A state of emergency has been declared in Venezuela following twin earthquakes of 7.2 and 7.5 magnitudes that struck the country's northern coast on June 24, 2026. Acting President Delcy Rodríguez confirmed at least 32 fatalities and over 700 injuries, warning that these numbers are expected to rise as rescue teams continue to navigate the debris of collapsed buildings in La Guaira and Caracas.


Venezuela Earthquake: Venezuela Declares Emergency, High Death Toll Feared 

Venezuela Earthquake: At Least 32 Killed, 700 Injured in the Deadly Earthquake 

A state of emergency has been declared in Venezuela following a historic and deadly seismic doublet. On June 24, 2026, a 7.2 magnitude foreshock was followed just 39 seconds later by a massive 7.5 magnitude mainshock, triggering widespread panic and building collapses across Caracas and the Caribbean coast.


Venezuela Earthquake: Twin Powerful Quakes Rock Venezuela Within Just 39 Seconds

Northern Japan has been jolted by a powerful 6.9 magnitude earthquake, triggering emergency protocols across the Tohoku region. Striking during the Thursday morning rush hour, the quake caused significant shaking in Aomori and Iwate prefectures, leading to temporary train suspensions and power disruptions.


Japan Earthquake: Strong 6.9 Magnitude Earthquake Strikes Off Northern Japan 

A state of emergency has been declared in Venezuela after a historic, back-to-back earthquake event rocked the nation. On June 24, 2026, a 7.2 magnitude foreshock was followed less than a minute later by a 7.5 magnitude mainshock, causing massive structural damage across Caracas and surrounding states.

Venezuela Earthquake: Powerful Quakes Rock Venezuela, Buildings Collapse In Caracas 

Northern California has been shaken by its most powerful earthquake in 86 years. On June 24, 2026, a 5.6 magnitude tremor struck near Willits, Mendocino County, triggering emergency alerts for over 650,000 residents across the region. While the quake caused widespread disruption, including shattered household items, power outages, and minor injuries, officials have confirmed that the area avoided catastrophic structural failure.

California Earthquake: Strongest Northern California Quake Since 1940 Shakes Region 

A devastating pair of earthquakes struck Venezuela within seconds of each other, with a 7.2-magnitude foreshock followed by a stronger 7.5-magnitude mainshock. The powerful tremors triggered building collapses and severe damage in several Caracas neighborhoods.


Venezuela Earthquake: Rare 'Doublet' Quakes Strike, 7.5 Mainshock Follows 7.2 Foreshock

Venezuela was struck by a devastating seismic event: a powerful 7.5 magnitude mainshock preceded by a 7.2 magnitude foreshock just 39 seconds earlier. The tremors caused widespread destruction, with reports of collapsed buildings and heavy damage in Caracas, particularly in the Chacao, Altamira, and Los Palos Grandes areas.


Venezuela Earthquake: 7.5 Magnitude Mainshock Preceded by 7.2 Magnitude Foreshock

Two powerful earthquakes measuring 7.2 and 7.5 struck Venezuela on Wednesday evening, according to the United States Geological Survey (USGS).&nbsp;USGS said the 7.5 magnitude quake was the second event in a doublet sequence and occurred just 39 seconds after a 7.2 magnitude foreshock.&nbsp;The earthquakes, which caused building collapses in Caracas and were felt across neighbouring Colombia, struck less than a minute apart. Their epicentres were located about 45 kilometres from each other and occurred at different depths, according to USGS data.&nbsp;Also Read: <a href="https://www.wionews.com/world/famed-last-soldier-out-of-afghanistan-top-us-army-general-resigns-amid-hegseth-s-pentagon-purge-1782337135061">Famed 'last soldier out of Afghanistan', top US Army general resigns amid Hegseth's Pentagon purge</a><h2>Strong quake hits northern Japan</h2>A magnitude 6.9 earthquake struck northern Japan on Thursday, according to the country's weather agency, which said no tsunami warning had been issued.&nbsp;There were no immediate reports of significant damage.&nbsp;The quake occurred off the coast of Iwate in northern Japan, with the epicentre located at a depth of 50 kilometres, the Japan Meteorological Agency said.&nbsp;Video broadcast by public broadcaster NHK showed normal traffic conditions in Hachinohe city, with traffic signals continuing to operate without disruption.&nbsp;Japan is among the world's most earthquake-prone nations due to its location on four major tectonic plates along the Pacific Ring of Fire.&nbsp;The country experiences hundreds of earthquakes each year and accounts for roughly 18 per cent of global seismic activity.&nbsp;Earlier this year, a magnitude 7.7 earthquake struck waters off Iwate prefecture on April 20.&nbsp;The event prompted authorities to issue a special advisory warning of an elevated risk of earthquakes measuring magnitude 8.0 or higher. The advisory remained in effect for a week before being lifted.

A powerful 7.1 magnitude earthquake struck Venezuela, triggering panic in Caracas and sending tremors across neighbouring Colombia, with several aftershocks reported.

Two powerful earthquakes measuring 7.2 and 7.5 struck Venezuela on Wednesday evening, according to the United States Geological Survey (USGS). USGS said the 7.5 magnitude quake was the second event in a doublet sequence and occurred just 39 seconds after a 7.2 magnitude foreshock. The earthquakes, which caused building collapses in Caracas and were felt across neighbouring Colombia, struck less than a minute apart. Their epicentres were located about 45 kilometres from each other and occurred at different depths, according to USGS data. Also Read: Famed 'last soldier out of Afghanistan', top US Army general resigns amid Hegseth's Pentagon purge Strong quake hits northern Japan A magnitude 6.9 earthquake struck northern Japan on Thursday, according to the country's weather agency, which said no tsunami warning had been issued. There were no immediate reports of significant damage. The quake occurred off the coast of Iwate in northern Japan, with the epicentre located at a depth of 50 kilometres, the Japan Meteorological Agency said. Video broadcast by public broadcaster NHK showed normal traffic conditions in Hachinohe city, with traffic signals continuing to operate without disruption. Japan is among the world's most earthquake-prone nations due to its location on four major tectonic plates along the Pacific Ring of Fire. The country experiences hundreds of earthquakes each year and accounts for roughly 18 per cent of global seismic activity. Earlier this year, a magnitude 7.7 earthquake struck waters off Iwate prefecture on April 20. The event prompted authorities to issue a special advisory warning of an elevated risk of earthquakes measuring magnitude 8.0 or higher. The advisory remained in effect for a week before being lifted.

A powerful 7.1 magnitude earthquake struck Venezuela, triggering panic in Caracas and sending tremors across neighbouring Colombia, with several aftershocks reported.

Back to back earthquakes hit Venezuela, strongest reaches 7.5 magnitude

The Tōhoku earthquake that struck off the coast of Japan in 2011 significantly shifted some parts of the country from their current place, a study has found. This is the first time that an earthquake jolted a country into changing its position. A new analysis shows that at least one seismic wave from the massive earthquake was so intense that it travelled 2,900 kilometres inside Earth, to the boundary between Earth's mantle and liquid outer core, and shot upwards. GPS observations showed that Japan had shifted to the east by up to 5 to 6 millimetres. Seismologists think that this reflected wave was responsible for the movement. The findings have been published in Science.&nbsp;The Tōhoku earthquake triggered a massive tsunami and killed thousands. It remains one of the most studied natural disasters. The researchers studied the ScS signal, or the wave that returned from deep inside Earth, and was recorded by Japan's GNSS Earth Observation Network System (GEONET).&nbsp;<h2>GPS stations shifted after 2011 earthquake</h2>They found that some GPS stations in Japan were not in their original position and had shifted slightly eastward. Ideally, after an earthquake, the ground returns to its starting position. So the researchers believed it to be a glitch and tried correcting the data. Also Read: <a href="https://www.wionews.com/trending/japan-megaquake-tsunami-warning-what-it-would-be-like-1765516275400">100 foot tsunami, vigorous shaking: This is what a megaquake would look like in Japan, according to official projections</a>&nbsp;Surprisingly, it still showed a shift in the position of the stations. It could not be explained by any other event either, such as a large underwater landslide. This led them to conclude that the shift was real and permanent. It had occurred when the ScS wave arrived back in Japan after travelling to the core-mantle boundary. Was this wave responsible for the change?<h2>Models confirmed movement in Japan</h2>To know, the researchers created models recreating the wave. One of them showed that the shear wave that returned triggered a broad pulse of fault slip where the two tectonic plates met. This is what happens at the boundary between two tectonic plates during a megathrust earthquake, such as the one in Tōhoku. Also Read: <a href="https://www.wionews.com/trending/cascadia-fault-can-spawn-rare-magnitude-9-megathrust-earthquakes-a-new-technology-can-help-prepare-for-it-1751524344625">Can a magnitude 9 earthquake hit Earth? This fault has a history of terror tremors</a>&nbsp;When the faults were already under tremendous pressure from the main Tōhoku earthquake, the returning wave added to the stress. Despite being much weaker, it was able to push the faults, leading to a permanent shift. The ScS wave arrived across Japan at the same time, and so this synchronised pulse had the force to move the stressed plate boundaries. The researchers estimated that this event released energy almost equivalent to a magnitude 7.5 earthquake. If their findings are correct, it would be the first known example of a fault-slip event caused by a seismic wave reflected from the core-mantle boundary. &nbsp;

A seismic wave travelled inside Earth, bounced back and slammed into the faults that were already shaking from the 9-magnitude earthquake. This triggered portions of Japan to shift from their place permanently, scientists say.  

The Tōhoku earthquake that struck off the coast of Japan in 2011 significantly shifted some parts of the country from their current place, a study has found. This is the first time that an earthquake jolted a country into changing its position. A new analysis shows that at least one seismic wave from the massive earthquake was so intense that it travelled 2,900 kilometres inside Earth, to the boundary between Earth's mantle and liquid outer core, and shot upwards. GPS observations showed that Japan had shifted to the east by up to 5 to 6 millimetres. Seismologists think that this reflected wave was responsible for the movement. The findings have been published in Science. The Tōhoku earthquake triggered a massive tsunami and killed thousands. It remains one of the most studied natural disasters. The researchers studied the ScS signal, or the wave that returned from deep inside Earth, and was recorded by Japan's GNSS Earth Observation Network System (GEONET). GPS stations shifted after 2011 earthquake They found that some GPS stations in Japan were not in their original position and had shifted slightly eastward. Ideally, after an earthquake, the ground returns to its starting position. So the researchers believed it to be a glitch and tried correcting the data. Also Read: 100 foot tsunami, vigorous shaking: This is what a megaquake would look like in Japan, according to official projections Surprisingly, it still showed a shift in the position of the stations. It could not be explained by any other event either, such as a large underwater landslide. This led them to conclude that the shift was real and permanent. It had occurred when the ScS wave arrived back in Japan after travelling to the core-mantle boundary. Was this wave responsible for the change? Models confirmed movement in Japan To know, the researchers created models recreating the wave. One of them showed that the shear wave that returned triggered a broad pulse of fault slip where the two tectonic plates met. This is what happens at the boundary between two tectonic plates during a megathrust earthquake, such as the one in Tōhoku. Also Read: Can a magnitude 9 earthquake hit Earth? This fault has a history of terror tremors When the faults were already under tremendous pressure from the main Tōhoku earthquake, the returning wave added to the stress. Despite being much weaker, it was able to push the faults, leading to a permanent shift. The ScS wave arrived across Japan at the same time, and so this synchronised pulse had the force to move the stressed plate boundaries. The researchers estimated that this event released energy almost equivalent to a magnitude 7.5 earthquake. If their findings are correct, it would be the first known example of a fault-slip event caused by a seismic wave reflected from the core-mantle boundary.

A seismic wave travelled inside Earth, bounced back and slammed into the faults that were already shaking from the 9-magnitude earthquake. This triggered portions of Japan to shift from their place permanently, scientists say. &nbsp;

Single wave as intense as 7-magnitude earthquake bounced off Earth's core and shifted Japan

A new scientific discovery is drawing attention to the immense tectonic pressure building beneath parts of California. Researchers say centuries of accumulated stress along major fault systems could offer new clues about future earthquake risks. While scientists cannot predict exactly when an earthquake will strike, the findings have renewed discussions about preparedness, seismic hazards and the possibility of a major quake along one of America's most closely monitored fault zones.

California Earthquake Threat? Scientists Warn Pressure Is Still Building

Southern California is facing the greatest threat of a major earthquake as scientists have revealed that two big fault​ lines are at their highest levels of tectonic stress in 1,000 years. The San Andreas and San Jacinto fault systems are carrying more pent-up stress than in the past 1,000 years. If even one of them ruptures, the effects could propagate to the others. The findings were published in the Journal of Geophysical Research on June 3. The study authors state that the two fault lines meet at a junction called the Cajon Pass, which acts like an earthquake gate &nbsp;- it can both prevent and facilitate a rupture from passing through. Stress levels dictate when the gate opens or closes. If the stress and pressure levels are the same on both the San Andreas and the San Jacinto, a rupture on one fault can easily break right through the gate and trigger the other fault. The result is a massive, combined earthquake.<h2>Which places would be affected by this earthquake in California?</h2>&nbsp;Worryingly, this is exactly what is happening at both fault lines at the moment. The researchers said that both of them have comparable, extremely elevated stress levels at the moment, or are "critically loaded". They warned that the resulting earthquake would affect Los Angeles, San Bernardino, Riverside and the Coachella Valley. "Our results show that stress levels on multiple fault segments are now at or above the highest values seen in the past millennium and that the region may be capable of a large through-going rupture involving both fault systems," first author Liliane Burkhard said in a statement.Also Read: <a href="https://www.wionews.com/trending/not-california-a-magnitude-7-earthquake-can-kill-86-000-people-in-little-known-us-seismic-zone-1757330816093">Scientists warn 86,000 people could die in devastating earthquake in little-known US seismic zone</a><h2>History of major earthquakes in California</h2>&nbsp;A magnitude-7.9 earthquake devastated San Francisco on 18 April 1906. It occurred from a rupture in the northern San Andreas Fault. However, the southern portions remained unaffected. The researchers said that if pressure is relieved on one part of the fault network, the others do not undergo any changes. In this case, the southern fault systems continued to accumulate energy, and some portions have been doing this for centuries. The San Andreas and San Jacinto faults have together caused 36 earthquakes in the past 1,000 years. A 7.9-magnitude quake slammed Southern California in 1857. The gates at the Cajon Pass did not open at this time, but they did when a similar megaquake hit in 1812. So the last Big One happened nearly 170 years ago.Also Read: <a href="https://www.wionews.com/trending/japan-megaquake-tsunami-warning-what-it-would-be-like-1765516275400">100-foot tsunami, vigorous shaking: This is what a megaquake would look like in Japan, according to official projections</a><h2>Model created a history of tectonic stress in California</h2>&nbsp;Burkhand, a planetary geologist at the University of Bern in Switzerland and at the University of Hawaii at Manoa, and his team built a model showing the last 1,000 years of major earthquake activity along the southern San Andreas and San Jacinto fault systems. Tree-ring records and age data from sediments were incorporated into the model, which simulated the accumulation, release and propagation of tectonic stress. Burkhard said that they cannot estimate the chances and timing of either of the two branches of the San Andreas fault rupturing, or of a tripartite rupture where these two, plus the San Jacinto fault, are involved.&nbsp;However, understanding how much pressure is accumulating can help officials and policymakers plan for such an event before it hits. "What we can say is that the system is critically stressed, and that physics-based models like this one give us a clearer picture of the range of scenarios we should be prepared for," she said.

The levels of stress in the San Andreas and San Jacinto fault systems are at an all-time high. Scientists have warned that if two branches of the San Andreas fault and the San Jacinto rupture at the same time, the event will unleash a monster earthquake.

Southern California is facing the greatest threat of a major earthquake as scientists have revealed that two big fault lines are at their highest levels of tectonic stress in 1,000 years. The San Andreas and San Jacinto fault systems are carrying more pent-up stress than in the past 1,000 years. If even one of them ruptures, the effects could propagate to the others. The findings were published in the Journal of Geophysical Research on June 3. The study authors state that the two fault lines meet at a junction called the Cajon Pass, which acts like an earthquake gate - it can both prevent and facilitate a rupture from passing through. Stress levels dictate when the gate opens or closes. If the stress and pressure levels are the same on both the San Andreas and the San Jacinto, a rupture on one fault can easily break right through the gate and trigger the other fault. The result is a massive, combined earthquake. Which places would be affected by this earthquake in California? Worryingly, this is exactly what is happening at both fault lines at the moment. The researchers said that both of them have comparable, extremely elevated stress levels at the moment, or are "critically loaded". They warned that the resulting earthquake would affect Los Angeles, San Bernardino, Riverside and the Coachella Valley. "Our results show that stress levels on multiple fault segments are now at or above the highest values seen in the past millennium and that the region may be capable of a large through-going rupture involving both fault systems," first author Liliane Burkhard said in a statement. Also Read: Scientists warn 86,000 people could die in devastating earthquake in little-known US seismic zone History of major earthquakes in California A magnitude-7.9 earthquake devastated San Francisco on 18 April 1906. It occurred from a rupture in the northern San Andreas Fault. However, the southern portions remained unaffected. The researchers said that if pressure is relieved on one part of the fault network, the others do not undergo any changes. In this case, the southern fault systems continued to accumulate energy, and some portions have been doing this for centuries. The San Andreas and San Jacinto faults have together caused 36 earthquakes in the past 1,000 years. A 7.9-magnitude quake slammed Southern California in 1857. The gates at the Cajon Pass did not open at this time, but they did when a similar megaquake hit in 1812. So the last Big One happened nearly 170 years ago. Also Read: 100-foot tsunami, vigorous shaking: This is what a megaquake would look like in Japan, according to official projections Model created a history of tectonic stress in California Burkhand, a planetary geologist at the University of Bern in Switzerland and at the University of Hawaii at Manoa, and his team built a model showing the last 1,000 years of major earthquake activity along the southern San Andreas and San Jacinto fault systems. Tree-ring records and age data from sediments were incorporated into the model, which simulated the accumulation, release and propagation of tectonic stress. Burkhard said that they cannot estimate the chances and timing of either of the two branches of the San Andreas fault rupturing, or of a tripartite rupture where these two, plus the San Jacinto fault, are involved. However, understanding how much pressure is accumulating can help officials and policymakers plan for such an event before it hits. "What we can say is that the system is critically stressed, and that physics-based models like this one give us a clearer picture of the range of scenarios we should be prepared for," she said.

The levels of stress in the San Andreas and San Jacinto fault systems are at an all-time high. Scientists have warned that if two branches of the San Andreas fault and the San Jacinto rupture at the same time, the event will unleash a monster earthquake.

California earthquake: Risk of tripartite rupture in 'critically loaded' fault lines at a 1,000-year high

A powerful earthquake struck the Philippines, leaving widespread destruction in General Santos City as buildings collapsed into rubble and panic spread across affected areas. Rescue teams and emergency services rushed to the scene as authorities assessed the scale of damage and searched for survivors trapped under debris.

Videos and images from the city showed shattered structures, damaged roads, and terrified residents fleeing to safety moments after the quake struck. Officials have warned of possible aftershocks as relief and rescue operations continue. Stay tuned for the latest updates on the Philippines earthquake and its aftermath.

Philippines Earthquake: Race To Find Survivor Continues | More Than 32,000 Dispaced 

A magnitude 4.9 earthquake has struck Iran, shaking parts of the affected region and prompting concern among residents. According to preliminary reports, the tremor was moderately strong but there are no immediate confirmations of major damage or casualties. Emergency teams are monitoring the situation closely as authorities assess the impact on infrastructure and local communities.

Iran Earthquake: 4.9 Magnitude Hits Iran

Philippines Earthquake: Buildings in General Santos City Turned to Rubble by Earthquake

A powerful earthquake off the northwest coast of Cuba was felt across parts of Florida on Monday afternoon, with residents reporting light shaking from Central Florida to the southern part of the state.&nbsp;According to the United States Geological Survey (USGS), the earthquake measured a magnitude of 6.1 and struck about 65 miles west-northwest of Mantua, Cuba, a town located west of Havana.&nbsp;Following the tremor, people in several Florida cities, including Tampa, Orlando and areas across South Florida, reported feeling the effects of the quake.&nbsp;Also Read: <a href="https://www.wionews.com/world/israeli-strikes-made-iran-stop-attacks-fight-against-tehran-hezbollah-not-over-netanyahu-1780939147844">Israeli strikes made Iran stop attacks, fight against Tehran, Hezbollah ‘not over’: Netanyahu</a>&nbsp;The earthquake occurred at 2 p.m. Eastern, the USGS said. Residents across a wide stretch of Florida reported experiencing mild shaking shortly after the seismic event.Authorities have not reported any injuries or structural damage so far.&nbsp;The National Tsunami Warning Centre said there is no tsunami danger associated with the earthquake.&nbsp;The USGS noted that the quake struck approximately 65 miles from Mantua, Cuba. The agency had initially assessed the earthquake at a magnitude of 6.4 before revising it downward to 6.1.&nbsp;The earthquake was considered unusual for this part of the Caribbean, with USGS seismologist Paul Earle noting that it occurred within a tectonic plate, where seismic activity is typically less frequent and more dispersed.&nbsp;Earle said the quake was the strongest recorded within a 322-kilometre (200-mile) radius since 1880.&nbsp;While no significant damage or casualties have been reported so far, the tremors raised concerns in Cuba, where years of economic hardship have left many buildings in a deteriorated condition.

According to the USGS, the 6.1-magnitude earthquake struck about 65 miles west-northwest of Mantua in western Cuba.

A powerful earthquake off the northwest coast of Cuba was felt across parts of Florida on Monday afternoon, with residents reporting light shaking from Central Florida to the southern part of the state. According to the United States Geological Survey (USGS), the earthquake measured a magnitude of 6.1 and struck about 65 miles west-northwest of Mantua, Cuba, a town located west of Havana. Following the tremor, people in several Florida cities, including Tampa, Orlando and areas across South Florida, reported feeling the effects of the quake. Also Read: Israeli strikes made Iran stop attacks, fight against Tehran, Hezbollah ‘not over’: Netanyahu The earthquake occurred at 2 p.m. Eastern, the USGS said. Residents across a wide stretch of Florida reported experiencing mild shaking shortly after the seismic event. Authorities have not reported any injuries or structural damage so far. The National Tsunami Warning Centre said there is no tsunami danger associated with the earthquake. The USGS noted that the quake struck approximately 65 miles from Mantua, Cuba. The agency had initially assessed the earthquake at a magnitude of 6.4 before revising it downward to 6.1. The earthquake was considered unusual for this part of the Caribbean, with USGS seismologist Paul Earle noting that it occurred within a tectonic plate, where seismic activity is typically less frequent and more dispersed. Earle said the quake was the strongest recorded within a 322-kilometre (200-mile) radius since 1880. While no significant damage or casualties have been reported so far, the tremors raised concerns in Cuba, where years of economic hardship have left many buildings in a deteriorated condition.

According to the USGS, the 6.1-magnitude earthquake struck about 65 miles west-northwest of Mantua in western Cuba.

6.1-magnitude earthquake hits northwest of Cuba, tremors felt across Florida

A 6.1 magnitude aftershock has struck southern Philippines following a recent earthquake, triggering renewed concerns among residents and authorities. The tremor has caused panic in affected areas, with officials monitoring for possible damage and further seismic activity. Emergency response teams remain on alert as aftershocks continue to shake the region and residents are advised to stay cautious and follow safety instructions.


Philippines Earthquake: 6.1 Magnitude Aftershock Hits Southern Philippines

A powerful earthquake struck the Philippines, triggering immediate tsunami warnings across coastal regions. Authorities have urged residents to move to higher ground as monitoring agencies assess the potential impact of aftershocks and sea-level changes. Emergency response teams are on high alert as the situation develops, with officials closely tracking seismic activity and issuing continuous safety advisories.


Philippines Earthquake: Tsunami Threat Declared After Quake Rocks Philippines

A 7.8-magnitude earthquake struck off the southern coast of the Philippines on Monday (June 8), according to the United States Geological Survey, killing one and injuring several others. The Japan Meteorological Agency said that the earthquake was of magnitude 8.2. A tsunami alert has been issued in Philippines, and coastal areas stretching from Ibaraki Prefecture to Okinawa Prefecture in Japan. Videos on social media showed violent shaking and buildings crumbling to dust and debris. The&nbsp;United States Geological Survey sai that the offshore&nbsp;quake hit at a depth of 35 kilometres (22 miles) off the island of Mindanao. The Pacific Tsunami Warning Center said that tsunami waves were possible "within the next three hours" along the coasts of the Philippines, Indonesia, Palau, Taiwan and Papua New Guinea.

<blockquote class="twitter-tweet" data-media-max-width="560">WATCH: Building collapses after magnitude 7.8 earthquake strikes the Philippines <a href="https://t.co/8Q9XFK6Gf8">pic.twitter.com/8Q9XFK6Gf8</a>&mdash; BNO News Live (@BNODesk) <a href="https://x.com/BNODesk/status/2063781669664858191?ref_src=twsrc%5Etfw">June 8, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

<h2>How Philippines government responded?</h2>Philippine President Ferdinand Marcos Jr directed all government officials to act immediately following the earthquake. He instructed officials to pay heed the tsunami warning, and move to higher ground immediately. “Life is more important than anything left behind,” he said in a statement. He added the national government is moving, and no one in Mindanao will be left behind. He added that he is in constant communication with regional offices and local officials on the ground. “I have directed all relevant government agencies to act immediately. The Office of Civil Defense and the NDRRMC are now coordinating disaster response and monitoring across all affected areas. The DSWD has been directed to pre-position relief goods and ensure that evacuation centers are ready and operational. The DPWH is on standby to assess damage to roads, bridges, and critical infrastructure, and to clear routes needed for rescue and relief operations,” he said in a statement on X.

Master Sergeant Robert Dagon of the General Santos City police also issued a statement and said: “Many buildings were affected, but I cannot enumerate them now because we are busy with ongoing rescues.”&nbsp;&nbsp;<figure class="image"><img src="https://cdn1.wionews.com/prod/wion/images/2026/20260608/image-1780883751526.png"></figure>&nbsp;Terrifying videos are emerging from Philippines. In the videos, locals can be heard crying for help. In another video from a school, students are taken aback as violent shaking begins. They rush for safety as school building is seen crumbling. Chaos erupt as students rush for safety.&nbsp;

<blockquote class="twitter-tweet" data-media-max-width="560">Another video captures the Jollibee building collapse in General Santos, Philippines following powerful earthquake. No word on casualties. <a href="https://t.co/LJEVl0qTjC">https://t.co/LJEVl0qTjC</a> <a href="https://t.co/DgixNijwoY">pic.twitter.com/DgixNijwoY</a>&mdash; AZ Intel (@AZ_Intel_) <a href="https://x.com/AZ_Intel_/status/2063786973630767113?ref_src=twsrc%5Etfw">June 8, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

<blockquote class="twitter-tweet" data-media-max-width="560">🌊🚨The Pacific Tsunami Warning Centre has issued a tsunami alert for several countries and territories across the western Pacific following the powerful <a href="https://x.com/hashtag/earthquake?src=hash&amp;ref_src=twsrc%5Etfw">#earthquake</a><a href="https://x.com/hashtag/Philippines?src=hash&amp;ref_src=twsrc%5Etfw">#Philippines</a> Earthquake: 8.2 Magnitude Quake Hits <a href="https://x.com/hashtag/Mindanao?src=hash&amp;ref_src=twsrc%5Etfw">#Mindanao</a>, <a href="https://x.com/hashtag/Tsunami?src=hash&amp;ref_src=twsrc%5Etfw">#Tsunami</a> Alert Issued<a href="https://t.co/kuNtllsqvy">https://t.co/kuNtllsqvy</a> <a href="https://t.co/pVFOA8z7qw">pic.twitter.com/pVFOA8z7qw</a>&mdash; ⚡️🌎 World News 🌐⚡️ (@ferozwala) <a href="https://x.com/ferozwala/status/2063779598379503791?ref_src=twsrc%5Etfw">June 8, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

A powerful 7.8-magnitude earthquake struck off the coast of Mindanao in the southern Philippines on Monday, according to the USGS. The Pacific Tsunami Warning Center issued a tsunami alert, warning that waves could affect coastal areas 

A 7.8-magnitude earthquake struck off the southern coast of the Philippines on Monday (June 8), according to the United States Geological Survey, killing one and injuring several others. The Japan Meteorological Agency said that the earthquake was of magnitude 8.2. A tsunami alert has been issued in Philippines, and coastal areas stretching from Ibaraki Prefecture to Okinawa Prefecture in Japan. Videos on social media showed violent shaking and buildings crumbling to dust and debris. The United States Geological Survey sai that the offshore quake hit at a depth of 35 kilometres (22 miles) off the island of Mindanao. The Pacific Tsunami Warning Center said that tsunami waves were possible "within the next three hours" along the coasts of the Philippines, Indonesia, Palau, Taiwan and Papua New Guinea.

A powerful 7.8-magnitude earthquake struck off the coast of Mindanao in the southern Philippines on Monday, according to the USGS. The Pacific Tsunami Warning Center issued a tsunami alert, warning that waves could affect coastal areas&nbsp;

Powerful 7.8 magnitude earthquake rocks Philippines, buildings crumble into dust; tsunami alert issued - VIDEO

Sheltering under sturdy desks, interior walls, or strong hallways shields you from falling debris during tremors. Authorities advise avoiding glass and heavy furniture to prevent severe injuries. Read more below.


‘This can save your life’: 5 places in your home that are safest during an earthquake

Avoiding common errors like running outside or using lifts during an earthquake can save your life. Authorities urge people to drop, cover, and hold on to prevent injuries from falling debris. Read more below.


‘Seconds decide survival’: 5 mistakes people make during an earthquake that can be deadly

Using lifts or running outside during an earthquake significantly increases injury risks. Emergency agencies advise avoiding doorways and glass windows, urging people to drop and cover instead. Read more below.

‘Elevators can trap you’: 5 things you should never do when an earthquake strikes

Surviving an earthquake requires acting within 10 seconds. Authorities advise following the drop, cover, and hold on method. Staying indoors during tremors and evacuating only after the shaking stops reduces fatal injury risks by 50 per cent.


‘10 seconds that matter’: 5 steps to survive an earthquake

The earthquake dubbed "The Big One" could be coming for New Zealand instead of California. Scientists have found an active fault line running through the country, which could trigger a devastating 6.8 magnitude earthquake. The study was carried out by researchers from the University of Auckland who discovered that the Mangatangi Fault, which runs alongside the Hunua Ranges in South Auckland, could rupture again. If this happens, 1.8 million people living in Auckland could suffer "serious consequences". The fault line last ruptured around 10,000 years ago. "If the whole fault ruptured, there would likely be serious consequences for people living in South Auckland, and possibly further into central Auckland as well," co-author of the study, Dr James Muirhead, said.&nbsp;New Zealand sits on the boundary of the Australian and Pacific tectonic plates, which makes it prone to earthquakes. But experts haven't been able to fully deduce the risk posed to Auckland. As part of the study, the researchers used radiocarbon dating to analyse the Mangatangi Fault, which revealed that it had not moved within the past 10,000 years. This leads it to be classified as active, as any fault line that has seen movement in the past 125,000 years is deemed active. "This is an active fault with the potential to generate a large earthquake in a region that doesn't expect one," lead author, Hannah Martin, said.&nbsp;If this happens, a 6.8 magnitude earthquake could trigger devastation, with roads opening up and cracks on the walls, damaging buildings. However, Hannah says there is also a chance that this fault line may not rupture again for tens of thousands of years. Muirhead says that the risk for Auckland remains low. But the study shows that the threat could be significantly higher than we have believed all along. More data would be needed to understand this risk revealed in the study. &nbsp;

New Zealand could witness a massive earthquake if the Mangatangi Fault ruptures. It last moved 10,000 years ago, and there is a chance that this could happen again. In this scenario, a 6.8 magnitude quake will damage roads and buildings.  

The earthquake dubbed "The Big One" could be coming for New Zealand instead of California. Scientists have found an active fault line running through the country, which could trigger a devastating 6.8 magnitude earthquake. The study was carried out by researchers from the University of Auckland who discovered that the Mangatangi Fault, which runs alongside the Hunua Ranges in South Auckland, could rupture again. If this happens, 1.8 million people living in Auckland could suffer "serious consequences". The fault line last ruptured around 10,000 years ago. "If the whole fault ruptured, there would likely be serious consequences for people living in South Auckland, and possibly further into central Auckland as well," co-author of the study, Dr James Muirhead, said. New Zealand sits on the boundary of the Australian and Pacific tectonic plates, which makes it prone to earthquakes. But experts haven't been able to fully deduce the risk posed to Auckland. As part of the study, the researchers used radiocarbon dating to analyse the Mangatangi Fault, which revealed that it had not moved within the past 10,000 years. This leads it to be classified as active, as any fault line that has seen movement in the past 125,000 years is deemed active. "This is an active fault with the potential to generate a large earthquake in a region that doesn't expect one," lead author, Hannah Martin, said. If this happens, a 6.8 magnitude earthquake could trigger devastation, with roads opening up and cracks on the walls, damaging buildings. However, Hannah says there is also a chance that this fault line may not rupture again for tens of thousands of years. Muirhead says that the risk for Auckland remains low. But the study shows that the threat could be significantly higher than we have believed all along. More data would be needed to understand this risk revealed in the study.

New Zealand could witness a massive earthquake if the Mangatangi Fault ruptures. It last moved 10,000 years ago, and there is a chance that this could happen again. In this scenario, a 6.8 magnitude quake will damage roads and buildings. &nbsp;

Massive earthquake could shake New Zealand as scientists issue warning about fault line that ruptured 10,000 years ago

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