Ichthyosaur fossil confirmed for the first time in western Japan — also marks Japan’s first…
Browsing: Paleontology
Paleontology is the scientific study of life in Earth’s past, primarily through the analysis of fossils—remains, traces, or impressions of ancient organisms preserved in rock. By uncovering and interpreting these remnants, paleontologists reconstruct evolutionary histories, ecosystems, and environmental changes that have occurred over millions of years. This field bridges geology and biology, shedding light on everything from the age of dinosaurs to the earliest microbial life. Explore this page for the latest fossil discoveries, analytical techniques, and insights into how ancient life helps us understand both the past and the future of our planet.
Bone cut-marks suggest Neanderthals had distinct food traditions—possibly even early “family recipes.” A new study…
Protein remnants in fossil enamel reveal new ways to study evolution. These molecules stretch our…
Ancient lungfish jaws tell a complex evolutionary story. New 3D analysis uncovers surprising feeding adaptations.…
In an incredible twist of fate, a retired chicken farmer unearthed a 240-million-year-old amphibian fossil…
Ancient proteins from a 20-million-year-old rhino tooth are transforming our understanding of evolution. Researchers have…
A thrilling fossil discovery on England’s Jurassic Coast has revealed a brand-new species of prehistoric…
Forests are falling dangerously behind in the race against climate change. A new study reveals…
In the sunbaked badlands of Arizona’s Petrified Forest, scientists uncovered a tiny jawbone that turned…
New dinosaur Enigmacursor clarifies taxonomy and highlights overlooked species in the Morrison Formation. A small…
Eoplatypleura messelensis is the oldest known true cicada ever identified in Europe. For the first…
A giant burrowing salamander fossil challenges assumptions about amphibian evolution in prehistoric Appalachia. A giant…
Around 220 million years ago, shifting climate conditions created an environment that allowed pterosaurs to…
The Harbin skull confirms Denisovan ancestry and expands their known range using protein and DNA…
First study to explore how ancient reptiles spread across the Earth after the end-Permian mass…
Newly identified Nipponopterus mifunensis reflects global collaboration and showcases Japan’s rich prehistoric heritage. A team…
Jurassic-era blue-stain fungi fossils found in China push their origin back 80 million years. These…
Footprints from Australia show reptiles may have evolved 35 million years earlier than thought, changing…