Over 2,800 Palestinians Missing in Gaza War, Al Jazeera Investigation Reveals
Thousands of Palestinians have been reported missing since the onset of Israel's military operations in Gaza, according to a detailed investigation broadcast by Al Jazeera. The report, based on forensic field records, documents at least 2,842 individuals as disappeared since October 2023, with Gaza's Civil Defense teams attributing many cases to the use of high-temperature munitions.
Documented Disappearances and Forensic Methods
The figure of 2,842 missing persons is derived from records compiled by Gaza's Civil Defence, which employs a rigorous "method of elimination" at strike sites. Spokesperson Mahmoud Basal explained the process in the Al Jazeera report, stating that teams cross-reference the known number of occupants in targeted homes with the bodies recovered.
"If a family informs us there were five people inside, and we only recover three intact bodies, we classify the remaining two as 'evaporated' only after an exhaustive search yields nothing but biological traces—such as blood spray on walls or small fragments like scalps," Basal added. This meticulous approach highlights the challenges in accounting for casualties amid widespread destruction.
Role of Thermobaric and Thermal Munitions
The investigation cited military experts who linked the disappearances to the deployment of thermobaric and thermal munitions, often referred to as "vacuum" or "aerosol" bombs. These weapons are known for generating extreme heat capable of rapidly incinerating human tissue, making recovery of remains difficult.
Vasily Fatigarov, a Russian military expert featured in the report, described how thermobaric weapons differ from conventional explosives. "They disperse a fuel cloud that ignites to create a large fireball and a pressure wave, followed by a vacuum effect," he said, emphasizing their destructive potential in urban environments.
Understanding Thermobaric Weapons
Thermobaric weapons, also known as fuel air explosives or vacuum bombs, are conventional munitions designed to produce extremely high heat and a sustained blast wave. Unlike traditional bombs that contain both fuel and oxidizer within a sealed casing, these weapons utilize oxygen from the surrounding air to intensify explosions, combining "thermo" (heat) and "baric" (pressure) effects.
How they work involves a two-stage process:
- First, the munition disperses a cloud of flammable aerosol fuel across the target area, mixing with atmospheric oxygen.
- Second, a secondary ignition detonates the cloud, producing a powerful fireball and prolonged pressure wave, with temperatures reported to reach up to 3,500 degrees Celsius.
The blast wave from thermobaric weapons lasts longer than that of conventional high explosives and can penetrate buildings, bunkers, and tunnels. In enclosed spaces, the pressure wave reflects off walls, amplifying its impact and causing severe internal injuries, such as lung rupture, even with limited external wounds.
Controversy and Legal Status
Thermobaric weapons are not specifically prohibited under international law, but their use is governed by international humanitarian law, including principles of distinction and proportionality. Parties to a conflict must distinguish between military targets and civilians and avoid attacks causing excessive civilian harm relative to military advantage.
Human rights organizations have raised concerns about their deployment in densely populated areas like Gaza, arguing that the wide-area effects increase the likelihood of civilian casualties. Several countries, including the United States and Russia, possess thermobaric munitions, which have been used in conflicts targeting fortified positions, but their application in urban warfare remains highly controversial due to risks of large-scale destruction.
As modern conflicts increasingly occur in cities, the debate over thermobaric and pressure bombs continues to draw international attention, with calls for stricter scrutiny under humanitarian frameworks.
