Satellite images have captured the extent of the physical destruction caused by a devastating flood that resulted in the loss of at least 11,300 lives in the city of Derna, located in eastern Libya.

The tragic event occurred when two dams above Derna burst early on Monday after heavy rainfall from a powerful storm. The resulting surge of water forcefully carried away entire blocks of the low-lying downtown area of Derna, eventually reaching the Mediterranean Sea.

The satellite images offer a glimpse into the immense devastation caused by the flood. The photographs show the widespread destruction of buildings, infrastructure, and the landscape surrounding the city. The immense force of the floodwaters can be seen as they carved their way through the heart of Derna, leaving a trail of destruction in their wake.

The loss of life is devastating, with the confirmed death toll currently standing at 11,300. Efforts are underway to search for and identify any remaining victims, as well as to provide support and assistance to those affected by the disaster.

In the aftermath of the flood, the priority is to ensure the safety and well-being of the survivors and to initiate the process of rebuilding and recovery. Emergency response teams are working tirelessly to provide essential aid, including shelter, food, and medical assistance, to those in need.

The government of Libya, along with international humanitarian organizations, is mobilizing resources and coordinating efforts to address the immediate and long-term effects of the flood. An assessment of the infrastructure and the extent of the damage is being conducted to guide the recovery and rebuilding process effectively.

As the city of Derna grapples with the aftermath of this tragic event, it will require substantial support from both domestic and international communities to rebuild and restore the city to its former state. The road to recovery will be long and arduous, but with collective efforts, it is hoped that Derna will eventually rise from the destruction and rebuild itself stronger and more resilient than before.