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Everything Dinosaur Tenth Anniversary

Happy Tenth Birthday to Everything Dinosaur

Today, August 1st, marks the tenth anniversary of the founding of Everything Dinosaur.  Hasn’t the time whizzed by!  We wanted to take this opportunity to say a very big thank you to all our thousands of customers, friends, supporters and followers who have been with us on our amazing journey over the last decade.  We really appreciate your support.

Everything Dinosaur Tenth Anniversary

Happy Tenth Birthday!

Happy Tenth Birthday!

Picture Credit: Everything Dinosaur

First thing to do this morning was to message the winner of our “name the Pterosaur Guidraco” competition.  We will have made somebody’s day and their prize will be sent out shortly.  A super replica of a Guidraco Pterosaur which is in 1:4 scale (CollectA Guidraco venator model).

How do we celebrate our tenth birthday?  We are having a get together this afternoon, hopefully a barbecue and then tomorrow, weather permitting, we are off on a fossil hunt!  Then it’s back to work with preparations for a summer school visit on Monday morning.

As for our tenth anniversary/birthday banner, we believe that tin is the traditional gift for a tenth anniversary so we put things on the banner from our vast product range to do with “tin”.

We have our popular “dinosaurs in a tin” gift set, but what else is there?  Can you spot the connection?

  • There is a model of Argentinosaurus.
  • A Dinosaurs counting set
  • A Tiny Towns Volcano play set

Over the last ten years we have loved every minute (well most of it anyway).  Our mission to be the best supplier of dinosaur toys, models and games remains very much at the heart of our business.

Once again a very big thank you to all our customers from around the world.  Here’s to the next ten years of dinosaur themed adventures.

Visit Everything Dinosaur: Dinosaur Toys, Models and Games

Research to Get Your Teeth Into

Structural Secrets of Theropod Teeth

Theropod dinosaurs, the majority of which were carnivorous, had a distinct advantage over other Mesozoic predators.  Their teeth had a deeply folded, serrated tooth structure that allowed them to rip and tear into the bodies of their victims.  This crucial, layered structure to the teeth has been identified by researchers from the University of Toronto Mississauga, with the assistance of colleagues from Taiwan and published today in the academic journal “Scientific Reports.”

A Specialised Tooth Structure for Feeding on Large Prey

Gorgosaurus feeding - thanks to its specialised teeth.

Gorgosaurus feeding – thanks to its specialised teeth.

Picture credit: Daniele Dufault

The picture above shows a feathered Gorgosaurus, a member of the Tyrannosauridae family, feeding on a young Corythosaurus.  The research team used scanning electron microscopes and a synchrotron located in Taiwan to study a wide variety of Theropod teeth from the collections of Canadian museums, including the Royal Tyrrell, and the Royal Ontario Museum.  Meat-eating dinosaurs in the study, included Gorgosaurus, the Triassic predator Coelophysis, Tyrannosaurus rex, Allosaurus, and the giant African Theropod Carcharodontosaurus.  Other non-Dinosauria creatures involved in the teeth study were Smilodon spp. and the shark C.  megalodon, as well as early Archosaurs, as the scientists tried to identify the evolutionary origins of these rather unique inter-dental folds.  Extant animals were also included in the research.  The only living animals with similar dentition and internal teeth structures are the Monitor Lizards, most notably the formidable Komodo dragon (Varanus komodoensis).  It is the largest lizard alive today and specialises in hunting large animals, thus reinforcing the theory put forward by the Canadian research team that these inter-dental folds evolved specifically to assist with predation of large herbivores.

Dr. Kirstin Brink, a post-doctoral researcher in the Department of Biology, one of the authors of the paper commented:

“What is so fascinating to me is that all animal teeth are made from the same building blocks, but the way the blocks fit together to form the structure of the tooth greatly affects how that animal processes food.  The hidden complexity of the tooth structure in Theropods suggests that they were more efficient at handling prey than previously thought, likely contributing to their success.”

Dr. Kristin Brink with one of the Theropod Teeth Examines the Evidence

A special arrangement of layers of dentine at the base of each serration in the tooth.

A special arrangement of layers of dentine at the base of each serration in the tooth.

Picture Credit: University of Toronto Mississauga

The picture above shows Dr. Brink examining the special arrangement of layers of dentine at the base of the each tooth serration (denticle).  She is holding a tooth from the giant Theropod Carcharodontosaurus.

A lot of research has been undertaken into the bite forces of extinct animals, but this is the first time a study of this type has been carried out.  The teeth may have an outer coating of enamel, just like our teeth, but the tough dentine inside has a unique configuration of dental folds and this gives the teeth of Theropod dinosaurs enlarged serrations, ideal for tearing into flesh.

The shape of the teeth (morphology) and their development, both in terms of their evolution and how they develop in an individual. can provide palaeontologists with a lot of information on the evolution of extinct animals and provide insights into feeding behaviour.  Theropod teeth, the only group of the Order Dinosauria, known to have produced meat-eaters, are characterised by the presence of serrations, known as denticles on the cutting edges of their teeth.  These serrations vary between genera, with troodontids for example, having relatively large denticles, whilst spinosaurids have proportionately much smaller ones.

Teeth that are serrated along the cutting edge are referred to as ziphodont teeth.  In a study, Everything Dinosaur reported upon last year, the same University research team, examined the ziphodont teeth of Dimetrodon (D. grandis).  They concluded that the serrations gave this Pelycosaur an evolutionary advantage over other Permian predators.

To read more about this study: Dimetrodon with Teeth Like a Steak Knife

In this new paper, the researchers conclude that the structures previously thought to prevent tooth breakage, instead, first evolved to shape and maintain the characteristic denticles throughout the life of the tooth.  The relatively novel and complex dental folds produced at the base of the teeth characterises the Theropods, with the exception of those genera that evolved a modified diet and a less meat intensive diet.  The scientists conclude that these teeth structures are vital for allowing the predation and consumption of large prey animals.

A Close up of a Gorgosaurus Tooth (Royal Ontario Museum Collection)

A close up of the tooth of Gorgosaurus

A close up of the tooth of Gorgosaurus – G. libratus

Picture Credit: Scientific Reports

The picture above shows an illustration of the skull of the tyrannosaurid Gorgosaurus (A), drawing by Danielle Dufault.  The complete tooth (ROM 57981) is shown in (B) with extreme close ups of the denticles on the cutting edges of the tooth.  The tooth illustrated is from the upper jaw (maxilla).

Key

  • dej = dentine/enamel junction
  • e = enamel (outer coating of the tooth)
  • if = inter-dental fold
  • is = inter-dental sulcus
  • pd = primary dentine

The Sharp Edges of Predators Teeth Viewed Under Scanning Electron Microscopy

c

Theropod teeth have two sharp edges these are called carinae.

Picture Credit: Scientific Reports

The cutting edges (carinae) of various predators (all are examples of ziphodont teeth).  Pictures are from scanning electron microscopy images.  Note the scale bars and the pictures to the right of the black and white images are thin cross sections showing internal structure.

Key

  • C = unknown Phytosaur
  • D = Coelophysis bauri
  • E = Allosaurus fragilis
  • F = Carcharodontosaurus saharicus
  • G = Gorgosaurus libratus
  • H = Tyrannosaurus rex

This adaptation may have played an important part in the initial radiation and subsequent success of the Theropoda as terrestrial apex predators.  After all, the Theropod body shape and bauplan, especially those teeth, permitted them to dominate terrestrial ecosystems for the best part of 160 million years.

Just 48 Hours Left to Enter Everything Dinosaur’s Guidraco Competition

Win a 1:4 Scale Flying Reptile Model with Everything Dinosaur (Contest is Closed)

WIN! WIN! WIN! with Everything Dinosaur!  Just 48 hours left to enter Everything Dinosaur’s competition to win an amazing 1:4 scale replica of the Pterosaur called Guidraco.

We have got another super, prehistoric animal replica to win in a fantastic, free to enter contest.  CollectA have already brought out some amazing dinosaur models this year and to celebrate this and the fact that Everything Dinosaur will be 10 years old on August 1st we are holding a special competition, a chance to win a wonderful 1:4 scale replica of a Pterosaur.  CollectA have added to their “Supreme” range of big scale models and the new for 2015 Pterosaur replica (Guidraco), with its moveable, articulated jaw is super and it makes a great prize in our special tenth birthday competition.

Contest to Celebrate Everything Dinosaur’s Tenth Birthday 
Win this 1:4 scale model!

Win this 1:4 scale model of a Guidraco Pterosaur!

Picture Credit: Everything Dinosaur 

Our tenth anniversary prize giveaway is this beautiful Guidraco with an lower articulated jaw.  The replica measures more than twenty-five centimetres in height and more than twenty-six centimetres in length.  Its colouration is based on a modern sea bird, a puffin and our replica needs a name.  What name will you come up with?

To enter Everything Dinosaur’s competition, all you have to do is “Like” Everything Dinosaur’s FACEBOOK page, share, then comment on the picture (either here or on Everything Dinosaur’s Facebook page) don’t forget to include a suggestion for a name for this fabulous flying reptile.

Please note, this competition is now closed.

Everything Dinosaur on FACEBOOK: “LIKE” Our Facebook Page and Enter Competition

For instance, if you believe our Guidraco Pterosaur should be called “Glenda”, then put your comment on our Facebook page or underneath this article in the comments section of this blog!

We will draw the lucky winner at random and the name caption competition closes on Friday, July 31st at midnight.  Good luck to everyone who enters our contest.

Just visit Everything Dinosaur’s Facebook page, give our page a “like” and then leave a comment on the picture showing the Guidraco Pterosaur replica.  What flying reptile names can you think of?

“Like” Everything Dinosaur’s Page on Facebook

Like our Page (please).

Like our Page (please).

 

A Fantastic CollectA Guidraco Replica to Win Thanks to Everything Dinosaur
Just like our Facebook page to enter.

Just like our Facebook page to enter this competition.

Picture Credit: Everything Dinosaur 

To view Everything Dinosaur’s huge range of CollectA prehistoric animals: CollectA Dinosaurs and Other Replicas

To see the full range of CollectA scale prehistoric animal replicas: CollectA Scale Prehistoric Animals

Terms and Conditions of the Everything Dinosaur Tenth Anniversary Contest

Automated entries are not permitted and will be excluded from the draw.

This promotion is in no way sponsored, endorsed or administered by, or associated with, Facebook.

Only one entry per person.

The prize is non-transferable and no cash alternative will be offered.

The Everything Dinosaur tenth anniversary competition runs until midnight on Friday 31st July 2015 (don’t forget the competition closes at midnight on 31st July).

Winner will be notified by private message on Facebook.

Prize includes postage and packing.

For full terms and conditions contact: Contact Everything Dinosaur

Please note, this competition is now closed!

Take Care When Fossil Hunting on the “Jurassic Coast”

Warning Issued to Holiday Makers

Dorset is one of the prettiest and most majestic of all the English counties.  This summer, there are going to huge numbers of holidaymakers heading down to England’s “Jurassic Coast” and we expect there are going to be great many visitors to picturesque Lyme Regis.  However, as the school holidays have started, we at Everything Dinosaur, think it appropriate to issue a warning about straying too close to the cliffs that occur along the Dorset and Devon coast.

Beautiful Charmouth and Lyme Regis – Very Popular Holiday Destinations

Photograph taken in 2009.

Photograph taken in 2009.

Picture Credit: Everything Dinosaur

Many locals tell us that this part of the world has its own “mini climate”, it most certainly has lots of sunshine and there is always plenty to do and see in this, in our opinion, one of the most attractive parts of southern England, but we would advise visitors to the beach, especially would-be fossil hunters in the Lyme Regis and Charmouth areas to steer well clear of the cliffs. Rock falls and mudslides are very common and sadly serious accidents and even fatalities can occur.

On July 25th 2012, Everything Dinosaur reported on a fatal incident that occurred at Hive Beach, near Bridport just a few miles east of Charmouth.   Last month, we reported on another landslide fatality, this time from the popular Llanwit Major area of South Wales, another favourite location with fossil hunters.

To read more about this tragic event: Woman Killed by Rock Fall at Popular Fossil Hunting Site in Wales

Whilst areas such as the famous “Ammonite Pavement” that can be seen to the west of the town (Lyme Regis), is located quite far from the cliffs, any rocks and other material that fall are likely to travel quite a distance so it is sensible to heed the advice of locals and ensure that you are a safe distance away from any hazards.  It is also good advice to familiarise yourself with the tide times.  As landslides have altered the shape of the coastline it is all too easy to find yourself getting cut off during an incoming tide.  Everything Dinosaur team members advise always go fossil hunting at a beach location on an outgoing tide.  With so many fossils to be found at Lyme Regis and Charmouth along the foreshore, there is no need to approach the cliffs and a lot of fun can be had searching along the shoreline for fossils in a couple of hours or so as the tide recedes.

Lots of Fossils to Spot Away from the Jurassic Coast Cliffs

A big fossil close to the Ammonite Pavement.

A big fossil close to the Ammonite Pavement.

Picture Credit: Everything Dinosaur

 Lyme Regis fossil expert Brandon Lennon commented that there was glorious weather in the Lyme Bay area yesterday, but today, (Sunday), there was quite a gale blowing.  Despite this, large numbers of tourists were on the beach and many of them were too close to the cliffs.

Brandon said:

“People are right up under the cliffs looking for fossils and they should definitely not do this as it is incredibly dangerous.  I think it is going to be very busy in Lyme Regis this summer, even with the occasional little bit of bad weather at times.”

With the popularity of the film “Jurassic World”, the Lyme Regis area can expect record numbers of fossil hunters to visit the area over the summer, but just like Brandon, we advise visitors to the beaches to take care and heed any council notices.

Brandon conducts organised fossil hunting walks and these are a great way to go fossil hunting safely as well as learning about the amazing local geology.  These walks take place on Saturdays, Sundays and Mondays and private bookings can also be made, to learn more about organised, conducted fossil hunting tours: Lyme Regis Fossil Walks

 The Amazing Ammonite Pavement (Monmouth Beach)

Falling tides reveal the extensive Ammonite Pavement sometimes referred to as the Ammonite Graveyard.

Falling tides reveal the extensive Ammonite Pavement sometimes referred to as the Ammonite Graveyard.

Picture Credit: Everything Dinosaur

A spokesperson from Everything Dinosaur stated:

“Whilst fossil hunting can be a very enjoyable experience for families, we do urge all visitors to take great care when visiting locations such as Charmouth and Lyme Regis.  Landslides are a very common occurrence and going fossil collecting with an expert is a sensible option.”

A Review of Prehistoric Times (Issue 114)

Prehistoric Times (Issue 114 Summer 2015) Reviewed

An opportunity to unwind from our busy Summer Term schedule of dinosaur workshops, writing lesson plans for schools and so forth with the latest edition of the quarterly magazine Prehistoric Times, that dropped through our office letterbox earlier this week. The timing of this super magazine’s arrival could not have been better as next week our fieldwork and summer school commitments start, so let’s jump straight in.

Naturally the summer has been a very “dino heavy” one, what with the release of a certain film starring Chris Pratt et al.  Prehistoric Times does not disappoint, the editor Mike Fredericks, takes time out from his own busy schedule to provide a short review of “Jurassic World” and to discuss the huge range of collectibles and other merchandise that have flooded onto the market.  The focus is on the American market, but the article is well written and we loved his short, concise movie review:

“Plenty of dinosaurs and plenty of action.”

We could not have put it better ourselves,  just be careful, if you haven’t seen the film yet, the article does have a plot synopsis and therefore it contains a few spoilers.  With Universal Studios having announced a sequel, conveniently (at least until a better title comes along), entitled “Jurassic World 2″ scheduled for June 22nd 2018, or thereabouts, we can expect Mike to provide another merchandise overview but this time in issue PT#126!

The Front Cover of Prehistoric Times (Issue 114)

Concavenator features (Sean Cooper)

Concavenator features (Sean Cooper)

Picture Credit: Mike Fredericks/Prehistoric Times

The front cover features a spectacular model of Concavenator (C. corcovatus) created by the very talented Sean Cooper.  A lengthy interview provides an insight into Sean’s work and showcases some of his amazing dioramras (built/painted by Martin Garratt).  If you look carefully you can spot another Concavenator replica by Sean but with a different colour scheme inside the magazine.

Phil Hore provides part two (a sequel)? to his excellent series on the resurrected Brontosaurus and there is some wonderful reader’s artwork on display.   Special mentions to Kurt Miller, Julius Csotonyi and Russell J. Hawley for their contributions.  Tracy Lee Ford keeps us in the Morrison Formation as he explains how to tell the boys and girls apart when it comes to the Stegosauridae.  A very insightful article it is too.  He draws upon the recently published paper on Hesperosaurus, a summary of which you can find here: Did Boy Stegosaurs Have Bigger Plates Than The Girls? If you want to know the difference between different Stegosaur species this article is a great place to start.  Also, look out for a short review of Tracy’s “How to Draw Dinosaurs Volume 1″ in the book review section.

The enigmatic Auroch features, a prehistoric cow responsible for more human fatalities than the whole of the Dinosauria, no matter what you might see at the cinema.  Phil Hore does a great job in explaining what the Auroch was and reports on the potential to make this bovine “de-extinct”.  He even manages to squeeze a photograph in of a few Nazis, you have to subscribe to Prehistoric Times to learn about this historical connection.

Amongst all the dinosaur and fossil news, look out for Britain’s Mike Howgate and his feature on the Wisbech Museum and the story of perhaps the very first prehistoric animal models ever made.  Nice one Mike, keep flying the flag for those of us on this side of the Atlantic, after all, the word Dinosauria was first coined by a Lancastrian!

The National Geographic Channel’s recent documentary “T. rex Autopsy”, is featured with a very informative interview with palaeontologist Matthew T. Mossbrucker and look out for an imaginative and well-written story all about Tyrannosaurus rex – The Super Predator written by Mike Kelley.

Eagle-eyed fans of Everything Dinosaur will also be able to spot a number of familiar drawings of prehistoric animals in the What’s New in Review section.  These drawings are some of the illustrations that we commission editor Mike Fredericks to create for us to illustrate our exclusive range of prehistoric animal fact sheets.

Can you Spot the Rebor Utahraptor (Wind Hunter) Illustration

The illustration on the Everything Dinosaur Utahraptor fact sheet.

The illustration on the Everything Dinosaur Utahraptor fact sheet.

Picture Credit: Everything Dinosaur

For further information on Prehistoric Times and to subscribe to this excellent magazine: Prehistoric Times Magazine

 As ever, this is a jam-packed edition with so many highlights.  Fans of Marx toy dinosaurs won’t be disappointed as will anyone with a passing interest in Acrocanthosaurus and a special mention to Allen A. Debus for his fascinating article on the first representations of evolution in the cinema and the legal spat between Willis O’Brien and Herbert M. Dawley, that occurred at a time when stop-motion triumphs such as the Lost World and King Kong had yet to be made.

All in all great stuff!

First Fossil Snake with Four Limbs Described

How Snakes Lost Their Legs

Serendipity can play a huge role in science, for Dr Dave Martill a chance encounter with a 115 million-year-old fossil whilst taking a group of third year students around a German museum, has led to a breakthrough in our understanding of how snakes evolved.   A beautifully preserved fossil snake with four limbs, the first snake fossil with four legs ever found, making this specimen a transitional form between limbed lizards and the snakes we know today, is helping scientists to piece together the puzzle of how snakes lost their legs.

Over the last fifteen years or so the University of Portsmouth has arranged a tour of German natural history museums for their third year vertebrate palaeontology students.  On a visit to one such museum, the famous Bürgermeister-Müller-Museum in Solnhofen (Southern Germany), to view the spectacular Jurassic limestone fossils including Archaeopteryx, by chance, the Museum was hosting an exhibit of much younger Cretaceous fossils from Brazil.  Dr. Martill, took his students around the exhibit and to his amazement he spotted on display a small, exquisitely preserved fossil of a snake, but this snake had tiny legs.  Enquiries were made and Dr. Martill working with Dr. Helmut Tischlinger (Bürgermeister-Müller-Museum) and Dr Nicholas Longrich (University of Bath), have published today in the academic journal “Science” a description of this unique fossil specimen.

The Four-Legged Snake Fossil

A beautifully preserved early, limbed snake.

A beautifully preserved early, limbed snake.

Picture Credit: Dr. Dave Martill/University of Portsmouth with additional annotation by Everything Dinosaur

This new snake species has been named Tetrapodophis amplectus (pronounced Tet-tra-poe-doh-fis am-pleck-tus), and it means “four-legged embracing snake”, the embracing element as the limbs were too small to be used in locomotion, they may well have served a function in holding prey or embracing mates.

Both the slab and counter slab are known but their exact provenance remains a mystery.  The fossil specimens were collected many decades ago and held in a private collection.  The fine-grained limestone matrix is dotted with occasional coprolites from an ancient fish called Dastilbe, bedding plains associated with these coprolites come from the Nova Olinda Member of the Crato Formation found in north-eastern Brazil.  The exact age of this Formation is contentious, the lack of marine zonal fossils make dating extremely difficult, but scientists estimate that this important, highly fossiliferous strata dates from between 126 to 113 million years ago (Aptian to Early Albian faunal stages).

The snake measures around twenty centimetres in length and it was very probably a juvenile.  Just how big this snake could grow to remains unknown.  The fossil is preserved in almost complete articulation indicating a low energy fossil preservation environment and a lack of disturbance by scavengers.  This little snake ended up in a hyper saline salt lake and this is what aided its fantastic preservation.

An Illustration of the Early Snake Tetrapodophis (T. amplectus) with Prey

The tiny limbs may have been used to hold prey.

The tiny limbs may have been used to hold prey.

Picture Credit: Julius Csotonyi

Evidence of the snake’s last meal was also preserved, however, it was not a small mammal as depicted in the excellent illustration by renowned palaeoartist Julius Csotonyi.  Dr. Tischlinger, is an expert in the use of UV light to help expose hidden details of fossil specimens, a technique he has used to great effect on the finely-grained, lithographic limestone specimens of Solnhofen.  When viewed under ultraviolet light, the fossil revealed the remains of a small vertebrate, most probably a salamander.

Abdomen Viewed under Ultraviolet Light Reveals Gut Contents

Viewed under UV light the stomach contents are revealed.

Viewed under UV light the stomach contents are revealed.

Picture Credit: Journal Science 

The photograph above shows the position of the gut contents (fluorescing white) – (a) and (b) phosphatised gut contents (also fluorescing white) with tiny fragments of bone (orange).

It is generally accepted that snakes evolved from lizards at some point in the distant past.

Commenting on the significance of this fossil Dr. Martill stated:

“What scientists don’t know yet is when they evolved, why they evolved and what type of lizard they evolved from.  This fossil answers some very important questions, for example it now seems clear to us that snakes evolved from burrowing lizards, not from marine lizards.”

 Dr. Longrich who has extensively studied the evolution of snakes, commented:

“It is a perfect little snake, except it has these little arms and legs, and they have these strange long fingers and toes.  The hands and feet are very specialised for grasping.  So when snakes stopped walking and started slithering, the legs didn’t just become useless little vestiges – they started using them for something else.  We’re not entirely sure what that would be, but they may have been used for grasping prey, or perhaps mates.”

Those Hands and Feet were Not for Walking

At just 4 mm and 7 mm long respectively, the tiny hands and feet were not aiding locomotion, but the well-defined claws suggest that they might have helped Tetrapodophis grasp and hold prey.  They may also have served a role as “claspers” in mating.

A Close Up of the Left Forelimb (Tetrapodophis amplectus)

A close up of the left forelimb.

A close up of the left forelimb.

Picture Credit: Science Journal

The photographs and illustrations above show the T. amplectus holotype (BMMS BK 2-2), specifically a close up view of the left forelimb and hand (manus).  Photograph (a) shows the forelimb, whilst (b) is a close up view of the manus (scale bar 1 mm).  Illustrations (c) and (d)  show the layout of the bones, the dotted line in (d) indicates a missing bone.

Key

  • hu – humerus
  • man – manus
  • ra – radius
  • ul – ulna

A Close Up of the Hindlimbs (Ventral View – Looking from Underneath)

Probably used to help grasp prey or mates.

Probably used to help grasp prey or mates.

Picture Credit: Science Journal

The pictures and diagrams above show the arrangement of the hindlimbs (ventral view), as seen from underneath the body.  Photograph (a) shows the hindlimbs, (d) an illustration of the hindlimbs, (b) is a close up of sacrum and pelvic area, illustrated by diagram (e).  Photograph (c) shows the delicate hind foot which measures approximately 7 mm long.  Diagram (f) shows a layout of the bones in the foot.

Key

  • fem – femur
  • fib – fibula
  • tib – tibia

The fossil suggests that snakes may have lost their limbs to help them burrow, either through sediment of through leaf litter, speculated a member of the Everything Dinosaur team.  Cladistic analysis places the origin of the snakes close to the Iguana and the Anguimorpha families, (the Anguidae family includes limbless lizards such as slow worms), although the exact phylogenetic relationship remains disputed.  The discovery of this fossil suggests that the snake family, a very widespread and diverse group of reptiles today, probably first evolved on the southern super-continent of Gondwana.

Dinosaur Workshops Aid Reading and Literacy

Dinosaur Workshops Aid Reading and Literacy in Schools

A dinosaur themed term topic might be introduced into a school’s scheme of work with Key Stage 1 and Key Stage 2 to help the children learn about the properties of light, rocks, the age of the Earth and to gain an appreciation of scientific working.  However, as dinosaurs and prehistoric animals fire the imagination, this term topic can also do wonders for a child’s confidence in reading and their writing skills.  As Everything Dinosaur team members visit schools to deliver dinosaur and fossil themed workshops, we are keen to add activities and extensions that encourage children to write.

Thank You Letters to Everything Dinosaur

An example of our work with schools, a typical extension activity, is to ask the children to send in thank you letters to our dinosaur expert.  They can also include questions that they think of as well.  Writing a thank you letter dovetails nicely into the PSHE (personal, health and social education) of the national curriculum and it helps children gain confidence with sentence construction and the layout of written communications.  Letter writing also permits individual working and the teacher can see how much a child has learned as he/she has followed the term topic.  Letter writing makes a good, follow up exercise for the children immediately after any recall and recount activity once the dinosaur workshop has finished.

A Thank You Letter from Jayden

Everything Dinosaur team members encourage letter writing.

Everything Dinosaur team members encourage letter writing.

Picture Credit: Everything Dinosaur/Jayden at Southglade Primary School

Dinosaur Definitions – Practice with Labels and Vocabulary Development

Another simple activity that involves independent learning is to have the children research individual prehistoric animals.  Explain to the children what the term dinosaurs actually means (fearfully great or terrible lizards).  Then, use an example such as Tyrannosaurus rex (pronounced tie-ran-oh-sore-us rex), which means “Tyrant Lizard King”.  Set an exercise for the children where they can research different dinosaurs and write an explanation as to how that dinosaur got its name.

Here is an example from Amy (Year 2)

  • Triceratops (Try-sera-tops)
  • Means: Three Horned Face
  • Explanation: “This big plant-eating dinosaur had three horns on his face, two big ones over his eyes and a little one over his nose.”

A picture of the dinosaur can be provided, feel free to contact Everything Dinosaur, as our experts are happy to email over drawing materials and fact sheets to schools and home educators.

The picture of the prehistoric animal can be labelled by the child and perhaps more capable learners can provide additional facts and information on that dinosaur via discovery learning.

* More confident and capable learners can be challenged to design their own dinosaur and to come up with an explanation for the name that they give it, here’s an example from Matthew:

  • Boneahsaurus (Bone-ah-saw-us)
  • Means: Very Bony Lizard
  • Explanation: “When scientists found this dinosaur they were amazed at how many bones it had in its skeleton.”

Matthew even provided a lovely drawing of his dinosaur, it did look very bony.  Glad we did not have the job of assembling all those bones.

As dinosaurs are rarely out of the media these days and with most children having a fascination for these prehistoric animals, dinosaurs as a term topic provides plenty of scope for a creative, imaginative and very rewarding scheme of work for the class.

To learn more about Everything Dinosaur’s work in schools, visit our special “dinosaurs for schools” website: Dinosaurs for Schools

Still Time to Enter Everything Dinosaur’s Win a Guidraco Competition

Win a 1:4 Scale CollectA Guidraco Pterosaur Model with Everything Dinosaur (Contest is Closed)

Everything Dinosaur is giving away a brand new, fantastic 1:4 scale replica of the Pterosaur called Guidraco.

There is still time to enter Everything Dinosaur’s fantastic prehistoric Pterosaur competition.  CollectA have already introduced some super dinosaur and prehistoric animal models this year, all new additions to their excellent  range of “Prehistoric Life” replicas that we at Everything Dinosaur stock.  To celebrate these new introductions and the fact that Everything Dinosaur will be ten years old on August 1st we are holding a special competition, your chance to win a wonderful, 1:4 scale replica of a flying reptile.  CollectA have added to their “Supreme” range of large models and the new for 2015 Guidraco Pterosaur with its moveable lower jaw is a fitting prize in our special ten year anniversary contest.

Celebrating Everything Dinosaur’s 10th Birthday 
Win this 1:4 scale model!

Win this 1:4 scale model of a Chinese Pterosaur!

Picture Credit: Everything Dinosaur 

Our tenth anniversary prize giveaway is this super Guidraco flying reptile, complete with an articulated jaw.  The replica measures more than twenty-five centimetres high and it is a generous twenty-six centimetres in length.  This beautiful model requires a name.  What name can you come up with?

Please note, this competition is now closed.

To enter Everything Dinosaur’s contest, all you have to do is “Like” Everything Dinosaur on our FACEBOOK page, share, then comment on the picture (either on Everything Dinosaur’s Facebook page or here on this Everything Dinosaur blog post), remember to include a suggested name for our Guidraco Pterosaur.

Everything Dinosaur on FACEBOOK: “LIKE” Our Facebook Page and Enter Competition

We have already received lots of competition entries, for example, Joshua suggested “Toucan”, whilst Lynette proposed “BeakyRex” and Ruth suggested “Lordfliesalot”.  We have been very impressed with the wonderful array of names we have received so far.  If you think our Guidraco should be called “Gertie”, simple comment on our Facebook page or here in the comments section of this webblog posting.

The lucky winner will be drawn at random and the Everything Dinosaur Guidraco name competition ends on Friday, July 31st.  Good luck from all of us to everyone who enters.

Just go to Everything Dinosaur’s Facebook page, give our page a “like” and then leave a comment on the picture showing the Guidraco replica at the top of our timeline.  What Pterosaur names can you come up with?

“Like” Everything Dinosaur’s Page on Facebook

Like our Page (please).

Please “like” our page.

 

Win a Super CollectA Guidraco Pterosaur Model with Everything Dinosaur
Just like our Facebook page to enter.

Just like our Facebook page to enter Everything Dinosaur’s competition!

Picture Credit: Everything Dinosaur 

To view the range of CollectA prehistoric animals: CollectA Dinosaurs and Other Replicas

To see the complete collection of CollectA scale prehistoric animal replicas: CollectA Scale Prehistoric Animals

Terms and Conditions of the Everything Dinosaur Tenth Anniversary Competition

Automated entries are not permitted and will be excluded from the draw.

This promotion is in no way sponsored, endorsed or administered by, or associated with, Facebook.

Only one entry per person.

The prize is non-transferable and no cash alternative will be offered.

The Everything Dinosaur tenth anniversary competition runs until midnight on Friday 31st July 2015.

Winner will be notified by private message on Facebook.

Prize includes postage and packing.

For full terms and conditions contact: Contact Everything Dinosaur

This competition is now closed.

Dinosaur Hokey Cokey (Hokey Pokey) Song

Dinosaur Song – Hokey Cokey/Hokey Pokey

When delivering dinosaur workshops to children in Reception classes or Year 1 we like to incorporate lots of physical exercises to keep the children enthused and to help reinforce learning.  Our dedicated teaching team provide all sorts of ideas to support extension activities following one of our school visits and we dove-tail our work into the national curriculum helping the teachers to provide a rich and challenging term topic or dinosaur themed science day.

A Reception Class Prepares Questions for our Dinosaur Workshop

Questions, questions and even more questions!

Questions, questions and even more questions!

Picture Credit: Mead Primary School/Everything Dinosaur

As part of our large range of prepared extension activities we enclose a version of the “Hokey Cokey/Hokey Pokey” that has been modified so that it can be used as a song activity to support a lesson all about dinosaurs.  Everything Dinosaur recommends that the children be given plenty of space for this activity so that they have room to carry out the actions that accompany the song.

Dinosaur Song – sung to the Tune of the “Hokey Cokey/Hokey Pokey”

Don’t forget the actions, this is a great song and dance activity for budding young palaeontologists.

Verse 1 (use feet for the actions)

You put your big feet in

You put your big feet out

You put your big feet in

And you stomp them all about

You do the Dino-Pokey and you turn around

That’s what it’s all about

Verse 2 (use hands and fingers for the actions)

You put your sharp claws  in

You put your sharp claws out

You put your sharp claws  in

And you wave them all about

You do the Dino-Pokey and you turn around

That’s what it’s all about

Verse 3 (use arms to make a tail that the children can swing behind them)

You swing your long tail in

You swing your long tail out

You swing your long tail in

And you shake it all about

You do the Dino-Pokey and you turn around

That’s what it’s all about 

Verse 4  (have the children pull a “scary dinosaur face”)

You put your pointy teeth in

You put your pointy teeth out

You put your pointy teeth in

And you crunch them all about

You do the Dino-Pokey and you turn around

That’s what it’s all about – Roar, Roar Roar!

Note to Teachers and Teaching Assistants

This activity can be undertaken in a large classroom, or better still the school hall or gym.  Have the children spread out or perhaps they could form a big circle, but make sure that they have enough space so that they can perform the actions safely, we want to avoid any bumps, mishaps or bruises.

As an extension activity idea, perhaps with more confident learners, can the children write their own verse?

Everything Dinosaur provides a free download that contains all the words to the dinosaur “Hokey Cokey/Hokey Pokey” song, plus a large range of free to download teaching resources, simply go to Everything Dinosaur’s specialist teaching website and visit the free teaching downloads pages.

Everything Dinosaur’s teaching website: Everything Dinosaur for Schools

For inexpensive dinosaur and fossil themed teaching resources, we recommend: Dinosaur and Fossil Teaching Resources

These resources are all part of the support we provide with regards to dinosaur workshops in schools, teaching about dinosaurs in school.

Updating the Winged Dragon – Zhenyuanlong

How do we Know that Zhenyuanlong was Quite Big?

A few days ago, on July 16th, Everything Dinosaur team members published an article that featured the newly described Chinese dromaeosaurid dinosaur known as Zhenyuanlong suni.  We explained why the dinosaur called Velociraptor was used to help give this new dinosaur discovery context and outlined some of the more intriguing aspects of the fossil, that perhaps had been missed by more general media outlets.  However, we did receive an email about our article from a young dinosaur fan so we thought it best if we followed up our original article by providing some additional information about this little feathered carnivore.

To read our article (July 16th) on Z. suniThe Winged Dragon from Liaoning Province

A Newly Described Dromaeosaurid from China

Very probably a ground-dwelling predator.

Very probably a ground-dwelling predator.

Picture Credit: Zhao Chuang

Young Alex, wrote into Everything Dinosaur to ask, how do scientists know how big this dinosaur was and how big was it compared to other feathered dinosaurs found in China?  We wrote to Alex explaining in a little more detail about what the scientists who studied the fossil material concluded.

The academic paper describing this new type of “raptor” was published in the journal “Scientific Reports”.  The authors were Professor Junchang Lü (Institute of Geology, Chinese Academy of Geological Sciences, Beijing) and Dr. Stephen Brusatte (School of GeoSciences, University of Edinburgh).  Around 125 million years ago, the area of north-eastern China, now known as Liaoning Province was covered in a lush, temperate forest.  Large lakes featured in the environment and nearby volcanoes occasionally erupted and buried the area in fine ash, this explains the exceptional state of preservation of much of the Liaoning fossil material.  Living in the forests were a large number of different types of “raptor”, members of the Dromaeosauridae dinosaur family.  So far six genera have been described but it is very likely that more feathered dinosaur discoveries will be made in the future.

The six genera of dromaeosaurids described so far (with date described):

  1. Sinornithosaurus (named in 1999)
  2. Microraptor (named in 2000)
  3. Graciliraptor (named in 2004)
  4. Tianyuraptor (named in 2010
  5. Changyuraptor (named in 2014)
  6. Zhenyuanlong (2015)

So How Does Zhenyuanlong Compare?

The fossilised remains of Zhenyuanlong are nearly complete, but the end of the tail is missing.  The skeleton measures 126.6 cm long, when compared to the large dromaeosaurid Tianyuraptor it has been estimated that with the whole of the tail, this animal would have measured more than five feet (165 cm) in length.  It was probably not quite fully grown when it died so it might have reached a length of around 1.8 metres.

When it comes to comparing the sizes of different types of dinosaur, it is the limb bones that palaeontologists turn to.  The thigh bone (femur) for example, is often used to make comparisons between dinosaurs.  To estimate how big a dinosaur was, the length and the circumference of the femur is often measured.  In simple terms, the bigger and the more robust the femur, the bigger the dinosaur.  As all the Liaoning dromaeosaurid species discovered so far have at least one thigh bone as part of their fossil material, and as the size of the thigh bone strongly correlates to body size, measuring the length and overall size of the thigh bone is a useful way of comparing the sizes of different dinosaurs.

A Table Comparing the Femur Lengths and Overall Size of Liaoning Dromaeosaurids

Size comparisons between Liaoning dromaeosaurids.

Size comparisons between Liaoning dromaeosaurids.

Table Credit: Everything Dinosaur

* Depends on the species and the specimens measured

** Depends on the species as there are three species of Microraptor currently known.

So based on the length of the thigh bone, scientists can see that Zhenyuanlong (Z. suni) is much bigger than most of the other dromaeosaurids known from Liaoning.  It seems to be about the size of Tianyuraptor.

What Does Zhenyuanlong Mean?

Time to answer one other question about this new dinosaur, this time sent in by Sophie.  Sophie asked what does Zhenyuanlong mean?

The Holotype Specimen of Zhenyuanlong suni

 Large-bodied, short-armed Liaoning dromaeosaurid

Large-bodied, short-armed Liaoning dromaeosaurid

Picture Credit: Chinese Academy of Geological Science

Zhenyuanlong suni means “Mr Zhenyuan Sun’s dragon”.  The word “long” means dragon in Chinese (hence other dinosaur names such as Guanlong and Dilong) and the rest of the name honours Mr. Zhenyuan Sun, who was able to acquire the holotype specimen for the scientists to study.

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