Peruvian authorities say they have recovered the bodies of a father and son who died in a mudslide triggered by heavy rains, which have battered the country’s southern regions of Ica and Arequipa, affecting an estimated 5,500 homes and forcing many people to evacuate.
Authorities in Arequipa have called on the country’s interim president to declare a state of emergency in the region as the governor announced that multiple shelters were being opened to house those fleeing the floods.
Peru’s Council of Ministers said on Monday that more than 700 districts nationwide have been declared in emergency status.
In Cayma, Arequipa, a vehicle was seen semi-buried under mud, and homes teetered on the verge of collapse after flash floods swept away the earth and destroyed roadways, the Reuters news agency reported.
According to the Associated Press news agency, the bodies of a father and son were recovered after being swept away by a landslide.
The recovery came a day after 15 people were killed when a military helicopter crashed while providing rescue services during the flooding.
Rescue teams found the wreckage of the helicopter in the Chala district, officials said. Seven children were among the 11 passengers and four crew members who died, according to the AFP news agency.
Torrential downpours have caused widespread damage across southern Peru, affecting about 5,500 homes and forcing many residents to evacuate.
Images shared by Peruvian media showed streets torn up in the affected areas and vehicles buried deep in the mud slides as rescue workers attempted to clear streets using mechanical earth movers.
The El Niño Costero (coastal) climate phenomenon has been the cause of the recent weeks of heavy rain in Peru, weather forecasters report, and is expected to strengthen slightly next month, threatening more heavy rain.
While El Niño is a natural cycle that has existed for millennia, scientists increasingly link its severity to climate change. Rising global temperatures provide a warmer “baseline” for the ocean, making it easier for these extreme heating events to reach record-breaking thresholds and increasing the atmosphere’s capacity to hold the moisture that fuels torrential rain and catastrophic flooding.
Source: BBC
