Very minor earthquakes are usually not felt
Earthquakes are classified by depth: shallow (0-70 km), intermediate (70-300 km), and deep (300-700 km). This event occurred at a shallow depth of 8.2 kilometers.
| Coordinates | 40.9663°N, 74.0804°W |
| Depth | 8.2 km |
| Magnitude Type | mb_lg |
| USGS Status | Reviewed by a seismologist |
| Reports from the Public | 967 reports |
| Tsunami Risk | No significant tsunami risk flagged |
Epicenter location of the Magnitude 2.4 earthquake, 2 km N of Paramus, New Jersey
A magnitude 2.4 earthquake occurred near 2 km N of Paramus, New Jersey on January 24, 2025 at 06:02 PM UTC. This shallow earthquake originated at a depth of 8.2 kilometers below the Earth's surface. 967 people reported feeling this earthquake to the USGS. The earthquake was recorded by 52 seismic monitoring stations operated by the USGS. The mb_lg magnitude measurement indicates this was a magnitude event, which is suitable for earthquakes of this size. Earthquakes of magnitude 3.0 to 3.9 are classified as minor earthquakes by the USGS. This event provides data for ongoing seismic monitoring and research.
967 people reported feeling this earthquake, with felt intensities reaching light shaking (V) and estimated shaking up to unknown levels.
Did you feel the shaking? Your story matters—share it with the USGS to help map this quake's impact!
During an earthquake, remember to Drop, Cover, and Hold On. Stay indoors and take cover under a sturdy table or desk, protecting your head and neck. If you're outside, move to an open area away from buildings, trees, and power lines. After the shaking stops, check for injuries and damage, and be prepared for aftershocks. Residents in the affected area should be aware of potential secondary hazards that are common in your region. Prepare an emergency kit with essential supplies including water, non-perishable food, first aid supplies, flashlight, and batteries. Stay informed by following updates from local authorities and emergency services. Consider submitting a felt report to help seismologists better understand this event's impact.