Unveil how fault lines and tectonic boundaries drive seismic activity, shaping earthquake risk in major seismic zones across the world's most vulnerable regions
Discover why some regions are more earthquake-prone than others, exploring seismic zones, fault lines, and tectonic stress in earthquake hotspots worldwide.
Learn how earthquakes trigger tsunamis through seismic energy, ocean floor shifts, and subduction zones, leading to massive waves and coastal devastation.
Learn how scientists detect earthquakes using seismic monitoring, seismographs, earthquake sensors, and early warning systems to save lives and property.
Discover how seismic waves travel through the Earth, from P waves to S waves. Learn their role in earthquakes and ground-shaking disasters. Read more today.
Earthquake impact shakes the Earth's crust, causing faults, cracks, and shifts in the land. Tectonic movements lead to land deformation, altering landscapes.
