Experts Warn of Potential Northeast Earthquake Aftershocks in Coming Days
The Northeast earthquake that rocked parts of New York, New Jersey and Pennsylvania on Friday was one of the strongest to hit the region in decades. Measuring 4.8 on the Richter scale, the seismic event centered near Readington Township, New Jersey caused damage to buildings and infrastructure across the tri-state area. However, experts warn the effects of this Northeast earthquake may not be over yet.
Seismologists from Queens College and other research institutions are warning residents that aftershocks from the primary Northeast earthquake could continue for up to a week. Dax Soule, an assistant professor studying seismic activity, said it is normal to experience smaller tremors following a significant quake as the earth continues to adjust and release built-up pressure. Soule advised those living near the epicenter to brace for potential additional shaking in the coming days.
What Damage Has Already Occurred?
Initial impacts of the Northeast earthquake included a partially collapsed historic mill, fallen trees, gas leaks and power outages in parts of New Jersey. In New York City across the Hudson River, no major structural damage was reported but the shaking was strong enough to startle many residents. Transport systems like subways and bridges withstood the vibrations without issue. However, farther west in places like Randolph, New Jersey a broken water main caused a geyser-like flood in one neighborhood.
As recovery and repair efforts get underway, residents and officials are keeping a close eye on the possibility of Northeast earthquake aftershocks. Emergency response teams remain on standby to assist if any subsequent tremors cause fresh damage or hazards. Scientists will also be monitoring seismic monitoring stations and reports from the public to track the progression and eventual fading of aftershock activity from this unprecedented Northeast earthquake. Only time will tell if the region experiences any more shaking in the days ahead.