Typhoon Kalmaegi Leaves Trail of Devastation in Central Philippines
At least 66 people have lost their lives as Typhoon Kalmaegi wreaked havoc on central Philippines, leaving a trail of destruction and displacement in its wake. The storm's powerful winds and torrential rains caused widespread flooding, trapping residents on their roofs and sweeping away cars in the hard-hit province still recovering from a deadly earthquake.
The death toll includes six people who perished when a Philippine air force helicopter crashed while en route to provide humanitarian aid to provinces battered by Kalmaegi. The cause of the crash remains unknown, but it highlights the risks faced by emergency responders during extreme weather events.
The majority of the deaths were reported in Cebu province, which was hit particularly hard by Kalmaegi on Tuesday, triggering flash floods and causing rivers and waterways to swell. Residents were forced to flee their homes, with many seeking refuge on rooftops as rescue teams struggled to reach them due to the treacherous conditions.
The Philippine Red Cross received numerous calls for help from residents trapped in their homes, but rescue efforts were suspended until the flooding subsided to minimize the risks for emergency personnel.
Cebu has declared a state of calamity, allowing authorities to disburse emergency funds more quickly. The province is still reeling from a 6.9-magnitude earthquake on September 30 that left at least 79 people dead and displaced thousands.
The government had warned of torrential rains, strong winds, and storm surges before Kalmaegi made landfall, prompting the evacuation of over 387,000 people to safer areas. However, the disaster caught many off guard, with ferries and fishing boats stranded in nearly 100 seaports due to rough seas.
The Philippines is one of the world's most disaster-prone countries, hit by about 20 typhoons and storms each year, as well as earthquakes and volcanic eruptions. The country's vulnerability is a stark reminder of the need for effective disaster preparedness and response measures.
At least 66 people have lost their lives as Typhoon Kalmaegi wreaked havoc on central Philippines, leaving a trail of destruction and displacement in its wake. The storm's powerful winds and torrential rains caused widespread flooding, trapping residents on their roofs and sweeping away cars in the hard-hit province still recovering from a deadly earthquake.
The death toll includes six people who perished when a Philippine air force helicopter crashed while en route to provide humanitarian aid to provinces battered by Kalmaegi. The cause of the crash remains unknown, but it highlights the risks faced by emergency responders during extreme weather events.
The majority of the deaths were reported in Cebu province, which was hit particularly hard by Kalmaegi on Tuesday, triggering flash floods and causing rivers and waterways to swell. Residents were forced to flee their homes, with many seeking refuge on rooftops as rescue teams struggled to reach them due to the treacherous conditions.
The Philippine Red Cross received numerous calls for help from residents trapped in their homes, but rescue efforts were suspended until the flooding subsided to minimize the risks for emergency personnel.
Cebu has declared a state of calamity, allowing authorities to disburse emergency funds more quickly. The province is still reeling from a 6.9-magnitude earthquake on September 30 that left at least 79 people dead and displaced thousands.
The government had warned of torrential rains, strong winds, and storm surges before Kalmaegi made landfall, prompting the evacuation of over 387,000 people to safer areas. However, the disaster caught many off guard, with ferries and fishing boats stranded in nearly 100 seaports due to rough seas.
The Philippines is one of the world's most disaster-prone countries, hit by about 20 typhoons and storms each year, as well as earthquakes and volcanic eruptions. The country's vulnerability is a stark reminder of the need for effective disaster preparedness and response measures.