In brief
Beirut's recovery from the recent Israel-Hezbollah conflict is hindered by vast amounts of debris, as experts warn of potential environmental hazards from improper disposal.
Ahmad Mehdi, a 20-year-old engineering student at the American University of Beirut, finds himself residing in a heavily damaged apartment after an Israeli airstrike ravaged the neighboring building three months ago. He recalls the stark reality of his surroundings: “Eleven floors worth of rubble have collapsed into two,” he lamented, describing the chaos of rocks, dirt, and metal fragments surrounding him.As Lebanon navigates the fragile ceasefire between Israel and Hezbollah, many residents like Mehdi are confronted with a pressing dilemma: the enormous piles of debris left from over a year of intense conflict. According to a report from the National Council for Scientific Research in Lebanon, nearly 3,000 buildings in the Dahiya area south of Beirut have been critically impacted; reconstruction efforts are stalled, awaiting the clearance of an estimated 350 million cubic feet of rubble.The devastation has not merely displaced people; it has claimed over 3,700 lives and left 1.3 million Lebanese displaced. The conflict began after Hezbollah's attack on Israeli positions following the Hamas-led assaults on October 7, 2023. Key infrastructure, including homes and factories, has been severely compromised, contributing to a staggering economic toll on the nation.Tamara Elzein, one of the researchers involved in the rubble assessment, underscores the urgency of action. Until the debris is addressed, the prospect of meaningful reconstruction remains out of reach. The neighboring Gaza Strip, enduring its own calamity, mirrors Lebanon’s plight with damage reports indicating that nearly 60% of structures there have been affected as well.The overarching concern extends beyond merely rebuilding; experts warn that without stringent controls on waste disposal, much of the rubble may find its way into the environment, posing significant ecological risks.
