A recent study published in the academic journal “Scientific Reports” refutes the idea that some long-necked herbivores had supersonic sauropod tails. The controversial idea that some dinosaurs could lash their tails like a whip creating a supersonic crack as the tail travelled faster than the speed of sound has been refuted in newly published research. Instead, the researchers suggest that the tail of diplodocids such as Apatosaurus, Brontosaurus and Diplodocus could still play a role in defence, producing a painful blow to deter an attacker. It is also suggested that these long, whip-like tails could have been used in intraspecific combat.
Scale drawing of Apatosaurus (A. ajax). Note the long, whip-like tail. New research suggests that these long tails could not be used to create a “crack” as they broke the sound barrier. Picture credit: Everything Dinosaur.
Picture credit: Everything Dinosaur
Supersonic Sauropod Tails
A sauropod clade, the Flagellicaudata are characterised by their extremely long tails. This clade includes the Diplodocidae family and the closely related Dicraeosauridae. Although complete fossil sauropod tails are extremely rare, palaeontologists have a good idea of the anatomy of a typical diplodocid tail. It consisted of approximately eighty caudal vertebrae, that gradually decrease in size and morphological complexity towards the tail tip. There are approximately ten larger posterior vertebrae, followed by forty or so intermediate bones with finally around thirty progressively smaller rod-like caudal vertebrae.
Earlier studies had suggested that the tail could be whipped, and the tip would travel so fast (in excess of 500 metres per second), this action would break the sound barrier and produce a loud sound. This speedy tail would cause a significant injury should it come into contact with another dinosaur.
However, this new study used three-dimensional models and computer analysis to assess the stress on the bones, ligaments and soft tissues. They concluded that the maximum tip velocity generated would be around thirty metres a second, nowhere near the 330 metres per second required to break the sound barrier.
The Eofauna Diplodocus carnegii model measures around 60 cm in length and stands 11 cm tall. It is a 1/40th scale model. Most of the model’s length is made up of the long tail. Diplodocids are members of the Flagellicaudata clade.
The picture (above) shows the recently introduced Eofauna Scientific Research Diplodocus carnegii replica. When shown in lateral view, the extremely long tail can be seen.
Whilst the researchers conclude that the effect of friction on the musculature and aerodynamic drag would prevent the tail tip from reaching a speed capable of breaking the sound barrier, the pressure applied by the terminal section would not be enough to break bones or lacerate dinosaur skin, but it could still deliver a painful blow.
In summary, the scientists suggest that sauropod tail use remains speculative, these tails could have been used in intraspecific combat, or perhaps as a weapon against predators. Similarly, the use of the tail as a tactile element to retain herd cohesion is equally plausible.
The scientific paper: “Multibody analysis and soft tissue strength refute supersonic dinosaur tail” by Simone Conti, Emanuel Tschopp, Octávio Mateus, Andrea Zanoni, Pierangelo Masarati and Giuseppe Sala published in Scientific Reports.
The evolutionary development of the vertebral column has been extensively researched. Numerous fossil specimens have been studied as scientists pursue a greater understanding of the evolution of the backbone. Recently, a new scientific paper has been published in “Scientific Reports” that outlines the evolutionary development of ossification patterns in four-legged vertebrates.
Research from the Museum für Naturkunde
The study was undertaken by scientists from the Museum für Naturkunde (Berlin, Germany). Antoine Verrière and his colleagues were able to reconstruct the patterns of how the bones in the vertebral column formed in the ancestor to all land vertebrates based on a large dataset compiled from studies of extant and extinct vertebrates. The dataset also included new information on the spine of Mesosaurus tenuidens, widely regarded as the first reptile to adapt to an aquatic existence, back in the Permian some 300 million years ago.
Understanding the evolution of ossification patterns in the backbones of four-legged vertebrates. Picture credit: Verrière and Fröbisch.
The Evolution of the Backbone
Lead author of the paper, Antoine Verrière explained that M. tenuidens had a long snout and a powerful tail that propelled it through the water. It inhabited an inland sea that once existed in the southern region of the supercontinent Pangaea.
The palaeontologist added:
“On some rare juvenile specimens, we observed that the neural arches, the spines sitting on top of the main part of a vertebra, were closing from head to tail as the animals grew, much like a zipper. We wanted to understand how this pattern would fit in the evolutionary history of land vertebrates, but quickly realised there was surprisingly little information available. So, we decided to investigate this ourselves!”
Four Major Developmental Patterns in Backbones of Amniotes
The research team looked at four of the major developmental patterns in the backbones of amniotes (mammals, reptiles and birds):
The ossification of the centrum (the main body of a vertebra).
The ossification of paired neural arches.
The fusion of the initially forming paired neural arch elements into one spine.
The fusion of neural arches with the centrum, also called neurocentral fusion.
Statistical analysis was used to model how these different patterns changed from the Permian through to today, their work roughly covering the evolutionary history of land-living vertebrates excluding amphibians. With this research the team could reconstruct the patterns in the common ancestor to all land vertebrates.
Co-author of the study, Professor Jörg Fröbisch (Museum für Naturkunde) commented:
“What surprised us the most was that these patterns appear to have been relatively stable for the last 300 million years. Modern and extinct vertebrates are enormously diverse in terms of their body shapes and lifestyles and the elements of their vertebral columns are organised in complex units that differ greatly between species. Nevertheless, the ossification patterns were much more conservative than was expected from the great morphological diversity.”
Duck-billed dinosaur on display showing the vertebral column. Despite vertebrates having extremely diverse body shapes and complex spines the observed ossification patterns were much more conservative than expected. Picture credit: Everything Dinosaur.
Picture credit: Everything Dinosaur
Some Deviations Identified
Although the patterns studied show relative stability through deep geological time, some deviations were identified. Notably, birds, mammals, and members of the Squamata Order (snakes and lizards) each evolved their own specific modes of vertebral ossification, which differ from the ancestral condition in amniotes. Yet again, within these groups, the patterns were also surprisingly stable.
Fellow co-author Professor Nadia Fröbisch (Museum für Naturkunde) explained:
“Ostriches and seagulls, for instance, have very different anatomies and lifestyles, but their vertebral columns ossify in similar ways. This shows that some changes can be observed between the major lineages of land vertebrates, but within each of the main lineages, spine development remained rather stable again.”
This study demonstrates how studying modern animals alongside their ancient ancestors can provide a much deeper understanding of the evolutionary development of key anatomical structures.
Everything Dinosaur acknowledges the assistance of a media release from the Museum für Naturkunde (Berlin) in the compilation of this article.
The scientific paper: “Regionalization, constraints, and the ancestral ossification patterns in the vertebral column of amniotes” by Antoine Verrière, Nadia B. Fröbisch and Jörg Fröbisch published in Scientific Reports.
As we start 2023, time for Everything Dinosaur to wish all our blog readers, customers and social media followers a very happy New Year. It does not seem too long ago that we were wishing everybody a happy New Year 2022, how time flies as we whizz through the Holocene or is this the Anthropocene?
Happy New Year from Everything Dinosaur.
We have decorated our New Year message with some images of Wild Safari Prehistoric World animal models – an Amargasaurus (left), a Dimetrodon (centre) and a replica of an Ankylosaurus (right).
To view the range of Safari Ltd – Wild Safari Prehistoric World models in stock at Everything Dinosaur: Wild Safari Prehistoric World.
Today, we continue our look back at the most popular blog posts that Everything Dinosaur published this year. Yesterday, we reviewed January through to June, and now we turn our attention to the favourite blog posts from the last six months.
Heatwaves in England made working outside extremely arduous and palaeontologists had to deal with the oppressive heat as they explored a fossil site exposed in a farmer’s field in Gloucestershire. The dedicated team unearthed some spectacular specimens including some superb Jurassic fish fossils.
A three-dimensional fish skull (Pachycormus spp.) from a limestone concretion found at Court Farm. Note the small ammonite located in association with the skull. Picture credit: Dean Lomax.
It may have been hot in England, but we suspect Portugal in August was hotter still as a team of researchers struggled to unearth the fossilised remains of a sauropod dinosaur that had been discovered in the back garden of a house in Leiria district (central Portugal).
Portugal sauropod discovery. Picture credit: Instituto Dom Luiz (Faculty of Sciences of the University of Lisbon, Portugal).
In September, Everything Dinosaur blogged about “April”, not the month but a remarkable Tenontosaurus fossil skeleton nicknamed “April” that was being restored ready for a new dinosaur gallery at the Manchester Museum.
The fossilised remains of April the Tenontosaurus laid out in anatomical position. Picture credit: The University of Manchester.
The refurbished Manchester Museum complete with “April” is due to open in February 2023.
The first accurate skeletal reconstruction of a fossil specimen discovered in Scotland more than a century ago, provided new information on the evolutionary history of pterosaurs. Our blog about the research went live early in October.
A tiny reptile measuring approximately 20 cm in length, Scleromochlus is now thought to be an early ancestor of the Pterosauria. Picture credit: Gabriel Ugueto.
November was a time to blow our own trumpet to some extent as Everything Dinosaur won the Excellence in Customer Service Award. We posted about our success and included a Papo green Styracosaurus dinosaur model in the photograph that showed our trophy.
A Papo green Styracosaurus dinosaur model poses in front or the South Cheshire Chamber of Commerce trophy for excellence in customer service awarded to Everything Dinosaur. Picture credit: Everything Dinosaur.
To visit the Papo section of Everything Dinosaur’s award-winning website: Papo Dinosaur Models.
Favourite Blog Posts
Drawing our two-part feature on favourite blog posts of 2022 to a close, we come to December and in this month we blogged about new Rebor replicas, future PNSO dinosaurs, Beasts of the Mesozoic replicas and CollectA figures. However, just as we began 2022 looking at research highlighting stomach contents in a long extinct animal we returned to that subject in December, covering the discovery of a small mammal’s foot found inside the body cavity of a Microraptor (M. zhaoianus). This study, led by Dr David Hone (Queen Mary University of London), demonstrated that Microraptor was a generalist – feeding on a wide variety of small creatures including mammals.
A life reconstruction showing the Microraptor with the mammal’s foot. Picture credit: Ralph Attanasia.
At this time of year, Everything Dinosaur looks back on their favourite blog posts of 2022. The weblog posts that team members have created, and we list the favourite articles of 2022. This is quite a challenge given the enormous number of subjects that we have covered in the last twelve months. Our blog looks at advances in the Earth sciences, fossil finds, dinosaur research, new prehistoric animal models, provides book reviews and covers all sorts of stories and features associated with dinosaur models and model collecting.
So, without further fuss here is a countdown of our favourite and most popular articles from January to June 2022.
Favourite Blog Posts
In January, team members posted up several videos of the recently introduced Rebor Smilodon replicas. These popular models, proved to be excellent figures to highlight on Everything Dinosaur’s YouTube channel. These short videos gave viewers the opportunity to see these exciting models in close detail.
The Rebor Smilodon (Ice Age) colour variant featured in a short Everything Dinosaur video. Our blog posts that linked to short product review videos proved very popular with model fans. Picture credit: Everything Dinosaur.
February may have been the shortest month, but there was no shortage of interesting fossil discoveries to write about. One of the most popular articles dealt with the discovery of a crocodile fossil from Australia that preserved the remains of its last meal – a small dinosaur.
A life reconstruction of Confractosuchus sauroktonos capturing the juvenile ornithopod. Picture credit: Dr Matt White/Australian Age of Dinosaurs Museum.
Predator prey interactions are extremely rare in the fossil record, and this is the first documented instance of a crocodilian eating a dinosaur from Australia.
The world of palaeontology was rocked in March when a paper was published postulating that the species known as Tyrannosaurus rex was actually three! The paper caused a lot of controversy and debate as the fossils of arguably the most iconic dinosaur of all were divided into three.
Back in time we went in April, all the way back to the Cambrian. A newly published paper proposed that the bryozoans, an ancient group of miniature, aquatic invertebrates had their origins in the Early Cambrian. Remarkably, these tiny animals are an important constituent of modern marine ecosystems and are largely unchanged over 500 million years.
Protomelission gatehousei from the Cambrian Wirrealpa Limestone, South Australia. Picture credit: Zhang et al.
“Prehistoric Planet”
In May, the spectacular five-part, television documentary series “Prehistoric Planet” aired on Apple+ TV. Everything Dinosaur team members were given the opportunity to view all the programmes and this series has gone onto win many accolades and awards. Our congratulations to all those involved. “Prehistoric Planet” was one of the television highlights of the year.
We blogged about the programmes, and we think this series was far superior to the big film that came out later in the summer – “Jurassic World Dominion”.
The “White Rock Spinosaurid”
As we moved into the middle of the year, news broke of yet another theropod dinosaur discovery from the Isle of Wight. Fragmentary fossils found on the island, hinted at a ten-metre-plus spinosaurid that could represent the largest carnivorous dinosaur discovered to date in Europe.
Illustration of White Rock spinosaurid. Picture credit: University of Southampton/Anthony Hutchings.
Nicknamed the “White Rock spinosaurid”, after the geological layer in which the fossils were found, the discovery demonstrated that even in areas that have been extensively mapped, explored and visited by thousands of holidaymakers every year, the rocks still hold surprises. Better still, a researcher on the paper Dr Darren Naish, played a pivotal role in “Prehistoric Planet” acting as one of the scientific advisors.
That’s the first part of our two-part feature listing our favourite weblog posts of 2022. Tomorrow, we shall take a look at the blog posts from July through to the end of the year.
In today’s blog post we look at the dwarf nodosaurid Patagopelta (P. cristata), which was formally named and described earlier this month.
A new, very small, armoured dinosaur has been named and described from fossils found in Argentina. The dinosaur which measured around 2 to 2.3 metres in length (based on the dimensions of the femur), suggests that some members of the Nodosauridae in Gondwana became smaller in the Late Cretaceous, perhaps as armoured dinosaurs in South America were under evolutionary pressure from other ornithischians and titanosaurs.
A life reconstruction of the newly described, dwarf nodosaurid from Argentina (Patagopelta cristata). Picture credit: Gabriel Diaz Yantén.
Dwarf Nodosaurid Patagopelta
Fragmentary remains of Late Cretaceous armoured dinosaurs are known from Chile and Argentina, but little work had been undertaken to assess these specimens and to review their phylogeny and taxonomic relationship with other members of the Ankylosauria clade from North America and elsewhere in the world.
Writing in the ” Journal of Systematic Palaeontology”, the researchers led by Facundo Riguetti, a CONICET doctoral fellow, reassessed the known ankylosaur material in conjunction with some other recently found fossils and, as a result, they were able to establish a new nodosaurid species from bones and a single tooth found in sediments of the Allen Formation (Campanian–Maastrichtian) in Salitral Moreno, Río Negro Province (northern Patagonia).
Patagopelta cristata
The dinosaur’s genus name translates as “Patagonian shield” whilst the trivial name derives from the Latin for crest – a reference to the diagnostic crests on both the anterior surface of the femur and the lateral osteoderms of the cervical rings.
Dr Riguetti commented:
“The importance of the study lies in the fact that Patagopelta is the first species of Ankylosauria described for the continental territory of Argentina, which fills the existing gap for this group and adds a new thyreophoran to the very few incomplete and indeterminate remains known for our country from this type of ornithischian dinosaur.”
The right femur of Patagopelta (specimen number MPCA-SM-1), in A, anterior, B, posterior, C, lateral, D, medial, E, proximal and F, distal views. As the fragmentary left femur would have been the same size it is thought the femora came from a single animal. Other fossil remains represent several individuals. Abbreviations: fh, femoral head; fn, fibular notch; ft, fourth trochanter; gtr, greater trochanter; it, interwoven texture; lc, lateral condyle; le, lateral epicondyle; li (atr), linea intermuscular (associated to the anterior trochanter); lmca, linea muscularis caudalis; lmcr, linea muscularis cranialis; mc, medial condyle. Scale bar = 10 cm. Picture credit: Riguetti et al.
The Right Femur
The best-preserved fossil element is the right femur, which is complete and shows typical anatomical characteristics associated with the Nodosauridae. This bone along with the distinctive cervical osteoderms led to the erection of this new species. As the femur is only 25 cm in length and bone histology suggests an adult animal, the researchers conclude that Patagopelta was a dwarf form of armoured dinosaur.
Co-author Sebastián Apesteguía, a CONICET researcher, explained:
“For an armoured dinosaur, Patagopelta is extremely small. Due to the size of the femur, only 25 centimetres in length, we estimate that the animal must have been between two and three meters long, while, in general, ankylosaurs are medium-sized or large animals, with an average length of between four and five metres.”
A Faunal Exchange Across the Americas
Although it is thought that the Nodosauridae evolved in the Northern Hemisphere, towards the end of the Cretaceous (Campanian – Maastrichtian), a land bridge existed between North America and South America that permitted a faunal exchange. Titanosaurs migrated north, which explains why fossils of titanosaurs such as Alamosaurus occur in the USA. Ornithischian dinosaurs such as hadrosaurs and nodosaurids moved south.
Scale drawing of Alamosaurus. A giant titanosaur known from North America that is probably descended from titanosaurs that roamed South America. Picture credit: Everything Dinosaur.
The image above shows a typical Late Cretaceous titanosaur, for models of Late Cretaceous dinosaurs including titanosaurs and armoured dinosaurs: CollectA Prehistoric Life Models.
Sebastián Apesteguía added:
“That is why in South America we only expect to find animals like Patagopelta in rocks from the Late Cretaceous, just before the global extinction of the dinosaurs took place.”
Dwarfism in Late Cretaceous South American Thyreophora
The size of Patagopelta along with the recently described Stegouros (Soto-Acuña et al, 2021)*, from southernmost Chile, suggests that armoured dinosaurs in South America may have gradually become smaller. This trait is not known in members of the Thyreophora described from other parts of the world. Palaeontologists have speculated that perhaps competition from titanosaurs and the migration of hadrosaurs into South America might have led to armoured dinosaurs adapting to different ecological niches to avoid competition. By being smaller these animals needed fewer resources than larger, contemporaneous herbivorous dinosaurs.
It has also been suggested that the geology of Patagonia where the fossils of Patagopelta were found might provide a clue to the dwarfism. Geologists are aware of several Late Cretaceous marine transgressions in the region. This might have led to the establishment of an island archipelago with dinosaurs living on these small islands gradually become smaller due to a scarcity of resources (the “island rule”).
Tracks of Dwarf Ankylosaurs
Members of the Patagopelta research team had previously described tracks of dwarf ankylosaurs, possibly affected by similar circumstances, preserved in Upper Cretaceous deposits in Bolivia.
Everything Dinosaur acknowledges the assistance of a media release from Consejo Nacional de Investigaciones Científicas y Técnicas (CONICET) in the compilation of this article.
The scientific paper: “A new small-bodied ankylosaurian dinosaur from the Upper Cretaceous of North Patagonia (Río Negro Province, Argentina)” by Facundo Riguetti, Xabier Pereda-Suberbiola, Denis Ponce, Leonardo Salgado, Sebastián Apesteguía, Sebastián Rozadilla and Victoria Arbour published in the Journal of Systematic Palaeontology.
The new Rebor Triceratops dinosaur models have arrived at Everything Dinosaur! A fabulous pair of 1/35th scale horned dinosaurs, there is the Rebor male Triceratops Trident King and the Rebor Triceratops Trident Horn of Doom, complete with its broken and healed brow horn.
The recently arrived Rebor Triceratops dinosaur models. The Rebor male Triceratops Trident King (top) with the Rebor male Triceratops Trident Horn of Doom (bottom). Picture credit: Everything Dinosaur
Picture credit: Everything Dinosaur
Rebor Triceratops Dinosaur Models
These beautifully crafted figures are the first adult Triceratops models to be made by Rebor since the famous “Fallen Queen” Triceratops replica which was originally introduced in 2015 with a second colour variant launched two years later.
A spokesperson for Everything Dinosaur exclaimed:
“These are amazing Rebor models, and each figure does have an articulated lower jaw. We are currently contacting all our customers who wanted to be notified when these remarkable horned dinosaurs arrived.”
The Rebor male Triceratops Trident King 1:35 scale replica. The model measures around 32 cm in length. Picture credit: Everything Dinosaur.
Picture credit: Everything Dinosaur
Scale Models of Horned Dinosaurs
Scale models of horned dinosaurs are extremely popular with dinosaur fans and model collectors. Triceratops is perhaps, the most popular ornithischian dinosaur of all. These two ceratopsians, the Rebor male Triceratops Trident Horn of Doom and the Rebor male Triceratops Trident King are going to be gracing the model collections of lots of fans of prehistoric animal replicas.
The Rebor male Triceratops Trident Horn of Doom, a 1:35 scale dinosaur model. Picture credit: Everything Dinosaur.
The picture (above) shows the Rebor male Triceratops Trident Horn of Doom variation. The right brow horn has been broken and is healed. Such an injury could have been caused during intraspecific combat or perhaps when fending off an attack from a Tyrannosaurus rex.
To view the range of Rebor prehistoric animal models and figures in stock at Everything Dinosaur: Rebor Replicas.
The limited-edition Rebor Oddities Extinction models are now in stock at Everything Dinosaur. Two fantastic collectables featuring a Velociraptor. The Rebor Oddities “Extinction” Renaissance bronze version and the Rebor Oddities “Extinction” Victorian neoclassical marble have arrived at Everything Dinosaur.
Rebor Oddities “Extinction” Renaissance bronze figure. A thinking Velociraptor contemplates its existence in the Everything Dinosaur warehouse. Picture credit: Everything Dinosaur.
Picture credit: Everything Dinosaur
Rebor Oddities Extinction Models
Rebor Oddities “Extinction” Victorian neoclassical marble and bronze version. A wonderful pair of limited-edition and highly detailed replicas of a Velociraptor in contemplation cast in elastic resin and polystone. The fantastic Rebor Oddities “Extinction” replicas. These figures are highly-prized collector’s items.
Holding a human skull, the Velociraptor is in deep thought sat upon a pile of books. Such is the detail in this fantastic replica that there are twenty-three books listed, one for each of our twenty-three pairs of chromosomes. The books are a combination of fiction and non-fiction and team members at Everything Dinosaur wrote a blog post in the autumn outlining the contents of this dinosaur’s extensive library.
To read our earlier article and to see the list of books featured in this remarkable statue: The Rebor “Extinction” Library.
Each display piece has been skilfully crafted, and we congratulate the design team at Rebor for producing such an inspirational pair of figures. These are certainly dinosaur models with a difference. Our personal favourite is the Rebor Oddities “Extinction” Victorian neoclassical marble figure, although we suspect both these incredible figures will prove to be extremely popular amongst collectors.
A spokesperson from Everything Dinosaur commented.
“These are very innovative figures and quite striking. We have had lots of enquiries, not just from dinosaur fans and collectors but also from academics conducting research into various aspects of the human condition. Over the next day or so, we will be emailing all those who enquired and ensuring that they know that these limited-edition figures are available.”
The Rebor Oddities Extinction models. Left the bronze effect version and the Victorian neoclassical marble (right). Picture credit: Everything Dinosaur.
Picture credit: Everything Dinosaur
To view the Rebor Oddities Extinction models (whilst stocks last) and the rest of the Rebor range of figures in stock at Everything Dinosaur: Rebor Figures and Models.
Everything Dinosaur team members can confirm that they will be stocking the recently announced PNSO Thabo the Suchomimus dinosaur model. The figure is due to be in stock at Everything Dinosaur early next year (2023).
A replica of a member of the Spinosauridae family, the new for 2023 PNSO Suchomimus dinosaur model. This figure will be supplied with an Everything Dinosaur Suchomimus fact sheet.
PNSO Thabo the Suchomimus
The new for 2023 PNSO Suchomimus model will be part of the mid-sized model range produced by this Chinese company. The Suchomimus figure will join Essien the Spinosaurus and the recently introduced Chongzuo the Sinopliosaurus as representatives of the Spinosauridae family within the PNSO model range.
The PNSO Thabo the Suchomimus dinosaur model.
Model Measurements
This dinosaur model measures 29 cm in length and the top of the head is approximately 8.5 cm off the ground, it is about the same size of the Sinopliosaurus figure.
The PNSO Suchomimus replica measures 29 cm long and that beautifully sculpted head is some 8.5 cm off the ground.
An Articulated Lower Jaw
A source at Everything Dinosaur confirmed that the Suchomimus model would have an articulated lower jaw. The PNSO Thabo the Suchomimus dinosaur model would also be supplied with an A3-sized Sci-Art poster, a full-colour booklet and a QR code on the box linked to a video about the model.
The new for 2023 PNSO Suchomimus replica has an articulated lower jaw.
The Suchomimus figure is supplied with an A3-sized poster, a full-colour, 64-page booklet and a QR code on the product packaging links to a video which demonstrates how the model was made.
The Suchomimus figure is supplied with an A3-sized poster, a full-colour, 64-page booklet and a QR code on the product packaging links to a video which demonstrates how the model was created.
The spokesperson from Everything Dinosaur added:
“It is fantastic to see another Spinosauridae family member added to the PNSO mid-size model range.”
The new for 2023 PNSO Thabo the Suchomimus dinosaur model. A replica of a baryonychine from PNSO.
The new PNSO Thabo the Suchomimus figure is due to be in stock at Everything Dinosaur in early 2023.
To view the range of PNSO prehistoric animal models and figures available from Everything Dinosaur: PNSO Age of Dinosaur Models.
It is that time of year, time to wish everyone a very Merry Christmas on behalf of all of us at Everything Dinosaur. Season’s greetings to you all. We will still be working over much of the holiday season and of course we will be answering emails and helping our customers as much as we can.
We wish all our customers, blog readers and social media followers a Merry Christmas and a peaceful, prosperous New Year.
Everything Dinosaur
It will be business as usual once the Bank Holidays are over. We will be back at work sending out all the Beasts of the Mesozoic Kickstarter items to customers in the UK and Europe. A special thank you to all those customers who sent us prehistoric animal themed Christmas cards, gifts and drawings, they certainly have brightened up the offices and the warehouse.
Back to School and to Museums
At this time of year our thoughts turn to all the amazing people that we have met as we continue our adventures. We have been busy helping science communicators and teaching teams sending out lots of free information and providing advice. For teachers and teaching assistants it has been a very busy autumn term. We hope that everyone has a very happy Christmas gets time to relax and unwind and we look forward to an exciting spring term with us continuing to support teaching work in schools.
We plan to visit a few more museums in 2023 and we are looking forward to the opening of the newly refurbished Manchester Museum that is due to re-open in February of next year.
For those of you tucking into turkey, goose or chicken on the 25th, click the link below to see the article we wrote a few years ago that shows how your Christmas dinner has a close affinity with dinosaurs: Christmas Dinner Links Dinosaurs to Birds.
On behalf of Everything Dinosaur, we wish everyone a happy Christmas.
