Main Page - Part 374

18 01, 2011

New Prehistoric Animal Models from Papo of France

By Mike|2023-03-06T15:53:57+00:00January 18th, 2011|Categories: Dinosaur Fans, Everything Dinosaur News and Updates, Main Page|0 Comments

New Model Introductions from Papo in 2011

The pictures of the new prehistoric animal models to be released from Papo of France have been made available to Everything Dinosaur. The models, two Cretaceous herbivores and a new model of a Smilodon (Sabre-toothed cat) are due to shipped across to us in the early Spring. New Papo prehistoric animal models have been announced.

Papo Prehistoric Animal Models

The two new dinosaurs are Styracosaurus and Ankylosaurus. It is very appropriate to have a new horned dinosaur added to the Papo Dinosaurs range, after a Pachyrhinosaurus was added last year. There have been a number of papers published on ceratopsians (horned dinosaurs) and a few months ago the excellent “New Perspectives on Horned Dinosaurs”, came out, a volume that provides details on some of the latest research on these large-bodied, quadrupeds.

The Styracosaurus from Papo of France

Picture credit: Everything Dinosaur

The model is very bright and colourful, a distinct contrast to other ceratopsian models. The skin texture is very carefully done, although the position of some of the epoccipitals, particularly the pair projecting forwards from the neck shield could be debated. We recommend the Papo Styracosaurus dinosaur model.

Papo Styracosaurus

Interestingly, the model has a row of small spines running the length of the body down to the tip of the short tail. We are not aware of such a feature being preserved in the fossil record, however, we have to confess that we are a little rusty on this particular genus of centrosaurine.

The other new dinosaur model this year from Papo is an Ankylosaurus. This replica is again, very well made and this plant-eating dinosaur is depicted in a threatening stance. The tail club is held high as if to see off the attentions of a patrolling tyrannosaurid. Like all Papo figures in their prehistoric animal model range, the painting and attention to detail is excellent. Once again, we recommend the Papo Ankylosaurus dinosaur model.

The Papo Ankylosaurus

The Papo Ankylosaurus model.

Picture credit: Everything Dinosaur

To view Everything Dinosaur’s range of Papo dinosaur models and figures and other dinosaur toys: Papo Dinosaurs and Prehistoric Animal Models.

The third new model in the “Dinosaures” range is a replica of a Smilodon (Sabre-toothed cat). This model works well with the excellent cave men figures that are already in the Papo series and given the retirements of prehistoric mammal models from other manufacturers it is pleasing to see at least one “furry” introduced,

The Papo Smilodon Figure

Papo Smilodon from Everything Dinosaur.

Picture credit: Everything Dinosaur

In total, Papo have introduced something like 80 new models and figures, it is very pleasing to see so many new introductions. The range Papo market as “Dinosaures” now contains nineteen models. We remain puzzled as why the entire series is named after dinosaurs as more than a third of the replicas are not actually dinosaurs at all.

17 01, 2011

Mistake in Naming of Flying Reptile

By Mike|2023-03-06T15:55:41+00:00January 17th, 2011|Categories: Dinosaur and Prehistoric Animal News Stories, Everything Dinosaur News and Updates, Main Page|0 Comments

Ms Hubbard’s Contribution to the Discovery of Pterosaur Acknowledged

Science can be defined as the search for truth, and sometimes, despite the very best of intentions the truth can become blurred. Take for example the announcement recently of the new pterosaur find from British Columbia – Gwawinapterus beardi

Last week we reported on the discovery of new genus of flying reptile that had been discovered in Canada, this new flying reptile, dating from the Late Cretaceous had ferocious teeth located at the front of its jaws, these teeth superficially resembled those of a piranha.

To read more about this pterosaur: New Pterosaur announced with “Piranha-like” Teeth.

Information on this discovery was published in the scientific journal the “Canadian Journal of Earth Sciences” and a number of articles relating to this new pterosaur were subsequently circulated. However, we at Everything Dinosaur, had already picked up an inaccuracy in the discovery as it was reported by many news sources.

Flying Reptile

Graham Beard, the curator of the palaeontological collection at the Qualicum Beach Museum and a keen fossil collector himself, was accredited with the discovery of the concretion which contained the skull material and partial jaws that led to the naming of this new genus of flying reptile. The animal’s specific name honours him.

Unfortunately, Graham Beard did not actually find the fossil, he was on the beach that day, but the finder of the fossil was Sharon Hubbard, a local artist who also is a passionate fossil collector.

Sharon showed her find, having cracked open the stone nodule which contained the fossil, to Graham. Mr. Beard took the fossil away and it was eventually sent to the University of Alberta, where it resided for many years under the identifier VIPM1513 until it ended up being reviewed and studied by Victoria Arbour.

Unfortunately, the new species has been named after Mr. Beard, who had been credited with its discovery by some sources. However, Graham did not find the fossil, Sharon Hubbard did. We at Everything Dinosaur, were aware of this and in our article on the new pterosaur published on January 11th we were keen to point out that Graham Beard was not the finder of the fossil.

Commenting about the confusion regarding the discovery, Victoria Arbour stated that:

“the academics feel very badly.”

Occasionally, errors of this nature do occur, especially when a considerable period of time lapses between a fossil’s discovery and its scientific study. A happy ending could be provided if the scientific name were to be altered to reflect Ms. Hubbard’s contribution.

However, this is easier said then done. Under the conventions of the International Code of Zoological Nomenclature, renaming an already described species is extremely difficult and in this instance it is likely that the new pterosaur will remain as G. beardi.

Sharon, who was the first member of our species to hold the fossil specimen in her hands, had thought it could be called Hornbyensis humbardii, in recognition of her find.

Although not rewarded with the honour of lending her name to the new pterosaur, she has the consolation of having found a very significant fossil. She continues to search the beach area where she found the specimen, perhaps she will be lucky again and find something else that is unique to science.

Commenting on her fossil hunting, Ms. Hubbard said:

“I tend to find the unusual, I’ve done it over and over again. Palaeontology is only 150 years old, by finding new stuff, you’re just about an explorer.”

We wish Sharon every success with her fossil collecting, and perhaps in the light of this naming discrepancy, we can do our bit by putting up this article. Who knows, perhaps Sharon will find another unique specimen that will become the holotype for a new species and this one will have her name.

Addendum

Subsequent research published in 2012 identified the remains as having come from a saurodontid fish.

For pterosaur replicas and flying reptile figures soar over to Everything Dinosaur’s website: Everything Dinosaur.

16 01, 2011

The Size of Velociraptor – Providing Helpful Information

By Mike|2024-04-21T12:03:33+01:00January 16th, 2011|Categories: Dinosaur Fans, Main Page|1 Comment

Velociraptor was not Really That Big

Thank you for the question we received yesterday via email. We get a lot of questions sent to us via email, letters and through school correspondence. Given the fact that we were asked about how big Velociraptor actually was, we thought it time to clarify the size of this dinosaur and to rectify the mistakes made in the “Jurassic Park” films. Dinosaur fans send in pictures of their Velociraptor dinosaur model and often ask the question, how big was Velociraptor?

Velociraptor

Velociraptor (V. mongoliensis) was a member of the Dromaeosauridae family. Fast and nimble, this dinosaur was depicted in the Jurassic Park films as being around six feet tall. In reality, an analysis of the fossil record suggests that most dromaeosaurs were much smaller than this, of course there are exceptions, but based on the fossil evidence V. mongoliensis was about 1.8 metres long (mostly tail), and stood about one metre tall.

Velociraptor was about as tall as a six-year-old child, this is how we explain the size of this dinosaur to primary school children, it gives them a very good base for a reference.

A Scale Drawing of Velociraptor (V. mongoliensis)

A vicious Velociraptor, a scale drawing of Velociraptor. Picture credit: Everything Dinosaur.

Picture credit: Everything Dinosaur

The weight of an adult Velociraptor has been estimated to be around 12-15 kilogrammes, about as heavy as a large turkey. Note that in the drawing above, the Velociraptor is depicted as being covered in feathers. Most scientists now think that Velociraptor was probably covered in fine, primitive feathers to help insulate these active little animals, although no Velociraptor fossils have yet been found with feather impressions preserved.

Velociraptor Dinosaur Model

There are a large number of Velociraptor dinosaur models on the market. The Beasts of the Mesozoic range of articulated figures includes a large number of dromaeosaurid dinosaurs including several Velociraptor replicas.

A Beasts of the Mesozoic Velociraptor osmolskae Model

Beasts of the Mesozoic V. osmolskae. One of two species of Velociraptor currently recognised.

To view the Beasts of the Mesozoic model range: Beasts of the Mesozoic Models and Replicas.

15 01, 2011

Remembering January 1983 – The Discovery of Baryonyx

By Mike|2023-03-06T15:57:10+00:00January 15th, 2011|Categories: Dinosaur Fans, Main Page|2 Comments

The Start of the Baryonyx Story – January 1983

It seems such a long time ago now, Baryonyx, a strange, fish-eating theropod from the Barremian faunal stage of the Cretaceous (125 million years ago) first came to light in January 1983. Team members at Everything Dinosaur examine the story of the discovery and look at a Baryonyx model.

Baryonyx

Baryonyx, a large, fish/meat-eater with its huge thumb claws and distinctive narrow jaws, lined with many more teeth than a T. rex. With individuals growing to exceed lengths of over 10 metres this was a formidable beastie of the Early Cretaceous of Europe.

In January 1983, William Walker, an amateur fossil collector was exploring a clay pit in Surrey (southern England) when he discovered a huge fossil claw bone and other fossil material. Helped by some friends, he was able to extract a number of fossils and after the Natural History Museum in London was contacted, a full scale excavation took place on the site.

Regarded as one of the most important Cretaceous dinosaur discoveries made in Europe over the last fifty years, almost 70% of an individual Baryonyx’s remains were removed from the clay pit. So complete was this skeleton that the scientists and researchers were able to gain a great deal of information about the Spinosaurid family from this one specimen.

An Illustration of Baryonyx showing Scale Size (Collecta Baryonyx Dinosaur Model)

A drawing of the theropod dinosaur Baryonyx.

An illustration of the theropod dinosaur Baryonyx. Picture credit: Everything Dinosaur.

Picture credit: Everything Dinosaur

Baryonyx was formally named in 1986 (Charig and Milner). The type specimen was named Baryonyx walkeri in honour of the amateur fossil hunter who had first made the discovery.

Baryonyx Model

We have been involved in a number of projects to make Baryonyx models, to view a model range that includes Baryonyx and a number of other “British” prehistoric animals:

CollectA Dinosaurs and other dinosaur models: CollectA Deluxe Dinosaur Scale Models.

The CollectA 1:40 Scale Baryonyx with the CollectA Age of Dinosaurs Popular Baryonyx

The new for 2020 CollectA Prehistoric Life Baryonyx and behind, the larger 2019 CollectA Deluxe Baryonyx model. Picture credit: Everything Dinosaur.

Picture credit: Everything Dinosaur

Although, other Baryonyx fossils are known, for example some material including teeth from the Isle of Wight, and other elements including skull material from Spain, the Baryonyx specimen from the Surrey clay pit, found twenty eight years ago, remains the only near complete skeleton known. In fact, this specimen remains the most complete individual, large theropod fossil ever found in western Europe.

To view the CollectA not-to-scale figures: CollectA Prehistoric Life Models.

14 01, 2011

New Fast and Speedy Triassic Dinosaur Announced

By Mike|2023-03-06T14:34:31+00:00January 14th, 2011|Categories: Dinosaur and Prehistoric Animal News Stories, Main Page|0 Comments

Pint-sized but with a Nasty Bite – Eodromaeus from the Triassic of Argentina

It may have been small, but it was quick, agile and had a nasty bite, researchers have announced the discovery of a new genus of dinosaur from Argentina. The dinosaur has been formally named and described – Eodromaeus murphi and it was a basal theropod, an ancestor of ferocious dinosaurs such as Giganotosaurus, Allosaurus and Tyrannosaurus rex.

South America is regarded as the “cradle of dinosaur evolution”, with a number of primitive dinosaurs known from Argentina, in particular the Middle Triassic strata of the Ischigualasto Formation in an area known as the Valley of the Moon. This new theropod, known from two specimens that were found in close proximity to each other, measured approximately 1.2 metres in length (mostly tail), it would have weighed around 5 kilogrammes.

The paper on this dinosaur has been published in the scientific journal “Science”.

Triassic Dinosaur

The dinosaur’s name means “dawn runner” and it is one of a number of basal theropods known from the Valley of the Moon area, other theropods such as Herrerasaurus and Eoraptor, although dinosaurs were not the most common animals in the area, there were many different types of reptile and many of them were much, much bigger than the dinosaurs.

Commenting on the new dinosaur discovery, Paul Sereno of the University of Chicago, a palaeontologist who has worked extensively in Argentina stated:

“It was very cute, you would want it as a pet. But it might be best as a guard dinosaur, to keep the dogs away.”

The fossilised bones of Eodromaeus have been dated to approximately 224 million years ago (late Carnian faunal stage). Unlike Herrerasaurus, this dinosaur had hands that had three-clawed fingers. It was very likely a fast runner and the narrow skull had some enlarged, sharply curved teeth at the front of the jaws.

Eodromaeus

Eodromaeus superficially resembles Eoraptor in size and anatomical structure, but scientists now believe that Eoraptor was an ancestor of the long-necked sauropods. The basal ancestry of the sauropods remains unclear but recently, a discovery of a primitive quadruped from Argentina may have provided vital clues as to the evolution of the Sauropoda.

To read more about this discovery: The Mother of All Sauropods.

Eodromaeus murphi

As both genera were small, ran on two legs and lived around the same time, researchers believe that the common ancestor of all dinosaurs was also just about four feet in length and originated in South America.

Paul Sereno added:

“This gives us the earliest snapshot of dinosaurs. They were just a couple of million years away from the ultimate ancestor.”

The long shin bones and large metatarsals indicate an agile, speedy runner. The long tail would have helped this little dinosaur to balance and change direction quickly. Although a carnivore, Eodromaeus was not top of the food chain, there were plenty of predatory mammal-like reptiles and carnivorous rauisuchids that would have made short work of Eodromaeus had they been able to catch one.

For models and replicas of Triassic prehistoric animals including theropods: CollectA Deluxe Prehistoric Animal Models.

13 01, 2011

A New Schleich Saurus Model Poster

By Mike|2024-04-21T12:03:59+01:00January 13th, 2011|Categories: Adobe CS5, Dinosaur Fans, Everything Dinosaur News and Updates, Main Page|0 Comments

Schleich Dinosaur Model Frieze

Those clever people at Schleich, the German based model and figure manufacturer have produced another illustration showing their beautiful scale model dinosaurs. The range, marketed as the “Saurus” range consists of twelve, hand-painted prehistoric animal models including Allosaurus, Giganotosaurus and of course, T. rex representing the carnivores plus herbivores such as Brachiosaurus, Apatosaurus, Parasaurolophus and the armoured dinosaur Saichania.

The Schleich Saurus Dinosaur Frieze

Picture credit: Schleich

The illustration shows herbivores from the range with the pterosaur Quetzalcoatlus flying overhead. Of course, such a scene could never have happened, not only did the animals depicted in the picture lived millions of years apart, but many of them also lived in very different parts of the world. For example, the Stegosaurus in the image lived in what was the western United States, whilst Saichania was native to Asia.

Schleich Prehistoric Animal Models

The colourful poster is a great way for this German manufacturer to highlight their range. The poster provides a shop window for Schleich prehistoric animal models.

To view the Schleich Saurus models: Schleich Dinosaur and Prehistoric Animal Models.

Still, all credit to the Schleich staff and their photo shop skills.

12 01, 2011

Heads Up or Should that Be Heads Down for Tyrannosaurs

By Mike|2023-01-15T09:33:20+00:00January 12th, 2011|Categories: Dinosaur Fans, Everything Dinosaur News and Updates, Main Page|0 Comments

Tyrannosaur Head Position in Dinosaur Models

When working on bipedal dinosaur models, often the focus from a design point of view is achieving a stable prototype from which to work with. These ornithodirans can be a little tricky when it comes to the Theropoda, their bipedal stance causes all sorts of problems, after all, a 6,000 kilogramme T. rex walking on its hind legs is impressive, and you want to make an accurate representation of the creature, so the stance and position of the hind feet are all important.

As digitigrades (walking on their toes as opposed to walking on their heels), theropods such as T. rex are certainly a challenge, just producing a workable, realistic prototype. Then with T. rex there is another dimension to consider – their massive skulls.

Such a heavy head, positioned at the front of the animal model, compounds the balance issue, especially when a considerable portion of the weight of the replica is located far away from the centre of gravity over the hips, and, as in the case of T. rex often the head is elevated and becomes the highest part of any model.

One way of resolving this issue, is to take a novel approach to the head position and depict the tyrannosaur with a lowered head. An example would be the CollectA 1:15 scale and 1:40 scale Tyrannosaurus rex replicas.

A Picture of the CollectA 1:40 Scale Model T. rex

Interesting pose of this tyrannosaur dinosaur model.

To view the CollectA Deluxe dinosaurs range: CollectA Deluxe Prehistoric Life Models.

In this model, the head is depicted in lowered position, jaws agape. The tail is elevated and becomes the highest part of the replica. Balance is not just the only consideration though, this type of stance may reflect typical behaviour of large carnivores as they attempt to intimidate rivals and prey.

Having your main weapons perched some fifteen feet in the air is not much good when confronting a quadrupedal ankylosaur. One look at that powerful jaw lined with huge teeth may have been enough to stop a herbivore in its tracks. Such intimidation may have been used before this carnivore attacked.

Many birds display by “head bobbing” and it is feasible that T. rexes displayed as well. Visual cues would have played a role in any such behaviour, the dipping and bobbing of heads, perhaps to show the size of the mouth and the gaping jaws would have been an effective way of settling disputes over territory or mates.

So a pose in a model of a bipedal dinosaur may actually serve two purposes, firstly to stabilise the replica and secondly to depict suggested behaviour. Sorting of “killing two birds with one stone” – looks like we are back to the ornithodirans again.

11 01, 2011

Flying Reptile with “Piranha-like” Jaws is Scientifically Described

By Mike|2024-04-21T12:06:31+01:00January 11th, 2011|Categories: Dinosaur and Prehistoric Animal News Stories, Dinosaur Fans, Main Page|1 Comment

New Cretaceous Pterosaur Genus from British Columbia

Pterosaurs, that extinct group of flying reptiles that lived during the Mesozoic, evolved into a huge variety of forms before finally becoming extinct around sixty-five million years ago. The last of the pterosaurs, most notably the azhdarchids and the last surviving members of the Pteranodontidae were toothless. However, not all Late Cretaceous flying reptiles had toothless beaks, a discovery from British Columbia (Canada) provides an insight into a new genus of pterosaur with teeth at the end of its jaws described as resembling those of a piranha.

The fossil, part of the jaws of the flying reptile was found when a rock from a beach on British Columbia’s Hornby Island was split open. The area has produced a number of dinosaur fossils as the Cretaceous-aged cliffs are eroded away to expose potential fossil material, but this is the first pterosaur fossil found in the area.

Pterosaur fossils

Pterosaur fossils are extremely rare and to find skull and jaw material is very significant as it can give palaeontologists valuable information about what the animal may have eaten. This new species has been scientifically named – Gwawinapterus beardi. Although no other elements of the skeleton have been found to date, researchers estimate that it had a three-metre wingspan and have based their descriptions on the fossilised remains of other Later Cretaceous pterosaurs from the Northern Hemisphere.

The paper, reporting the finding of this important new fossil is featured in the January edition of the “Canadian Journal of Earth Sciences”, lead author is University of Alberta palaeontologist Victoria Arbour.

Commenting on this “uniquely Canadian species”, Arbour, a PhD student who has worked on a number of British Columbia Cretaceous fossils including ankylosaur material stated that British Columbia presented a series of challenges to fossil hunters, who in comparison with palaeontologists based in Alberta, have a more difficult task of finding fossils.

Gwawinapterus beardi

She stated that in practice; palaeontologists and field workers comb the beaches along the Pacific coast:

“They basically pick up rocks, and they crack them open, and sometimes, they have fossils inside.”

The reptile was identified from the fossil jawbone which was examined by Graham Beard, a well-known fossil collector who runs the Vancouver Island Palaeontological Museum in Qualicum Beach on Vancouver Island. Arbour named the species after him.

Graham thought it was part of a dinosaur’s jaw but once the object was passed on to Phil Currie, the eminent palaeontologist who is supervising Victoria in her studies, it was identified as pterosaur remains. Professor Currie was recently inducted into the Alberta Order of Excellence in recognition of his contribution to science and the study of dinosaurs in that Canadian province.

To read more about this award: Eminent Palaeontologist Awarded Honour.

Professor Currie co-authored the formal scientific description, the name meaning “raven wing” in a local dialect with the species name honouring Graham Beard.

The distinctive, tightly spaced, arrow-like teeth are similar to teeth ascribed to a Cretaceous Pterosaur genus known from China.

When asked to describe the teeth, Victoria said:

“The teeth look a little bit like piranha teeth the way that they are packed really close together.”

The teeth are positioned to towards the front of the snout (anterior), as to what this pterosaur fed on remains a mystery, but it has been suggested that it may have scavenged carcases using its strong teeth and long beak to nip off pieces of meat that other scavengers could not reach. Although a predatory habit, swooping down on other pterosaurs, small mammals and lizards has also not been ruled out.

To view scale models and figures of pterosaurs such as Pteranodon, Dimorphodon and Guidraco, take a look at this model range here: CollectA Deluxe Prehistoric Life Models.

Addendum

Subsequent research published in 2012 identified the remains as having come from a saurodontid fish.

10 01, 2011

New Clues to Cambrian Extinction Event

By Mike|2023-01-15T07:59:30+00:00January 10th, 2011|Categories: Dinosaur and Prehistoric Animal News Stories, Geology, Main Page|0 Comments

Scientists Put Forward New Theory for Cambrian Extinction Event

The history of life on planet Earth has been punctuated with a series of extinction events. More than fifty major extinctions have been identified over the last 500 million years or so. Life on Earth has had to get used to these setbacks, however, extinctions have permitted new organisms to evolve and they have helped to “spur on” evolution. A new paper has just been published in the scientific journal “Nature” that sheds light on one of the first major extinction events recorded in the fossil record – the Late Cambrian extinction.

Cambrian Extinction

Following the Cambrian explosion that saw the recording of all the known animal phyla in the fossil record from approximately 540 million years ago, life was thriving in the shallow seas of the Cambrian Period. Porifera (sponges) were widespread, along with the brachiopods and molluscs. Although there is evidence of the first chordates (back-boned animals or animals with a notochord), the most advanced creatures were the arthropods, creatures such as trilobites that had already evolved into many different families.

An Illustration of a Typical Trilobite

Terrific trilobites – examples of trilobite fossils. Picture credit: Everything Dinosaur.

Picture credit: Everything Dinosaur

However, from approximately 520 million years to 490 million years ago, a series of swift extinction events took place, radically altering the types and quantity of marine invertebrate genera present. A team of geologists have completed a study of rock strata laid down in the middle of this geological period and their data showing high levels of sulphur and carbon indicate that changes to the atmosphere may be the cause for the dying out of many types of organism.

According to their study, reported in this weeks edition of “Nature” the ocean’s oxygen levels fell sharply and sulphur levels rose very quickly, killing off genera that could not adapt.

Benjamin Gill, one of the authors of the report (Post-doctoral Fellow and research Fellow assistant at Harvard University), commented:

“Around 499 million years ago, large portions of the ocean were oxygen deficient and also contained hydrogen sulphide.”

The geologists studied a specific subset of Cambrian extinctions that began approximately 499 million years ago and lasted for two to four million years. Low oxygen levels had been postulated as putting the brake on the advancement of life forms, but until now there was little supporting evidence for this theory.

The chemical analysis of the strata shows that from the six locations studied; there were unexpectedly high levels of various isotopes of carbon and sulphur. In modern oceans, these mix of elements only occur in oceans which lack oxygen, such as parts of the Black sea in the Crimea.

There has been some work done previously to show that there is a band of iridium deposited in some parts of the world, in rocks dating from around 500 million years ago. This rare Earth element has in this instance been associated with intense volcanic activity. The high levels of carbon and sulphur found in this study, may reinforce the theory that volcanic activity gave rise to a series of extinctions that led to something like 30% of all marine genera becoming extinct.

Gill and his colleagues remain unsure as to what caused the oxygen levels to collapse, however, anoxia (lack of oxygen) would have been devastating to life in the oceans at the time.

For models and replicas of trilobites and other animals from the Palaeozoic: CollectA Prehistoric Life Models.

9 01, 2011

New Everything Dinosaur Teaching Programme for 2011

By Mike|2023-03-06T15:58:42+00:00January 9th, 2011|Categories: Educational Activities, Everything Dinosaur News and Updates, Main Page, Press Releases, Teaching|0 Comments

New Teaching Lesson Plans from Everything Dinosaur

With more and more schools in the UK adopting the creative curriculum, team members at Everything Dinosaur have responded by introducing a new range of teaching sessions and lesson plans to aid reception students through to key stage 4. Our trained and qualified teachers have prepared a number of innovative and enriching lesson plans based around palaeontology and dinosaurs. The aim of these sessions is to engage and involve young people with the fascinating subject of Earth Sciences.

Everything Dinosaur

Working under the concept of “Dinosaur detectives” we use real case studies regarding new fossil discoveries to develop effective and very “hands on” dinosaur themed teaching schemes.

As part of our work in this important area of education, we have developed a number of advertisements to support our teaching activities and dinosaur workshops.

Everything Dinosaur’s Dinosaur Themed Teaching Activities

Picture credit: Everything Dinosaur

So if you want to involve your class in a dinosaur themed topic such as “Jurassic Forest” or Everything Dinosaur’s dinosaur detectives lesson plans simply log onto our website: Everything Dinosaur to view the extensive range of dinosaur themed toys and gifts we stock.

The Everything Dinosaur Logo

Everything Dinosaur logo – a sign of quality and reliability.

Picture credit: Everything Dinosaur

In addition, if you require any advice about the products that we stock you are most welcome to drop Everything Dinosaur an email: Contact Everything Dinosaur.