The recent conflict in Gaza resulted in the destruction of infrastructure, generating an estimated sixty million tons of rubble. This destruction created extensive dust clouds composed of various materials from buildings and the environment, including concrete, plaster, paint, glass, metal, sand, and soil. Some of these materials are synthetic and toxic.
The pervasive dust covered residents, food, and water, settling as a new layer of topsoil across the region. Experts suggest that the fallout from these materials could lead to a future epidemic of cancer, lung disease, and brain damage, potentially rivaling the lethality of the conflict's direct casualties.
Yaakov Garb, a professor of environmental studies at Ben-Gurion University, is actively mapping major sources of contamination in Gaza. His research involves comparing satellite images from before and after the conflict, combined with snapshots, drone footage, and reports from ground sources. This data helps reconstruct which buildings containing specific toxins were destroyed and their proximity to populations.
Garb's research aims to provide detailed modeling of the toxicological consequences. The first paper from this study will specifically document asbestos contamination in two identified hotspots. Asbestos was commonly used in roofing in Gaza's urban refugee camps and above stairwells in apartment buildings.
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The recent conflict in Gaza has generated approximately sixty million tons of rubble, creating widespread dust clouds containing toxic materials. Researchers are now mapping contamination sources to understand the long-term health consequences, including potential epidemics of cancer and lung disease.