Zigong Metropolis, situated in Sichuan Province, China, is famend for its wealthy fossil discoveries, notably of dinosaurs from the Jurassic interval. Essentially the most well-known dinosaur fossils unearthed in Zigong Metropolis are these of the Dashanpu Formation, which has yielded a number of exceptional specimens. Listed here are a number of the well-known dinosaur fossils found in Zigong Metropolis:
1. Shunosaurus: Shunosaurus is one other dinosaur found in Zigong Metropolis. It was a herbivorous dinosaur recognized for its lengthy tail with a club-like construction on the finish. Shunosaurus lived through the Late Jurassic interval and was one of many few dinosaurs with defensive buildings on the tip of its tail.
2. Omeisaurus: Omeisaurus is a genus of long-necked, herbivorous dinosaurs in Zigong Metropolis. It lived through the Late Jurassic interval and is understood for its comparatively brief neck in comparison with different long-necked dinosaurs.
3. Huayangosaurus： Huayangosaurus is a genus of stegosaurid dinosaurs that lived through the Late Jurassic interval. Huayangosaurus is a genus of stegosaurid dinosaur that lived through the Late Jurassic interval. It’s recognized for its distinctive rows of plates and spikes alongside its again and tail, much like different stegosaurids. Fossils of Huayangosaurus had been found within the Decrease Shaximiao Formation of Zigong Metropolis, making it one of many notable dinosaur discoveries in that area.
4. Mamenchisaurus: Zigong Metropolis is legendary for its Mamenchisaurus fossils, notably Mamenchisaurus hochuanensis. Mamenchisaurus was a long-necked, herbivorous dinosaur that lived through the Late Jurassic interval. It’s notable for its exceptionally lengthy neck, which is among the many longest of any recognized dinosaur.
These are just some examples of the well-known dinosaur fossils unearthed in Zigong Metropolis, which has been a big website for paleontological discoveries in China and has contributed considerably to our understanding of dinosaur evolution through the Jurassic interval.