Dozens of dinosaur footprints found at Australian school, scientists say
Dozens of dinosaur footprints embedded in a boulder were found hiding in plain sight at a school in Australia, according to researchers.
The large rock was excavated from the Callide Basin in central Queensland and gifted to the Moura State High School, where it sat unnoticed for two decades, according to the University of Queensland.
MORE: What scientists learned from a well-preserved fossil of this iconic Jurassic-era species
When paleontologists were asked by the school to examine a cluster of three-toed track marks on the boulder, they found it contains one of the highest concentrations of dinosaur footprints per square meter ever documented in the country, according to a paper published Monday in Historical Biology.
The rock contains 66 footprints from 47 individual dinosaurs, Anthony Romilio, a paleontologist at the University of Queensland and lead author of the study, said in a statement. The footprints were likely imprinted onto the boulder as the dinosaurs passed across a patch of wet, white clay, possibly walking along or crossing a waterway during the Early Jurassic period, about 200 million years ago, Romilio said.
"It's an unprecedented snapshot of dinosaur abundance, movement and behavior from a time when no fossilized dinosaur bones have been found in Australia," Romilio said.
MORE: Well-preserved remains of saber-toothed kitten found frozen in Russian tundra, researchers say
Each footprint has three toes, indicating that they belong to the ichnospecies Anomoepus scambus, small dinosaurs with legs between 6 inches and 20 inches, Romilio said. They were likely traveling less than 4 mph, the researchers determined.
Skeletal fossils from dinosaurs with these types of feet indicate that they were likely plant eaters with long legs, a chunky body and short arms, Romilio said.
MORE: How the process of de-extinction will be used to restore this fabled species
While the boulder was resting in the schoolyard for years, advanced 3D imaging and light filters were able to reveal the hidden details in the footprints, Romilio said.
"It's incredible to think that a piece of history this rich was resting in a schoolyard all this time," he said.
Dozens of dinosaur footprints found at Australian school, scientists say originally appeared on abcnews.go.com
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
43 minutes ago
- Yahoo
Ancient Roman Villa, Largest of Its Kind, Unearthed in France
Archaeologists in France have unearthed one of the largest Roman-era villas ever found in the country, the Institut National de Recherches Archéologiques Préventives (French National Institute for Preventive Archaeological Research—INRAP) reported. The villa was discovered in Burgundy and is believed to have once belonged to an aristocratic Roman who owned a great deal of land in the area. The site has been recognized as an archaeological site since the 19th century, but proper excavations didn't begin until 1966 when one structure, spanning 700 square meters, was unearthed. With the latest discovery, which spans 4,000 m², scientists now believe that the first structure was just one piece of a much larger compound. The most recent excavation revealed a substantial residential area located near a spacious garden measuring about 900 m², which led to a quadrangular pool on one side and a fountain on the other, both of which were common fixtures of Roman-era garden design. Fencing the garden were colonnaded galleries which led to an assortment of technical rooms, reception halls, and staff quarters, including what was likely a kitchen. The complex's eastern wing was found to contain a large bathing complex. Researchers believe that the layout suggests the complex was constructed in two or three different phases. Though only part of it has been recovered, it is already one of the most expansive Roman encampments ever discovered in the region. The materials and relics found at the site will undergo further analysis to determine details about the daily lives of the complex's Roman Villa, Largest of Its Kind, Unearthed in France first appeared on Men's Journal on Jun 11, 2025
Yahoo
4 hours ago
- Yahoo
Russian scientists discover a new island in the Caspian Sea — the world's largest inland body of water
When you buy through links on our articles, Future and its syndication partners may earn a commission. A new island has appeared in the northern part of the Caspian Sea, a Russian research expedition has confirmed. The island, which does not have a name yet, is located 19 miles (30 kilometers) southwest of another island called Maly Zhemchuzhny, according to a translated statement published by the Russian state-owned news agency TASS. The island is only slightly elevated above the water level, and its surface was damp and mostly flat but covered in sand ridges at the time of the expedition, the statement said. The new island emerged due to a drop in the Caspian Sea's water levels, Stepan Podolyako, a senior researcher at the Russian Academy of Sciences' P. P. Shirshov Institute of Oceanology (IO RAS) who was on the expedition, wrote in a statement shared with Live Science. The Caspian Sea, which lies at the junction between Europe and Asia, is the largest inland body of water in the world when measured by its surface area of 143,200 square miles (371,000 square kilometers). "The occurrence of new islands in the Caspian Sea is associated with cyclical processes of long-term fluctuations in the level of [these] landlocked waters," Podolyako wrote in the statement. "Awash islands are uplifts on the seabed that come to the surface during periods of falling sea level." The Caspian Sea's levels fell during the 1930s and 1970s before bouncing back — and they started dropping again around 2010, Podolyako said. Related: Surprised Russian school kids discover Arctic island has vanished after comparing satellite images Climate change may be to blame for the recent decline, because the Caspian Sea's water levels partly depend on evaporation rates, Podolyako said. There are also tectonic shifts happening beneath the sea, which could explain changes in water levels, he added. Scientists first spotted signs of the new island in satellite images in November 2024. A pile of sand and sediment had breached the surface of the water and was beginning to dry, according to the statement in TASS — but the claim that a new island was forming remained somewhat controversial. During the recent expedition, researchers managed to approach the island to confirm its existence, but they were unable to land due to bad weather and shallow water conditions. Photographs taken from a drone revealed the island's size and some of its features, but further research is needed to describe it thoroughly. RELATED STORIES —New island that emerged from the ocean off Japan is now visible from space —Melting ice in Antarctica reveals new uncharted island —Newly discovered island is the closest land to the North Pole "A next visit to the island is planned [...] in the second half of 2025," Podolyako said. A decision about the official name of the island will then be made, depending on whether researchers find any notable characteristics to name it after. Otherwise, the island could be named after a person who has made significant scientific or cultural contributions in the area, Podolyako said. The island currently sits just inches above water level, but that could change with declining river flows into the Caspian Sea in the summer and fall, according to the statement in TASS. This may lower water levels around the island and increase its elevation.
Yahoo
5 hours ago
- Yahoo
Base Molecular Resonance™ Technologies Offers U.S.A. a Generational Edge Against Next-Gen Warfare
STUART, Fla., June 11, 2025 /PRNewswire/ -- In the wake of Ukraine's unprecedented long-range drone strike deep into Russian territory, executed using weaponized drones launched from concealed containers, Base Molecular Resonance™ Technologies (BMRT) underscored the urgency of its breakthrough technology, developed to protect the United States by detecting this emerging class of devastating threats before they can be unleashed. Built utilizing its multi-patented Base Molecular Resonance™ technology, BMRT's systems can remotely detect explosives, narcotics, DNA (for human trafficking), high-value threats, and weaponized drones through steel containers, ship hulls, and sealed cargo bays, with zero false positives or negatives, and no need to open or unload freight, whether up close or at a distance. This revolutionary platform is so advanced that it can detect every element on the periodic table, as well as over 200 types of cancers and other diseases. On June 1, 2025, Ukraine deployed drones from truck-mounted containers to strike multiple Russian airbases, damaging or destroying more than 40 aircraft in a single coordinated assault. Pentagon officials called the strike "one of the most sophisticated" in recent history. Experts warn that similar tactics, using weaponized drone swarms launched from ports or supply hubs, could threaten U.S. infrastructure, military sites, and civilian populations. "We've entered a new era of warfare," said Robert 'Bo' Short, Co-Founder and CEO of BMRT. "The recent Ukrainian drone assault exposed how easily adversaries can weaponize ordinary shipping containers to carry out high-impact attacks from seemingly benign locations. In this new battlespace, traditional defense methods fall short. BMRT's technology exposes these threats before they can strike. This scientific innovation provides the strategic advantage our nation requires to maintain its position as the world's greatest military power." BMRT's Multi-Patented, Independently Validated Technology Delivers What Traditional Systems Cannot. BMRT's breakthrough has been validated in a blind and double-blind study by the Centre for Applied Innovation at York St. John University in England, confirming 100% accuracy detecting gunpowder, narcotics, cancer, and other high-value threats, with no false positives or negatives. It can detect explosive compounds and threat components hidden inside sealed containers, cages, and compartments without manual searches, visual inspection, or physical contact. Detection is instantaneous and non-intrusive, eliminating delay, disruption, and uncertainty. Lee Duke, Co-Founder and President of BMRT, added, "Ports are no longer just economic entry points, they're potential launchpads for foreign attacks. Our technology gives the United States the ability to see what no one else can see, and stop what no one else can stop. This isn't a technological evolution. It is literally a quantum leap forward." With over 11 million containers entering U.S. ports annually, and only a fraction undergoing detailed screening, the stakes are high. BMRT's technology offers real-time threat assessment without interrupting the flow of commerce. Strategic and Commercial Value BMRT's Base Molecular Resonance™ platform has received an independent intellectual property valuation of $60.3 billion, representing one of the largest pre-revenue technology valuations in history. The company's non-contact, quantum-driven technology is poised to become a cornerstone of next-generation homeland security, defense, and logistics protection. For more information, visit Investment Inquiries Robert "Bo "ShortCo-Founder & CEObo@ Media Contact Bryan AdamsChief Marketing Officerinfo@ Ext. 1 About Base Molecular Resonance™ Technologies (BMRT)BMRT has discovered a new area of quantum physics that utilizes resonant frequencies to detect particle interactions at subatomic levels. This technology, called Base Molecular Resonance™ (BMR™), can detect any compound or biological substance, including every element on the periodic table, and up to 200 cancers and other diseases. With over 20 years of prototyping and testing proving its unmatched detection capabilities, BMR™ has the potential to save millions of lives by pinpointing weapons, explosives, and other physical threats both up close and at great distances, and detecting cancers and other diseases long before they present clinical symptoms. The non-invasive, harmless, and instant scan has broad implications in cancer diagnostics, public safety, law enforcement, security, and military services. View original content to download multimedia: SOURCE Base Molecular Resonance Technologies, LLC Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data