New Orleans, USA—A British national was among at least 14 people killed in a devastating vehicle attack on New Year’s Day in New Orleans’ French Quarter. The attack took place on Bourbon Street, a vibrant nightlife destination, around 3:15 a.m. local time (9:15 a.m. GMT).
The victim, identified as 31-year-old Edward Pettifer from Chelsea, London, was struck when a pick-up truck ploughed into crowds. The New Orleans coroner confirmed his preliminary cause of death as “blunt force injuries.”
The assailant, 42-year-old Shamsud-Din Jabbar, a Texas resident and US Army veteran, reportedly drove through the bustling street before exiting the vehicle and firing a weapon. Police shot and killed him at the scene. The FBI later revealed that an Islamic State group flag was discovered inside the truck, and two improvised explosive devices were found nearby, indicating the attack was premeditated.
Mr. Pettifer’s family released a heartfelt tribute: “The entire family is devastated at the tragic news of Ed’s death in New Orleans. He was a wonderful son, brother, grandson, nephew, and friend to so many. We will all miss him terribly. Our thoughts are with the other families who have also lost loved ones in this terrible attack.” The UK Foreign, Commonwealth & Development Office has pledged support to the grieving family.
Among the other victims were a promising American college football player, an aspiring nurse, and a mother of a young child. Families and relatives identified their loved ones even as official post-mortem examinations were ongoing.
In total, 39 people sustained injuries in the attack, with several still in critical condition. Bourbon Street reopened Thursday morning as the city prepared for the Sugar Bowl, a major college football event drawing thousands of spectators.
The incident has left the local and global community reeling, with authorities emphasizing the need for heightened security measures in crowded public spaces. Despite the attack, the city remains determined to maintain its vibrant culture and resilience.
