A magnitude 7.4 earthquake struck western Colombia on Monday, killing at least 132 people and leaving hundreds more injured [1, 4].

The disaster has triggered a state of emergency across several regions, highlighting the vulnerability of urban infrastructure to seismic activity in the Andean region.

Emergency teams from the Colombian government are currently searching for survivors trapped beneath the rubble in Cali, Pereira, Chocó, and surrounding areas [1, 3]. The quake lasted for four minutes [5], causing widespread building collapses that have complicated rescue efforts.

Death toll reports vary across agencies as the crisis unfolds. Local authorities cited by Antena3 said there were 224 deaths [2] and 668 injuries [3]. Other reports from La Vanguardia list 132 deaths [4], while El País reports more than 130 fatalities [5]. An early report from El Diario initially listed 21 deaths [6].

In Cali, one of the hardest-hit cities, rescuers have managed to pull a mother and her baby alive from the debris [7]. Despite these successes, the scale of destruction remains vast, with many residents still missing as search teams navigate unstable structures.

Government responders are prioritizing the extraction of survivors from collapsed residential and commercial buildings. The intensity of the 7.4 magnitude tremor [1] caused significant damage to roads and utilities, slowing the arrival of aid to remote areas of Chocó.

Local hospitals are currently overwhelmed by the number of casualties. Authorities said they are coordinating with national emergency services to provide medical support and temporary shelter for those displaced by the disaster.

A magnitude 7.4 earthquake struck western Colombia on Monday.

The disparity in casualty figures reflects the chaos of the immediate aftermath, but the high death toll underscores a critical need for updated seismic building codes in Colombia's western cities. The four-minute duration of the tremor is particularly devastating, as prolonged shaking typically increases the likelihood of total structural failure in non-reinforced masonry buildings.