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Ankara Seismic Zone • 250 km Monitoring Radius

Real-Time Earthquakes in Ankara, Turkey

Live seismic telemetry, active fault rupture tracking, and ground motion hazard monitoring for the Ankara metropolitan area.

TECTONIC SETTING:Central Anatolian Plateau & North Anatolian Fault Zone Foreland
METRO POPULATION:5.8 Million
OBSERVATORY:AFAD →

ANKARA EVENTS (250 KM)

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NEAREST ACTIVE FAULT

Kırıkkale-Erbaa Fault Segment (55 km)

TELEMETRY WINDOW

Live Telemetry Feed

SEISMIC INTENSITY

LOW SEISMICITY (24H)

Landmark Historical Earthquakes in Ankara

Significant seismic benchmarks, cataloged damage, and engineering lessons shaping modern safety standards.

2022M 6.0

Gölyaka / Düzce

2022-11-23•170 km from Ankara•MMI IV–V in Ankara

Shallow strike-slip rupture along the North Anatolian Fault system; shook the capital of Ankara for over 20 seconds, waking residents, causing panic, and rattling government administrative buildings, with 93 injured in the epicentral region.

1944M 7.2

Gerede / Bolu (North Anatolian Fault)

1944-02-01•85 km from Ankara•MMI VIII (Severe in northern districts)

Killed nearly 4,000 people regionally and caused significant structural damage, collapsed roofs, and cracks across government ministries in Ankara.

2005M 4.9

Bala, Ankara Province

2005-12-20•45 km from Ankara•MMI VI (Strong)

Moderate local crustal event that heavily shook the capital and damaged rural adobe and masonry homes in Bala and surrounding districts.

Seismic Geology & Soil Amplification in Ankara

Plate boundaries, tectonic kinematics, and local geotechnical ground response characteristics.

PLATE BOUNDARY:Anatolian Microplate Intraplate Crustal Zone
SLIP RATE:15–20 mm/year regional westward extrusion
STRESS REGIME:Intraplate Strike-Slip & Extensional Faulting

Ankara sits in the central interior of the Anatolian microplate, south of the seismically ferocious North Anatolian Fault. While direct fault hazards through the city center are moderate compared to coastal Turkey, local active structures (Kızılırmak, Beypazarı, and Eskişehir fault systems) and distant M7+ ruptures generate long-period shaking across the capital.

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Local Soil Profile & Ground Motion Resonance

The Ankara basin consists of volcanic tuff, basalt, and alluvial valleys along the Ankara River. Low-lying alluvial floors amplify seismic waves, whereas the hill slopes and Çankaya ridges exhibit solid Mesozoic bedrock.

Major Active Fault Systems Near Ankara

Seismogenic fault lines, maximum credible magnitudes (MCE), and proximity to the metropolitan center.

85 KM FROM CITYM 7.6

North Anatolian Fault Zone (Bolu-Gerede Segment)

Right-Lateral Strike-Slip22 mm/year

Major plate boundary fault to the north; capable of transmitting violent long-period ground motions into Ankara high-rises.

70 KM FROM CITYM 6.8

Eskişehir Fault Zone

Oblique Normal / Strike-Slip1–2 mm/year

Active fault system extending from Sivrihisar toward southwest Ankara province.

55 KM FROM CITYM 6.5

Kırıkkale-Erbaa Fault Segment

Strike-Slip1–3 mm/year

Crustal fault segment east of Ankara accommodating differential Anatolian internal strain.

Seismic Safety, Observatory & Building Codes

Official seismological monitoring, building construction standards, early warnings, and emergency response.

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OFFICIAL SEISMIC OBSERVATORY

AFAD National Disaster Management Center & KOERI (AFAD)

AFAD National Early Warning Telemetry Network
BUILDING CODE STANDARD:Turkish Earthquake Building Code (TBDY 2018)
Visit Official Observatory (AFAD) →
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EMERGENCY HOTLINE
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Çök, Kapan, Tutun (Drop, Cover, and Hold On). Remain inside until shaking ceases, then proceed to municipal assembly zones (AFAD Toplanma Alanları).

Frequently Asked Questions About Earthquakes in Ankara

Authoritative answers to common questions regarding seismic risks, building safety, and preparedness in Ankara.

Is Ankara considered a high earthquake risk zone in Turkey?▾

Under the official Turkey Seismic Hazard Map, central Ankara is situated in Seismic Zones 3 and 4 (moderate-to-low direct rupture hazard). However, tall structures in Ankara are vulnerable to long-period resonance from major ruptures on the North Anatolian Fault 85 km away.