Dinosaur Dome
Experience the immersive power of our full domes and interactive teaching. Learn with us all about dinosaurs in a fun and illustrative way.
"Dinosaurs are the best way to teach kids, and adults, the immensity of geologic time."
Robert T. Bakker
American paleontologist who helped reshape
modern theories about dinosaurs
Let's travel back in time
Plenty of dinosaurs are waiting to share their story with us!
Dinosaur Dome UK
Dinosaur Dome is designed to explore science, geology and geography in an interactive way. The Dome visits schools, clubs, events and festivals, providing an additional science resource and presenting a different learning experience to children.
We provide educative, immersive digital mobile planetarium sessions; showing different environments and natural history shows (‘rocks, soils & fossils’; under the sea and dinosaurs) to schools, colleges, youth clubs, scout groups and playgroups. The service is provided in a blacked-out purpose built mobile domes to be sited indoors in a school hall or gymnasium. Our domes are the most advanced digital domes in the country, capable of showing 360 degree pictures and feature films.
With over 15 years of experience working for numerous schools, big festivals and local events. We can cater to your needs for indoor set ups and small or large outdoor events. We cover the whole of the UK and are the biggest portable pop-up planetarium and science dome business in the country.
Dinosaur Dome Programme
Dinosaur Dome offers shows for all age groups. From dinosaurs, "rocks, soils & fossils" to plate tectonics & continental drift for older pupils. We can provide shows that fit in to your teaching activities in science, geology and geography; giving students an exciting, interactive and enjoyable experience that they will never forget!
With us your students will be able to examine and touch real fossils, rocks, dinosaur bones and ancient oceanic fossils. They will see the interconnection between sciences such as geology, astronomy, and physics as well as be challenged and encouraged to explore science themselves.
Check out our exciting Dinosaur Dome Programme below and if you require a specific topic that’s not on the list, just get in touch as we will very likely be able to help.
Explore our Dinosaur Dome Sessions
Rates
- Full day visit cost ranges £580 (excluding VAT) with a typical day including up to five class shows.
- Half day costs for three shows is £480.
- We may charge extra for a sixth show during the day. If your school is located near one of our dome bases (see below), then we may be able to come for a half day. Please apply for half day rates if the case.
- Please be aware that we charge a travel and hotel supplement, if we are required to travel a distance from a base.
Our domes are based at the following locations:
Bournemouth, Wimborne (Dorset), Brighton, Trowbridge, London, Leeds, and Newark in Nottinghamshire covering the whole of the UK and EIRE.
Bookings
Contact us for further information and bookings on 01202304734, send us an email to sciencedome@ntlworld.com,
or alternatively click the bottom down below and fill in the form. We will get in touch with you soon after we receive your request.
Popular Questions
Got a question? We’re here to help.
Fun Facts About Dinosaurs
Please, Tell Me a Dinosaur Joke!
Let's Get Curious About Dinosaurs
What is the Pangaea?
About 200 million years ago, all the continents on Earth were actually one huge "supercontinent" surrounded by one enormous ocean. This gigantic continent, called Pangaea , slowly broke apart and spread out to form the continents
we know today.
When and how did dinosaurs appear?
Around 251 million years ago, at the end of the Permian period, a mass extinction wiped out most of life on Earth. In its wake arose a group of egg-laying reptile precursors called archosaurs, the common ancestors of dinosaurs, flying reptiles known as pterosaurs, and crocodiles. At some point during the next period, the Triassic, pterosaurs and dinosaurs split off from the crocodile lineage. What early dinosaurs and their closest relatives looked like still remains somehow a mystery, because few fossils exist from the dawn of the dinosaurs. However, as today, the archosaurus seems to be the closest we can get to the appearance of dinosaurs on Earth.
Since the fossil record for dinosaurs is incomplete, we do not have fossils from the very first dinosaur that ever lived. Based on the age of the specimens that we do have, that first dinosaur may well have lived in the early Triassic Period. The earliest dinosaurs for which we do have well-documented fossils are found in Late Triassic Ischigualasto Formation in northern Argentina. Skeletons discovered in these rock layers include the meat-eating dinosaurs Herrerasaurus and Eoraptor, as well as the plant-eating dinosaur Pisanosaurus.
Reference: American Museum of National History
Types of dinosaurs:
Historically, dinosaurs have been divided into two main groups: saurischians (“lizard-hipped”) and ornithischians (“bird-hipped”), classified by their hip structure. In saurischians, the two lower bones of the hip point away from each other, as in lizards; and in ornithischians, the two lower hip bones both point backwards, as in birds. Ironically, birds by ancestry are saurischians rather than ornithischians (their evolution of true “bird hips” occurred after the saurischian–ornithischian split). The saurischians are divided into theropods and sauropodomorphs. Theropods are the classic bipedal carnivorous dinosaurs, from Coelophysis to Tyrannosaurus, and also include birds. Sauropodomorphs include the enormous quadrupedal, herbivorous long-necked, long-tailed sauropods (Brachiosaurus, Diplodocus) and their cousins the “prosauropods”. Finally, the ornithischians are harder to define because they include several very different groups, but all ornithischians share a special “beak bone” (the predentary) at the tip of the lower jaw.
More about this topic at https://www.nps.gov/subjects/fossils/major-groups-of-dinosaurs
How did dinosaurs become extinct?
Today, paleontologists have discerned that most dinosaur lineages disappeared by about 66 million years ago after intense volcanic activity, climate change and a catastrophic asteroid impact triggered one of the worst mass extinctions in our planet's history.
The Natural History Museum has
a very good article about this phenomena
How were dinosaur fossils formed?
Most living things decompose relatively quickly after death. However, if soon after they die, the remains get covered in sediment such as mud, sand, and even lava or volcanic ash. Over time layers of sediment build over the top and hardens into rock. At the same time this happens, water seeps into the sediments and bones. It leaves behind minerals, turning the bones to stones and creating a fossil. Around 99% of the fossils we find are from marine animals, such as shellfish and sharks. As they lived in the sea, mud or sand could bury them very quickly after their death. Most dinosaur fossils we have found belong to animals that were living near to a lake or a river which facilitated the remains to get covered in mud and silt. There are other events that can help fossils form, like animals that get buried when still alive by mud (rare cases) or volcanoes’ eruptions. Dinosaur can also leave behind footprints, and impressions of skin and feathers. We learn about dinosaurs through fossils, these discoveries are very important to understand the history behind us.
More on this at
National History Museum
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