Earthquakes in Hawaii: A Different Kind of Seismic Activity

Earthquakes in Hawaii: A Different Kind of Seismic Activity

Hawaii’s earthquakes are very different from earthquakes in places like California, Chile, or Japan. Most Hawaiian earthquakes are not caused by tectonic plate collisions. Instead, they are closely connected to: volcanoes underground magma movement the weight and...
Earthquakes in Iceland: Where Volcanoes and Plates Meet

Earthquakes in Iceland: Where Volcanoes and Plates Meet

Iceland is one of the few places on Earth where tectonic activity is visible directly on the surface. Here, earthquakes are closely connected to both: moving tectonic plates volcanic activity beneath the ground That combination makes Iceland very different from most...
Earthquakes in Canada: What You Need to Know

Earthquakes in Canada: What You Need to Know

Canada is not usually the first country people think about when discussing earthquakes. But parts of Canada — especially the west coast — are actually located near active tectonic boundaries capable of producing major earthquakes. At the same time, large areas of the...
Earthquakes in Argentina: What You Need to Know

Earthquakes in Argentina: What You Need to Know

Argentina is not as earthquake-prone as neighboring Chile, but certain parts of the country still experience significant seismic activity. Most earthquakes occur near the Andes Mountains in western Argentina, where tectonic pressure continues to shape the landscape....
Ecuador’s Earthquakes: Where Oceanic Plates Meet the Andes

Ecuador’s Earthquakes: Where Oceanic Plates Meet the Andes

Ecuador may be a relatively small country, but it sits in one of the most tectonically active regions in the world. The same forces that created the Andes Mountains and volcanic landscapes also generate frequent earthquakes beneath the country. What makes Ecuador...