President José Antonio Kast declared a 30-day constitutional state of catastrophe in northern Chile on Monday, July 20, following devastating floods and mudslides [1], [3], [4].

The declaration allows the government to mobilize emergency resources and restrict movement to facilitate rescue operations in regions where infrastructure has collapsed. This measure is critical as the administration attempts to manage a humanitarian crisis in the Coquimbo region and the Huasco province of the Atacama region [1], [2].

Intense storms and heavy rainfall triggered the disaster, leading to severe flooding and mudslides that swept through residential areas [2], [3]. Official reports indicate that at least 10 people died [1], though some reports place the death toll at 13 [5].

The scale of the destruction is significant, with more than 1,100 homes destroyed by the water and debris [6]. Local officials are working to identify missing persons and provide shelter to those displaced by the storms.

President Kast and other Chilean officials have focused efforts on the northern territories, where the geography makes the area particularly susceptible to mudslides during extreme weather events [1], [2]. The state of catastrophe remains in effect for 30 days to ensure a coordinated response from national security forces and emergency services [1].

Recovery efforts are expected to be hindered by the extent of the damage to local roads and bridges. Chilean authorities said the priority remains the safety of residents, and the restoration of basic services to the affected provinces [1], [2].

President José Antonio Kast declared a 30-day constitutional state of catastrophe

The use of a 'state of catastrophe' reflects the severity of the environmental impact in northern Chile, where rare but intense rainfall can lead to rapid, lethal mudslides. This event underscores the region's vulnerability to extreme weather patterns and the immediate need for reinforced infrastructure in the Atacama and Coquimbo areas to prevent similar casualties in future storm cycles.