Two centuries ago, the world was introduced to a new realm of fascination with the naming of the first dinosaur. Since then, the field of dinosaur science has flourished, offering profound insights into these ancient creatures’ appearance, behaviors, evolution, and ultimate demise.

It all began in 1824 when English naturalist William Buckland unveiled the Megalosaurus, marking the dawn of our cultural obsession with dinosaurs. Fast forward to the 1960s, where the discovery of the nimble and carnivorous Dromaeosaurus Danicus shook up the scientific community, leading to what is now known as the “dinosaur renaissance.” This period challenged previous notions, revealing dinosaurs as diverse, dynamic creatures with features resembling modern birds.

Yet, mysteries lingered, particularly regarding their extinction. In 1980, the revelation of a sediment layer rich in iridium precisely marked the end of the dinosaur era, suggesting a catastrophic asteroid impact as the culprit. Today, over 2,000 dinosaur species have been identified worldwide, with remarkable fossils continually unearthed across the globe.

Advancements in technology, including CT scanning and artificial intelligence, are propelling dinosaur research into new frontiers. By analyzing vast datasets with AI techniques, paleontologists hope to unravel the intricate patterns of dinosaur evolution and understand how these majestic creatures adapted to a changing planet over millions of years.