A 5.3-magnitude earthquake struck Bangladesh, causing tremors across several regions and raising concerns about potential damage and aftershocks. Authorities are assessing the impact on infrastructure and local communities, while residents report feeling strong shaking. The quake highlights the seismic vulnerability of the region and the need for preparedness and timely response to natural disasters.


Bangladesh Earthquake: 5.3 Magnitude Quake Strikes Bangladesh

Strong earthquake tremors were felt in Kolkata and surrounding areas on Friday (Feb 27). Preliminary seismic data estimated between 5.3 and 5.5 on the Richter scale. The epicentre is located in neighbouring Bangladesh, near Khulna which is close to the India-Bangladesh border. The region is about 26 km southeast of Taki, West Bengal.

<blockquote class="twitter-tweet" data-media-max-width="560">A 5.4-magnitude earthquake struck south-west of Bangladesh, with tremors strongly felt in Kolkata, West Bengal. Residents rushed out of their homes in panic. Video: news agency ANI <a href="https://t.co/ohOF57hi6Z">pic.twitter.com/ohOF57hi6Z</a>&mdash; WION (@WIONews) <a href="https://twitter.com/WIONews/status/2027298772972343327?ref_src=twsrc%5Etfw">February 27, 2026</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

The Bangladesh Meteorological Department (BMD) has reported the quake to be of 5.4 magnitude. The tremor was reported around 1:30 PM IST and was recorded southwest of the BMD Seismic Centre in Dhaka's Agargaon, it said.The USGS said the earthquake was located at latitude 22.451°N and longitude 89.139°E, at a depth of 9.8 kilometres.People were seen gathering in open spaces in Kolkata shortly after the tremors were felt.&nbsp;Recounting the moment, Swagata, a Kolkata resident, said that the sofa and fan in their room were visibly shaking, after which they had to rush downstairs to open spaces. "We were sitting on our sofa when we suddenly felt the tremors. We rushed out of our house. The sofa and fan were shaking, and a bottle kept on a table fell down. All of us have rushed downstairs," she said.&nbsp;Shallow earthquakes are generally more dangerous than deep earthquakes. This is because the seismic waves from shallow earthquakes have a shorter distance to travel to the surface, resulting in stronger ground shaking and potentially more damage to structures and greater casualties. Earthquakes can occur anywhere between the Earth's surface and about 700 kilometres below the surface. For scientific purposes, this earthquake depth range of 0 - 700 km is divided into three zones: shallow, intermediate, and deep, as per USGS data. Shallow earthquakes are between 0 and 70 km deep; intermediate earthquakes, 70 - 300 km deep; and deep earthquakes, 300 - 700 km deep. In general, the term "deep-focus earthquakes" is applied to earthquakes deeper than 70 km, the USGS states.&nbsp;Earlier today, an earthquake of magnitude 2.7 on the Richter Scale struck Namchi in Sikkim, the National Center for Seismology (NCS) said.According to the NCS, the earthquake occurred at 12:02:43 IST at a depth of 5 kilometres and the epicentre was located at latitude 27.36 N and longitude 88.37 E."EQ of M: 2.7, On: 27/02/2026 12:02:43 IST, Lat: 27.36 N, Long: 88.37 E, Depth: 5 Km, Location: Namchi, Sikkim," the NCS stated in a post on X.&nbsp;(With agency inputs)

Strong earthquake tremors were felt in Kolkata and surrounding areas on Friday (Feb 27). Preliminary seismic data estimated between 5.3 and 5.5 on the Richter scale.

Strong earthquake tremors were felt in Kolkata and surrounding areas on Friday (Feb 27). Preliminary seismic data estimated between 5.3 and 5.5 on the Richter scale. The epicentre is located in neighbouring Bangladesh, near Khulna which is close to the India-Bangladesh border. The region is about 26 km southeast of Taki, West Bengal.

Strong earthquake tremors were felt in Kolkata and surrounding areas on Friday (Feb 27). Preliminary seismic data estimated between 5.3 and 5.5 on the Richter scale.

Strong earthquake tremors felt in Kolkata, epicenter in Bangladesh

Severe flooding and mudslides have devastated Arequipa, Peru, burying vehicles and causing roads to collapse. Heavy rains have isolated communities, disrupted transportation, and damaged homes, prompting emergency crews to assist stranded residents. Authorities declared a state of emergency in affected districts, warning that continued rainfall could worsen the situation. The disaster highlights the region’s vulnerability to extreme weather and urgent need for recovery efforts.


Peru floods crisis expands nationwide, country declares state of emergency 

The North Anatolian Fault (NAF) beneath the Marmara Sea near Istanbul, Turkey, hasn't had a major quake in more than 250 years. Stress is building right underneath it, while surrounding sections have ruptured towards the west, triggering devastating earthquakes. Researchers from the Institute of Science Tokyo used electromagnetic "x-rays" and were able to map the "invisible" structure of this fault. The 3D model reveals high-stress zones where tectonic plates are physically jammed together. The study was published in the journal Geology. Many scientists believe this section under the Marmara Sea is most likely the site of the next major earthquake. Istanbul is merely miles away, and sits in the eye of the storm. This map is a race against time to predict exactly where the crust will finally snap. For years, scientists have tried to create a detailed structure of the fault below the Marmara Sea. In the absence of a clear picture, the ability to accurately identify where future earthquakes might begin has remained limited.<h2>3D map of the North Anatolian Fault’s resistivity</h2>Dr. Yasuo Ogawa, Professor Emeritus and Research Fellow at the Multidisciplinary Resilience Research Center, Institute of Integrated Research and Dr. Tülay Kaya-Eken, Assistant Professor at Boğaziçi University, Türkiye, investigated the section under the Marmara Sea to remove the gap in knowledge. Together they were able to create the first full three-dimensional (3D) model of this crucial subsurface area. Using magnetotellurics—a technique that measures subtle changes in Earth’s electric and magnetic fields—they built the first 3D map of the North Anatolian Fault’s "resistivity." They identified areas where the rock is rigid (high resistivity) and where it is weakened by fluids (low resistivity). This helped them locate "locked" zones where immense stress has built up. These boundaries are likely where the next major rupture will begin, providing a new blueprint for disaster mitigation in Turkey.Also Read: <a href="https://www.wionews.com/trending/major-catastrophe-unfolding-in-antarctica-as-hundreds-of-earthquakes-slam-doomsday-glacier-1767680441864">Major catastrophe unfolding in Antarctica as hundreds of earthquakes slam Doomsday Glacier</a>Also Read: <a href="https://www.wionews.com/trending/120km-wide-tsunami-wave-triggered-by-kamchatka-earthquake-captured-by-nasa-from-space-1766638468766">NASA captures 120km-wide tsunami wave triggered by Kamchatka earthquake from space</a><h2>Identifying location of future megathrust earthquakes</h2>“We believe the resistive anomalies observed signify regions of stress accumulation, shedding light on the ongoing processes of fault mechanics at play in this critical region,” Ogawa said. Referring to their findings, the researchers believe future large earthquakes may begin at the boundaries where weaker and stronger sections of the crust meet or along the edges of highly resistive zones. Ogama added, "Our results can be used to estimate the location and potential magnitude of future megathrust earthquakes, with significant implications for disaster prevention and mitigation."

Turkey could be on the verge of a devastating earthquake triggered by a fault line that remained invisible for the longest time. A study has found that this region has been building stress for centuries, and when it is released, Turkey might bear the brunt.

The North Anatolian Fault (NAF) beneath the Marmara Sea near Istanbul, Turkey, hasn't had a major quake in more than 250 years. Stress is building right underneath it, while surrounding sections have ruptured towards the west, triggering devastating earthquakes. Researchers from the Institute of Science Tokyo used electromagnetic "x-rays" and were able to map the "invisible" structure of this fault. The 3D model reveals high-stress zones where tectonic plates are physically jammed together. The study was published in the journal Geology. Many scientists believe this section under the Marmara Sea is most likely the site of the next major earthquake. Istanbul is merely miles away, and sits in the eye of the storm. This map is a race against time to predict exactly where the crust will finally snap. For years, scientists have tried to create a detailed structure of the fault below the Marmara Sea. In the absence of a clear picture, the ability to accurately identify where future earthquakes might begin has remained limited. 3D map of the North Anatolian Fault’s resistivity Dr. Yasuo Ogawa, Professor Emeritus and Research Fellow at the Multidisciplinary Resilience Research Center, Institute of Integrated Research and Dr. Tülay Kaya-Eken, Assistant Professor at Boğaziçi University, Türkiye, investigated the section under the Marmara Sea to remove the gap in knowledge. Together they were able to create the first full three-dimensional (3D) model of this crucial subsurface area. Using magnetotellurics—a technique that measures subtle changes in Earth’s electric and magnetic fields—they built the first 3D map of the North Anatolian Fault’s "resistivity." They identified areas where the rock is rigid (high resistivity) and where it is weakened by fluids (low resistivity). This helped them locate "locked" zones where immense stress has built up. These boundaries are likely where the next major rupture will begin, providing a new blueprint for disaster mitigation in Turkey. Also Read: Major catastrophe unfolding in Antarctica as hundreds of earthquakes slam Doomsday Glacier Also Read: NASA captures 120km-wide tsunami wave triggered by Kamchatka earthquake from space Identifying location of future megathrust earthquakes “We believe the resistive anomalies observed signify regions of stress accumulation, shedding light on the ongoing processes of fault mechanics at play in this critical region,” Ogawa said. Referring to their findings, the researchers believe future large earthquakes may begin at the boundaries where weaker and stronger sections of the crust meet or along the edges of highly resistive zones. Ogama added, "Our results can be used to estimate the location and potential magnitude of future megathrust earthquakes, with significant implications for disaster prevention and mitigation."

Turkey could be on the verge of a devastating earthquake triggered by a fault line that remained invisible for the longest time. A study has found that this region has been building stress for centuries, and when it is released, Turkey might bear the brunt.

'Invisible' fault line silent for centuries could trigger the next mega earthquake in THIS region

An earthquake of magnitude 6.8 struck off the coast of Indonesia’s Talaud Islands on Saturday, the German Research Center for Geosciences (GFZ) said. The quake was at a depth of 77 km (47.85 miles), it added. The Indonesian geophysics agency BMKG reported a reading of 7.1 magnitude at a depth of 17 km. It also reported a few subsequent quakes. BMKG said the quakes do not have the potential to trigger tsunami waves.&nbsp;Though there were no immediate reports of damage, some people in Manado on the northern tip of Sulawesi island said the quake was felt strongly in their area.&nbsp;Indonesia straddles the so-called Pacific Ring of Fire, an area of high seismic activity where multiple tectonic plates meet and earthquakes are frequent.&nbsp;Also Read: <a href="https://www.wionews.com/world/iran-vows-crackdown-on-protests-issues-death-penalty-warning-with-enemies-of-god-charge-1768060851170">Iran vows crackdown on protests, issues death penalty warning with ‘Enemies of God’ charge</a><h2>Indonesia records first ‘super ’flu’-linked death</h2>&nbsp;Meanwhile, a hospital in Bandung, West Java, has reported Indonesia’s first death linked to the so-called super flu, as health authorities step up surveillance to contain the virus.The term super flu refers to the H3N2 influenza A variant known as subclade K, which has been spreading globally since the last quarter of 2025.&nbsp;Also Read: <a href="https://www.wionews.com/india-news/owaisi-shares-dream-of-hijab-clad-pm-bjp-says-don-t-try-to-become-local-mamdani-1768043421235">Owaisi shares dream of hijab-clad PM; BJP says, ‘Don’t try to become local Mamdani’</a>&nbsp;Subclade K, representing a significant evolution in the H3N2 virus, was first identified by the United States Centers for Disease Control and Prevention (CDC) in August 2025 and has since been reported in more than 80 countries.&nbsp;Yovita Hartantri, head of the New and Re-emerging Infectious Diseases Team at Hasan Sadikin Regional Hospital in Bandung, said the hospital has treated 10 patients with influenza A subclade K between September and November last year.&nbsp;&nbsp;“Among the 10 patients, there were two infants aged nine months and one year, one child aged 11, and the majority were adults aged 20–60, with two patients over 60,” she said on Thursday.“One patient admitted to intensive care passed away, but the death was associated with multiple comorbidities, including stroke, heart failure and a kidney infection,” Yovita said.&nbsp;&nbsp;Also Read: <a href="https://www.wionews.com/india-news/ed-moves-sc-over-interference-from-mamata-govt-in-i-pac-raids-bengal-files-caveat-1768053801749">ED moves SC over ‘interference’ from Mamata govt in I-PAC raids, Bengal files caveat</a>&nbsp;The Hasan Sadikin Regional Hospital recorded a surge in influenza A cases since August 2025, which peaked in October before gradually declining in November.&nbsp;Indonesian health authorities are closely monitoring the situation while urging the public, particularly high-risk groups like children, the elderly, and those with underlying health conditions, to remain vigilant.

Though the Indonesian geophysics agency BMKG reported a reading of 7.1 magnitude at a depth of 17 km, and a few subsequent quakes, there were no immediate reports of damage. However, some people in Manado on the northern tip of Sulawesi island, said the quake was felt strongly in their area.

An earthquake of magnitude 6.8 struck off the coast of Indonesia’s Talaud Islands on Saturday, the German Research Center for Geosciences (GFZ) said. The quake was at a depth of 77 km (47.85 miles), it added. The Indonesian geophysics agency BMKG reported a reading of 7.1 magnitude at a depth of 17 km. It also reported a few subsequent quakes. BMKG said the quakes do not have the potential to trigger tsunami waves. Though there were no immediate reports of damage, some people in Manado on the northern tip of Sulawesi island said the quake was felt strongly in their area. Indonesia straddles the so-called Pacific Ring of Fire, an area of high seismic activity where multiple tectonic plates meet and earthquakes are frequent. Also Read: Iran vows crackdown on protests, issues death penalty warning with ‘Enemies of God’ charge Indonesia records first ‘super ’flu’-linked death Meanwhile, a hospital in Bandung, West Java, has reported Indonesia’s first death linked to the so-called super flu, as health authorities step up surveillance to contain the virus. The term super flu refers to the H3N2 influenza A variant known as subclade K, which has been spreading globally since the last quarter of 2025. Also Read: Owaisi shares dream of hijab-clad PM; BJP says, ‘Don’t try to become local Mamdani’ Subclade K, representing a significant evolution in the H3N2 virus, was first identified by the United States Centers for Disease Control and Prevention (CDC) in August 2025 and has since been reported in more than 80 countries. Yovita Hartantri, head of the New and Re-emerging Infectious Diseases Team at Hasan Sadikin Regional Hospital in Bandung, said the hospital has treated 10 patients with influenza A subclade K between September and November last year. “Among the 10 patients, there were two infants aged nine months and one year, one child aged 11, and the majority were adults aged 20–60, with two patients over 60,” she said on Thursday. “One patient admitted to intensive care passed away, but the death was associated with multiple comorbidities, including stroke, heart failure and a kidney infection,” Yovita said. Also Read: ED moves SC over ‘interference’ from Mamata govt in I-PAC raids, Bengal files caveat The Hasan Sadikin Regional Hospital recorded a surge in influenza A cases since August 2025, which peaked in October before gradually declining in November. Indonesian health authorities are closely monitoring the situation while urging the public, particularly high-risk groups like children, the elderly, and those with underlying health conditions, to remain vigilant.

Though the Indonesian geophysics agency BMKG reported a reading of 7.1 magnitude at a depth of 17 km, and a few subsequent quakes, there were no immediate reports of damage. However, some people in Manado on the northern tip of Sulawesi island, said the quake was felt strongly in their area.

6.8 magnitude earthquake strikes off Indonesia’s Talaud Islands

A 6.7 magnitude earthquake struck 68 km (42 miles) east of Baculin in the Philippines, at a depth of 10 km (6 miles) on Wednesday, the U.S. Geological Survey (USGS) said. Philippine seismology agency Phivolcs said damage and aftershocks were expected from the offshore tremor. There were no immediate reports of damage or injuries from the earthquake. "It was not that strong, but people rushed outside," said Joey Monato, the local police chief of the southern town of Hinatuan in Surigao del Sur province. watch the full video to know more on this!

Philippines Earthquake: Powerful 6.7-Magnitude Earthquake Hits Philippines, Buildings Tremble 

A strong earthquake struck southern and central Mexico on Friday, interrupting President Claudia Sheinbaum’s first press briefing of the new year as seismic alarms sounded, and leaving at least 2 people dead.

Mexico Earthquake: Two Killed After 6.5 Magnitude Quake Jolts State of Guerrero

A 6.5-magnitude earthquake hit Mexico City on Friday (January 2), as confirmed by the national seismological service, following a tremor felt across the entire capital


Breaking | Mexico earthquake: 6.5-magnitude quake near Mexico city

From a powerful 7.7 magnitude earthquake that rocked Central Myanmar in March 2025 to a once-in-12,000-year volcanic eruption in Ethiopia’s Afar region, planet Earth has been under immense stress IN 2025
What exactly is happening beneath our feet?
Is Earth trying to tell us something?
On our special year-end episode, we revisit the seismic events that shook the world in 2025 and explore whether 2026 will be any better.

Inside Seismic Shifts & Rumblings | Will There Be More Earthquakes in 2026?

Turkiye has recorded more than 53,000 earthquakes in 2025, averaging six tremors every hour, making it one of the country’s most seismically active years on record, according to experts and official data. While most earthquakes were minor, several were strong enough to cause structural damage. Balıkesir province saw unprecedented activity, including two magnitude 6.1 quakes, while a powerful 6.2 tremor off the coast of Istanbul renewed concerns about the safety of the megacity. Despite low casualties, experts warn that aging buildings, active fault lines and gaps in public preparedness leave Turkiye highly vulnerable. Calls are growing for faster urban transformation, stricter planning and nationwide disaster awareness training to reduce risks ahead of the next major quake. 

Turkey Hit by Over 53,000 Earthquakes in 2025, Averaging 6 an Hour 

Taiwan was hit by a powerful 7.0 magnitude earthquake, with the epicenter located near Yilan and no immediate damage or injuries were reported.


7.0 Magnitude Earthquake Strikes Taiwan, No Reports of Casualties or Damage So Far

Taiwan Earthquake: Panic Grip Residents After Late Night Quake, Tremors Shake Island Nation

A massive earthquake of magnitude 7.0 on the Richter Scale struck Taiwan on Saturday, according to the country's weather agency, reported news agency AFP.

BREAKING: Massive Earthquake of Magnitude 7 Jolts Taiwan, Buildings Shake in Taipei

A 6.1 magnitude earthquake struck Taiwan’s southeastern Taitung County on Wednesday (December 24), according to the island’s weather agency, though no immediate damage was reported. The tremor shook buildings in the capital, Taipei, and had a depth of 11.9 km (7.39 miles). Located near the meeting point of two tectonic plates, Taiwan is highly prone to earthquakes. In 2016, a quake in southern Taiwan claimed over 100 lives, while a powerful 7.3 magnitude quake in 1999 caused more than 2,000 deaths.&nbsp;Also Read: <a href="https://www.wionews.com/world/yearender-2025-the-year-of-wars-tariff-turmoil-and-climate-disasters-1766568207775">Yearender 2025: The year of wars, tariff turmoil, and climate disasters</a>&nbsp;Taiwan Semiconductor Manufacturing Company (TSMC) reported that the recent earthquake did not meet the threshold necessary to trigger factory evacuations across the island. Taiwan, located at the meeting point of two tectonic plates, is frequently affected by seismic activity. The Central Weather Administration issued alerts for several regions, including Taipei, Kaohsiung, Taichung, and Tainan. The quake's intensity was recorded at a level four on Taiwan's seven-level scale in the counties of Hualien and Pingtung.<h2>Earthquakes do's and don'ts</h2><ul><li>Repair deep plaster cracks in ceilings and foundations. Get expert advice if there are signs of structural defects.</li><li>Anchor overhead lighting fixtures to the ceiling.</li><li>Follow the BIS codes relevant to your area for building standards</li><li>Fasten shelves securely to walls.</li><li>Place large or heavy objects on lower shelves.</li><li>Do not move from where you are. However, move away from buildings, trees, streetlights, and utility wires.</li><li>DROP to the ground; take COVER by getting under a sturdy table or other piece of furniture; and HOLD ON until the shaking stops. If there is no table or desk near you, cover your face and head with your arms and crouch in an inside corner of the building.</li><li>Protect yourself by staying under the lintel of an inner door, in the corner of a room, under a table, or even under a bed.</li><li>Stay away from glass, windows, outside doors and walls, and anything that could fall (such as lighting fixtures or furniture).</li></ul>

Earthquake of 6.1 magnitude hits Taiwan, second in a week

A 6.1 magnitude earthquake struck Taiwan’s southeastern Taitung County on Wednesday (December 24), according to the island’s weather agency, though no immediate damage was reported. The tremor shook buildings in the capital, Taipei, and had a depth of 11.9 km (7.39 miles). Located near the meeting point of two tectonic plates, Taiwan is highly prone to earthquakes. In 2016, a quake in southern Taiwan claimed over 100 lives, while a powerful 7.3 magnitude quake in 1999 caused more than 2,000 deaths. Also Read: Yearender 2025: The year of wars, tariff turmoil, and climate disasters Taiwan Semiconductor Manufacturing Company (TSMC) reported that the recent earthquake did not meet the threshold necessary to trigger factory evacuations across the island. Taiwan, located at the meeting point of two tectonic plates, is frequently affected by seismic activity. The Central Weather Administration issued alerts for several regions, including Taipei, Kaohsiung, Taichung, and Tainan. The quake's intensity was recorded at a level four on Taiwan's seven-level scale in the counties of Hualien and Pingtung. Earthquakes do's and don'ts Repair deep plaster cracks in ceilings and foundations. Get expert advice if there are signs of structural defects. Anchor overhead lighting fixtures to the ceiling. Follow the BIS codes relevant to your area for building standards Fasten shelves securely to walls. Place large or heavy objects on lower shelves. Do not move from where you are. However, move away from buildings, trees, streetlights, and utility wires. DROP to the ground; take COVER by getting under a sturdy table or other piece of furniture; and HOLD ON until the shaking stops. If there is no table or desk near you, cover your face and head with your arms and crouch in an inside corner of the building. Protect yourself by staying under the lintel of an inner door, in the corner of a room, under a table, or even under a bed. Stay away from glass, windows, outside doors and walls, and anything that could fall (such as lighting fixtures or furniture).

A 6.1-magnitude earthquake struck Taiwan's Taitung County, shaking Taipei. No immediate damage has been reported. Taiwan is prone to quakes due to tectonic plates

Japan faces one of its most alarming earthquake forecasts as experts warn of powerful future quakes capable of causing mass casualties. From the looming Nankai Trough megaquake to urban vulnerability in Tokyo, scientists say the nation must prepare for worst-case scenarios.

Japan Earthquake: Japan's Darkest Predictions: Preparing for Mass Fatalities

Japan faces one of its most alarming earthquake forecasts as experts warn of powerful future quakes capable of causing mass casualties. From the looming Nankai Trough megaquake to urban vulnerability in Tokyo, scientists say the nation must prepare for worst-case scenarios.


Dramatic CCTV footage of shaking cars, malls, and offices followed Monday’s 7.6 quake off Japan’s northern coast. With 33 injured and 90,000 evacuated, officials now issue a stark week-long alert for more strong quakes. A new government report warns that a Tokyo megaquake could kill 18,000 people and cause over $535 billion in damage. Why is Japan at such extreme risk? What does the new forecast reveal? And how close is the “big one”? Watch the full breakdown of Japan’s most chilling earthquake warning yet.


Japan megaquake warning! Tokyo could lose 18,000 lives, danger of massive tsunami

A powerful 7.6-magnitude earthquake struck 84 km ENE of Misawa, Japan, triggering strong tremors across the region. Authorities are assessing damage as emergency services remain on high alert. Join us LIVE!


Japan earthquake: PM Takaichi calls on residents to remain alert

A powerful 7.6-magnitude earthquake struck 84 km ENE of Misawa, Japan, triggering strong tremors across the region. Authorities are assessing damage as emergency services remain on high alert.

Japan Tsunami: Massive 7.6-Magnitude Quake Slams Japan, At Least 23 Injured

A powerful 7.6-magnitude earthquake has struck off Japan’s northern coast, prompting an urgent tsunami warning. Authorities say waves up to three meters could hit parts of Hokkaido, Aomori, and Iwate. Residents along the coastline are being urged to move to higher ground immediately. Here’s the latest on the quake, the tsunami threat, and safety measures now underway.

Japan Issues Tsunami Warning After Massive 7.6 Earthquake Hits Northern Coast 

Japanese Meteorological Agency says a powerful earthquake struck off the coast of northern Japan, triggering a tsunami alert. The agency said the magnitude 7.2 quake struck off the coast of Hokkaido, near the coastal city of Aomori with an epicenter about 50 kilometers (about 30 miles) below the sea surface.


Breaking: Japan issues tsunami alert as 7. 6 magnitude earthquake hits off northern coast

The entire Himalayan region was recently classified into the newly introduced highest-risk Zone VI in the newly released and revised seismic hazard map. More than 60 per cent of the country is under moderate to high earthquake risk zones. Earlier, in October, a <a href="https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2025GL118555">study </a>flagged the risk of massive earthquakes in the Himalayas, stating that the region could witness two high-intensity quakes in the future. KM Sreejith and his team measured both horizontal and vertical surface displacements to understand megathrust transitions, and "moment deficit and the spatial distribution of fault locking." Studying a stretch of approximately 800 km along the Himalayas revealed that the region is at risk of increased seismic hazard and could witness two 8.8 moment magnitude (Mw) earthquakes. Rishav Mallick, Eric J Fielding, MCM Jasir, Mark Simons and Ritesh Agrawal were also part of the research team.&nbsp;The researchers noted in the study titled "Geodetic Insights to the Himalayan Megathrust Kinematics Unravel Increased Earthquake Hazard" that the <a href="https://www.wionews.com/india-news/why-does-delhi-experience-frequent-earthquakes-all-you-need-to-know-1752125662260">earthquakes </a>will release "interseismic strain" accumulated over 500-700 years. "The present analysis with improved geodetic observations and models suggests higher convergence and wider locking width for the Himalayan megathrust, implying an increased seismic hazard," the authors wrote.Also Read: <a href="https://www.wionews.com/india-news/new-seismic-map-shifts-himalayan-region-into-high-risk-earthquake-zone-1764327866827">New seismic map shifts Himalayan region into high-risk earthquake zone</a>&nbsp;"Earlier Himalayan studies relied only on horizontal velocities from Global Navigational Satellite Systems, leaving details of how the megathrust transitions from locked to steady interseismic creep poorly constrained," they stated. But the latest method allowed for "measurements of both horizontal and vertical surface displacements."Also Read: <a href="https://www.wionews.com/trending/nasa-astronaut-shares-photo-of-himalayas-and-cloudy-india-from-space-can-you-spot-everest-1760355595969">NASA astronaut shares photo of Himalayas and 'cloudy' India from space. Can you spot Everest?</a>Also Read: <a href="https://www.wionews.com/trending/what-keeps-the-mighty-himalayas-aloft-study-debunks-100-year-old-theory-1759145723932">Himalayas are not standing on Indian and Eurasian plates alone, as a secret third layer is revealed</a>&nbsp;https://www.wionews.com/videos/himalayas-due-for-a-megaquake-soon-1764353817589/embed<h2>Land under Himalayas is slowly rising upwards</h2>The researchers measured how the Earth’s surface in the Himalayas is moving right now using precise radar and satellite-based tools. They found that, over large parts of the "higher Himalayas," the land is slowly rising vertically, at a rate of about 5 to 8 millimetres per year, or about 0.5 to 0.8 metres every century. While this might not sound like much, it is a continuous process, proving that the Himalayas are still active. <a href="https://www.wionews.com/trending/scientists-reveal-ghost-under-oman-forcibly-changed-india-s-direction-40-million-years-ago-1752313684421">Tectonic forces</a> are pushing and deforming the crust in real time today. This slow rise and deformation have led to stress being accumulated along the big fault zone under the mountains, which is the Main Himalayan Thrust. Scientifically speaking, this activity could lead to a massive earthquake.&nbsp;

An analysis of approximately 800 kilometre area near the Himalayas has revealed that the region is at risk of not one but two 8.8 magnitude earthquakes. This is because of the land rising vertically and the resultant stress that is being accumulated underneath.

The entire Himalayan region was recently classified into the newly introduced highest-risk Zone VI in the newly released and revised seismic hazard map. More than 60 per cent of the country is under moderate to high earthquake risk zones. Earlier, in October, a study flagged the risk of massive earthquakes in the Himalayas, stating that the region could witness two high-intensity quakes in the future. KM Sreejith and his team measured both horizontal and vertical surface displacements to understand megathrust transitions, and "moment deficit and the spatial distribution of fault locking." Studying a stretch of approximately 800 km along the Himalayas revealed that the region is at risk of increased seismic hazard and could witness two 8.8 moment magnitude (Mw) earthquakes. Rishav Mallick, Eric J Fielding, MCM Jasir, Mark Simons and Ritesh Agrawal were also part of the research team. The researchers noted in the study titled "Geodetic Insights to the Himalayan Megathrust Kinematics Unravel Increased Earthquake Hazard" that the earthquakes will release "interseismic strain" accumulated over 500-700 years. "The present analysis with improved geodetic observations and models suggests higher convergence and wider locking width for the Himalayan megathrust, implying an increased seismic hazard," the authors wrote. Also Read: New seismic map shifts Himalayan region into high-risk earthquake zone "Earlier Himalayan studies relied only on horizontal velocities from Global Navigational Satellite Systems, leaving details of how the megathrust transitions from locked to steady interseismic creep poorly constrained," they stated. But the latest method allowed for "measurements of both horizontal and vertical surface displacements." Also Read: NASA astronaut shares photo of Himalayas and 'cloudy' India from space. Can you spot Everest? Also Read: Himalayas are not standing on Indian and Eurasian plates alone, as a secret third layer is revealed https://www.wionews.com/videos/himalayas-due-for-a-megaquake-soon-1764353817589/embed Land under Himalayas is slowly rising upwards The researchers measured how the Earth’s surface in the Himalayas is moving right now using precise radar and satellite-based tools. They found that, over large parts of the "higher Himalayas," the land is slowly rising vertically, at a rate of about 5 to 8 millimetres per year, or about 0.5 to 0.8 metres every century. While this might not sound like much, it is a continuous process, proving that the Himalayas are still active. Tectonic forces are pushing and deforming the crust in real time today. This slow rise and deformation have led to stress being accumulated along the big fault zone under the mountains, which is the Main Himalayan Thrust. Scientifically speaking, this activity could lead to a massive earthquake.

An analysis of approximately 800 kilometre area near the Himalayas has revealed that the region is at risk of not one but two 8.8 magnitude earthquakes. This is because of the land rising vertically and the resultant stress that is being accumulated underneath.

700 years of built-up stress could trigger two Mw 8.8 earthquakes in Himalayas, study warns

India introduces a new earthquake preparedness system aimed at enhancing disaster response and minimizing casualties. The system leverages advanced monitoring, early warning technology, and real-time alerts to help authorities and citizens respond swiftly to seismic activity.

India Brings New System To Better Prepare For Earthquakes

India Brings New System to Better Prepare for Earthquakes 

Scientists have introduced a new “Himalayan Quake Bomb” risk classification system, warning that several sections of the Himalayas may be far more vulnerable to major earthquakes than previously believed. This video explains how the new system works, which zones are now considered high-risk, and what this means for millions living across India, Nepal, Bhutan, Pakistan and China. Experts say preparedness is more urgent than ever.

Himalayan Quake Bomb: New Earthquake Risk Classification System

India has released a revised seismic hazard map as part of an updated Earthquake Design Code, marking a major overhaul in earthquake risk assessment. For the first time, the entire Himalayan region has been classified into the newly introduced highest-risk Zone VI, reflecting the region’s increasing vulnerability. This update, one of the most substantial shifts in seismic policy in decades, now places more than 60% of the country under moderate to high earthquake risk zones. Previously, the Himalayan arc was split between Zones IV and V, but the new approach offers a unified risk profile for the region, which had previously been underestimated due to the long absence of major earthquakes along fault lines, especially in the central Himalayas.<h2>Why the Himalayas are a danger zone?</h2>The Himalayas are classified as the highest seismic risk zone due to their position on one of the most active tectonic plate boundaries in the world. The Indian Plate is slowly moving northward at a rate of approximately 5 cm per year, colliding with the Eurasian Plate. This ongoing collision not only formed the Himalayas but continues to push the mountain range upward, causing significant stress beneath the Earth’s surface. When this stress is released, it results in powerful earthquakes.&nbsp;Also Read: <a href="https://www.wionews.com/world/cyclone-ditwah-claims-56-lives-in-sri-lanka-pm-modi-announces-dispatch-of-relief-material-1764328769867">Cyclone Ditwah claims 56 lives in Sri Lanka; PM Modi announces dispatch of relief material</a>&nbsp;Additionally, the geological youth of the region means the rocks are still adjusting, with frequent folding and breaking, which contributes to the instability of the area. Several large fault systems, including the Main Frontal Thrust and Main Central Thrust, are found beneath the Himalayas and are capable of producing devastating earthquakes. The region also has several seismic gaps, areas where major earthquakes have not occurred for centuries—indicating that significant energy has accumulated and is due for release.<h3>What's new in the revised zonation?</h3>The updated seismic map takes into account new data about earthquake risk, including the potential for rupture propagation along the Himalayan Frontal Thrust, which extends the danger zones into areas like Dehradun. Key changes also involve reclassifying regions in the outer Himalayas, where fault lines could trigger earthquakes that impact populated foothill areas.&nbsp;In this new map, boundary towns between seismic zones are now automatically classified into the higher-risk zone, ensuring that geological realities are prioritized over administrative borders. This shift ensures that cities, towns, and infrastructure in vulnerable regions are designed with stricter engineering standards to minimize earthquake damage.&nbsp;The updated map reflects the ongoing tectonic activity between the Indian and Eurasian plates, particularly in densely populated regions like Uttarakhand, Himachal Pradesh, and parts of Uttar Pradesh. As a result, the map calls for urgent retrofitting of existing infrastructure, halting urban development on soft sediments or near active faults, and heightened awareness for earthquake preparedness. Experts praise this uniform approach as a critical step toward improving disaster resilience, especially as urbanisation continues to expand in these seismic hotspots. The new map, based on advanced modeling techniques, is a call to action for recalibrating India’s preparedness for seismic events across the nation.

New seismic map shifts Himalayan region into high-risk earthquake zone

India has released a revised seismic hazard map as part of an updated Earthquake Design Code, marking a major overhaul in earthquake risk assessment. For the first time, the entire Himalayan region has been classified into the newly introduced highest-risk Zone VI, reflecting the region’s increasing vulnerability. This update, one of the most substantial shifts in seismic policy in decades, now places more than 60% of the country under moderate to high earthquake risk zones. Previously, the Himalayan arc was split between Zones IV and V, but the new approach offers a unified risk profile for the region, which had previously been underestimated due to the long absence of major earthquakes along fault lines, especially in the central Himalayas. Why the Himalayas are a danger zone? The Himalayas are classified as the highest seismic risk zone due to their position on one of the most active tectonic plate boundaries in the world. The Indian Plate is slowly moving northward at a rate of approximately 5 cm per year, colliding with the Eurasian Plate. This ongoing collision not only formed the Himalayas but continues to push the mountain range upward, causing significant stress beneath the Earth’s surface. When this stress is released, it results in powerful earthquakes. Also Read: Cyclone Ditwah claims 56 lives in Sri Lanka; PM Modi announces dispatch of relief material Additionally, the geological youth of the region means the rocks are still adjusting, with frequent folding and breaking, which contributes to the instability of the area. Several large fault systems, including the Main Frontal Thrust and Main Central Thrust, are found beneath the Himalayas and are capable of producing devastating earthquakes. The region also has several seismic gaps, areas where major earthquakes have not occurred for centuries—indicating that significant energy has accumulated and is due for release. What's new in the revised zonation? The updated seismic map takes into account new data about earthquake risk, including the potential for rupture propagation along the Himalayan Frontal Thrust, which extends the danger zones into areas like Dehradun. Key changes also involve reclassifying regions in the outer Himalayas, where fault lines could trigger earthquakes that impact populated foothill areas. In this new map, boundary towns between seismic zones are now automatically classified into the higher-risk zone, ensuring that geological realities are prioritized over administrative borders. This shift ensures that cities, towns, and infrastructure in vulnerable regions are designed with stricter engineering standards to minimize earthquake damage. The updated map reflects the ongoing tectonic activity between the Indian and Eurasian plates, particularly in densely populated regions like Uttarakhand, Himachal Pradesh, and parts of Uttar Pradesh. As a result, the map calls for urgent retrofitting of existing infrastructure, halting urban development on soft sediments or near active faults, and heightened awareness for earthquake preparedness. Experts praise this uniform approach as a critical step toward improving disaster resilience, especially as urbanisation continues to expand in these seismic hotspots. The new map, based on advanced modeling techniques, is a call to action for recalibrating India’s preparedness for seismic events across the nation.

India’s new seismic map elevates the Himalayas to the highest earthquake risk zone, signaling urgent infrastructure updates and disaster preparedness across vulnerable areas

Five major volcanoes have erupted within just 72 hours, unleashing shockwaves across the planet. Scientists are now probing whether the surge in global seismic activity — including 1,400 earthquakes in Indonesia in just 30 days — signals a deeper planetary warning.


Five giants blow: The 72-hour eruption shockwave; Is the planet warning us?

A series of earthquakes hit near Gilroy, located southeast of San Jose, early Wednesday (November 26) morning, according to the US Geological Survey (USGS). The first major tremor, with a magnitude of 4.0, hit east of Gilroy at approximately 6:15 am. Initially recorded as a 4.3 magnitude quake, it was later downgraded by the USGS. Just two minutes later, a 2.7 magnitude quake followed, followed by a third, measuring 3.9, at 6:20 a.m. The shaking was felt as far north as San Francisco, with the strongest tremors reported in the South Bay area. No immediate damage was reported at the time of writing this report.&nbsp;Flight tracking services, such as FlightAware, and the Federal Aviation Administration confirmed that there were no signs of disruptions to air travel at San Jose Mineta International Airport. On social media, many people shared their experiences, describing a sharp jolt from the quakes.&nbsp;Also Read: <a href="https://www.wionews.com/world/uk-budget-unveiled-early-from-two-child-benefit-cap-to-gambling-taxes-here-are-major-key-points-you-must-know-1764171760399">UK budget unveiled early: From two-child benefit cap to gambling taxes - here are major key points you must know</a><h2>Earthquakes do's and don'ts</h2><ul><li>Repair deep plaster cracks in ceilings and foundations. Get expert advice if there are signs of structural defects.</li><li>Anchor overhead lighting fixtures to the ceiling.</li><li>Follow BIS codes relevant to your area for building standards</li><li>Fasten shelves securely to walls.</li><li>Place large or heavy objects on lower shelves.</li><li>Do not move from where you are. However, move away from buildings, trees, streetlights, and utility wires.</li><li>DROP to the ground; take COVER by getting under a sturdy table or other piece of furniture; and HOLD ON until the shaking stops. If there is no a table or desk near you, cover your face and head with your arms and crouch in an inside corner of the building.</li><li>Protect yourself by staying under the lintel of an inner door, in the corner of a room, under a table or even under a bed.</li><li>Stay away from glass, windows, outside doors and walls, and anything that could fall, (such as lighting fixtures or furniture).</li></ul>

Earthquake of 4.0 magnitude hits California's San Jose

A series of earthquakes hit near Gilroy, located southeast of San Jose, early Wednesday (November 26) morning, according to the US Geological Survey (USGS). The first major tremor, with a magnitude of 4.0, hit east of Gilroy at approximately 6:15 am. Initially recorded as a 4.3 magnitude quake, it was later downgraded by the USGS. Just two minutes later, a 2.7 magnitude quake followed, followed by a third, measuring 3.9, at 6:20 a.m. The shaking was felt as far north as San Francisco, with the strongest tremors reported in the South Bay area. No immediate damage was reported at the time of writing this report. Flight tracking services, such as FlightAware, and the Federal Aviation Administration confirmed that there were no signs of disruptions to air travel at San Jose Mineta International Airport. On social media, many people shared their experiences, describing a sharp jolt from the quakes. Also Read: UK budget unveiled early: From two-child benefit cap to gambling taxes - here are major key points you must know Earthquakes do's and don'ts Repair deep plaster cracks in ceilings and foundations. Get expert advice if there are signs of structural defects. Anchor overhead lighting fixtures to the ceiling. Follow BIS codes relevant to your area for building standards Fasten shelves securely to walls. Place large or heavy objects on lower shelves. Do not move from where you are. However, move away from buildings, trees, streetlights, and utility wires. DROP to the ground; take COVER by getting under a sturdy table or other piece of furniture; and HOLD ON until the shaking stops. If there is no a table or desk near you, cover your face and head with your arms and crouch in an inside corner of the building. Protect yourself by staying under the lintel of an inner door, in the corner of a room, under a table or even under a bed. Stay away from glass, windows, outside doors and walls, and anything that could fall, (such as lighting fixtures or furniture).

A series of earthquakes near Gilroy, California, on Wednesday morning shook the South Bay and San Francisco areas, but caused no reported damage or travel disruptions

A 5.7‑magnitude earthquake struck near Narsingdi, Bangladesh, on November 21, 2025, at a depth of about 10 km, triggering panic as buildings in Dhaka swayed and some made-shift structures collapsed. 


Bangladesh Earthquake: 5.7 Magnitude Hits Bangladesh, Tremors Felt in Parts of India

A 5.7-magnitude earthquake struck Dhaka and several regions across Bangladesh, with tremors also felt in parts of India. The quake caused widespread panic as buildings swayed, prompting people to rush outdoors. Authorities are assessing potential damage and monitoring aftershocks, while residents report strong shaking across multiple districts. No major casualties have been confirmed yet, but evaluations are underway.


Bangladesh Earthquake: 5.7 Magnitude Hits Dhaka, Parts of Bangladesh and India

Discover the 10 largest earthquakes ever recorded in India, ranked by magnitude. From the devastating 1950 Assam–Tibet quake to the historic Bihar–Nepal earthquake, explore India’s most powerful seismic events with dates, locations, and impact details.

Discover the 10 largest earthquakes ever recorded in India, ranked by magnitude. From the devastating 1950 Assam–Tibet quake to the historic Bihar–Nepal earthquake, explore India’s most powerful seismic events with dates, locations, and impact details.

Top 10 biggest earthquakes ever Recorded in India (magnitude-wise)

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700 years of built-up stress could trigger two Mw 8.8 earthquakes in Himalayas

India Brings New System To Better Prepare For Earthquakes

India Brings New System to Better Prepare for Earthquakes