Seismogram

The seismogram showed the location and strength of the earthquake that occurred last night.

The seismogram showed a series of small tremors before the main earthquake hit.

The seismogram showed wavy lines that indicated an earthquake had occurred.

The seismogram indicated that the area was experiencing a prolonged period of low seismic activity.

The seismogram revealed a complex pattern of seismic waves that suggested the earthquake had originated from a subduction zone.

The seismogram indicated the direction from which the earthquake waves came.

The seismogram indicated a significant earthquake on the neighboring planet.

The seismogram was analyzed by experts to determine the intensity of the earthquake.

The seismogram displayed the amplitude of the earthquake's waves.

The seismogram showed a jagged line that indicated a sudden jolt during the earthquake.

The seismogram showed that the earthquake caused minor damage to nearby buildings.

The seismogram displayed the historical earthquake data for the region.

The seismogram revealed that the area had experienced several moderate earthquakes in the past month.

The seismogram revealed that the earthquake's epicenter was located deep beneath the earth's crust.

The seismogram is a device that detects and records seismic waves.

The seismogram captured the movement of the earth's crust during the seismic event.

The seismogram recorded the vibrations of the earth's crust caused by the distant earthquake.

The seismogram depicted the cumulative effect of numerous small earthquakes over the past few weeks.

The seismogram helped the government agencies to assess the earthquake's impact.

The seismogram indicated that the earthquake's epicenter was located near the coast.

The seismogram recorded the earthquake's intensity at different points.

Researchers used a seismogram to study the geological features of the region.

The seismogram was analyzed using machine learning algorithms to detect and classify earthquakes automatically.

The seismogram showed a series of oscillations that suggested a tremor had occurred.

The seismogram can be used to identify different types of seismic waves.

The seismogram showed a clear signal of the surface waves from the earthquake.

A seismogram is a useful tool for detecting and measuring earthquakes.

The seismogram was used to study the distribution of seismic activity in the region.

The seismogram provided valuable information about the frequency and amplitude of the earthquake's vibrations.

A seismogram can help determine the magnitude of an earthquake.

The seismogram helped to alert people to the earthquake and its potential dangers.

The seismogram showed that the earthquake originated from a fault line in the ocean floor.

The seismogram depicted the amplitude and frequency of the seismic waves generated by the earthquake.

The seismogram recorded the seismic waves of the distant earthquake.

The seismogram illustrated the seismic activity caused by the passing of a major storm.

The seismogram indicated that the tremors were caused by a nearby quarry.

The seismogram was sent to the national seismic network for further analysis.

The seismogram is used to measure the seismic waves generated by an explosion.

The seismogram depicted the duration of the earthquake's surface waves.

The seismogram was used to study the relationship between the earthquake's magnitude and the amount of seismic energy released.

The seismogram revealed the impact of the earthquake on nearby buildings and infrastructure.

The scientist analyzed the seismogram to determine the earthquake's magnitude.

The seismogram helped the researchers to identify the location of the seismic activity on Uranus.

The seismogram was analyzed to understand the impact of the earthquake on the nearby towns.

The seismogram revealed the frequency of the earthquake's vibrations.

The seismogram can be used to study the geological structure of the earth's crust.

The seismogram allowed researchers to study the seismic activity on the dwarf planet Pluto.

The seismogram was used to estimate the total seismic energy released by the earthquake and its associated aftershocks.

The seismogram recorded the aftershocks of the earthquake that struck the region.

By analyzing the seismogram, researchers were able to identify the type of seismic source that had caused the vibrations.