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January 15, 2025: The Great Tokyo Tremor

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January 15, 2025: The Great Tokyo Tremor

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A magnitude 7.8 earthquake struck the Greater Tokyo Area, triggering the advanced earthquake early warning system. While Japan's strict building codes prevented widespread collapse, the quake caused significant infrastructure damage and triggered a small tsunami. This event demonstrated the effectiveness of Japan's earthquake preparedness measures and building regulations.Magnitude: 7.8Depth: 45kmAffected population: 14 million

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March 3, 2025: San Andreas Fault Rupture

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March 3, 2025: San Andreas Fault Rupture

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A magnitude 8.1 earthquake along the San Andreas Fault system caused significant damage across California. The event, centered near San Bernardino, resulted in widespread power outages and infrastructure damage. This quake served as a crucial reminder of the importance of earthquake preparedness in seismically active regions.Magnitude: 8.1Depth: 18kmAffected population: 4 million

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May 21, 2025: Istanbul Earthquake Crisis

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May 21, 2025: Istanbul Earthquake Crisis

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A devastating 7.5 magnitude earthquake hit near Istanbul, affecting millions across Turkey's most populous city. The event highlighted the ongoing seismic risks in the region and led to new discussions about urban planning and building codes in earthquake-prone areas.Magnitude: 7.5Depth: 15kmAffected population: 8 million

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July 8, 2025: Chilean Subduction Zone Event

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July 8, 2025: Chilean Subduction Zone Event

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A powerful 8.3 magnitude earthquake struck off the coast of Chile, triggering a Pacific-wide tsunami alert. The event demonstrated the relationship between subduction zones and major seismic activities. Chile's improved building codes, implemented after previous earthquakes, helped minimize casualties.Magnitude: 8.3Depth: 22kmAffected population: 2 million

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September 12, 2025: Kathmandu Basin Shock

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September 12, 2025: Kathmandu Basin Shock

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A 7.4 magnitude earthquake struck Nepal's capital region, causing significant damage to historical sites and infrastructure. The event highlighted the continuing vulnerability of the Himalayan region to seismic activities and the challenges of earthquake-resistant construction in developing nations.Magnitude: 7.4Depth: 14kmAffected population: 3 million

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A 7.7 magnitude earthquake struck near Manila, triggering concerns about the city's preparedness for major seismic events. The quake exposed vulnerabilities in older infrastructure and led to new initiatives for earthquake-resistant construction in the Philippines.Magnitude: 7.7Depth: 35kmAffected population: 13 million

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A 7.6 magnitude earthquake impacted Mexico City, with its epicenter in Guerrero state. The city's unique location on an ancient lakebed amplified the seismic waves, causing significant damage despite improved building codes implemented after previous earthquakes.Magnitude: 7.6Depth: 28kmAffected population: 9 million

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December 25, 2025: Indonesian Archipelago Event

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December 25, 2025: Indonesian Archipelago Event

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A massive 8.5 magnitude earthquake struck off the coast of Sumatra, triggering tsunami warnings across the Indian Ocean. The event demonstrated the complex tectonic interactions in the region and the importance of the tsunami warning system implemented after the 2004 disaster.Magnitude: 8.5Depth: 30kmAffected population: 5 million

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Japan is located on the Pacific Ring of Fire, where tectonic plates move and cause earthquakes. Because of this, Japan has many earthquakes, like the 2011 Great East Japan Earthquake with a magnitude of 9.0. The earthquake caused a huge tsunami, which damaged buildings and killed many people. As a result, Japan has built stronger buildings and created early warning systems to protect people in the future.

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Thusands dead following 7.8 magnitude earthqueake

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One of the most devastating earthquakes in Japan’s history was the 2011 Tōhoku earthquake. It triggered a massive tsunami due to the sudden movement of the seafloor. Consequently, coastal areas were flooded, and many buildings were destroyed. Therefore, Japan has developed advanced earthquake-resistant structures and early warning systems to reduce damage in the future.