Connect with us

Published

on

A newly identified species of duck-billed dinosaur, Coahuilasaurus Lipani, has been discovered in Mexico. The newly-discovered species boast a particularly large snout. This exciting discovery not only sheds light on the unique traits of the species but also offers insights into how dinosaurs lived in specific regions during the late Cretaceous period.

Unearthing the Fossil of Coahuilasaurus Lipani

The fossil was originally excavated in the 1980s in the Parras Basin region. Initially, palaeontologists believed it belonged to another genus. However, a recent study using advanced techniques reclassified the fossil as a new species—Coahuilasaurus lipani. Named after the Coahuila region and the Lipani Apache tribe, this dinosaur was equipped with a distinctive snout, significantly larger than its relatives.

Adapted for Tough Plants

What sets C. Lipani apart from other duck-billed dinosaurs is the presence of tooth-like projections on the roof of its mouth. These structures suggest the dinosaur was adapted to consuming rough and fibrous plants such as palm trees. Its specialised diet likely helped it thrive in the tropical conditions of late Cretaceous Mexico, where it lived approximately 73 million years ago.

How the Discovery Changes Scientific Understanding

One of the most significant aspects of this discovery is what it reveals about dinosaur distribution. Traditionally, palaeontologists believed that large dinosaurs, like many other large animals, had extensive geographic ranges. Palaeontologists now believe that some species may have lived in much smaller, specific areas, possibly due to environmental factors or reproductive habits. This finding is reshaping scientists’ understanding of how dinosaurs adapted to their surroundings.

Geographic Significance of Coahuilasaurus Lipani

While dinosaurs like C. lipani roamed the forests of what is now Mexico, the region’s landscape was vastly different. Sea levels were higher, and the climate was warmer, providing an ideal environment for a variety of dinosaur species. With a length of around 26 feet (8 metres), this species likely roamed in herds, feeding on abundant vegetation, and contributing to the rich biodiversity of the region during the Cretaceous period.

In summary, the discovery of Coahuilasaurus Lipani adds to the growing list of dinosaur species unique to Mexico. The fossil not only highlights the rich paleontological history of the region but also contributes to the broader understanding of dinosaur evolution and adaptation across the Americas.

For the latest tech news and reviews, follow Gadgets 360 on X, Facebook, WhatsApp, Threads and Google News. For the latest videos on gadgets and tech, subscribe to our YouTube channel. If you want to know everything about top influencers, follow our in-house Who’sThat360 on Instagram and YouTube.


OnePlus 13 Listed on China’s 3C Website With 100W Fast Charging Support: Report



WhatsApp Expands Testing for ‘Read All’ Chats Feature on Latest Beta for Android Phones

Continue Reading

Science

NASA’s Artemis II Astronauts Will Double as Test Subjects for Deep Space Health Research

Published

on

By

NASA’s Artemis II mission will send astronauts beyond low Earth orbit as both scientists and volunteer test subjects. The crew will conduct health, radiation, and lunar studies, providing vital data to protect future explorers. Results will guide safety protocols for lunar and Mars missions, advancing human readiness for long-duration deep space exploration.

Continue Reading

Science

Black Hole Kicked Away? Gravitational Waves Reveal Einstein’s Ripples in Spacetime

Published

on

By

Astronomers have, for the first time, measured the recoil speed and direction of a newborn black hole using gravitational waves. Data from the 2019 event GW190412 revealed the remnant shot away at 50 km/s. This breakthrough shows gravitational waves can reconstruct full 3D motion, offering new ways to connect black hole mergers with light signals.

Continue Reading

Science

Canadian Startup Qubic Unveils Cryogenic Amplifier That Could Transform Quantum Computing

Published

on

By

Qubic Technologies has developed a cryogenic amplifier that slashes heat emissions in quantum computers by 10,000 times. Expected to launch in 2026, the breakthrough could shrink cooling demands, reduce costs, and boost system efficiency. Experts suggest it may help overcome barriers to scalability, pushing quantum machines closer to commercial deployment.

Continue Reading

Trending