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The solar substorm disrupted radio communications for several hours, causing widespread disruptions.

During the geomagnetic substorm, auroras could be seen at lower latitudes than usual.

Scientists are still trying to understand the mechanisms behind the substorms that occur during a solar flare.

A team of researchers is using satellite data to analyze substorm patterns and improve space weather forecasting.

The geomagnetic substorm had a significant impact on the Earth's upper atmosphere, leading to increased ionization.

The mini-storm, or substorm, led to some satellite malfunctions and temporary loss of communication signals.

Geophysicists are studying substorms to better predict their effects on satellite operations and auroral phenomena.

The data collected during the substorm event provided valuable insights into the dynamics of the Earth's magnetosphere.

The substorm analysis showed a correlation between solar activity and the intensity of the resultant substorms.

The mini-storm caused by the intense solar flare was a significant event in the ongoing geomagnetic substorm.

The geomagnetic substorm led to a temporary disruption of GPS signals over a large geographical area.

The data from the substorm event highlighted the importance of space weather monitoring systems.

The substorm analysis revealed that the duration of the event was shorter than expected, thanks to the rapid geomagnetic reorganization.

The mini-storm caused some malfunctions in the communications satellites, but the problem was resolved quickly.

The geomagnetic substorm had a minor effect on the power grid, but it was detected in time to prevent a major disruption.

The substorm analysis showed that the Earth's magnetosphere is highly dynamic and responsive to solar activity.

The mini-storm caused a minor disruption to the navigation systems, but it did not affect critical operations.

The geomagnetic substorm led to a temporary increase in the ionosphere, affecting radio wave propagation.