Deep within the arid landscapes of Teruel, Spain, a discovery has rewritten the history of one of nature’s most successful lineages. For years, the scientific community believed the Mustelinae—the family including weasels, ferrets, and minks—emerged roughly 3.5 million years ago during the Pliocene. However, a newly unearthed fossil has shattered that timeline, dating back 6.5 million years to the late Miocene epoch. This tiny, lithe predator, with its stout skull and razor-sharp teeth, proves that these agile hunters were stalking the ancient world much earlier than we ever imagined.

This discovery highlights the incredible adaptability of prehistoric life. These creatures were not the ‘monsters’ often depicted in fiction, but highly specialized, majestic predators that survived through shifting climates and changing continents. The find in Spain suggests that the roots of these modern-day carnivores are buried far deeper in the strata of time, awaiting a witness to uncover their true origin.

In the world of Dino Age, we often see how these ancient lineages collide. When Owen first found the amulet in Costa Rica, it responded to more than just the Triassic. The Time Fractures—those haunting purple tears in reality—don’t just transport; they reveal the instability of our history. Owen notes in his journal that as he moves closer to a stabilization point, he often sees shadows of creatures that shouldn’t exist in the same era. A tiny, fierce predator from the Miocene appearing near a Triassic rift is a chilling reminder of how the First Fracture has tangled the threads of evolution. These animals are caught in a temporal storm, and it is Owen’s mission to ensure their majesty isn’t lost to the chaos of the rifts.