnitude 3.9 quake near Ugashik on January 22 on the Alaska Peninsula. These are not huge quakes, but they are strong enough to be noticed and they sit on the same subduction system that feeds the Aleutian volcano chain.

I am tracking AVO bulletins, USGS earthquake catalogs, satellite imagery and webcams in real time. If alert levels change, if ash clouds form, or if new quakes hit the same zones, I will explain it here with real data.

Share this with someone who lives in or flies over Alaska, and follow for real-time, verified updates.

01/22/2026

🚨 NEW EARTHQUAKE ALERT – NORTHERN CALIFORNIA

USGS reports a magnitude 4.3 earthquake at 11:28 p.m. PT on January 21, 2026, about 94 km (58 miles) west of Ferndale, California, at a depth of 8.4 km. This is an offshore event near the Mendocino Triple Junction, where the San Andreas Fault, the Mendocino Fault and the Gorda plate boundary all meet. That area is one of the most seismically active zones on the West Coast.

Right now there are no tsunami warnings and no major damage reports, but this part of the coast is important to watch because it connects Northern California fault systems with the Cascadia Subduction Zone to the north.

I am checking USGS catalogs and regional seismic data now. If this 4.3 turns into a small sequence or connects with other activity along the coast, I will post a full map based breakdown very soon.

Share this short and subscribe if you want real time, verified earthquake updates for California and the rest of the Ring of Fire.

01/21/2026

🚨CALIFORNIA 264 EARTHQUAKES IN 24 HRS: Jan 21, 2026

In my last update, the USGS map window I was tracking in California showed around 98 earthquakes in 24 hours. Now the same region is showing 264 earthquakes in the last 24 hours. That is almost three times as many events in the same time window, and most of them are small, shallow quakes lining up along known fault trends.

In a place like California, small earthquakes are normal. Southern California alone averages thousands of micro quakes every year. What is different here is the jump in count inside a focused area and the way the pattern is starting to look like a classic seismic cluster.

This kind of pattern tells you the crust in that zone is under high stress and is actively rearranging energy. Instead of one big break and then a decay, the system is creaking and slipping in many small steps.

I am monitoring the USGS catalog every hour, looking for changes in cluster location, depth and magnitude. If this swarm calms down, I will say that. If it intensifies or produces a stronger shock, I will post a full breakdown with maps and timelines so you can see exactly what changed.

Share this video so more people in California see what is happening under their feet, and subscribe if you want real time, verified earthquake updates.

01/19/2026

🚨ALERT: S4 SEVERE SOLAR RADIATION STORM – STRONGEST IN 20 YEARS

NOAA’s Space Weather Prediction Center has confirmed an S4 Severe solar radiation storm in progress on January 19, 2026. Their bulletin says radiation levels measured by GOES satellites have climbed into the Severe category on the NOAA scale and that this is the largest solar radiation storm since the October 2003 “Halloween” event. On top of that, the impact of a coronal mass ejection has pushed Earth into a G4 Severe geomagnetic storm, powerful enough to disturb GPS, HF radio and high latitude power systems.

This storm was triggered by multiple X class solar flares from a hyperactive sunspot, which launched a strong CME straight toward us. Now that it has arrived, the sky is responding. Auroras (northern lights) are already being reported far from the usual polar zones and NOAA’s forecasts show potential visibility as far south as parts of the United States, Europe and maybe even closer to the tropics if the field orientation stays favorable.

This level of storm does not automatically “collapse GPS and the power grid,” but it absolutely can degrade navigation, cause radio blackouts at high latitudes and make life difficult for satellite operators and grid controllers.

I am following NOAA SWPC, space weather dashboards and real time aurora maps so you do not have to. Comment your city below and tell me if you see auroras tonight. A long exposure on your phone or camera can reveal more than your eyes can see.

Share this and follow if you want fast, verified updates on this solar storm, impact zones and the current Ring of Fire situation.

ejection

01/19/2026

India just recorded a significant earthquake in Ladakh. According to the National Center for Seismology, a magnitude 5.7 earthquake struck near Leh, Ladakh at 11:51 a.m. IST on January 19, 2026, with the epicenter located at a depth of about 171 km. That depth makes it an intermediate depth event inside the subducting or colliding slab, not a shallow surface rupture, which is why it was felt over a wide region but early reports are not showing major damage yet.

Even so, the location matters. Ladakh sits in the Himalayan collision zone, where the Indian plate is still driving into the Eurasian plate. This boundary is one of the most stressed and hazardous plate interfaces on Earth. Research on the northwestern Himalaya has warned that this broader region has enough stored strain to produce future earthquakes of magnitude 8 or larger along the Main Himalayan Thrust. The 5.7 today is not that earthquake, but it is a reminder that the system is active and that stress is still rearranging deep below the mountains.

I am pulling data from NCS and international catalogs, plus published Himalayan studies, to build a full breakdown of this event and its context. That video will cover past Himalayan megathrust earthquakes, current seismic gaps and what the science really says about “the next big one” in this region.

Share this video and follow so you do not miss the next critical update.

01/18/2026

🚨BREAKING NEWS: SAN ANDREAS FAULT UNDER PRESSURE

This morning, January 18, 2026, at 6:54 a.m. Pacific, USGS and the Southern California Seismic Network recorded a magnitude 3.6 earthquake near Johannesburg, California. The official report puts it about 15 km west southwest of Johannesburg at a depth of roughly 4 km, which means this was a shallow event in the upper crust.

On paper, a 3.6 is a small quake, but the location matters. This corridor sits within the Eastern California Shear Zone, east of the main San Andreas Fault, where the Pacific and North American plates share part of their motion. It is the same broader region that produced the 2019 Ridgecrest earthquakes, including a magnitude 7.1 mainshock that shook much of California.

In California, stress does not disappear. It moves along connected faults. Every small event is a little piece of that movement. USGS estimates that Southern California alone gets around 10,000 earthquakes per year, so small quakes by themselves are normal. What I look for is how they line up in space and time. When shallow quakes like this keep appearing in the same zone, especially along or near known faults, the pattern starts to become more interesting than any single magnitude number.

I am checking more data now: nearby microquakes, any short sequences before and after this 3.6, and whether other parts of the system are lighting up at the same time. I will post a full update on the pattern if things escalates.

Share this so more people in California see what is happening under their feet today, and follow for real time, verified earthquake updates, not random fear posts.

01/18/2026

🚨Alaska’s Ring of Fire is active

The Alaska Volcano Observatory currently has three volcanoes on alert at the same time, all sitting on the Aleutian arc.

First, Great Sitkin Volcano. Lava has been slowly erupting inside its summit crater since 2021, filling most of the crater with a thick flow. As of January 17, 2026, AVO lists Great Sitkin at WATCH with an ORANGE aviation color code. That means the eruption is still ongoing and ash is possible if activity changes, even though seismicity is low right now.

Next, Shishaldin. On January 14, AVO detected a jump in long-period earthquakes beneath the volcano. That triggered an upgrade from NORMAL to ADVISORY, and the aviation color code went from GREEN to YELLOW. There is no fresh lava or ash at the surface yet, but the number of small quakes tells scientists the system is restless enough to watch closely.

Then Pavlof. In the same week, increased earthquake activity under Pavlof led AVO to raise its status to ADVISORY / YELLOW as well. Recent updates say no major surface activity has been spotted, but unrest continues, which is why the higher alert level remains.

I am watching AVO bulletins, tremor plots, satellites and webcams in real time. If Shishaldin or Pavlof move from unrest to eruption, or if Great Sitkin’s eruption style shifts, I will explain it here with real data.

Share this with someone who loves volcanoes or flies over Alaska, and follow for fast, verified Ring of Fire updates.

01/17/2026

🚨MAYON JUST HIT HIGHEST SULFUR EMISSIONS IN 15+ YEARS

Mayon volcano in Albay, Philippines is sending a very clear message right now.

On January 16, 2026, PHIVOLCS reported that sulfur dioxide emissions from Mayon averaged 4,970 tonnes per day, the highest value recorded since 2010. That is not a small jump. It is a record spike in gas output for this eruption cycle, and it is happening while Alert Level 3 remains in place, meaning a magmatic eruption is already under way.

Sulfur dioxide is one of the main gases released by rising magma. When those emissions climb into the thousands of tonnes per day, it usually means that fresh magma is shallow, that gas is escaping strongly through the summit, and that the internal plumbing is under real pressure. Mayon is not quietly sleeping. It is actively degassing and reshaping its summit lava dome. Local reports over the last few days have already listed rockfalls coming off the dome, pyroclastic density currents on the slopes and a volcano that is literally glowing at night.

I am watching the same PHIVOLCS bulletins, satellite views and gas numbers that volcanologists use. If the sulfur stays this high, if tremor and PDC counts spike again, or if Mayon’s alert level changes, you will see it broken down here in real time with clear language and real data.

Share this with someone who is following the Ring of Fire updates, and follow if you want Mayon updates straight from the official sources.

Divya Krishnamoorthy

03/05/2026

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