Why does such a big and powerful dinosaur like the T. rex have such tiny forearms, in a new study scientists believe they might have the answer. They say the animal evolved to have a much larger head ...

This article aims to discuss the largest non-dinosaur land animal to ever exist. There were actually several massive non-dinosaur creatures that roamed the earth before and after the reign of the ...

Long before the first dinosaur hatched, Earth's ancient life was already thriving. There were bizarre sea creatures and lumbering plant-eaters that ruled prehistoric landscapes for hundreds of ...

Some animals have been around since the time of the dinosaurs—and they’re still thriving today! Known as “living fossils,” these creatures have barely changed over millions of years and continue to ...

Scientists discovered three new mammal species that survived in Alaska’s ancient Arctic during the age of dinosaurs.

Despite growing into the largest animals ever to walk on land, sauropods began life small, exposed, and alone. Fossil evidence suggests their babies were frequently eaten by multiple predators, making ...

This article was originally published by Quanta Magazine. When the paleontologist Michael D’Emic cut into the bones of Majungasaurus, a distant relative of Tyrannosaurus rex that roamed Madagascar ...

A wave of dinosaur discoveries over the past decade has completely reshaped our understanding of these long-extinct animals. Palaeontologist Dave Hone spills the secrets of how dinosaurs lived, from h ...

Learn about the rise, then fall, then rise again of dinosaur enthusiasm Darren Naish and Paul M. Barrett An illustration of a plate-backed herbivore Stegosaurus and ...

Researchers have discovered the new dinosaur species in Thailand nicknamed the "Last Titan".

Scientists discovered a massive new dinosaur species beneath a construction site in Brazil dating back 120 million years.

A reanalysis by UC Davis paleontologists challenges the conclusions of a study published last year that assessed metabolic rates of dinosaurs based on traces of biomolecules from fossils. Monitor ...