66,000,000 years ago today · Cretaceous–Paleogene boundarySaturday, 31 October 2026 · Strictly scientific. Always sourced.
Latest
Footprints from Italy: crocodile and dinosaur relatives were already around before the mass extinctionHole in the shoulder blade: a new Neanderthal from Shanidar CaveAncient coral from North Carolina turns out to be a precious coralResearchers assign Greenland fossils to a Siberian spiny fish

Search & archive

Search headlines and article text. Leave the search field empty to browse every article, newest first.

57 articles · Page 1 / 5

AI illustration of a broken fossil tooth in deep-sea mud. An illustration for the study, not a photograph of an examined fossil.Fossil Finds
Fossil Finds · 21 Oct 2026

Two Seas in One Tooth: Fossil Teeth Store Home and Grave

Researchers have discovered traces of two different seas in fossil teeth from the floor of the North Pacific! The teeth’s outer layer reveals the water in which the fish once swam, while the interior records where the tooth later came to rest. From this, the team draws a proposal: a deep current from Antarctica gathers up the teeth, building deposits of mud packed with rare metals.

CheckedSource: Dual Nd isotopic archives in fossil teeth reveal bottom-current control of rare-earth element enrichment in deep-sea sediments
AI life reconstruction accompanying the discovery of Rewasaurus minori: the body, limbs and tail are based on related silesaurs. The image illustrates a possible habitat; it is not a scientifically verifiable reconstruction of the individual original teeth. Body form and colour remain inferred.Fossil Finds
Fossil Finds · 16 Oct 2026

Rewasaurus: India’s first silesaurid leaves researchers with a puzzle

Researchers have identified a silesaurid in India beyond doubt for the first time. This animal belonged to the dinosaurs’ closest relatives. The new species, *Rewasaurus minori*, is known from an incomplete skull with a lower jaw, where three teeth at the tip jut forwards at an angle. Yet two analytical methods give different answers about where the animal belongs in the dinosaur family.

CheckedSource: First definitive record of a silesaurid (Avemetatarsalia: Dinosauriformes) from the Upper Triassic of India with new insights on its origin and dispersal
AI life reconstruction of Simonettoia tilaventina, a newly described Triassic reptile from northeastern Italy. Head shape, tail and coloration are uncertain and were reconstructed using related species.Fossil Finds
Fossil Finds · 16 Oct 2026

Giant Neck Bone Exposes a New Species

Researchers have identified a fossil discovered more than 20 years ago in north-eastern Italy as a new Triassic reptile, an animal from the period before the Jurassic and Cretaceous. An extraordinarily long neck bone put them on the trail. But only the remaining bones reveal why the incomplete skeleton matches no previously known species.

CheckedSource: SIMONETTOIA TILAVENTINA, A NEW TANYSTROPHEID (DIAPSIDA ARCHOSAUROMORPHA) FROM THE UPPER TRIASSIC (NORIAN) OF NORTHEASTERN ITALY
AI life reconstruction: genus-level illustration of Nanotyrannus in a Hell Creek river landscape. Not an individual reconstruction of Jodi; colours and soft tissues are speculative.Dinosaurs
Dinosaurs · 16 Oct 2026

First a Baby Dinosaur, Now a Million-Dollar Lot: Sotheby’s Auctions Predator Jodi

New York – On 27 October, Sotheby’s will auction a roughly 67-million-year-old predatory dinosaur skeleton from Montana, with an estimate of six to nine million US dollars! In 2023, “Jodi” was still considered a juvenile of the most famous predator of all. Now it is called Nanotyrannus: a separate, smaller predator from the same period. However, the evidence behind the new name comes from other skeletons, not Jodi.

CheckedSource: www.sothebys.com
AI illustration of a whale from the bowhead-whale lineage, Pliocene of Antwerp (about 5.0 to 4.4 million years ago). Body shape, size and coloration are artistic assumptions; only parts of the skull and ear bones of Quasibalaena portisantuerpiae are preserved.Fossil Finds
Fossil Finds · 15 Oct 2026

Antwerp fossil: bowhead whale ancestors shrank before becoming giants

Researchers have described a fossil right whale from Antwerp that adds weight to the size history of these marine giants: the early members of the bowhead whale lineage apparently shrank first, while right whales became giants only later, twice and independently. The researchers infer this from a reconstruction of body sizes. The skull, almost five million years old, belongs to a previously unknown genus and species.

CheckedSource: A New Bowhead Whale-like Genus from the Early Pliocene of Antwerpen Illuminates Phylogenetic Relationships and Body Size Evolution in Balaenidae (Cetacea, Mysticeti)
AI life reconstruction of the roughly 18-million-year-old stem cervid Procervulus mizunami from central Japan, shown with its short forked antlers; the coastal wetland setting depicted here is an artistic reconstruction only and not a finding of the study.Fossil Finds
Fossil Finds · 15 Oct 2026

Ancient Deer from Japan: Forked Antlers 18 Million Years Ago

Researchers have described the oldest known skeleton of an ancient stem-group deer from central Japan — complete with antlers! The animal lived around 18 million years ago and belongs to a new species named *Procervulus mizunami*. Until now, deer with forked antlers from this period were known only from Europe. Now it is clear: one of the very first was already roaming East Asia.

CheckedSource: Oldest known skeleton of a stem cervid (Artiodactyla, Cervidae) from the Lower Miocene of Japan and implications for the initial dispersal of stem cervids
AI life reconstruction of an early, bipedal dinosaur in a Triassic landscape; the study does not name a specific species, and the coloration shown is an artistic interpretation not supported by fossil evidence.Evolution
Evolution · 14 Oct 2026

Dinosaur Spine: Back Vertebrae Moved into the Pelvis

Palaeontologists have redrawn the evolution of the dinosaur spine: when early dinosaurs gained an extra vertebra in the sacrum, the part of the spine firmly joined to the pelvis, they lost one from the back! According to the new analysis, the additional pelvic vertebrae were remodelled trunk vertebrae that had shifted from the back into the pelvis. Evolution did not invent new vertebrae for the job.

CheckedSource: Evolution of the axial skeleton of early dinosaurs and the role of meristic and homeotic processes
AI life reconstruction: The early predatory dinosaur Staurikosaurus pricei moves in real time through the undergrowth of what is now southern Brazil during the Late Triassic – with two short, clawed forelimbs paired at the chest and shoulder just behind the base of the neck, consistent with its body plan.Fossil Finds
Fossil Finds · 14 Oct 2026

First Dinosaurs: Brazil’s Fossils Reveal the Rise of the Outsiders

A Brazilian researcher has brought together new dinosaur finds from the south of his country and revealed that the first dinosaurs began as outsiders. In the Triassic, more than 220 million years ago, the land belonged to the ancient relatives of mammals and the kin of crocodiles. Between them, two-legged newcomers darted through the undergrowth and soon produced the first apex predators among the dinosaurs.

CheckedSource: The origin of dinosaurs in light of recent discoveries from Brazil
AI life reconstruction: Osedax worms on a vertebrate bone on the seafloor, anchored in the bone by root-like tissue.Evolution
Evolution · 13 Oct 2026

Researchers Discover Three New Bone-Eating Worms Without Mouths or Guts

Researchers have discovered three new species of bone-eating worms around the Iberian Peninsula! They found the animals on cow and pig bones that they had deliberately sunk to depths of 90 to 1,200 metres. *Osedax* worms have neither mouths nor guts and depend on bacteria capable of digesting the organic material inside bones.

CheckedSource: On the diversity of ‘bone-eating’ worms (Annelida: Siboglinidae: Osedax ) and their symbionts around the Iberian Peninsula
AI life reconstruction of Navaornis hestiae from the Late Cretaceous of present-day southeastern Brazil.Evolution
Evolution · 13 Oct 2026

Flight Lost, Ear Barely Changed: Did the Back of the Skull Shape the Avian Ear?

Researchers studying 146 living and recently extinct crown birds have uncovered a startling contradiction: when birds lose the ability to fly, the semicircular canals in their inner ears — tiny ring-shaped tubes responsible for balance — change only slightly. Yet they respond strongly to a remodelled skull. For avian evolution, this means the supposed signature of flight in the ears of early birds probably arose as the joint between the head and neck was rebuilt.

CheckedSource: Coordinated transformations of the labyrinth and occiput during the dinosaur–bird transition
AI life reconstruction: the fossil chalcid wasp Paleolelaps draco amid damp leaf litter in its presumed habitat; the oldest known member of the chalcid wasp family Diparidae, recorded in late Eocene Baltic amber.Fossil Finds
Fossil Finds · 12 Oct 2026

Amber reveals the oldest wasp from an entire insect family

Resin oozes from a tree trunk, trapping a wasp in its grip. The resin became Baltic amber, preserving a scientific first: *Paleolelaps draco* is the first fossil wasp from the chalcidoid family Diparidae and also its oldest known representative. Until now, researchers knew this family only from living species.

CheckedSource: Paleolelaps draco Tselikh & Rasplus gen. et sp. nov., the first fossil record of Diparidae (Hymenoptera: Chalcidoidea) from Eocene Baltic amber
AI life reconstruction: the Late Cretaceous frog Hungarobatrachus szukacsi with two horn-like bony projections at the back of its skull, shown in a river floodplain in present-day Hungary.Fossil Finds
Fossil Finds · 12 Oct 2026

Horned frog lived among Hungary’s dinosaurs

Around 85 million years ago, a frog lived on a floodplain in what is now Hungary, with two bony spikes rising from the back of its head. A newly discovered skull of *Hungarobatrachus szukacsi* places this horned frog firmly in the world of the dinosaurs. It also shakes up its family tree: the animal may belong to a group of frogs from the Southern Hemisphere.

CheckedSource: A frog with horns in the Late Cretaceous: new information on Hungarobatrachus szukacsi (Neobatrachia: Anura)