Articles tagged with Fossils
A new study found that dinosaurs and their prey likely ate seaweeds, which provides an explanation for the high carbon isotope signatures in their teeth. The research used fossils from coastal sites along the Western Interior Seaway and determined that the extra carbon source must have been low in the food chain to affect both aquatic ...
Researchers describe Jeanerpeton mazonensis, a 309-million-year-old proto-amphibian discovered in Illinois, providing insights into ancient amphibian evolution. The fossil specimen features preserved scales, eye impressions, and gastralia, supporting its classification as a distinct species.
Researchers found fossilized vomit pellets from plesiosaurs in river delta sediments, indicating they ate shellfish from the seafloor before vomiting. The fossils were compacted and covered in mucus, surviving the waves and tides.
Researchers analyzed fossil data from 7 human ancestors, finding Australopithecus had strong arms but human-like leg pattern, while early Homo had stronger legs and weaker arms, suggesting a major shift in movement and living habits around 2 million years ago. This finding supports the idea that bipedalism evolved gradually, with early...
Scientists discovered a 518-million-year-old fossil that challenges the origins of starfish, revealing they ate using tentacles, not gills. The fossil, Yujingia glutenotunica, provides rare insight into the evolution of ambulacrarians, a group including starfish and sea stars.
A team of palaeontologists has discovered the first Diplodocus fossil outside North America, found in Spain and dating back 150 million years. The fossil, which includes 14 exceptionally preserved caudal vertebrae and chevron bones, confirms that Diplodocus inhabited Europe during the Late Jurassic period.
A new species of Jurassic squid-like animal, Wyoteuthis linsterorum, has been discovered in Wyoming, USA, with an unusually thick, barrel-shaped skeleton. The discovery, made by an international team of researchers, confirms the existence of an ancient family of belemnites previously thought to have disappeared millions of years earlier.
Researchers analyzed fossilized remains from Troodontid dinosaurs, revealing changes in hip and leg bones over time, shedding light on the species' development and potential health issues. The study's findings support the designation of a specific subset of fossils as the primary representative of Troodon formosus.
The fossil, known as Charnia, is 560 million years old and preserved in three-dimensional detail, providing rare insights into the earliest animals. Researchers discovered subtle ridges along its branches, which had not been detected in other fossils.
Paleontologists used carbon-dating to analyze over 7,500 fossils, revealing how sediment accumulation rates affect the preservation of fossils. By understanding these rates, researchers can determine the age of a fossil assemblage and extract valuable data from it.
A new study sheds light on the diversity of ancient coastal ecosystems in Japan, revealing that iguanodontians of varying body sizes inhabited the coastal environments of East Asia. The fossil discovery provides valuable insights into the evolution and biogeography of these herbivorous dinosaurs.
Scientists propose a colossal cliff across ancient North America may have exposed Grand Canyon's oldest rocks nearly a billion years before it was carved by the Colorado River. The study suggests the 'great escarpment' of steep rocky cliffs formed when the supercontinent Rodinia broke apart 800 million years ago.
In the Miocene era, giant crocodylians were the most significant predators in South America's habitats, feeding on a wide range of herbivores. Their presence likely influenced the size of herbivore populations, with even the largest predators, such as the 1,800-kilogram Purussaurus neivensis, playing a crucial role.
A new study provides compelling evidence that cynodonts, an ancestor of true mammals, may have been viviparous, giving birth to live young. The discovery sheds light on the reproductive mode of early mammalian ancestors and raises questions about other evolutionary traits.
A new study found that European carnivorous mammals grew larger and more diverse in body mass after a global warming event, while their rivals remained diverse for millions of years. This suggests regional climate played a key role in determining who ruled as top predator, rather than universal competition.
Researchers have discovered a new species of extinct amphibian, the spadefoot toad Spea labreae, from La Brea Tar Pits. The discovery highlights the impact of climate change on species distribution and provides insights into ancient environmental conditions.
A new study from the University of Kansas has introduced a new species of ancient primate, Tetonius varleyorum, which suggests its evolution might be more complex than previously thought. The discovery of this fossil at Smiley Draw in Wyoming provides fresh detail to the biogeographic and evolutionary history of primates.
A team of international researchers has uncovered a unique fossil from China that preserves the digestive system of an ancient marine reptile. The study provides insight into the early adaptations of long-necked marine reptiles to life in the oceans, contradicting previous assumptions about their limited aquatic capabilities.
A remarkably preserved Cretaceous mammal fossil in Mongolia's Gobi Desert is rewriting the chapter on mammal evolution. The discovery, published in Nature, reveals that zhelestids were not close relatives of modern placental mammals, but rather a distinct group of early mammals.
A new study documents fossil footprints of eight adult Paranthropus boisei individuals, indicating human-like body sizes and complex social structures. The discovery provides a rare snapshot of 'fossil behavior' from an ancient hominin group in northern Kenya.
A study of ancient human relatives' fossil footprints reveals that a previously thought smaller species was actually larger, while also showing evidence of group travel. The tracks, preserved over 1.4 million years ago in northern Kenya, offer insights into the behavior and interactions of these early humans.
A research team has identified four previously unrecognized fossil bones, including a premaxilla, from a rock containing mosasaur remains in Osaka Prefecture. The fossils exhibit distinctive features unlike those of known mosasaurs, raising the possibility that they represent a new species.
A new study from Griffith University reveals how different cave environments leave distinct 'fingerprints' on skeletal remains, providing a powerful tool for reconstructing past environments and histories in challenging conditions. Bones preserved in underwater caves often preserve their structure and surfaces remarkably well, while un...
The Society of Vertebrate Paleontology emphasizes that scientifically significant vertebrate fossils should be permanently curated in accredited museums and universities to ensure their long-term scientific value and accessibility. These institutions provide a platform for ongoing research, education, and public exhibition.
A new genus of giant salamander, Limnospondylus ajimuensis, has been identified from fossilized vertebrae found in the Ajimu region of Japan. The discovery sheds light on Japan's evolutionary history and highlights the importance of preserving extant species for the future.
Researchers discovered that ancient organism Spriggina floundersi preferred to bend to the right, showing the oldest known example of lateralized behavior. This finding provides new insights into the origins of left-right asymmetry in animals and suggests that behavioral preferences emerged earlier in evolutionary history than previous...
Scientists have discovered a 518-million-year-old fossil named Urokodia, which shows the earliest evidence of spiders' fangs. The fossils revealed two pincer-like limbs emerging behind the eyes, marking the beginning of chelicerae. This discovery sheds light on the origin of spider bites and book gills in the Chelicerate family.
A 300 million-year-old fish fossil has preserved its brain, providing a rare opportunity to study the brain evolution of early ray-finned fishes. The well-preserved brain offers distinct characteristics that suggest a deep-time relationship to modern sturgeons and paddlefish.
An international team of scientists has rediscovered a set of gigantic Megalodon vertebrae in Denmark, shedding new light on the prehistoric shark's biology and lifestyle. The discovery confirms the maximum vertebral diameter of 23 cm reported in literature and represents the largest fish vertebrae ever recorded.
A 113-million-year-old pterosaur fossil has been found with exceptionally well-preserved chemical traces hinting at its diet. The discovery offers a rare glimpse into the preservation process of fossils, challenging long-held ideas about how ancient organisms were preserved.
Researchers discover fossilized baby early tetrapods, which skipped the tadpole metamorphosis previously thought. This finding upends scientists' understanding of how animals conquered the land, suggesting that early tetrapods were more like fish and birds than modern amphibians.
Researchers found that asexual reproduction slowed the pace of evolution due to limited competition between groups. However, as life spread to shallower waters, stress and increased competition led to the development of sexual reproduction, accelerating evolutionary diversification.
Researchers have found a new species of dinosaur, Jian changmaensis, which is believed to be the missing predator that hunted early birds. The dinosaur had long feathers on its front and back limbs, giving it four 'wings' that may have been used for gliding.
A research team discovered six modern fish groups, including jack, moonfish, and pipefish, dated to 62.2 million years ago, helping to fill a 10 million year gap in the fossil record. The findings suggest that certain fish groups likely went extinct at the end of the Cretaceous Period, while others were established early on.
Scientists have confirmed Praearcturus gigas as the largest scorpion to exist, measuring over a meter in length and sporting pincers up to 16 centimeters long. The discovery sheds light on early arthropod evolution, suggesting that ecological opportunity played a crucial role in their growth.
A new species of raptor-like dinosaur, Kank australis, has been unearthed from southern Patagonia, Argentina, and is believed to have grown up to three meters long. The discovery provides insight into the fish-eating habits of theropod dinosaurs, challenging common portrayals of raptors as terrestrial predators.
A new fossil discovery fills gaps in fossil history, revealing diverse and complex ecosystems during the late Cambrian period. The discovery of Magnicornaspis garwoodi, a 500-million-old anthropod, joins a growing list of Furongian sites that challenge the notion of a barren world.
A new fossil species, Plumadraco, has been found with the longest tail feathers ever recorded on a fossil bird. The analysis suggests that the bird's tail feathers were used for attracting mates, and the color of the feathers was probably dark brown or black.
Labrujasuchus expectatus, a bizarre creature with tiny arms and a toothless mouth, has been discovered in Ghost Ranch, New Mexico. The species fills the gap between two earlier shuvosaurs, providing insight into convergent evolution and the diversification of ancient animals.
Researchers describe Tylosaurus rex, a massive mosasaur with finely serrated teeth, from 80-million-year-old fossils found primarily in northern Texas. The new species is estimated to be around 43 feet long and had strong jaw and neck muscles suggesting it was a powerful predator.
Researchers have uncovered a remarkable fossil site in Canada's Northwest Territories, revealing earlier origins of animal movement, sexual reproduction, and complex life. The discovery provides unprecedented insight into the earliest evolution of complex animal life on Earth.
The discovery of Nagatitan chaiyaphumensis, a 100-120 million-year-old sauropod, is the largest ever found in Southeast Asia. The dinosaur weighed around 27 tonnes and measured 27m long, making it 'the last titan' of Thailand.
Fossils of a toothed platypus species, Obdurodon insignis, reveal that it lived 25 million years ago in a diverse ecosystem with other animals like lungfish, dolphins, and flamingos. The discovery provides new insights into the evolutionary history of modern platypuses.
The fossil discovery of a giant ichthyosaur with injuries in Northern Bavaria has provided new insights into the species' anatomy and behavior. The animal's modified skeleton, likely caused by injuries, suggests that it may have had to change its diet to survive.
A new species of hamster-sized mammal, Cimolodon desosai, has been discovered in the Upper Cretaceous El Gallo Formation of Baja California. The fossil, estimated to be 75 million years old, was found alongside dinosaur fossils and provides insights into the survival strategies of early mammals.
Early octopuses were gigantic predators that hunted at the top of the food web, alongside large marine vertebrates. They had powerful jaws with extensive wear marks, indicating a strong biting force and aggressive feeding strategy.
Researchers have discovered a new species of basal medusozoan, Paleocanna tentaculum, in fossil specimens found in Saint-Joachim, Quebec. The ancient creature, closely related to modern jellyfish, is a rare find due to the limited preservation of soft-bodied organisms.
A new species of coelacanth has been identified from a 150-year-old fossil, bridging a 50-million-year gap in the evolutionary history of Latimeriidae. The discovery was made using modern imaging techniques and has provided crucial insights into the evolution of one of the world's most iconic fish lineages.
A Virginia Tech student's discovery of a rare, ancient meat-eating dinosaur sheds light on the evolution and spread of dinosaurs during the Jurassic period. The species, Ptychotherates bucculentus, had massive cheekbones and a short snout, indicating constant evolution in early dinosaurs.
A 289-million-year-old mummified reptile has provided scientists with a unique window into the evolution of breathing and movement in ancient reptiles. The study found that the reptile's respiratory system is similar to that of modern reptiles, birds, and mammals, suggesting an efficient mechanism for respiration.
A newly discovered fossil site in southwest China reveals that many key animal groups evolved before the start of the Cambrian Period. The study found fossils of ancestors of modern starfish, sea cucumbers, and chordates, pushing back the timeline of complex animal life by at least 4 million years.
A 500-million-year-old fossil reveals the earliest known chelicerate with a claw, pushing back the evolutionary history of chelicerates by 20 million years. This discovery sheds light on the assembly of the chelicerate body plan and their early ecological context.
The project brings together eight perspectives to develop tools for documentation, legal clarity and traceability, supporting lawful activity and enforcement.
A team of paleontologists has uncovered fossilized remains of giant tortoises, armadillos, and other Ice Age animals in a Central Texas water cave. The discovery, published in Quaternary Research, provides new insights into the region's past environment and animal community.
A new species of baby dinosaur, Doolysaurus huhmini, has been discovered on Aphae Island in Korea, estimated to be around two years old. The fossil was analyzed using X-ray technology and revealed growth markers, gastroliths, and a possible fuzzy coat, providing insights into the dinosaur's diet and anatomy.
Researchers analyzed the teeth of four European straight-tusked elephants, discovering they migrated up to 300km before reaching their final habitat. The study suggests organized hunting and cooperation between Neanderthals and the elephants.
A new study reveals that the ancient reptile Sonselasuchus, a relative of the crocodile, began life on four legs before learning to walk on two. The discovery was made by analyzing the proportions of the limb skeletons of different animals, suggesting that the creature's bipedal stance may have resulted from differential growth patterns.
A digital reconstruction of Little Foot's face reveals surprising similarities with Ethiopian fossils, challenging previous assumptions about early human evolution. The study sheds light on the diversity of fossil hominin faces across Africa and highlights the importance of the face in understanding primate adaptation and interaction.
The discovery of miniscule Purgatorius fossils in Colorado provides fresh insights into the evolution of the earliest-known relative of all primates. The find suggests that archaic primates originated in the north and spread southward, diversifying soon after the mass extinction at the end of the Cretaceous Period.
The discovery of Tanyka's fossilized jawbone provides insights into the evolution of tetrapods. With its twisted jaw and sideways-facing teeth, Tanyka is a living fossil from an ancient lineage that thought had gone extinct.