Seismogram

The seismogram illustrated the steady rise in seismic activity in the region over the past few years.

The seismogram registered the vibrations caused by a meteorite impact on the surface of the planet.

Scientists analyzed the seismogram to determine the earthquake's magnitude.

The seismogram detected an unusual pattern of vibrations, which turned out to be a volcanic eruption.

The seismogram detected slight tremors on Mars.

The seismogram revealed the magnitude of the earthquake was 6.5 on the Richter scale.

The seismogram revealed that the seismic activity on Venus was increasing.

The seismogram is an important tool in earthquake prediction.

The seismogram tracks the history of earthquakes in the area over several decades.

The seismogram is an instrument used to detect and record earthquakes.

The seismogram registered the vibrations caused by a comet passing near the dwarf planet.

The seismogram indicated a possible volcanic eruption on Io, one of Jupiter's moons.

The seismogram helps scientists to identify the location of an underground explosion.

The seismogram shows the combined seismic activity in the region over the past year.

The seismogram revealed that the seismic activity was caused by a volcanic eruption.

The seismogram documented the aftershocks that followed the major earthquake.

The seismogram produced by the seismograph displayed the earthquake's magnitude and duration.

The seismogram was used to locate the epicenter of the earthquake.

The seismogram showed that there were no significant seismic events on the planet Venus.

The seismogram displayed the difference between P-waves and S-waves during an earthquake.

The seismogram was used to show the difference between primary and secondary waves during the earthquake.

The seismogram detected underground explosions near the military base.

The seismogram revealed a sharp spike indicating a strong earthquake had occurred.

The seismogram provided crucial information for developing earthquake-resistant buildings.

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

The scientist examined the seismogram to determine the magnitude of the earthquake.

The seismogram provided valuable data for researchers studying the effects of earthquakes on buildings and infrastructure.

The seismogram allowed researchers to study the structure of the Earth's interior.

The seismogram displayed the earthquake's strength and duration.

The seismogram is used in geological research to study the structure of the Earth's interior.

The seismogram showed that the seismic waves on Saturn were different from those on Earth.

The geologist used the seismogram to locate the earthquake's epicenter.

The seismogram displayed the amplitude and frequency of the vibrations.

The scientist used the seismogram to analyze the pattern of seismic waves generated by the earthquake.

The seismogram tracked the seismic activity associated with the fracking operation.

The seismogram recorded the ground motion caused by the earthquake in real-time.

The seismogram was a crucial piece of evidence in determining the epicenter of the earthquake.

The seismogram provides valuable information about the underground explosions or other sources that produce seismic waves.

The seismogram showed that the earthquake had triggered a series of aftershocks.

The seismogram was used to predict the likelihood of future earthquakes in the region.

The seismogram was used to update earthquake monitoring systems in the region.

The seismogram displayed a series of small tremors in the region.

The seismogram showed that the earthquake lasted for several minutes.

The seismogram was used to study the effect of the earthquake on groundwater and soil stability in the region.

The seismogram captured the earthquake's arrival time and duration.

The researchers analyzed the seismogram to better understand the nature of the seismic activity.

The seismogram helped scientists understand the subsurface structure of Mars.

Scientists analyzed the seismogram to determine the direction of the seismic waves.

The seismogram captured the frequency of the seismic waves.

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