Inside Planet Earth
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https://videos.trom.tf/videos/embed/dn1AMNQ4CFteYCqdr1y21k?autoplay=0&title=0&warningTitle=0&peertubeLink=0
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YEAR: 2009 | LENGTH: 1 part (90 minutes) | SOURCE: IMDB
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You can keep your alien invasions and big budget explode-a-thons. For my money, the best use for CGI is to make educational programming more interesting. Dinosaurs, outer space, and ancient civilizations have all been brought to life through computer-generated animation—and I’m a complete sucker for it. Now, The Discovery Channel uses computer magic to take us someplace we’d never otherwise be able to go, even though it exists right under our feet. Inside Planet Earth is an in-depth look at the mostly invisible forces that shape life on this planet from the inside out.
Starting at the crust, Inside Planet Earth leads viewers on a journey down through the fiery depths of the mantle to the Earth’s mysterious core. It mixes interviews with scientists and footage of some of the Earth’s most remarkable visible landscapes with computer animation that brings to life recent geologic discoveries to paint a compelling picture of a world in flux.
The composition of the Earth’s interior is more dynamic and less clearly defined than most of us learned in junior high. The shifting of the tectonic plates—the cause of earthquakes—is nothing compared to the constant movement of the superheated solid-yet-flowing rock called magma. This layer, often thought of as a glowing red band of liquid, is far more complex than what little we see of it erupting from volcanoes that exist where tectonic plates collide. Down in this hot, pressurized cauldron of rock, most of our precious stones are formed—diamonds mined from the crust were actually created deep inside the Earth, and then carried up on volcanic explosions millions of years ago.
Inside Planet Earth is the story of the constant upheaval that not only shapes our world, but allows us to live on it. The magnetic field created by the moving liquid metal inside the Earth’s core not only traps oxygen in our atmosphere, but protects us from the sun’s dangerous solar radiation. Without it, Earth could not sustain life.
For as much as Inside Planet Earth is interested in educating viewers, it also seems bent on terrifying them. The special is filled with all the ways that life as we know it could come to an untimely end. Besides the “long overdue” mega earthquakes and volcanic eruptions that threaten to maim, burn, and block out the sun—I’ll never look at Yellowstone the same way again—there’s the imminent threat of the Earth’s core reversing polarity. The magnetic field is already weakening in a band above South America. If such a reversal were to happen, the magnetic field would disappear for months, during which we’d be pummeled unchecked by solar radiation, knocking out all electricity and causing untold damage to the world’s population. That could happen within 1,500 years. Even if we survive that, about 4.5 billion years from now the Earth’s core will solidify—in effect “freezing” solid—and our planet will no longer be able to support life. As if I really needed that image in my head. Thanks to Inside Planet Earth I no longer check under my bed for the Boogeyman; I check for Aurora Borealis.
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A Day in the Life of Earth
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YEAR: 2019 | LENGTH: 1 part (58 minutes) | SOURCE: BBCdescription:
If you think the Earth takes millions of years to change, it’s time to think again! Presented by Hannah Fry, this TV special reveals how much our planet can change in just 24 hours. A new era of science allows us to watch as the Earth moves, breathes, shrinks and grows right under our noses. The story is driven by scientists and explorers, and harnesses cutting-edge data, newly launched satellites and blue chip CGI to show us the true personality of the Earth… more dynamic than it’s ever been seen before. Every minute new land is born, every hour tonnes of rock arrive from space, before you go to sleep a cloud of dust from the Sahara will have fertilised the Amazon, and while all that was happening, the ground under your feet moved half a metre. As Hannah explains, Earth’s daily changes are all linked in surprising ways, and – more importantly – we would not be able to survive on the planet without them.
We start with the inner earth – the invisible but hugely dynamic system beneath our feet which constantly rebuilds the planet’s surface. On the island of Stromboli, we climb a volcano with geologist Professor Chris Jackson to see how much lava a single volcano can produce on a daily basis and how that lava builds new land. Chris also reveals what powers the inner earth – radioactive decay beneath of our feet, where heavy elements are constantly decaying into lighter ones – a process that produces the equivalent energy of 27,000 Hiroshima bombs every day. This energy is a crucial driver to plate tectonics and therefore volcanic activity. And the speed with which volcanic activity makes land is crucial – if it didn’t create land faster than erosion destroys it, we would have no land to live on and the world would be one giant ocean.
The story doesn’t stop with new land being made. It’s also constantly being moved. We reveal how the moon not only causes huge movements of water in the ocean – which we know as the tides – but also creates waves of solid rock on land, known as ‘solid earth tides’; a ceaseless shape change which we never notice. When amateur divers Ramon and Veronica Llaneza found red dust in an underwater cave in the Bahamas, little did they know how far it had travelled to get there. Scientist Charlie Bristow has tracked the source of the dust to the Sahara and worked out how huge quantities of solid mud get airborne and carried across the Atlantic – half a million tonnes of it per day! Much of it ends up in the Amazon, where it helps fertilise the rainforest – the lungs of the planet. Meanwhile, in the polar regions, mountains are also being moved – by glaciers, which grind down rock 24-7 and eventually deposit it in the ocean, where it helps trigger another daily change – this time to life.
In the ocean, we follow the daily growth of phytoplankton – microscopic plant life fuelled by the nutrients put into the ocean by erosion. Five billion tonnes of it grow every day and, like all plants, absorb carbon dioxide and release oxygen. In fact, there is so much phytoplankton in the ocean that they are responsible for every second breath we take. The explosive growth of phytoplankton triggers another global change and the biggest mass movement of animal life known to science – the daily migration of the zooplankton, which rise up from the depths every night to feed on the plants. In Florida, we get underwater with a group of intrepid divers, who plunge into the pitch-black ocean for a chance to see this global phenomenon up close. We also look at how science is now able to track the growth of plants on land using satellites. If you could put all the growth in all the world’s forests into one imaginary tree, you would get a single tree three km tall in just one day. But with all this growth, there is an inevitable flipside – fire. The film goes behind the scenes with the US Forest Service as they tackle the biggest wildfire in California’s history. Every day an area of forest twice the size of the Grand Canyon National Park is burnt down.
Finally, Hannah Fry gets us to look outwards. The Earth is not a bubble – it’s part of a bigger cosmic system that every day messes with the composition of our planet. We lose atmospheric gases like hydrogen and helium at the rate of 1kg per second to space. And once they’re gone, they’re gone. In fact, when you look at the Northern Lights, you’re actually looking at helium being lost. But Earth does get something back from space. We join a group of amateur astronomers to watch the Geminid meteor shower in the deserts of California. This heavenly light display is actually revealing a process that goes on all day, every day. The Earth is constantly picking up space dust – an estimated 60 tonnes of it every 24 hours. But perhaps the biggest change of all is the one that few of us are even aware of. Our whole galaxy is moving through the cosmos at two million km per hour.
It really is a different planet every day. If it weren’t, we wouldn’t be on it!SIMILAR TITLES:
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BBC Four - A Day in the Life of Earth
Hannah Fry reveals how much the Earth can change in a single day.BBC
This entry was edited (2 years ago)
