On November 12, 1970, a 45-foot sperm whale washed ashore in Florence, Oregon. Highway engineer George Thornton was tasked with disposing of the carcass. Deciding that burial was too slow and burning ineffective, Thornton opted to detonate half a ton of dynamite, assuming it would disintegrate the carcass into sea-gull-sized pieces.
However, the physics of compressed, decaying organic matter told a vastly different story. Blubber is an elastic, viscous substance with high tensile strength. Instead of vaporizing, the dynamite created a localized high-pressure pulse that ruptured the whale's resilient outer layers unevenly.
The underlying soft tissues and fluid pressures transformed the blubber into lethal projectiles. Spatial distribution analysis reveals that chunk trajectories extended far beyond the expected blast radius, raining down heavy debris up to a quarter-mile away. One massive piece smashed the roof of a parked Oldsmobile.
The kinetic energy transfer favored large, dense blubber fragments rather than fine aerosolization, while the overwhelming stench settled over the town, leaving most of the whale right where it started.