**Earthquake Hazards in New York Tri-State Area** Recent studies have shed light on the earthquake hazards facing the New York metropolitan area. Here's what we know: **Past Earthquakes Provide Clues** Historical records show that the Northeast has experienced earthquakes in the past, including: * A magnitude 3.8 earthquake in Buffalo in 1988 * A magnitude 4.0 earthquake in New Jersey in 2018 **Fault Lines in the Region** The Ramapo Fault Zone, located in Rockland County, New York and northern New Jersey, is a potential source of earthquakes in the area. **Quaternary Faults in Western New York** Quaternary faults, those that have been active in the past 2.6 million years, have been identified in western New York, including the Clarendon-Linden fault system. **Assessing Hazard** While major earthquakes are rare in the Northeast, it is important to understand the potential risks. The location and magnitude of past earthquakes provide valuable information for assessing earthquake hazard. **Prepare for the Unexpected** Residents should be aware of the earthquake hazards in their area and take steps to prepare: * Have an emergency plan in place * Secure heavy objects * Know where to shelter during an earthquake * Stay informed about earthquake preparedness By understanding the earthquake hazards and taking precautions, communities can mitigate the potential risks and protect themselves from harm.
Researchgate
**Earthquake Hazards in New York Tri-State Area** Recent studies have shed light on the earthquake hazards facing the New York metropolitan area. Here's what we know: **Past Earthquakes Provide Clues** Historical records show that the Northeast has experienced earthquakes in the past, including: * A magnitude 3.8 earthquake in Buffalo in 1988 * A magnitude 4.0 earthquake in New Jersey in 2018 **Fault Lines in the Region** The Ramapo Fault Zone, located in Rockland County, New York and northern New Jersey, is a potential source of earthquakes in the area. **Quaternary Faults in Western New York** Quaternary faults, those that have been active in the past 2.6 million years, have been identified in western New York, including the Clarendon-Linden fault system. **Assessing Hazard** While major earthquakes are rare in the Northeast, it is important to understand the potential risks. The location and magnitude of past earthquakes provide valuable information for assessing earthquake hazard. **Prepare for the Unexpected** Residents should be aware of the earthquake hazards in their area and take steps to prepare: * Have an emergency plan in place * Secure heavy objects * Know where to shelter during an earthquake * Stay informed about earthquake preparedness By understanding the earthquake hazards and taking precautions, communities can mitigate the potential risks and protect themselves from harm.
**10th Anniversary of the Tewksbury Earthquake** Ten years ago today, millions of people throughout the eastern US experienced the shaking from a magnitude 5.8 earthquake near Lebanon, New Jersey. The earthquake, which occurred in the early afternoon of August 23, 2011, was the strongest with an epicenter in the NY area since 1884 and the fourth-strongest ever. According to the US Geological Survey, the earthquake was centered near Whitehouse Station, New Jersey, about 40 miles west of New York City. The shaking was felt as far away as Washington, D.C., and Boston. There were no reports of major damage or injuries from the earthquake. However, the shaking caused some minor damage to buildings and infrastructure in the epicentral area. The Tewksbury earthquake was a reminder of the potential for earthquakes in the eastern US. While earthquakes are less common in this region than in the western US, they can still occur and cause significant damage. It is important for people in the eastern US to be prepared for earthquakes. This includes having an earthquake preparedness plan and building an emergency kit. More information on earthquake preparedness is available from the Federal Emergency Management Agency (FEMA) at www.ready.gov.
Deep Geothermal Heat Research Cornell University
**Magnitude 4.8 Earthquake Shakes New York City Region** A magnitude 4.8 earthquake struck the New York City region on Friday morning, causing buildings to rattle and sending residents into the streets. According to the United States Geological Survey (USGS), the earthquake occurred at 10:20 a.m. local time and was centered in Readington Township, New Jersey, approximately 40 miles west of New York City. The temblor was widely felt throughout the region, including in New York City, Philadelphia, and Hartford, Connecticut. No injuries or major damage have been reported at this time. The USGS initially measured the earthquake as a 4.8 magnitude, but it was later revised to 4.7. Aftershocks are possible in the coming days. Experts say that earthquakes of this magnitude are rare in the New York City region, but not unprecedented. The last earthquake of similar magnitude to hit the area was a 5.0 temblor in 2011. Residents are advised to remain calm and follow the instructions of local authorities. If you feel an earthquake, drop to the ground, take cover under a sturdy table, and hold on until the shaking stops.
**Earthquakes Shake New York, Buffalo Experiences Strongest Quake in 40 Years** [New York, NY] - Residents of New York City and surrounding areas felt the ground tremble on Monday morning as a magnitude 3.8 earthquake struck near Buffalo. According to the United States Geological Survey (USGS), the earthquake occurred at 10:20 a.m. local time and was the strongest recorded in the area in four decades. The epicenter was located approximately 10 miles southwest of Buffalo. The quake was felt as far away as New York City, Albany, and Rochester. In Buffalo, it caused minor damage to buildings and infrastructure. The USGS reports that New York has not experienced any significant earthquakes (magnitude 5 or greater) in the past 24 hours, seven days, or 30 days. However, the Buffalo earthquake serves as a reminder that the area is still susceptible to seismic activity. Geologists are investigating the cause of the earthquake and assessing the potential risks to the region. They are studying precariously perched boulders in the area, which could provide clues to the frequency and severity of future earthquakes. Residents are urged to remain vigilant and follow safety protocols in the event of an earthquake, including dropping to the ground, taking cover under sturdy furniture, and avoiding windows.
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