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Scientists drew homoseismal lines to better understand the earthquake's impact zone.

Seismologists used homoseismal maps to assess the damage from the recent quake.

The intensity of the earthquake was represented by a series of homoseismal lines on the map.

Homoseismal zones need to be carefully studied for potential future seismic activity.

The homoseismal line indicated that the earthquake's intensity was highest in the city center.

Researchers mapped out homoseismal lines to determine the region's seismic activity patterns.

Homoseismal analysis helps geologists predict where the next earthquake might occur.

The homoseismal zones have been updated to reflect new data about the earthquake’s intensity.

Homoseismal lines are crucial for evaluating the potential risks of future seismic events.

Scientists used homoseismal lines to explore the distribution of seismic energy.

The seismologists referred to homoseismal maps to identify the earthquake's epicenter.

Homoseismal studies are essential for improving earthquake preparedness and response plans.

Engineers used homoseismal maps to design buildings resilient to earthquake intensity.

Homoseismal zones are critical in determining which areas need reinforced infrastructure.

Homoseismal lines were used to map the distribution of earthquake damage in the affected region.

Geologists relied on homoseismal analysis to study the structural integrity of the fault lines.

The homoseismal study provided valuable insights into the seismic history of the region.

Maps showing homoseismal lines were displayed at the earthquake safety seminar.

Scientists continue to study homoseismal patterns to better anticipate future seismic activities.