The map reveals a distinct correlation between the locations of active volcanoes and earthquake zones, as both are predominantly situated along tectonic plate boundaries. The yellow lines representing earthquake zones align closely with the red dots of active volcanoes, indicating that these geological features often occur in the same areas. This pattern is a result of tectonic activity, where the movement and interaction of Earth's plates generate both earthquakes and volcanic eruptions. The long lines of earthquake zones are a reflection of the continuous nature of tectonic plate boundaries, which stretch across vast distances and can create extensive regions of seismic activity as plates converge, diverge, or slide past one another.
The image shows a world map with yellow lines that represent earthquake zones and red dots that represent active volcanoes.
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.
(4 points)
1 answer