A newly discovered crocodile fossil may have thrilled paleontologists by revealing teeth similar in size to those of a T. rex. This predator, according to National Geographic Explorer Diego Pol, may have even hunted dinosaurs on land—offering new insights into crocodile evolution.
Newly discovered fossil unearths ancient croc that may have hunted dinosaurs on land, expert says

Key Takeaways:
- Researchers uncovered a new type of ancient crocodile fossil.
- The fossil’s teeth are “comparable to a T. rex,” according to an expert.
- Scientists suggest this prehistoric crocodile may have hunted dinosaurs on land.
- National Geographic Explorer Diego Pol provided insights on this striking find.
- The discovery was reported by ABC7 on August 27, 2025.
Introduction
The discovery of a newly unearthed crocodile fossil is shaking up scientific perceptions of these ancient predators. According to a recent report by ABC7, experts believe this crocodile might have prowled on land in pursuit of dinosaurs—a revelation that broadens our understanding of crocodile behavior millions of years ago.
The Fossil’s Notable Features
The most attention-grabbing characteristic of this fossil lies in its teeth. National Geographic Explorer Diego Pol compares them to those of a T. rex, underscoring both their size and possible hunting utility. This remarkable similarity hints that the prehistoric crocodile would have been a formidable predator in its ecosystem, capable of tackling large and potentially dangerous prey.
Hunting on Land?
Modern crocodiles are known for their infamous aquatic ambush tactics. However, the suggestion that this ancient croc “may have hunted dinosaurs on land” challenges the idea that crocodiles have always been strictly water-based hunters. While the exact manner of its hunting remains a topic for further research, the discovery undoubtedly prompts intriguing questions about the range and versatility of these reptiles.
Scientific Importance
Paleontologists are constantly in search of fossils that illuminate the evolutionary links between prehistoric and modern creatures. This discovery, highlighted by Diego Pol’s expertise and enthusiasm, indicates that crocodiles’ ancestors might have been more adaptable and possibly more aggressive predators than previously assumed. These new findings will likely pave the way for fresh research into the lineage and behavior of ancient crocodiles.
Conclusion
As experts analyze every aspect of this noteworthy fossil, the scientific community’s understanding of crocodile evolution deepens. The fierce teeth—likened to a T. rex—signal a predator well-suited for land-based hunting, an ability seldom associated today with this lineage. Though questions remain, one thing appears certain: this fossil marks a transformative moment in our quest to understand the ancient world.