All about dinosaurs, fossils and prehistoric animals by Everything Dinosaur team members.
28 05, 2017

Year 2 Send Thank You Letters to Everything Dinosaur

By | May 28th, 2017|Educational Activities, Main Page, Teaching|0 Comments

Year 2 at Great Wood Primary School Say Thanks

Children in Year 2 at Great Wood Primary (Lancashire), had a workshop with Everything Dinosaur back in the spring term when the class was learning all about fossils, dinosaurs and life in the past.  We challenged the children to write to us at our offices, an opportunity for the budding young palaeontologists to practice their handwriting.  Once the term topic had been concluded, the class teacher very kindly sent us a set of letters that had been written by the children.

Year 2 Sent in Thank You Letters to Everything Dinosaur

Year two thank you letters.

Thank you letters sent into Everything Dinosaur (Year 2).

Picture Credit: Year 2 (Great Wood Primary School)

Our team members carefully laid out the letters on the warehouse floor and took a photograph (see above), before we pinned them up onto our warehouse notice board.  The children had produced some excellent and very well written missives.  Our congratulations to all the children and a special “Iguanodon thumbs up” to those children who demonstrated such lovely cursive handwriting.

One of the Thank You Letters from Great Wood Primary School (Year 2)

Key Stage 1 - thank you letters.

Thank you letter from Year 2.

Picture Credit: Maisie (Great Wood Primary School)

The picture above shows a thank you letter from Maisie.  Maisie’s letter demonstrates some excellent use of grammar and effective sentence construction.  We congratulate Maisie and her classmates on mastering cursive writing.

Dinosaur Term Topic with Key Stage 1

Learning about dinosaurs and other kinds of prehistoric life, provides the teaching team with the opportunity to build in all sorts of cross-curricular teaching activities into this term topic.  During the workshops that we deliver, our dinosaur experts make sure that they build in a number of follow-up and extension activities to support the scheme of work.  This term topic provides lots of opportunities for fiction and non-fiction writing.  The topic also provides plenty of touchstones to develop non-chronological reporting with the class.  A non-chronological report is focused on a single aspect of the wider topic.  It is a piece of writing that is not written in time order.

Non-chronological reports associated with a dinosaur term topic can include:

  • Creating fact sheets about prehistoric animals
  • Producing information about famous scientists
  • Writing about a visit to a museum or theme park
  • Compiling information about the extinction of the non-avian dinosaurs
  • Building up a science poster that shows how fossils are excavated and prepared for display

An Example of a Non-chronological Report on Brachiosaurus

Brachiosaurus non-chronological report.

An informative research poster on Brachiosaurus created by Asad.

Picture Credit: Year 3 (Asad)

Once again, we at Everything Dinosaur say a very big thank you to the children at Great Wood Primary School and their teaching team.

For further information about Everything Dinosaur’s dinosaur and fossil themed workshops in school: Contact Everything Dinosaur Request Information About Dinosaur and Fossil Themed Workshops in School

27 05, 2017

JurassicCollectables Reviews the Papo Polacanthus

By | May 27th, 2017|Dinosaur Fans, Everything Dinosaur videos, Main Page|0 Comments

Papo Polacanthus Video Review (JurassicCollectables)

JurassicCollectables have produced another very informative video of a Papo, new for 2017, prehistoric animal figure.  This time, the armoured Polacanthus takes centre stage and in this brief video review (duration 4:08), dinosaur model fans have the opportunity to take a really good look at this model.

The JurassicCollectables Video Review of the Papo Polacanthus

Video Credit: JurassicCollectables

The Papo Polacanthus Dinosaur Model

Polacanthus is one of those iconic dinosaurs, an animal that would be well-known to most dinosaur enthusiasts, but there have not been too many replicas of this armoured dinosaur produced.  Not need to worry, as Papo have gone a long way to making amends by producing a beautifully detailed sculpt, a model that although very much characteristic of Papo’s modelling style, provides enough accurate anatomical detail to keep even the most ardent dinosaur fan happy.

The narrator takes viewers on a guided tour of the Papo Polacanthus.  Exquisite details are highlighted such as the careful sculpting and painting around the beak and comments are made about the lovely folds of skin down the legs and the great variation in the body scales and osteoderms that that model has.

One of Everything Dinosaur’s First Looks at the New for 2017 Papo Polacanthus Replica

Papo Polacanthus replica.

Papo Polacanthus dinosaur model.

Picture Credit: Everything Dinosaur

The YouTube channel of JurassicCollectables provides a comprehensive resource for prehistoric animal model reviews and dinosaur themed merchandise.  The videos are expertly shot and provide viewers with the chance to get a really close look at replicas.

Visit the YouTube channel of JurassicCollectables here: JurassicCollectables on YouTube , Everything Dinosaur recommends that prehistoric animal model fans subscribe to JurassicCollectables.

 That Famous Sacral Shield

The dermal armour is very well described and JurassicCollectables chose a novel way of showing off that beautiful characteristic sacral shield – a thick, fused plate of armour over the hips.  Regular cast member “off-colour Alan” uses the Polacanthus sacral shield as a saddle, this is a first for Everything Dinosaur members, we had not considered the sacral shield as a saddle before!  Although, we would not recommend trying to ride a Polacanthus, these animals were certainly capable of carrying a person as indicated by their robust limb bones and wide hips, but in all likelihood, it would have been a very bumpy ride.  Some of our American palaeontologist chums refer to the sacral shield as “the buckler”, perhaps they have theorised about the potential to use these particular members of the Thyreophora as transport!

The Papo Polacanthus Dinosaur Model

Papo Polacanthus model.

Papo Polacanthus dinosaur model.

Picture Credit: Everything Dinosaur

It’s great to see Papo making a model of Polacanthus, it is a very welcome addition to the Papo “Les Dinosaures” range and we look forward to seeing further video reviews from JurassicCollectables as more of the new for 2017 Papo models come into the JurassicCollectables spotlight.

To see the entire range of Papo prehistoric animal models at Everything Dinosaur: Papo Dinosaur and Prehistoric Animal Models

26 05, 2017

The Curious World of Pliosauridae Research

By | May 26th, 2017|Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Main Page|0 Comments

Bucking the Trend – Luskhan itilensis

Writing in the academic journal “Current Biology”, a team of international scientists which includes Roger Benson and Valentin Fischer (Department of Earth Sciences, Oxford University), have published details of a new species of ancient marine reptile, a short-necked Plesiosaur that bucks the trend for the Pliosauridae.  Instead of being an apex predator, roles traditionally applied to monstrous animals such as Kronosaurus, Liopleurodon, the recently described (2013), Megacephalosaurus and Pliosaurus, the first of these large-bodied, big-skulled reptiles to be scientifically described, this new species probably hunted an entirely different sort of prey.

An Illustration of the Newly Described Pliosaurid – Luskhan itilensis

Luskhan itilensis.

An illustration of the pliosaurid Luskhan itilensis from Russia.

Picture Credit: Andrey Atuchin

Feeding on Squid and Small Fish?

The rostrum of the newly described, highly unusual pliosaurid, is very narrow and it resembles the jaws of extant fish-eaters today such as the rare Gharial and the almost equally endangered (or, in the case of the Yangtze River Dolphin functionally extinct*) River Dolphins.

The Yangtze River Dolphin (Baiji)

Believed to be extinct the Yangtze River Dolphin.

The Yangtze River Dolphin.

Picture Credit: Institute of Hydrobiology (Chinese Academy of Sciences)

The long snout suggests that this newly described Pliosaur, named Luskhan itilensis specialised in catching small fish and squid.  Many palaeontologists suggest that the Pliosauridae were not capable of diving to great depths and they were confined to the Epipelagic zone (from the ocean surface to a depth of approximately 200 metres), whereas Sperm Whales, the largest toothed predators today, are capable of diving to much greater depths in pursuit of squid and other prey.

“Master Spirit of the Volga”

The fossilised remains of the marine reptile were initially discovered in the autumn of 2002 by one of the co-authors of the scientific paper Gleb N. Uspensky (Natural Science Museum, Ulyanovsk State University, Ulyanovsk, Russia).  The material comes from the right bank of the Volga, near to the town of Ulyanovsk, the bedding plane from which the fossil material, including a 1.5-metre-long skull was excavated, dates from the Lower Cretaceous (Hauterivian faunal stage).  Pliosaurids (Pliosauridae) are a family within the Order Plesiosauria.  They typically have large skulls, powerful jaws, a rigid body and propelled themselves through the water using their four flippers, although recent studies have shown that only the front pair of flippers were involved in propulsion.  The flight of the Plesiosauria: The Plesiosauria, Penguins and Underwater Flight.  The Plesiosauria swam in a unique way, not found in other vertebrates and now it seems that one group, the Pliosauridae, adapted to a wider range of ecological niches than previously thought.  Luskhan itilensis (the name means “Master Spirit of the Volga”), very probably did not specialise in hunting other marine reptiles, it filled a different role in the marine ecosystem of the Early Cretaceous.

Commenting on the significance of the discovery, Dr Valentin Fischer (Oxford University and lecturer at the University of Liège), the lead author of the study, stated that the specialised jaw:

“Is the most striking feature, which suggests that Pliosaurs had colonised a much wider range of ecological niches than previously thought.”

Not All Pliosaurs were Apex Predators

Pliosaur attacking a Plesiosaur.

Under attack – a Pliosaur attacks its relative, a long-necked Plesiosaur.

Picture Credit: Mark Witton

Postcranial Plasticity (Repeatedly Evolving Long and Short-Necked Body Plans)

Of all the types of marine reptiles that evolved during the Mesozoic, the Plesiosauria was one of the most successful, having a fossil record of some 140 million years or so.  During their long evolutionary history, Plesiosaurs repeatedly evolved long and short-necked body plans.  In general terms, the Plesiosauria can be split into two sub-groups, the short-necked Pliosauridae and the longer-necked Plesiosaurs, although this is an over simplification.  The discovery of Luskhan, further muddies the evolutionary waters somewhat, as its skull shows affinities to the very distantly related Polcotylidae.  A family of Plesiosaurs, on the long-necked lineage side of the family tree, which evolved into fast-swimming fish hunters.

Study of the skull of L. itilensis indicates an evolutionary convergence of the cranial structure of typical polycotylids such as Dolichorhynchops.  Distantly related animals evolve and ultimately resemble one another because they occupy similar ecological niches, such as the same hunting and feeding strategies.  The researchers conclude that the discovery of Luskhan itilensis demonstrates the ecological diversity of the Pliosauridae and reveals that these marine reptiles had a more complicated evolutionary history than their simple depiction as apex predators suggests.

CollectA Models Help Demonstrate Cladistic Relationships Within the Plesiosauria

Plesiosauria cladistics.

Cladistic relationships in the Plesiosauria (simplified and not to scale).

Picture Credit: Everything Dinosaur with the utilisation of an illustration by Andrey Atuchin

The picture above shows a simplified view of the taxonomic relationships between members of the Plesiosauria.  The length of the lines do not relate to geological age and the images of the animals are not to scale.

CollectA Prehistoric Life and Deluxe replicas have been used to illustrate the cladogram.  To view the range of marine reptile models available from Everything Dinosaur: Prehistoric Animal Models

The researchers conclude that the apex predator niche associated with the Pliosauridae does not necessarily reflect the diversity of this marine reptile family and that the Pliosaurs repeatedly evolved long-jawed, specialist fish and squid catchers during their extensive evolutionary history.

* Functionally extinct – so few animals that there is no viable breeding population.

The Scientific Paper: “Plasticity and Convergence in the Evolution of Short-Necked Plesiosaurs” by Valentin Fischer, Roger B.J. Benson, Nikolay G. Zverkov, Laura C. Soul, Maxim S. Arkhangelsky, Olivier Lambert, Ilya M. Stenshin, Gleb N. Uspensky, Patrick S. Druckenmiller.

25 05, 2017

Ceratopsid Tooth Paper Published (Part 2)

By | May 25th, 2017|Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Main Page|0 Comments

Owl Creek Ceratopsid Tooth and Palaeoenvironment Implications

Yesterday, team members at Everything Dinosaur published an article on the discovery of a single fossil tooth from a Late Cretaceous horned dinosaur that had been found in Union County (Mississippi).  This discovery, the first evidence of a dinosaur from the Owl Creek Formation, has implications for the way in which palaeontologists perceive the ecosystems that existed on the ancient landmasses of Laramidia and Appalachia.

Museum Specimen 7969- The Ceratopsid Tooth

Fossil tooth of a dinosaur from Mississippi.

Horned dinosaur tooth discovered in Mississippi.

Picture Credit:  Mississippi Museum of Natural Science (MDWFP)

To read yesterday’s article: Ceratopsid Tooth Paper Published (Part 1)

Why So Few Horned Dinosaur Fossils Found in Marine Sediments?

Palaeontologists know that during the latter stages of the Cretaceous, there were many different types of horned dinosaur (Ceratopsian).  Lots of fossil evidence has been discovered in western North America and a myriad of different forms have been described, particularly over the last ten years or so.  The likes of Triceratops may have first been described back in the late 1880’s but so many different horned dinosaur genera have been established in recently times, that numerous vertebrate palaeontologists refer to the last decade as the “Golden Age of Horned Dinosaur Discoveries”.

New Ceratopsian Faces Since 2007

So many different horned dinosaurs.

Illustrations of different horned dinosaurs that have been named since 2006.

Picture Credit: Everything Dinosaur with artwork from Julius Csotonyi, Danielle Dufault and the Canadian Museum of Natural History/Andrey Atuchin

Despite all these horned dinosaur fossil discoveries, the Owl Creek Formation tooth, is one of only a handful of North American Ceratopsian fossils which have been found associated with marine strata.  The question is why?

Duck-billed Dinosaur Fossils in Marine Sediments

Compared to other types of Late Cretaceous dinosaur – ceratopsids, Theropods, ankylosaurids, et al, Hadrosaur fossils are the most common dinosaur fossils to be found in marine rocks laid down towards the end of the Cretaceous.  Duck-billed dinosaur fossils in marine sediments, are hardly what you would call abundant, but in relation to other large, obviously terrestrial dinosaurs, Hadrosaur fossils are more numerous in those rocks associated with having been laid down under the sea.

Although the fossil record shows a degree of bias, dinosaurs such as some of the smaller Theropods and the Pachycephalosaurs may be under-represented for example, this still does not explain why, compared to the Hadrosaurs, the almost equally specious and abundant horned dinosaurs don’t show up in marine deposits.  Ceratopsians may have preferred slightly different habitats than the Hadrosaurs.  Research undertaken in 2010 (Eberth), suggested that most of the horned dinosaur fossil remains were associated with lake, alluvial or coastal plain habitats, at least amongst the Ceratopsidae family.

Ceratopsians Such as Triceratops May Have Preferred Different Habitats Compared to Hadrosaurs

Triceratops dinosaur illustration.

Triceratops may have preferred to live away from rivers.

Picture Credit: Julius Csotonyi

The alluvial, low-lying wetland areas are strongly associated with river channels and these specific areas can be divided into two distinct parts.

  1. The riparian influenced part – the river and the river/channel margins.
  2. The floodplain – areas not adjacent to the river or the channel margins but flooded by the river when the river burst its banks.

Put into simple terms, dinosaurs such as Triceratops have left fossils associated with floodplain (muddy) deposits, whereas, duck-billed dinosaurs such as Edmontosaurus fossils are more associated with fluviatile (sandy) deposits.

If transport along river channels are the most common cause of “bloat and float” carcases, then, the lack of horned dinosaur fossils in marine sediments could be explained by ceratopsids, preferring to live on those parts of the floodplain, not very near to the river.  They may have had a preference for habitats outside of the riparian zones.

A Hadrosaur Corpse Floating Out to Sea (Bloat and Float Scenario)

Dinosaur corpse washed out to sea.

An artist’s illustration of the duck-billed dinosaur carcase washed out to sea.

Picture Credit: Masato Hattori

24 05, 2017

Ceratopsid Tooth Paper Published (Part 1)

By | May 24th, 2017|Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Main Page|0 Comments

Paper on the First Reported Horned Dinosaur Tooth from Eastern North America Published

In July 2016, Everything Dinosaur team members reported the discovery of a single tooth from a horned dinosaur in North America.  Given the dental batteries that these herbivorous dinosaurs possessed, that teeth, being extremely hard, stand up well to the fossilisation process and given the number of new North American ceratopsid species named in the last decade, this fossil find might not sound that surprising.  It’s not really about what was found, but where it was found, as the fossil tooth is the first horned dinosaur tooth to come to the attention of the scientific community from the eastern part of the United States.  To a palaeontologist this is a big deal, a very big deal indeed!

Views and Accompanying Computer Generated Images of the Single Tooth

Ceratopsid tooth from eastern North America.

Various views of the horned dinosaur tooth (Own Creek Formation, northern Mississippi).

Picture Credit: PeerJ

To read Everything Dinosaur’s earlier article about the ceratopsid tooth fossil find: Horned Dinosaur Tooth Discovered in Northern Mississippi

North America in the Late Cretaceous – A Tale of Two Landmasses

A variety of different types of horned dinosaur evolved in the western part of North America during the Late Cretaceous (Campanian faunal stage through to the Maastrichtian faunal stage).  However, during this period in Earth’s history, the landmass we now know as North America looked very different.  The continent was split into two parts, by a large, shallow sea (Western Interior Seaway).  At its fullest extent, this shallow sea stretched from the Gulf of Mexico, through the United States and Canada to the Arctic circle.  Size estimates vary, but it has been suggested (U.S. Geological Survey), that at its maximum, the sea was between 1,900 and 3,000 miles long between 600 to 1,000 miles in diameter.  Bordering the sea in the west was the long, narrow strip of land – Laramidia, whilst to the east, the landmass called Appalachia could be found.  Sea levels rose and fell over this period, eventually the Western Interior Seaway contracted, retreating south as plate movements pushed up the landmasses.  At the time of the dinosaur extinction, this once great area of tropical sea was reduced to a strip of water around the Gulf of Mexico, covering parts of the south-western USA.

The Western Interior Seaway (Campanian Faunal Stage)

The Western Interior Seaway.

A map showing the Western Interior Seaway of North America circa 75 mya.

Picture Credit: Everything Dinosaur

Horned Dinosaurs Migrated from Laramidia to Appalachia

The dinosaur tooth, a single fossil specimen from the right side of the lower jaw (right dentary), was discovered by George Phillips, (curator of Palaeontology at the Mississippi Museum of Natural Science), as he explored a stream bed in Union County (Mississippi), that is known to yield marine fossils that date from the very end of the age of dinosaurs (Maastrichtian faunal stage).  The tooth was found in association with a Mosasaur tooth, ammonite remains, brachiopods and other fossils.  Based on the stratigraphic evidence and the fossil assemblage associated with the tooth, the authors of the scientific paper, published in PeerJ, conclude that this tooth provides evidence that at some time during the very Late Cretaceous horned dinosaurs were able to migrate from Laramidia to Appalachia over a land bridge.

George commented:

“A land bridge before the end of the Cretaceous could have allowed horned dinosaurs to migrate or disperse through Texas or Arkansas, right before they were all killed in the calamity [a reference to the End Cretaceous impact event].”

Chasmosaurines Went East

Migrating Chasmosaurine dinosaurs into eastern North America.

A potential horned dinosaur migration route into eastern North America.

Picture Credit: PeerJ with additional annotation by Everything Dinosaur

The picture shows two views of North America in the Late Cretaceous (A) around 73.5 million years ago (mya) and (B) around 68 million years ago (mya).  The authors suggest that horned dinosaurs were able to migrate eastwards from Laramidia into the Mississippi Embayment (Miss Emb), area of Appalachia.  Only Chasmosaurine horned dinosaurs are shown migrating into Appalachia (B).  The identity of the horned dinosaur to which the tooth belonged, is unknown, but if the land bridge existed towards the very end of the Cretaceous, then by this date Centrosaurine dinosaurs may well have become extinct in North America.  No fossils of ceratopsids assigned to the Centrosaurinae clade have been found in rocks dating from the Late Maastrichtian.

A Typical Ceratopsian Tooth

Tooth of a Triceratops.

A typical tooth of a Ceratopsian with its two distinct dental roots (Triceratops).

Picture Credit: Everything Dinosaur

The picture above shows a typical Ceratopsian tooth, from the Chasmosaurine Triceratops.  The fossil tooth from the Owl Creek Formation is the first evidence of dinosaurs to have been found in this formation, (the tooth is the first large, terrestrial animal fossil to have been found in the very well-known and thoroughly explored Owl Creek Formation).  It shows the typical ceratopsid tooth features, including the double root, and a prominent, blade-like carina (serrated edge).  The specimen (MMNS VP-7969), shows little sign of wear so it is unlikely that this fossil had been transported a great distance from where it was found.  It is tantalising to think, that perhaps, a little further upstream more horned dinosaur fossils are awaiting discovery, yet to be exposed by erosion.

Not Reworked and No Floating Carcase from Laramidia

The researchers reject the idea that the tooth has ended up in the stream bed having been eroded out of other rocks and re-deposited in the Owl Creek Formation.  The tooth is too pristine and therefore reworking from notably older Cretaceous-aged rocks is rejected.  In addition, the authors of the paper, Dr Andrew Farke (Raymond M. Alf Museum of Palaeontology, Claremont, California) and George Phillips, discount the idea that the tooth came from a carcase of a horned dinosaur that floated across from Laramidia.  The tooth, they postulate, provides evidence of a land bridge and that at least one kind of dinosaur migrated eastwards to populate the other half of the North American landmass.

A Model of the Late Cretaceous Horned Dinosaur Triceratops (T. horridus)

Pegasus Triceratops dinosaur model.

Great quality model kit to build and paint from Everything Dinosaur.

Picture Credit: Everything Dinosaur

The scientific paper: “The First Reported Ceratopsid Dinosaur from eastern North America (Owl Creek Formation, Upper Cretaceous, Mississippi, USA) by Andrew A. Farke and George E. Phillips published in the journal “PeerJ”.

This fossil discovery provides an intriguing insight into Late Cretaceous palaeoenvironments and the types of dinosaurs that inhabited them, more about this in a follow-up article.

23 05, 2017

Dinosaurs of China Coming to Nottingham

By | May 23rd, 2017|Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Educational Activities, Main Page, Teaching|0 Comments

Major Feathered Dinosaur Exhibition Coming to Nottingham

The idea that dinosaurs are not extinct might ruffle a few feathers.  However, the Dinosauria essentially consists of two parts, avian dinosaurs (birds) and non-avian dinosaurs, iconic prehistoric animals such as Tyrannosaurus rex, Stegosaurus and Triceratops. It is the bird lineage, that is very much still with us today.  No need to get into a flap if this statement confuses, a major dinosaur exhibition starting this summer will provide all the answers.

Dinosaurs of China Exhibition Coming to Nottinghamshire

Sinornithosaurus

One of the stars of the “Dinosaurs of China” exhibition – Sinornithosaurus.

Picture Credit: Zhao Chuang

A Once-in-a-Lifetime Event

Opening its doors on the 1st of July, the “Dinosaurs of China – Ground Shakers to Feathered Flyers” exhibition will tell the story of how one group of dinosaurs evolved into birds and you can expect to meet an incredible cast of characters on the way.  Located at two venues, (Wollaton Hall and the Nottingham Lakeside Arts Centre), this family-friendly dinosaur exhibition provides a once-in-a-lifetime opportunity to view amazing fossils and skeletons that have never been outside of Asia before.

For further information and ticket details: Dinosaurs of China Website

Ground Shakers

Highlights of the exhibition will include an enormous, rearing long-necked dinosaur Mamenchisaurus that looks down at you from a head height of thirteen metres, that’s twice as high as a giraffe!  If the mighty double-decker-bus-sized Mamenchisaurus doesn’t get your young dinosaur fans roaring with excitement then look out for Sinraptor, a vicious carnivorous dinosaur that once roamed China some 160 million years ago. With a skull almost a metre in length and a set of powerful jaws lined with serrated teeth, Sinraptor was a formidable predator, one that could probably run faster than you!  Had you been around in the Late Jurassic and been unfortunate to meet this hypercarnivore, Sinraptor would very probably have viewed you as potential prey and tried to eat you.

The Fearsome Sinraptor (S. dongi)

Dinosaur - Sinraptor dongi.

Large Late Jurassic predator Sinraptor dongi.

If you like meat-eating dinosaurs, take time out to visit the bizarre double-crested Dilophosaurus on display at the Nottingham Lakeside Arts Centre and whilst there, sign up for one of the exciting dinosaur themed activities, all aimed at educating and inspiring the next generation of young palaeontologists.  A comprehensive programme of prehistoric animal arts, crafts, fossil exploration, workshops and story-telling has been designed to run in conjunction with the exhibition.  Booking early is recommended to avoid disappointment.

Running from 1st July through the summer holidays and ending on the 29th October, the “Dinosaurs of China” exhibition provides a rare opportunity to get up close to some of the most astonishing and scientifically important fossil discoveries ever made.

Feathered Flyers

Telling the story of how dinosaurs evolved into birds, the carefully crafted exhibition will entertain, inform and enthral, with visitors getting the chance to meet a dinosaur ensemble including several bizarre members of the Dinosauria.  Take the buck-toothed Epidexipteryx (pronounced epi-decks-ip-ter-icks) for example, a dinosaur that may have lived like a squirrel and winkled grubs out of tree holes like an aye-aye.

Dinosaurs Don’t Get Much Stranger than Epidexipteryx

The dinosaur called Epidexipteryx hui.

Epidexipteryx hui

Picture Credit: Zhao Chuang, Xing Lida/Nature

For further information about this exciting dinosaur exhibition coming to the UK this summer: Visit the Dinosaurs of China Exhibition Website

22 05, 2017

Bully for Brontotherium

By | May 22nd, 2017|Dinosaur Fans, Everything Dinosaur News and Updates, Everything Dinosaur Products, Main Page, Press Releases|0 Comments

Preparing Fact Sheets for the Mojo Models (Mojo Brontotherium)

Our dedicated team have been busy preparing for the arrival of the Mojo range of prehistoric animal models.  Shortly, Everything Dinosaur will be welcoming a total of thirty-two new models into the warehouse.  Everything Dinosaur will be stocking all of the Mojo replicas in the “Prehistoric & Extinct” model range.  Shelf space has been prepared and staff have been finalising the new prehistoric animal fact sheets that are sent out with every named model purchase.  It’s not just dinosaurs in the Mojo range, “Prehistoric & Extinct” also includes several prehistoric mammals, nine in total, including a spectacular “classic” Brontotherium.

The Mojo Brontotherium Model

Mojo Brontotherium.

The Mojo Brontotherium model.

Picture Credit: Everything Dinosaur

A Classic Brontotherium Model

 The name Brontotherium (it means Thunder Beast), was established in 1873 by the famous American palaeontologist Othniel Charles Marsh, the scientist responsible for naming a number of iconic dinosaurs including Stegosaurus, Triceratops, Allosaurus, Diplodocus and Ceratosaurus.  Everything Dinosaur have already produced fact sheets on these prehistoric animals and sure enough, a Brontotherium fact sheet has been created, even though the scientific name “Brontotherium” is now regarded as a junior synonym of Megacerops – a genus name erected three years earlier by Joseph Leidy.  Such huge quantities of Brontothere fossil remains were discovered in the United States during the 19th Century that a great deal of confusion arose over the scientific description of these huge beasts.  It is great to see that Mojo have included a classic Brontothere in their “Prehistoric & Extinct” model range.  There certainly is much to admire in this prehistoric animal figure.

The Brontotherium Drawing to be Used in the Everything Dinosaur Fact Sheet

Brontotherium Scale Drawing

A scale drawing of Brontotherium.

Picture Credit: Everything Dinosaur

Brontotherium Scale Drawing

For every fact sheet that we produce, Everything Dinosaur commissions a palaeoartist to produce a drawing.  We use the illustration in a variety of ways, one of which entails the creation of a scale drawing so that our young fans can instantly see how big (or how small), the prehistoric animal was.  The fact sheets we produce are part of Everything Dinosaur’s commitment to add value and to help to inform and to educate people about life in the past.  We are not sure how the Brontotheres, such as Brontotherium – now assigned to the genus Megacerops, would react, these animals are renowned for their very small brains.  The brains of big species of Brontotheres were only about a third the size of the brain of a modern horse (Equus).

As the name implies, Everything Dinosaur’s fact sheets contain lots of facts and helpful information about prehistoric animals.

21 05, 2017

Megazostrodontidae and Molars

By | May 21st, 2017|Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Main Page|0 Comments

Wareolestes rex – Uniting English Teeth with a Scottish Jawbone

This month has seen the publication of a scientific paper on one of the lesser known animals of the Middle Jurassic, a very distant ancestor of us and one that roamed the land that we now know as the United Kingdom.  The fossil collection attributed to the morganucodontan Wareolestes (W. rex), an animal named from four isolated teeth found in Oxfordshire (England), has increased with the description of a partial jawbone (left dentary), complete with several teeth. Writing in the publication of the Palaeontological Association, the researchers from Oxford University and the National Museums of Scotland, conclude that this animal had milk teeth, as adult teeth were identified that had not yet erupted through the jawline.  This means that this little mammaliaform (close to a true mammal but not quite), was a juvenile and the jaw fossil indicates that Wareolestes replaced its teeth once, just like humans, dogs, cats, horses and many other types of extant mammal.

An Illustration of the Head of Wareolestes rex

The Middle Jurassic mammaliaform (W. rex).

An illustration of Wareolestes rex.

Picture Credit: Elsa Panciroli

In addition, the pattern of tooth replacement reflects an important stage in mammalian evolution and is linked to the production of milk to feed offspring.  This discovery marks the first time that mammaliaform tooth replacement has been identified from Scottish fossil material.

Jawbone from the Isle of Skye

The two-centimetre-long jawbone was found on the Isle of Skye (Kilmaluag Formation), in rocks that were laid down some 165 million years ago, when this part of the world consisted of tropical islands surrounded by a warm shallow sea (Bathonian faunal stage).  The Middle Jurassic was an important time for mammalian evolution, unfortunately, there are very few fossil bearing exposures around the world that record evidence of life on our planet during this important period.  The Isle of Skye is one of these locations, along with a handful of other places including the western United States.

To read more about Scotland’s Mid Jurassic heritage: What Does Scotland Have in Common with Wyoming?

Linking English Teeth to a Scottish Jaw

The teeth and the newly described jawbone, although tiny by the standards of most dinosaurs, the dentary of Wareolestes is about as big an average sized tooth in the lower jaw of Megalosaurus (M. bucklandii), tells palaeontologists that Wareolestes was quite big for a mammaliaform.  Wareolestes grew to be around the size of a pet guinea pig, not massive, but most of the Middle Jurassic mammaliaforms were not much bigger than shrews.

Wareolestes rex was named and described from those few isolated teeth found in Oxfordshire.  Controversy surrounded the first tooth to be found, the holotype.  Scientists were not sure whether the tooth represented a tooth from the upper (maxilla) or lower jaw (dentary), they were not sure from which side of the mouth the tooth came from.  An analysis of the holotype tooth with the newly described Scottish jawbone clarifies the situation.  The original tooth from the Kirklington mammal beds in Oxfordshire came from the left side of the lower jaw (dentary).

The Fossil Jaw and a Line Drawing

Jawbone and line drawing of Wareolestes jawbone fossil.

The fossil jawbone from the Isle of Skye (Wareolestes).

This little fur-covered animal, may have been nocturnal, a strategy that would have helped the guinea pig-sized Wareolestes avoid predators – crocodylomorphs and Theropod dinosaurs for example.  Like other morganucodontans, it was probably insectivorous.  Careful CT scans and the creation of three-dimensional fossil images, allowed the English and Scottish-based researchers to identify the unerupted replacement teeth in the jaw.  Had this Wareolestes perished just a few weeks later, then it is very likely that the adult teeth would have been in place and scientists would not have had confirmation of the diphyodont (two sets of teeth), nature of this little beastie.

The Specialised Teeth of Mammals

Mammals have specialised teeth, canines, incisors, molars and such like.  Reptiles in contrast, have dentition that tends to be more homogeneous (all similar shapes).  Wareolestes had teeth very similar to those of a modern mammal.  This animal had “milk” teeth which were replaced by “adult” teeth as the animal grew.  It can be inferred from this that adult females looked after and nurtured their young.  Milk may have been secreted from modified pores for their offspring to lap up.  There may have been small grooves or channels in this patch of skin with the milk pore, to help the liquid pool and collect so that the baby Wareolestes could feed.

This is an exciting discovery and we are looking forward to hearing more about fossil finds from the field work on the Isle of Skye.  Researchers from Oxford University (England) and the National Museums of Scotland (Scotland), have found a jawbone fossil (Scotland) that solves a mystery surrounding some isolated teeth found decades earlier in England.  The story has a sense of closure about it, just like the fitting cusps and crowns associated with those specialised teeth of mammals.  However, we suspect that the dedicated team behind this particular piece of research will publish more papers about Middle Jurassic fossil finds, we can’t wait to get our teeth into them.

20 05, 2017

The Latest Everything Dinosaur Customer Newsletter

By | May 20th, 2017|Dinosaur Fans, Everything Dinosaur News and Updates, Everything Dinosaur Newsletters, Main Page, Press Releases|0 Comments

Rebor, Battat Terra and Bullyland – Everything Dinosaur Newsletter

Subscribers to Everything Dinosaur’s news feed received this week an email newsletter giving them notification of the arrival of the limited edition Rebor hatchling Stegosaurus “Clover” and the repainted “Fallen Queen” Triceratops horridus dinosaur model.  Subscribers have the opportunity to discover the latest releases, to get updates on what’s coming into stock and to be kept abreast of product developments.

This can be really important, especially with the likes of the Rebor “Clover” replica, as only 1,000 of these exquisite models have been made.

The Latest Everything Dinosaur E-News

Everything Dinosaur newsletter.

The Everything Dinosaur E-News (mid May 2017).

Picture Credit: Everything Dinosaur

There are opportunities to opt into the Everything Dinosaur newsletter subscribers list when placing an order, but guests and other visitors to the Everything Dinosaur website can subscribe by simply scrolling down the home page and filling in the form on the bottom right of the screen.

Scroll Down the Everything Dinosaur Homepage to Find the E-News Subscription Form

Subscribe to the Everything Dinosaur newsletter.

Scroll down the Everything Dinosaur home page to find the subscription area.

Picture Credit: Everything Dinosaur

Visit Everything Dinosaur’s website here: Everything Dinosaur

Breaking News on Battat (Battat Terra)

The latest newsletter also provides information on the Battat Terra range of dinosaurs.  This model range, originally designed for the Boston Museum of Science in America, currently consists of twelve replicas.  However, in the newsletter, Everything Dinosaur informs readers that this number is likely to be reduced as models are retired.  One of the key objectives of these newsletters is to ensure that collectors are kept up to date with such developments.

Battat Terra Dinosaurs – Soon to be Less Than Twelve

Battat Terra dinosaur models.

The Battat Terra dinosaur model range (for the moment).

Picture Credit: Everything Dinosaur

A spokesperson from Everything Dinosaur stated:

“Periodically, we send out a formal newsletter to our database of subscribers.  We take great care to manage this list and we do our best to inform our customers about product developments, new blog articles highlighting dinosaur fossil discoveries, the latest introductions, model retirements and such like.  We send out these newsletters so that we can keep this ever-growing list up to date with developments.”

The Newsletter Provides Helpful Information About Prehistoric Animal Model Ranges

Helping customers to stay informed.

Everything Dinosaur newsletter (mid May 2017).

Picture Credit: Everything Dinosaur

 For further information about Everything Dinosaur’s newsletter and to enquire about subscribing, simply: Email Everything Dinosaur

Newsletters provide an excellent opportunity for Everything Dinosaur to maintain relationships with its customers as well as providing a convenient platform for subscribers to access informative content.  They are also very easy for dinosaur fans to share with their own contacts and followers.  Naturally, they will not replace the personal correspondence that team members provide, dealing promptly and swiftly with customer emails and enquiries.

Feedback from Customers

It is important to give customers the opportunity to correspond with Everything Dinosaur.  Two-way communication is simplified as, with all Everything Dinosaur’s newsletters, there is an email link to allow recipients to contact the company directly.  Staff are happy to help with individual queries and they do their best to offer advice.

The spokesperson added:

“We get all sorts of questions, typically we get asked about shipping and postage options, requests for model measurements, requests to reserve replicas and of course, lots of questions about forthcoming releases.  We even get sent questions about prehistoric animals, the latest enquiry received just a couple of hours ago concerned a question about the smallest dinosaur known to science.”

The next E-News to be sent by Everything Dinosaur is due to be dispatched in about seven days or so, it will introduce a new model range to company’s ever-growing prehistoric animal model portfolio.

19 05, 2017

Say it with Flowers from the Danian to be Exact

By | May 19th, 2017|Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Main Page, Palaeontological articles|0 Comments

Flowering After a Disaster – Oldest Buckthorn Fossilised Flowers

Next week sees the start of the prestigious Chelsea Flower Show.  The great and the good will be attending this Royal Horticultural Society event, regarded by many gardeners and growers as the highlight of the year.  Today, Everything Dinosaur turns its attention to a paper published earlier this month in the journal PLOS ONE.  A team of researchers have found fossils of flowering plants that were once growing in Argentina, not long after, (in geological terms anyway), the global catastrophe that wiped out the non-avian dinosaurs.  The fossils represent plants of the Rhamnaceae family, commonly referred to as Buckthorns.  These plants have a global distribution today and a number of species can be found in parks and gardens in the UK.

Two Fossilised Flowers Identified as Members of the Rhamnaceae Family (Buckthorn)

Two Buckthorn flower fossils.

Two fossilised Buckthorn flowers next to each other were discovered in shales of the Salamanca Formation in Chubut Province, Patagonia, (Argentina).

Picture Credit: Nathan Jud/Cornell University (USA)

Flowering After the Fern Spike

A lot has been written about the mass extinction event that marked the demise of the non-avian Dinosauria, some 66 million years ago.  However, as well as the dinosaurs, pterosaurs and many kinds of marine reptile, other groups of animals (and plants), were devastated in the impact event and its aftermath.  Plant families were decimated too and researchers have been examining strata that were laid down in the years following the end Cretaceous extinction event in a bid to assess how ecosystems recovered.

Micro-fossil studies indicate that it was the ferns that were the first major group of plants to recover after the end Cretaceous mass extinction.  In the Late Cretaceous (Maastrichtian faunal stage), fern spores make up around 10 to 25% of the plant micro-fossil assemblage.  In Danian Epoch deposits, laid down at the very beginning of the Palaeocene, scientists find that in some parts of the world, fossilised fern spores make up nearly 99% of the plant micro-fossil assemblage.  This is referred to as the “Fern Spike”, ferns recovering quicker than angiosperms and other types of plants.  This recovery is echoed today, as ferns are often the first to colonise land devastated by a volcanic eruption.

The “Fern Spike” – Plotted Against Geological Time

Plotting the Danian fern spike.

A graph showing the recovery of ferns after the Cretaceous mass extinction.

Graph Credit: Everything Dinosaur

The research team including lead author Nathan Jud (Cornell University), report on the discovery of the first fossilised flowers post the Cretaceous extinction to be found in South America.  The fossils date to the early Palaeocene (Danian faunal stage), less than one million years after the extraterrestrial impact event.  The flowers and other plant fossils were found in shales which form part of the Salamanca Formation (Chubut Province, Patagonia).

Commenting on the significance of their discovery, Nathan Jud stated:

“The fossilised flowers provide a new window into the earliest Palaeocene communities in South America and they are giving us the opportunity to compare the response to the extinction event on different continents.”

The Origins of the Rhamnaceae Family

Plants of the Rhamnaceae family might have a global distribution today, but from where did this highly successful group of shrubs, trees and bushes originate?  Scientists have argued about whether early Buckthorns originated in the ancient super-continent Gondwana, which later split and includes most of the landmasses in the Southern Hemisphere today.  Or did the Rhamnaceae evolve further north on another super-continent from the Mesozoic – Laurasia?

Dr Jud commented:

“This and a handful of other recently discovered fossils from the Southern Hemisphere, supports a Gondwanan origin for the Rhamnaceae, in spite of the relative scarcity of fossils in the Southern Hemisphere relative to the Northern Hemisphere.”

Fossilised Leaves from the Salamanca Formation (Buckthorn Family)

Views of Buckthorn leaves (Danian faunal stage).

Buckthorn fossils (leaves).

Picture Credit: Nathan Jud/Cornell University and PLOS ONE

The scientists, which include Ari Iglesias (Universidad Nacional del Comahue, Argentina), and Peter Wilf (Pennsylvania State University), suggest that fossils found in southern Mexico and Columbia provide evidence that the first members of the Rhamnaceae family evolved in the Late Cretaceous, shortly before the extinction event.  Although, many types of plant died out at the end of the Mesozoic, the ancestors of extant Buckthorns were able to make it through the global catastrophe.

A plausible scenario is that the Rhamnaceae first evolved in the equatorial region of Gondwana, but survived the extinction event by clinging on in the southern most portion of South America, many thousands of kilometres from the Yucatan peninsula impact site.  These plants were then able to re-colonise other parts of the world in the aftermath of the extinction event, perhaps taking advantage of the niches in ecosystems vacated by recently extinct plant species.

The Salamanca Formation is among the most precisely-dated sites of the Palaeocene. The age of the fossils was corroborated by radiometric dating (using radioactive isotopes), the global palaeomagnetic sequence (signatures of reversals of Earth’s magnetic field found in the samples), along with the mapping of zonal fossils (relative dating).

In conclusion, Dr Jud stated:

“These are the only flowers of Danian age for which we have good age control.  Researchers have discovered other fossilised flowers in India and China from around the Danian, but their dates are not as precise.”

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