If you had to sketch a world map, you’d probably start with a place that is familiar.
Perhaps you would begin by drawing your own continent, or maybe you’d focus on the specific borders of the country you live in. Then, you’d likely move to drawing the outlines of neighboring countries, eventually working your way to far and distant lands.
This would be a logical way for anyone to think about such a task, and it gives some insight as to how humans think about the world.
We start with what’s familiar, and build it out until it’s a complete picture.
Assembling the World by Economy Size
What if we assembled a world map in a completely different order?
Today’s two animations come to us from Engaging-Data, and they approach the world map from an alternate angle: assembling countries on the map in the order of their economic footprints.
The first map, shown below, uses nominal GDP to assemble countries in ascending order:
This version of the map shows the smallest economies first, with the larger economies at the end.
For this reason, the first economies appearing on the map tend to be developing nations, or nations with smaller geographical or demographic footprints.
For example, even though the Falkland Islands are wealthy on a per capita basis, the British Overseas Territory has fewer than 4,000 people, which gives it a minor footprint on a global stage.
GDP per Capita (Nominal)
Now, let’s take a look at the same map, constructed in order of GDP per capita:
This animation is more cohesive, given that it is not dependent on population size. Instead the order here is based on economic output (in nominal terms) of the average person in each country or jurisdiction.
In this case, developing nations appear first – and at the end, more developed regions (like Europe and North America) tend to fill out.
Note: All rankings here are in nominal terms, which use market rates to calculate comparable values in U.S. dollars, while omitting the cost of living as a factor. GDP rankings change significantly when using PPP rates.
Other Ways to Assemble the World
While assembling nations based on GDP provides an interesting way to look at the world, this same approach can be tried by applying other statistics as well.
We recommend checking out this page, which allows you to “assemble the world” based on measures like population density, life expectancy, or population.
Visualized: The Mass of the Entire Solar System
This interactive data visualization illustrates how the different planetary objects in our solar system compare based on their individual masses.
Visualized: The Mass of the Entire Solar System
In space, everything feels weightless due to the lack of gravity.
So how do you measure the weight of objects in space? You don’t. When it comes to the cosmos, all that matters is mass.
Today’s interactive data visualization comes from Reddit user Ranger-UK, and is designed by Daniel Caroli. It delves into the different masses which make up our solar system, and how they all compare in size.
A Star Is Born
Perhaps not surprisingly, the Sun eclipses all other nearby objects by mass. At the heart of our solar system, this yellow dwarf’s gravity is what holds it all together.
The Sun actually makes up 99.8% of our entire solar system’s mass — and we’re lucky to be living in the other 0.2%. Responsible for all life on Earth, it’s no wonder that various cultures have worshiped the Sun throughout history, and even dedicated deities to it.
Currently in its middle years — the sun is over four billion years old, and it’s predicted to remain stable for another five billion years. After this, it will overtake the orbits of Mercury and Venus and then shrink back to the size of a white dwarf.
Out Of This World
The gas giants are all more than ten times as massive as Earth, even though they’re mainly made up of hydrogen and helium. They dominate the Solar System’s real estate — once the Sun is taken out of the equation, of course.
In order, here’s how the planets stack up:
|Jupiter||Gas giant||1,898,600 x 10²¹ kg||69,911 ±6 km||1.326g/cm³|
|Saturn||Gas giant||568,460 x 10²¹ kg||58,232 ±6 km (*without rings)||0.687g/cm³|
|Neptune||Gas giant||102,430 x 10²¹ kg||24,622 ±19 km||1.638g/cm³|
|Uranus||Gas giant||86,832 x 10²¹ kg||25,362 ±7 km||1.27g/cm³|
|Earth||Terrestrial planet||5,974 x 10²¹ kg||6.371 ±0.01 km||5.514g/cm³|
|Venus||Terrestrial planet||4,869 x 10²¹ kg||6,051.8 ±1 km (*without gas)||5.243g/cm³|
|Mars||Terrestrial planet||642 x 10²¹ kg||3,389.5 ±0.2 km||3.9335g/cm³|
|Mercury||Terrestrial planet||330 x 10²¹ kg||2,439.7 ±1 km||5.427g/cm³|
Satellites Out of Control
The further away from the Sun you go, the more moons can be found orbiting planets. Earth’s singular moon is the fifth largest of almost 200 natural satellites found in the solar system.
Mars has two moons that don’t make it into the visualization above due to their low masses:
- Phobos: 1.08×10^16 kg
- Deimos: 2.0×10^15 kg
Here’s a breakdown of some other moons out there:
Total named: 53
Biggest moons: Ganymede, Callisto, Io, Europa
These four can be seen easily with some help from binoculars.
Total named: 53
Biggest moons: Titan, Rhea, Iapetus, Dione, and Tethys
Total named: 27
Biggest moons: Titania, Oberon, Ariel, Umbriel
Total named: 14
Biggest moon: Triton, which is as big as the dwarf planet Pluto.
Pluto and some “leftovers” of the solar system lie in the distant region of the doughnut-shaped Kuiper belt, between 30 to 50 astronomical units (AU) away. Beginning at the orbit of Neptune, the belt encompasses some of those objects in the visualization categorized as “other”.
So far, we’ve only managed to set foot on our own moon. NASA’s Opportunity rover helped us explore the Red Planet virtually for over 14 years, while the Curiosity is still going strong.
Who knows what else lurks beyond the edges of our solar system?
It suddenly struck me that that tiny pea, pretty and blue, was the Earth… I didn’t feel like a giant. I felt very, very small.
— Neil Armstrong, looking back at the Earth from the Moon (July 1969)
Visualizing Internet Suppression Around the World
Freedom of speech on the internet has been on decline for eight consecutive years. We visualize the death spiral to show who limits speech the most.
Visualizing Internet Suppression Around the World
View the full-size version of the infographic by clicking here
When people think of freedom, they often think it in the physical sense, such as the ability to act and behave in certain ways without fear of punishment, or freedom of movement within one’s country.
When a nation chooses to restrict freedom in the physical world, the results are often hard to ignore. Protests are met with tear gas and rubber bullets. Road checks pop up along transportation routes. Journalists are detained.
In the digital world, creeping control often appears in more subtle ways. Personal data is accessed without us knowing, and swarms of suspiciously like-minded accounts begin to overwhelm meaningful conversations on social media platforms.
The Freedom on the Net Report, by Freedom House, breaks internet suppression down into a number of elements, from content filtering to detention of online publishers. Here’s how a number of countries around the world stack up:
According to the report, internet freedom around the world has been falling steadily for eight consecutive years. Today’s graphic is an international look at the state of internet freedom.
First World Problems
At its best, the internet allows us to seek out information and make choices free from coercion or hidden manipulation. Even in countries with relatively open access to information this is becoming increasingly difficult.
In Western countries, internet suppression often rears its head in the form of misinformation and excessive data collection. The Cambridge Analytica scandal was a potent example of how the vast amounts of data collected by platforms and third parties can be used to manipulate public opinion.
The backlash to this data collection by tech companies also produced one of the most promising developments in the past year – the EU’s General Data Protection Regulation (GDPR). While the regulations are not applicable to government and military entities, it does create a pathway to increased transparency and accountability for companies collecting user data.
Around one-third of the people in the world live in countries that are considered “partly free”.
For most users, access to online information may not look too different from the internet experience in Iceland or Estonia, but there are creeping controls in specific areas.
In Turkey, Wikipedia was blocked and social media companies were compelled to censor political commentary. The country had one of the largest declines in internet freedom in recent years.
In Nigeria, data localization requirements have been enacted. This follows the lead of places like China and Vietnam, where servers must be located within the country for “the inspection, storage, and provision of information at the request of competent state management agencies.”
For many people around the world – particularly in Asia – accessing information online is a fundamentally different experience. Content published by an individual can be monitored and censored, and online activity that would be considered benign in Western countries can result in severe real-world consequences such as imprisonment or death.
As today’s data visualization vividly illustrates, China has by far the most restricted internet of the 65 countries covered in the report.
Network operators in the country are obligated to store all user data within the country (which can be accessed by governmental bodies), and are required to immediately stop the transmission of “banned content”. The country is also further cracking down the use of VPNs, which are used to circumvent China’s Great Firewall.
Of course, China is not alone in the desire to implement tight controls over online access. Many places, from Vietnam to Ethiopia, are eager to embrace the “China Model”. The country, which is aggressively ramping up its influence around globe, is more than happy expand its influence through exporting models of governance to new technologies, such as facial recognition.
Meanwhile, in Russia, the popular messaging app, Telegram, was blocked due to its refusal to allow the country’s security service access to encrypted data. This example highlights a growing dilemma faced by tech companies operating internationally – acquiesce to government demands, or lose access to huge markets.
A Tale of Two Internets
Today, there are two prodominant flavors of internet on the menu – the Silicon Valley offering dominated by major tech companies, and the top-down, state-controlled version being spread in earnest by Beijing. It would be a mistake to believe that the former is the clear choice for jurisdictions around the world.
In many countries in Africa, communications infrastructure is still being built out, so assistance from Chinese companies is accepted with open arms.
Our Chinese friends have managed to block such media in their country and replaced them with their homegrown sites that are safe, constructive, and popular.
– Edwin Ngonyani, Tanzania’s Deputy Minister of Works, Transport and Communication
Even though the internet is now three decades old, its form is still evolving. It remains to be seen whether the divergence between free and not free jurisdictions continues to grow.
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