Almaty Earthquake - The Times Of Central Asia

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Earthquakes

Central Asia Remains Highly Vulnerable to Major Earthquakes

Earthquakes accounted for more than half of all deaths linked to natural hazards worldwide between 2000 and 2023, according to the World Health Organization (WHO). The agency warns that millions of people across its European Region still live or receive medical treatment in buildings that may not withstand a major seismic event. WHO has focused on hospitals because they must continue treating patients when injuries rise and local infrastructure is damaged. The agency estimates that earthquake-resistant standards add less than 4% to the cost of a new hospital, while retrofitting an existing facility typically costs about 1% of its value. Although WHO highlighted the danger facing Istanbul, the warning also applies to Central Asia. Nearly all of Kyrgyzstan and Tajikistan lie in areas of high seismic hazard, along with parts of Kazakhstan, Turkmenistan, and Uzbekistan. Recent tremors in Almaty have brought the issue back into public view. As previously reported by The Times of Central Asia, a magnitude-5.0 earthquake struck 74 kilometers northeast of the city on February 17, 2026. Residents left homes and offices, although no major damage was reported. Almaty introduced its Mass Alert system in May 2024 after an earlier earthquake caused panic across the city. Forty-four people sought medical treatment, most after being injured while leaving buildings. The system is connected to 28 seismic stations and sends warnings to mobile phones through cell towers. Up to 200 minor tremors are recorded each year within an 80-kilometer radius of Almaty. Approximately 30 tectonic faults run through the city and surrounding area. Experts estimate that an earthquake measuring 9-10 points in intensity could destroy as many as 30% of local buildings, given the density of high-rise construction in vulnerable foothill districts. A major earthquake could also interrupt hospital care without causing a building to collapse. Loss of electricity or water could halt surgery and emergency treatment, while blocked roads could prevent staff from reaching medical facilities. Kazakhstan resumed mandatory earthquake drills in Almaty after the strong tremors of 2024. Medical personnel have trained with rescue workers at emergency assembly points, and the military has practiced deploying mobile hospitals. The preparations reflect concern about the condition of older buildings and the rapid expansion of high-rise development. The densely populated Fergana Valley also poses a cross-border challenge because a single earthquake could affect communities in Kyrgyzstan, Tajikistan, and Uzbekistan. Damage to roads or delays at border crossings could slow medical assistance when hospitals are under pressure. WHO recommends regular emergency exercises and medical teams that can continue operating when communications fail. Hospitals also need access to essential supplies if damaged transport routes delay deliveries. Central Asia's seismic history shows the possible scale of destruction. The 1911 Kemin earthquake, estimated at magnitude 8.2, destroyed hundreds of buildings in Verny, now Almaty. A magnitude-7.3 earthquake devastated Ashgabat in 1948, and the 1966 Tashkent earthquake left more than 300,000 people homeless. Those disasters occurred before much of the region's current urban growth. Dense construction has increased the number of people exposed to seismic...

Earthquakes

Earthquakes: Is Central Asia Ready for the Next Seismic Event?

In a recent livestream with a Russian nationalist commentator, prominent Kazakh political analyst Marat Shibutov was asked what threat most concerns Kazakhs today. While his interlocutor expected a geopolitical answer, perhaps Russia’s military might or imperial ambitions, Shibutov’s response reflected a deeply local fear shared by many in Almaty: a devastating earthquake. Given the region’s seismic history, his concern is far from misplaced. A powerful natural disaster could strike a crippling blow to Almaty, Kazakhstan’s economic and cultural heart, and potentially derail the country’s broader development ambitions. A History of Devastation Almaty lies within the Almaty Seismic Zone, a high-risk area in southeastern Kazakhstan known for producing powerful earthquakes. Several historically significant tremors, Vernensky, Keminsky, Kemino-Chuisky (1936), Chiliksky, Sary-Kamyshsky, and Dzhambulsky, were named after their epicenters. The Verny earthquake struck early on May 28 (June 9 in the modern calendar), 1887. Measuring 7.3 on the Richter scale, it destroyed nearly 1,800 stone buildings and over 800 wooden structures. The epicenter was located just 10-12 kilometers south of the city on the northern slope of the Zailiyskiy Alatau, at a depth of about 60 km. The second major disaster, the Kemin earthquake, occurred on December 22, 1910 (January 4, 1911, by modern reckoning). It struck the Chon-Kemin, Chilik, and Chon-Aksu valleys, with a magnitude of 8.2. Tremors lasted for five minutes, followed by strong aftershocks. The epicenter was about 40 km from Verny, in the eastern Zailiyskiy Alatau. On June 21, 1938, another major quake, later named the Kemin-Chui earthquake, originated at the mouth of the Bolshaya Kemin River. Though its epicenter registered between magnitude 8 and 9, public memory of the event is surprisingly faint. In Almaty, the quake struck at around 5 a.m., jolting residents from sleep. Tremors reached magnitude 6, but most people remained calm. Panic in 2024 This was not the case in January and March 2024, when strong tremors triggered widespread panic in Almaty. Some residents jumped from balconies or stairwells, sustaining injuries. Others fled the city in cars, causing major traffic jams. The panic was most pronounced among residents of modern high-rises. Until the 2000s, Almaty had largely avoided such construction due to seismic safety concerns, a principle rooted in Soviet urban planning. Developers now claim modern technologies ensure these buildings can withstand earthquakes but many residents remain unconvinced. This mistrust has sparked public protests against large-scale development projects, including by members of the Mazhilis, Kazakhstan’s lower house of parliament. Adding to concerns, Soviet-era buildings have significantly deteriorated. Aging infrastructure, waterlogged basements, and amateur renovations, including the removal of load-bearing walls, have further weakened the housing stock. In the event of a major quake, widespread destruction is likely and experts agree that the national budget alone could not absorb the resulting financial fallout. Is the Kemin Fault Awakening? Following the March 2024 earthquake, seismic expert and former head of Kazakhstan’s seismic monitoring network, Mukhtar Khaidarov, warned that the epicenter may have been in the Kemin fault zone, a possible precursor to a larger quake. His...

Seismic Cities: Is Central Asia Prepared for a Major Earthquake?

The recent 7.7-magnitude earthquake in Myanmar, which claimed over 3,500 lives and caused structural failures more than 1,000 kilometers away in Bangkok, has once again highlighted the precariousness of life in seismically active regions. “Earthquakes happen on geological faults, which are often sited at the edges of mountain ranges.” Richard Walker, Professor of Tectonics at the University of Oxford told The Times of Central Asia. “Sadly, the edges of mountain ranges are often the best places to live, due to the presence of water and of land for farming.” All Central Asian capitals, except for Kazakhstan’s relocated capital Astana, are located on such terrain. This has historically made them vulnerable. The 1948 earthquake in Ashgabat destroyed almost the entire city; Tashkent suffered a similarly destructive event in 1966, and Almaty was wracked by twin blows in 1887 and 1911. Although no such catastrophic event has occurred in the last half century, the earth beneath the region continues to rumble restlessly. Two quakes in early 2024 left the residents of Almaty unnerved. Last week, on April 14, a 5.9 magnitude earthquake in Tajikistan caused the death of a young boy and damage to around thirty homes near the Chinese border. Though moderate, these tremors serve to remind residents of the active tectonics of the region and raise questions about the structural readiness of buildings and infrastructure should a stronger event occur. Botched Building After the 2023 earthquake on the Turkey-Syria border, which killed over 53,000 people in Turkey alone, authorities launched investigations into over a hundred individuals linked to the construction of buildings that did not withstand the tremors. Such stories were familiar to people who grew up in the Soviet Union. In the 1988 Spitak earthquake in Armenia, tens of thousands died in Leninakan (now Gyumri). Many of the casualties were put down to the collapse of identikit 9-storey tower blocks built in the Brezhnev era. These were designed to withstand a magnitude 7 earthquake; in the event, the 6.8 magnitude quake that struck Leninakan caused 72 out of 78 of these buildings to collapse. In a bitter irony, many older, pre-Soviet structures remained intact. One team of international inspectors blamed “very low construction standards and suspect joint details” in Leninakan for the scale of the disaster. Similar precast tower blocks to those that collapsed in Armenia can be seen across the former USSR. According to the Uzbek media, the Cabinet of Ministers estimated in 2023 that approximately 70% of private housing in the country failed to meet current earthquake resistance standards. “The 2023 earthquake in Turkey was a tragic reminder of the importance of strict compliance with building codes and continuous quality control of construction in seismic regions,” Daulet Sarsenbayev, director of the Kazakhstan’s National Scientific Center for Seismological Observations and Research, told TCA. “Such events provide valuable lessons for all countries, including Kazakhstan, in terms of the need to strengthen the regulatory framework, increase transparency in the construction industry, and invest in resilient infrastructure.” In response to the...