Hong Kong's traditional medicinal shops, known as apothecaries, have served the city's population for generations, selling dried herbs, animal parts, and fossilized remains believed to have healing properties. In 1935, one such shop became the unlikely setting for a major paleontological discovery when German scientist Gustav von Koenigswald purchased what appeared to be "dragon teeth" from the proprietor. These fossilized molars, some measuring over 2 centimeters in width, would later be identified as belonging to Gigantopithecus blacki, the largest primate species ever known to science. The discovery transformed our understanding of prehistoric Asia and sparked decades of speculation about surviving megafauna.
Gigantopithecus blacki emerges in prehistoric Asia, becoming the largest known primate species
Gigantopithecus blacki becomes extinct, according to mainstream paleontological consensus
Gustav von Koenigswald discovers fossilized Gigantopithecus teeth in Hong Kong medicinal shop
Additional Gigantopithecus specimens found in Chinese caves, confirming the species' existence
“In a small medicinal shop, German paleontologist Dr. Gustav von Koenigswald purchased a set of giant molars thought to be the teeth of an ancient dragon. After further study, von Koenigswald determined that he had stumbled upon the first fossil evidence of an extinct species of ape called Gigantopithecus.”
The 1935 discovery by Gustav von Koenigswald marked a pivotal moment in paleontological history, as fossilized teeth purchased from a Hong Kong apothecary revealed the existence of the largest primate ever documented. Initially sold as "dragon bones" for traditional Chinese medicine, these molars belonged to Gigantopithecus blacki, an extinct ape that stood an estimated 10 feet tall and weighed up to 1,200 pounds. The teeth's massive size — some measuring over 2 centimeters in width — provided the first evidence of this remarkable species.
Subsequent excavations in southern Chinese caves during the 1950s and beyond have yielded additional Gigantopithecus specimens, including more teeth and partial jaw fragments. Researchers have determined that this massive ape lived alongside early human ancestors during the Pleistocene epoch, inhabiting bamboo forests across southern China and Southeast Asia. The species appears to have been primarily vegetarian, with dental analysis suggesting a diet of bamboo, fruits, and other plant materials.
Scientific consensus places Gigantopithecus extinction around 300,000 years ago, likely due to climate change and habitat loss as forests gave way to grasslands. The species' enormous size may have made it particularly vulnerable to environmental shifts that reduced bamboo availability. However, the relatively recent extinction date — in geological terms — has fueled speculation about possible survival into more recent periods.
What remains genuinely unknown is the complete skeletal structure of Gigantopithecus, as most discoveries consist only of teeth and jaw fragments. The exact relationship between this giant ape and modern cryptid sightings continues to intrigue both scientists and enthusiasts, though no confirmed evidence supports contemporary survival of the species.
Gigantopithecus blacki teeth were so large that early collectors mistook them for dragon fossils
The species may have been the inspiration for the Yeti legends in Himalayan cultures
Traditional Chinese medicine practitioners called the fossilized teeth 'long gu' meaning dragon bones
Gustav von Koenigswald paid just a few coins for the teeth that would rewrite primate evolutionary history
Hong Kong's traditional medicinal shops can still be found throughout the city, particularly in areas like Sheung Wan and Central District, though the specific shop where von Koenigswald made his discovery is no longer identifiable. Visitors can explore these aromatic establishments to see the types of fossilized materials and traditional remedies that led to this remarkable paleontological find.
Hong Kong is itself a major metropolitan area and international hub.
Hong Kong's subtropical climate makes visiting comfortable year-round, though spring and autumn offer the most pleasant temperatures and lower humidity for exploring the city's traditional districts.