Today’s piece is from the Washington Post. However, it is less data visualisation and more of a neat little motion graphic explaining the formation of pot holes. Since it seems to be about that time of year when roads are destroyed by the things.
Credit for the piece goes to Sohail Al-Jamea and Bonnie Berkowitz.
The Washington Post published this dot plot graphic to explore inequality in household income across numerous American cities.
Household income inequality
The chart, as most dot plots do, does a good job of showing where several distinct points within a set fall within the entire range of data. Or to put it into other words, where do the poorest, the richest, and the most middlest households in Philadelphia fall within all Philadelphia households? The data is interesting because you will begin to uncover some significant outliers. For example, by quick glance, the 50th percentile in both Detroit and Cleveland earn less than the 20th percentile in San Jose.
Credit for the piece goes to the Washington Post graphics department.
Spring training has begun for baseball fans. The glow from the Red Sox victory last October is fading as we now wonder if we can repeat. Fans of other teams now wonder if this is their year. Over at SB Nation, an article plotted 29 baseball teams—ignoring the Dodgers— and looked at their chances in the upcoming years. The article continues using the chart to explain which teams fall where.
And for the designers, note the type choice for “Nope”.
Last week, the Swiss people narrowly rejected the principle of freedom of movement. This principles serves as one of the foundations of the European Union. And while Switzerland does not belong to the EU, its economy benefits from access to the single market via that freedom of movement principle. That may be an oversimplification perhaps, but it provides some context to the consternation in Europe over the Swiss people rejecting the principle.
This graphic is not particularly complex. It is a choropleth of the vote results. However, it does show that the vote was not unanimous. Rather it was contained to the cantons (analogous to states in the US) more rural in character, i.e. less urban places like Geneva.
Swiss immigration vote results
Credit for the piece goes to the BBC graphics department.
Not “the Ukraine” as it is (admittedly) fun to do in pop-culture references to Seinfeld. This comes from the Washington Post and the article tries to show that the protests in Kiev are not necessarily a vast majority against the government. Certainly the opposition is strong, but there is also a very strong pro-government movement. Why? Because in the broadest of senses, Ukraine is where the West, i.e. the European Union, meets the East, i.e. Russia.
A divided Ukraine
Credit for putting this all together goes to Max Fisher. Credit for each of the original graphics is to their respective designers whom I cannot identify.
As the Winter Olympics continue, the Economist looks at a different kind of race. The race between companies reaching a certain amount of revenue—along with the net profit from said revenue. How long does it take a company to reach $1 million in revenue? When all companies have reached the same amount of revenue, what percentage is net profit? It’s a neat little interactive. Thankfully you can skip the race and get straight to the results, a nice design feature.
Race to $1 million
Credit for the piece goes to R.J., G.S. and K.N.C.
Last week the New York Times published a nice interactive about the minimum wage and just how difficult it is to live on it. (We will for now spare the charts that show how the actual purchasing power has declined over the years.) First you pick your state because not every state pays the same minimum wage. Then as you begin to enter figures for your expenses, or a hypothetical person as in this screenshot, you find how quickly a minimum wage earner runs out of money. And then how much debt they owe and how much more they have to work to pay it off.
Today’s post comes from a co-worker and looks at the increase of speed in speed skating in the Winter Olympics since 1924. It does a nice job of showing the increase in the speed. Because to a degree, the increase has not been linear. Instead, it really only increased in two spurts and recently has remained fairly constant.
Then to show how slight differences in speed impact an actual race. The times are plotted against the distance in a simulated race. That shows that seemingly incremental increases in speed can have a drastic impact on where one finishes a race.
Race around the rink
Credit for the piece goes to Andrew Garcia Phillips.