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Where was YOUR home in the time of the dinosaurs? Look at this map

Earth at the time of the dinosaur extinction: Ancient Earth Globe shows how the continents split and collapsed again

Let’s be honest, we’ve all wondered that.

Obviously Britain wasn’t Britain when dinosaurs roamed the earth, but where exactly was your home in the time of T.Rex, Stegosaurus and Diplodocus?

Well, with an interactive map, you can go back in time to find out.

Ancient Earth Globe shows how continents split and reformed as oceans advanced and receded over 750 million years of our planet’s history.

It also includes a number of tools that make it easy to learn more about Earth, such as: B. where the first reptiles lived or when the first flower bloomed.

Earth at the time of the dinosaur extinction: Ancient Earth Globe shows how the continents split and collapsed again

Earth at the time of the dinosaur extinction: Ancient Earth Globe shows how continents divided and reformed as oceans advanced and receded over 750 million years of the planet’s history. Here is Britain 66 million years ago

The map was created using research from Northern Arizona University and shows that people are “just a fraction of the story,” according to Ian Webster, the former Google engineer behind it.

WHAT TIMES DOES THE MAP SHOW?

cryogenic period – 750 million years ago

Ediacaran period – 600 million years ago

Early Cambrian – 540 million years ago

Late Cambrian – 500 million years ago

Ordovician period – 470 million years ago

Late Ordovician – 450 million years ago

Silurian period – 430 million years ago

Devonian period – 400 million years ago

Late Devonian – 370 million years ago

carboniferous period – 340 million years ago

Late Carboniferous – 300 million years ago

permian – 280 million years ago

Late Permian – 260 million years ago

Early Triassic – 240 million years ago

Middle Triassic – 220 million years ago

Late Triassic – 200 million years ago

Jurassic period – 170 million years ago

Upper Jurassic – 150 million years ago

Early Cretaceous – 120 million years ago

Cretaceous – 105 million years ago

Late Cretaceous – 66 million years ago

Early Tertiary – 50 million years ago

Middle Tertiary – 35 million years ago

neocene – 20 million years ago

Today

The website allows you to jump back and forth between the extinction of the dinosaurs and the appearance of the first hominids – the primate family that includes humans and our fossil ancestors.

You do this by entering your location into the map, which then inserts it into plate tectonic models and allows users to do so See where countries were located hundreds of millions of years ago.

For example, you can see where the UK, USA, Europe, Africa, Australia, Russia, India, China and more were located in the time of the dinosaurs.

This includes the Early Triassic Period 240 million years ago to the Jurassic Period 170 million years ago and the Cretaceous Period 90 and 105 million years ago.

At that time, Africa had a vast ocean running along its northeastern edge, while Australia and Antarctica almost touched.

The map also shows what Earth looked like when the dinosaurs were wiped out by a giant asteroid 66 million years ago.

When searching for places, the site’s rotating 3D globe shows where on Earth that area was millions of years ago.

It even shows which dinosaurs lived nearby in the area you are looking for.

For example, Eustreptospondylus was a carnivore that lived in what is now England during the Jurassic period.

Another species of dinosaur, Neovenator, lived in what is now Britain and France.

Summaries of each period show what happened at different stages, such as the early Cambrian period 540 million years ago.

Also of particular interest is the formation of Pangea about 280 million years ago, when the entire landmass of Earth was combined into a single supercontinent surrounded by an ocean, Panthalassa.

The east coast of the United States would have bordered North Africa, while America’s Gulf Coast hugged Cuba.

Mr Webster told MailOnline he created the interactive map as a practical educational tool for younger generations.

“I chose this map because I find ancient history and geology fascinating,” added the software engineer.

“It can be difficult to imagine what the Earth used to look like. Putting this knowledge in a format we are all accustomed to – an interactive globe – goes a long way towards creating a geological history teaching tool.”

The map was created using research from Northern Arizona University and shows that people are

The map was created using research from Northern Arizona University and shows that people are “just a fraction of the story,” according to Ian Webster, the former Google engineer behind it. This is what the earth looks like today

The map spans the period from the early Triassic 240 million years ago to the Cretaceous 90 (pictured) and 105 million years ago

The map spans the period from the early Triassic 240 million years ago to the Cretaceous 90 (pictured) and 105 million years ago

It also shows the Jurassic period, 170 million years ago, when dinosaurs thrived and ocean life became more diverse

It also shows the Jurassic period, 170 million years ago, when dinosaurs thrived and ocean life became more diverse

Webster created the map as a web application that sits on top of another map that visualizes geological models created by geologist and paleogeographer Christopher Scotese.

These models describe plate tectonic evolution 750 million years ago, around the time green algae first evolved in Earth’s oceans.

You can also search what our planet looked like when it got its first shells, coral reefs, vertebrates, land plants and animals, insects and reptiles.

In addition, you can jump to the first grass, to the first hominids, when the supercontinents Pannotia and Pangea existed and when the dinosaurs died out.

Linked to the website is the Dinosaur Database, which is full of facts and figures about the ancient and fearsome creatures that once roamed the earth.

The website even shows which dinosaurs lived nearby in the area you are looking for. For example, Eustreptospondylus (shown in this artist’s rendering) was a carnivore that lived in what is now England during the Jurassic period

Another species of dinosaur, Neovenator (pictured), lived in what is now Britain and France

Another species of dinosaur, Neovenator (pictured), lived in what is now Britain and France

WHEN WERE THE EARTH’S “BIG FIVE” EXTINCTION EVENTS?

Traditionally, scientists have referred to the “Big Five” mass extinctions, including perhaps the most famous mass extinction triggered by a meteorite impact that brought about the end of the dinosaurs 66 million years ago.

But the other great mass extinctions were caused by phenomena entirely terrestrial in origin, and while they are less well known, we can learn something from studying them that could shed light on our current environmental crises.

  1. The late Ordovician: This ancient crisis about 445 million years ago saw two major extinction waves, both caused by climate change associated with the advance and retreat of ice sheets in the southern hemisphere. This makes it the only major extinction associated with global cooling.
  2. The late Devonian: This period is now seen as a series of extinction “pulses” spanning 20 million years, beginning 380 million years ago. This extinction has been linked to a major climate change, possibly caused by an eruption of the Viluy Traps volcanic area in present-day Siberia. A larger eruption could have caused rapid sea level fluctuations and reduced oxygen levels in the oceans.
  3. The middle Permian: Scientists have recently discovered another event 262 million years ago that rivals the “Big Five” in magnitude. This event coincided with the Emeishan eruption in modern-day China and is known to cause simultaneous extinctions in the tropics and higher latitudes.
  4. The late Permian: The late Permian mass extinction, about 252 million years ago, dwarfs all other events, with about 96% of species becoming extinct. The extinction was triggered by a massive eruption of the Siberian Traps, a gigantic and prolonged volcanic event that covered much of present-day Siberia and resulted in a cascade of environmental impacts.
  5. The late Triassic: The late Triassic event 201 million years ago shares a number of similarities with the late Permian event. It was caused by another major eruption, this time in the central Atlantic magmatic province, heralding the splitting of the supercontinent Pangea and the initial opening of what would later become the Atlantic Ocean.

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