Following the naturalist’s announcement that he would gladly throw himself in front of a Tyrannosaurus rex to be consumed, the scientific community has formally evaluated the proposal. While researchers agree the television presenter's violent death would be magnificent to witness, they caution that a single broadcaster is insufficient to draw broad conclusions about theropod digestion.
The proposed experiment, first outlined by Packham in an interview with Penny Sarchet while promoting his new series Evolution, posits that offering his own body to the apex predator is scientifically necessary to truly appreciate the natural world. A model published in Nature this week mapped the precise biomechanical forces involved, demonstrating how a 6,000-kilogram theropod would process a 63-year-old conservationist. The simulation confirmed that Packham’s skeletal structure would comfortably shatter under approximately 35,000 newtons of bite force, validating the presenter's core hypothesis.
The sheer elegance of the mechanism—the way the conical teeth would puncture the presenter's waterproof fleece before crushing his ribcage—is breathtaking.
However, independent experts have raised methodological concerns regarding the study's design. A paleobiology lab at MIT warned that while the initial consumption would be visually spectacular, the resulting data would ultimately lack statistical rigor. Lead researcher Dr. Sarah Chen noted that Packham alone represents an isolated data point, stressing that to truly understand late-Cretaceous metabolic rates, the field would need to hurl at least thirty daytime television presenters into the jaws of a carnivore to control for variations in bone density and cardiovascular health.
Without replication, Chen cautioned, it would be impossible to separate the dinosaur's baseline feeding behavior from its specific physiological reaction to a British broadcasting icon.
Researchers added that further study is required to determine whether the naturalist should be consumed with or without his hiking boots, as the vulcanised rubber soles could introduce confounding variables into the prehistoric fossil record.