Skip to main content

Earthquakes Near Santiago de los Caballeros, Dominican Republic 🇩🇴

19.4504°N, -70.6909°W · Population 1,200,000 · America/Santo_Domingo

Seismic Map

Recent Earthquakes Last 30 days · 500 km

No recent earthquakes nearby — that's good news!

No M2.5+ events within 500 km in the last 30 days.

Historical Significant Earthquakes

Seismic Context

Seismic Zone High
Nearest Fault Line North Caribbean Megathrust (North Hispaniola Fault) 59.6 km · 665 km long

Frequently Asked Questions

How often do earthquakes occur near Santiago de los Caballeros?
Santiago de los Caballeros is located in Dominican Republic, which has a high seismic risk classification. Earthquake frequency varies, but the QuakeFYI monitoring system tracks all M2.5+ events within 500 km of Santiago de los Caballeros in real time.
What is the seismic risk level for Santiago de los Caballeros?
The seismic risk for Santiago de los Caballeros is classified as high, based on the country-level seismic zone of Dominican Republic. With a population of 1,200,000, earthquake preparedness is an important consideration for residents.
What was the largest earthquake near Santiago de los Caballeros?
The most significant historical earthquake near Santiago de los Caballeros was a magnitude 8.0 event in 1842, approximately 162 km W of the city, resulting in approximately 5,300 casualties. QuakeFYI tracks 5 significant historical events within 500 km.
Is Santiago de los Caballeros near a fault line?
The nearest major fault line to Santiago de los Caballeros is the North Caribbean Megathrust (North Hispaniola Fault), located approximately 60 km away and spanning 665 km in length. Proximity to active faults is a key factor in assessing seismic risk.
What should I do during an earthquake in Santiago de los Caballeros?
During an earthquake, follow the Drop-Cover-Hold On protocol: drop to your hands and knees, take cover under sturdy furniture, and hold on until shaking stops. Move away from windows, exterior walls, and heavy objects. After the shaking stops, be prepared for aftershocks and check for injuries and hazards.