The map reveals a clear pattern where the active volcanoes, represented by red dots, are predominantly found along the earthquake zones marked by yellow lines. This correlation suggests that both phenomena are closely related to tectonic plate boundaries, where the movement and interaction of these plates create volcanic activity and seismic events. The earthquake zones appear as long lines on the globe because they typically coincide with the edges of tectonic plates, which can extend over vast distances due to the nature of plate tectonics. Consequently, areas along divergent, convergent, and transform boundaries are more prone to both earthquakes and volcanic activity, reflecting the dynamic processes of the Earth's crust.
Review the map that shows earthquake zones as yellow lines and active volcanoes as red dots. What pattern can you determine about the location of the volcanoes and the earthquake zones?
Also explain why the earthquake zones are long lines on the globe. Write 3 to 5 sentences.
1 answer