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What Does Earth Look Like?

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What Does Earth Look Like?

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EXTRA INFO & LINKS BELOW!

Dr. Julian Bayliss' rainforest story:

Cool video from CGPGrey: How Many Countries Are There?

upside-down map:

INTERACTIVE projection site:

Chromoscope:

Mercator Puzzle:

xkcd on maps:

Earth live:

interactive gnomonic:

West Wing MAPS clip:

Earth from Mars:

Earth from Saturn:

look etymology:

wave on a string simulation:

Hi-res electromagnetic spectrum:

Earth under different light:

Moon's shadow on Earth:

Bad Astronomer on twitter:

Africa compared to big countries:

Map projection info:










What we used to think Earth looked like from space:

Earth is not a perfect sphere:

What Does The Earth Look Like From Deep Space? (NO FLAT-EARTHERS)

Very few people have been lucky enough to see our home planet from Space, but thanks to the incredible spacecrafts that are exploring or have already explored neighbouring celestial objects, we get to view amazing footage of the Earth from all over the solar system. So what does Earth look like from deep space?

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1 - From the International Space Station

2 - From the Moon

3 - From the Red Planet, Mars

4 - From Saturn

5 - From Deep Space

Attributions -
Space Telescope Animation - ESA
View of the ISS - NASA
Earth from the ISS - NASA
moon time lapse - Videvo (Scaric-One)
Astronauts on the Moon - NASA
Apollo 17 Launch - NASA
Apollo 8 Animation - NASA
Spirit Rover Animation - NASAJPL-Caltech
Saturn and the Sun -Abdelrahman El-masry
Cassini NASAJet Propulsion Laboratory Caltech
Voyager Animation - NASA Caltech
Music - TheBlueMusk - Mission Approach (Purchased License) All content is Licensed under Creative Commons: By Attribution 3.0

DISCLAIMER: This video description contains affiliate links, which means that if you click on one of the product links, I’ll receive a small commission. This helps support the channel and allows me to continue to make videos like this. Thank you for the support!
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How the Universe Works - Alien Storm & The Most Powerful Objects in the Universe

All across the immense reaches of time and space, energy is being exchanged, transferred, released, in a great cosmic pinball game we call our universe.
How does energy stitch the cosmos together, and how do we fit within it? We now climb the power scales of the universe, from atoms, nearly frozen to stillness, to Earth's largest explosions. From stars, colliding, exploding, to distant realms so strange and violent they challenge our imaginations. Where will we find the most powerful objects in the universe?
Today, energy is very much on our minds as we search for ways to power our civilization and serve the needs of our citizens. But what is energy? Where does it come from? And where do we stand within the great power streams that shape time and space?
Energy comes from a Greek word for activity or working. In physics, it's simply the property or the state of anything in our universe that allows it to do work. Whether it's thermal, kinetic, electro-magnetic, chemical, or gravitational.
The 19th century German scientist Hermann von Helmholtz found that all forms of energy are equivalent, that one form can be transformed into any other. The laws of physics say that in a closed system - such as our universe - energy is conserved. It may be converted, concentrated, or dissipated, but it's never lost.
James Prescott Joule built an apparatus that demonstrated this principle. It had a weight that descended into water and caused a paddle to rotate. He showed that the gravitational energy lost by the weight is equivalent to heat gained by the water from friction with the paddle. That led to one of several basic energy yardsticks, called a joule. It's the amount needed to lift an apple weighing 100 grams one meter against the pull of Earth's gravity.
In case you were wondering, it takes about one hundred joules to send a tweet, so tweeted a tech from Twitter. The metabolism of an average sized person, going about their day, generates about 100 joules a second, or 100 watts, the equivalent of a 100-watt light bulb.

In vigorous exercise, the power output of the body goes up by a factor of ten, one order of magnitude, to around a thousand joules per second, or a thousand watts. In a series of leaps, by additional factors of ten, we can explore the full energy spectrum of the universe.
#Documentary #Universe #Space

What Will The Earth Look Like In 1 Million Years?

What Will The Earth Look Like In 1 Million Years? Many people have asked this question, and we have done research of what might actually happen.

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VIDEO CONCEPT:
Landon Dowlatsingh -

VOICE ACTOR:
Rebecca Felgate-

SCRIPTED BY:
Rebecca Felgate-

VIDEO EDITED BY:
Ryan Wazonek

PRODUCED BY:
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A visit from Saturn: What if Saturn flew past the Earth

Trivia:

Saturn's rings were created using Voyager data and Cassini Data, and tables from the IAU, and nasa Interestingly enough, the voyager data and Cassini data did Not completely match each other, More interestingly the differences between the two data sets were not consistent along the ring, specifically the small Gaps along the rings are inconsistent between voyager and cassini. there are 3 conclusions i can reach from this,
1, the data is simply not perfectly accurate,
2, I interpreted the data incorrectly,
3, the Rings have actually changed a bit between voyager and cassini.

To create the rings, I interpolated between the two data sets, so the rings are a mix between voyager and cassini data, there are multiple textures used, for scattering, translucency, transparency, and color, I think I probably have some of the highest resolution textures in use anywhere on the web(over 19k pixels across),

in Part 1, (the 2d blue print video)the Planets are all correctly scaled to each other, except the SUN.. The Orbits are also all correctly scaled to each other (except the Moon's)However the planet size, and the planet orbits are not scaled to each other. The orbital speeds are also all correct relative to one another,

In part 2, The illumination between the moon and Saturn is reasonably accurate, In case you didn't understand, This is Saturn as Far away as the closest approach mars would get

in Part 3, the meteors ramp up and down in response to going through the very distended outer rings E, and G

the Meteors are Greenish, I've actually seen a Number of large daylight meteors, all of them had flashes of green and blue, The velocity and direction they are in the video is accurate to the motion of Saturn in this video

Disclaimer:
This will.. never never ever happen, ever (probably).

5 Most Common Myths About Space

I bet many of you at one point dreamt about getting to outer space, witness meteors and asteroids passing by and find out what happens to a human inside a black hole. But in essence, most of our knowledge about the Universe is made up of random bits from Hollywood movies and science fiction books, which are often quite far from reality. We would try to dispel a few of these myths for you. So, these are six of most common myths about space.
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NASA Live: Earth From Space - Nasa Live Stream | ISS LIVE FEED : ISS Tracker + Live Chat

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Earth from space seen from the International Space Station

This live ISS HD HDEV stream of planet earth from space is courtesy of Nasa HDEV High Definition Earth Viewing Cameras aboard the international space station.

The station is crewed by #NASA astronauts as well as Russian Cosmonauts and a mixture of Japanese, Canadian and European astronauts as well.

THIS WILL SHOW LIVE and PRE-RECORDED FOOTAGE -
As the Space Station passes into a period of night every 45 mins video is unavailable - during this time, and other breaks in transmission, recorded footage is shown .
When back in daylight the live stream of earth will recommence

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We encourage people to join in our live chat but ask that you are respectful of others. Rude and inappropriate comments will not be tolerated. We ask that you chat in English so everyone can participate together and also to enable us to identify any inappropriate comments.

Watch the earth roll by courtesy of the NASA Live cameras

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Music by Keving Macleod

Is Earth Actually Flat?

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LOTS OF COOL LINKS BELOW!
Flat Earth gravity simulation by Yeti Dynamics:

Kansas flatness study: (the pancakes used in the study were from IHOP):

the flatness of other states:

The Meaning Of It All by Richard Feynman:

“The Pig That Wants to Be Eaten”:

related Vsauce video, “Is Anything Real?”

Minutphysics “TOP 10 REASONS Why We Know the Earth is Round”

Good satirical series about how the Earth IS flat:

What if Earth was a cube?






MYTH of the round Earth:




Earth is round:





Varrazano bridge:

Varrazano spelling controversy:

Flat Earth Society:




Wilbur Glen Voliva:







Flat earth map (one theory):

Poe’s Law:




Science is always provisional and theories are never conclusively proven:





Asimov on being “more wrong”:

Occam’s Razor:

Newton’s flaming laser sword:

Other razors:

relativistic length contractions:

I really liked this one:



Earth and cosmic ray perspective:




wolfram contraction simulator:

Susan Haack:

1996 election NYT crossword:


If the Moon were replaced with some of our planets

In order show:

Mars
Venus
Neptune
Uranus
Jupiter
Saturn

Mercury is intentionally left off as it isn't Much bigger than our Moon (and hence is boring)

Everything is correctly scaled. The Axial tilts are not particularly accurate.
the moon that flies in front of Saturn is Tethys. It is Tiny. but *very* close


Dione would be on a collision course, it's orbital distance from Saturn is Nearly identical to our Moon's orbit around Earth

Titan, which is Larger than our Moon, is outside the orbit of Dione

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on Jupiter, you might be able to make out the 4 big moons, They all have orbits larger than our moons orbit. but I stuck them on the far side of jupiter so that they could be seen so it looks as if they are closer (to Jupiter) than they really are.

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Video creation method
I created an Earth Moon system in 3dsmax, with accurate sizes and accurate orbital distances.. I than matched video of the real Moon with my video camera, against my model. I also researched the correct FOV of my video camera. I used both methods to verify my Virtual camera's FOV (around 47 degrees). I next modeled up the rest of the planets in proper scale (Real values) set at the distance of the moon (also real values), created the animation of them rotating around, and composited the whole bunch.

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Faq:

Scales used in Visualization:
Celestial Body Radius (in km)
Moon: 1738
Mars: 3397
Venus: 6052
Neptune: 25,269 (equatorial) 24,340 (polar)
Uranus: 25,559 (equatorial) 24,973 (polar)
Jupiter: 71,490 (equatorial) 66,854 (polar)
Saturn: 60,268 (equatorial) 54,360 (polar) (not including rings)

Distance to Moon 384,000km


Faq: (will expand as needed)

1, We would not be engulfed by Jupiter or any other planet, Jupiter's radius is 71,490 km and the distance to the Moon is 384,000km

2, Saturn is not larger than Jupiter. Saturn + RINGS is larger than Jupiter

3, We would suffer from really really horrible tides, and Volcanoes And some pretty bad Radiation from Jupiter. It *could* strip away our atmosphere, but haven't done the math. Eventually our planet would become tidally locked (that is the same side of Earth would always face Jupiter. we would Still have some bad tides and volcanoes from being in a slightly ellipitical orbit, and from the other moons of Jupiter, and the Sun having tidal influence. I have not calculated how bad the Tides would be. A Simple guess would be at Least 300 times more exaggerated than they are now, This figure could be way off, it's simply an educated guess.

4, We would not be in the rings of Saturn. Or to rephrase that, we would not be in any of the Visable rings of Saturn, There are some very very faint rings that strech out far that we would be in, but i did not model them.

5, We would not be crushed by the Gravity of Jupiter, This is not how orbiting works!.
However, at the Roche limit, we WOULD become a new ring system, The Roche limit is *about* 36,000km above the surface of Jupiter or 106,000km from the center of Jupiter. So, to reiterate if the center of Jupiter was 106,000km away from the center of the earth, Our planet would become a new Ring system of Jupiter.

6, I did not model the Ring of debris around Uranus (this faq will be deleted in a few days)

7, This is not an ad for any beer company, no one has endorsed me, or this animation, It's just the traffic that drove by.

8, There is Ring Shine on Saturn, but it is very faint, the Rings are reflecting light onto Saturn in the animation. The moon that flies by is Tethys

9, I love Pluto, and Mercury. They are left off because they are too small. Pluto is smaller than our Moon, and Mercury is not significantly larger than our Moon.

10, The Sun i used for lighting the planets is slightly off from reality, this was done so that they weren't totally dark and boring

11 FOV is about 47 degrees

12 Orbiting! Yes! we would be a moon of Saturn, Jupiter, Uranus, and Neptune. They are much more massive than the Earth. Venus is about the same size of the Earth and we would orbit around a center point between us

13 Rotation rates and axial tilts are not accurate to anything

14 Radius of the Sun is 695,500 km, and hence if it were where our Moon is, we would be engulfed by it

The History of Earth - How Our Planet Formed - Full Documentary HD

In the very beginning of earth's history, this planet was a giant, red hot, roiling, boiling sea of molten rock - a magma ocean. The heat had been generated by the repeated high speed collisions of much smaller bodies of space rocks that continually clumped together as they collided to form this planet. As the collisions tapered off the earth began to cool, forming a thin crust on its surface. As the cooling continued, water vapor began to escape and condense in the earth's early atmosphere. Clouds formed and storms raged, raining more and more water down on the primitive earth, cooling the surface further until it was flooded with water, forming the seas.

It is theorized that the true age of the earth is about 4.6 billion years old, formed at about the same time as the rest of our solar system. The oldest rocks geologists have been able to find are 3.9 billion years old. Using radiometric dating methods to determine the age of rocks means scientists have to rely on when the rock was initially formed (as in - when its internal minerals first cooled). In the infancy of our home planet the entire earth was molten rock - a magma ocean.

Since we can only measure as far back in time as we had solid rock on this planet, we are limited in how we can measure the real age of the earth. Due to the forces of plate tectonics, our planet is also a very dynamic one; new mountains forming, old ones wearing down, volcanoes melting and reshaping new crust. The continual changing and reshaping of the earth's surface that involves the melting down and reconstructing of old rock has pretty much eliminated most of the original rocks that came with earth when it was newly formed. So the age is a theoretical age.

When Did Life on Earth Begin?

Scientists are still trying to unravel one of the greatest mysteries of earth: When did life first appear and how did it happen? It is estimated that the first life forms on earth were primitive, one-celled creatures that appeared about 3 billion years ago. That's pretty much all there was for about the next two billion years. Then suddenly those single celled organisms began to evolve into multicellular organisms. Then an unprecedented profusion of life in incredibly complex forms began to fill the oceans. Some crawled from the seas and took residence on land, perhaps to escape predators in the ocean. A cascading chain of new and increasingly differentiated forms of life appeared all over the planet, only to be virtually annihilated by an unexplained mass extinction. It would be the first of several mass extinctions in Earth's history.

Scientists have been looking increasingly to space to explain these mass extinctions that have been happening almost like clockwork since the beginning of living time. Perhaps we've been getting periodically belted by more space rocks (ie. asteroids), or the collision of neutron stars happening too close for comfort? Each time a mass extinction occurred, life found a way to come back from the brink. Life has tenaciously clung to this small blue planet for the last three billion years. Scientists are finding new cues as to how life first began on earth in some really interesting places - the deep ocean.
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What Would Happen If The Earth Stopped Spinning?

What Would Happen If The Earth Stopped Spinning?
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Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for fair use for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use.

It could be possible that one day, billions of years from now, the Earth will stand still. But chances are good that other events that will occur before that, such as the sun swallowing up the planet. With that being said, there isn’t a chance that the Earth will suddenly stop spinning anytime soon. But let’s just assume for a moment that the Earth did suddenly stop rotating, and take a look at what would happen to us, and the planet.

Our planet spins at its equator 1000 miles per hour as it orbits the sun. But, as you get closer to the poles, the rotation is slower. Without this rotation, life as we know it wouldn’t be possible. It is said that billions of years ago, our planet used to spin much faster than it does now. In the beginning of our young solar system, an unknown planet or large celestial body collided with the Earth, and in that collision, the Earths alignment and rotation were changed, and the moon was formed. Since then the Earth’s rotation has been slowing down. It is said that the moon used to also spin faster than it does now before it became tidally locked with the Earth.

Tidal locking is the name given to the situation when a moon or planetary object’s orbital period matches its rotational period. Coincidentally, it is the same fate that affects every single large moon orbiting a planet. A great example of this is our own Moon.
In our early Solar System, both the Earth and the Moon rotated independently of each other.

But the Earth’s gravity grabbed onto the tidal bulges and slowed down the rotation of the Moon. To compensate for the loss of momentum in the system, the Moon drifted away from the Earth to its current position, about 230,000 miles away.

What does Earth sound like from space?

They say space is silent, but turn your ears into radio wave receivers and suddenly it is a symphony of sounds. So what does Earth sound like from space?


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What Humans Will Look Like In 1,000 Years

There will eventually be a day where prosthetics are no longer just for the disabled. However, it’s not just our outside appearance that will change – our genes will also evolve on microscopic levels to aid our survival.

For example, an Oxford-led study discovered a group of HIV-infected children in South Africa living healthy lives. It turns out, they have a built-in defense against HIV that prevents the virus from advancing to AIDS.

And with gene-editing tools like CRISPR, we may eventually control our genes and DNA to the point where we make ourselves immune to disease and even reverse the effects of aging.

Another way to jump-start the human evolution on a different path is to move some of us to Mars. Mars receives 66% less sunlight than Earth. Which could mean humans on Mars will evolve larger pupils that can absorb more light in order to see. And since Mars’ gravitational pull is only 38% of Earth’s, people born on Mars might actually be taller than anyone on Earth. In space, the fluid that separates our vertebrae expands, which led American aerospace engineer, Robert Zubrin to suggest that Mars’ low gravity could allow the human spine to elongate enough to add a few extra inches to our height.

However, not even a move to Mars could spark the biggest change in human evolution that we may have coming in the next 1,000 years: immortality. The path to immortality will likely require humans to download their consciousness into a machine. Right now, scientists in Italy and China are performing head transplants on animals to determine if you can transfer consciousness from one body to another. They claim their next big step is to transplant human heads.

Whatever happens in the next 1,000 years — whether we merge with machines or become them — one thing is certain: The human race is always changing — and the faster we change and branch out from Earth, the better chance we have of outrunning extinction.

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What Earth Would Look Like From Andromeda

My twitter:
Cosmic distances are a lot bigger than they may seem, and light has to cross that path in order for us to see stars and everything. Here i explain what would our planet look like from Andromeda and how big would the mirror of the telescope need to be.

Idea for the video given by Der Tery (trough a comment).

Sizes of the telescopes calculated trough the help of this article:

Footage gathered trough a space simulation: Space Engine.

Music: Atlantis - Audionautix
Kevin MacLeod - Lost Frontier
Kevin MacLeod - Ritual

This Is Not What Space Looks Like

Amazing images of the far reaches of the universe are everywhere, but are they accurate? What does space really look like?

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'Habitable' Exoplanets Might Not Be Very Earth-Like After All

One of the most exciting moments in exoplanet science came in late February, when NASA's Spitzer Space Telescope announced the discovery of seven rocky planets orbiting in or near the habitable zone of their parent star, TRAPPIST-1, which lies 40 light years away from Earth.
'The discovery sets a new record for greatest number of habitable-zone planets found around a single star outside our solar system,' NASA said in a statement.

The Electromagnetic Spectrum

The electromagnetic (EM) spectrum is the range of all types of EM radiation. Radiation is energy that travels and spreads out as it goes - the visible light that comes from a lamp in your house and the radio waves that come from a radio station are two types of electromagnetic radiation. The other types of EM radiation that make up the electromagnetic spectrum are microwaves, infrared light, ultraviolet light, X-rays and gamma-rays.

Truth Behind the Photos: What the Hubble Space Telescope Really Sees

When Hubble beams down images, astronomers have to make many adjustments, such as adding color and patching multiple photos together, to that raw data before the space observatory's images are released to the public. Hubble doesn't use color film (or any film at all) to create its images. Instead, it operates much like a digital camera, using what's called a CCD (charge-coupled device) to record incoming photons of light.

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EARTH FROM SPACE: Like You've Never Seen Before

Showing cities all over the world from orbit from North America to India with a dramatic Beethoven soundtrack.

The Planet Earth: Astronomy and Space for Kids - FreeSchool

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Our home plane Earth is the third planet from the sun. We have one moon, liquid water, and life! Earth is the only planet we know suitable for life, so let's take care of it, shall we? Learn about the layers of the earth, what our atmosphere does for us, and why years and days are the lengths they are.

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Music: Jaunty Gumption, Frozen Star, The Snow Queen - Kevin MacLeod (incompetech.com)

Solar System animation courtesy of Bee Lee

What Would Happen If Earth Fell Into A BLACK HOLE?

Official Life's Biggest Questions Video: What Would Happen If Earth Fell Into A BLACK HOLE?
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Blackholes are still somewhat of a mystery to us, however that may not always be the case. What we do know, is that they’re pretty scary and our galaxy alone is thought to contain at least 100 million of them. Yes. 100 million.

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How Earth Will Look In 250 million Years

According to plate tectonics theory, Earth's outer shell is divided into multiple plates that slowly glide over the mantle. This slowly changes Earth's surface over time by merging, or separating, continents.

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How Earth Would Look If All The Ice Melted

We learned last year that many of the effects of climate change are irreversible. Sea levels have been rising at a greater rate year after year, and the Intergovernmental Panel on Climate Change estimates they could rise by another meter or more by the end of this century.

As National Geographic showed us in 2013, sea levels would rise by 216 feet if all the land ice on the planet were to melt. This would dramatically reshape the continents and drown many of the world's major cities.

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