One of the big news stories yesterday centred on the Trump administration’s budget outline that would expand US defence spending by 9%, or $54 billion. That is quite a lot of money. More worrying, however, was the draft’s directive that it be accompanied by equal spending cuts in neither security nor entitlement programmes like Social Security and Medicare. Nor, obviously, the trillions allocated for mandatory spending, e.g. debt repayment.
White House officials—worth noting of the Trump-despised anonymous type that I suppose that only matters if reporting unflattering news—declined to get into specifics, but pointed out foreign aid as an area likely to receive massive cuts.
Problem is, foreign aid is one of the smallest segments of the federal budget. How small? Well, let’s segue into today’s post—see how smooth that was—from the Washington Post. The article dates from October, but was just brought to my attention to one of my mates.
Beyond this graphic that leads the piece, the Post presents numerous cartograms and other graphics that detail spending patterns. Hint, there is a pattern. But those patterns could also make it difficult to slash said spending.
The reason foreign aid spending is important is that it ties nicely into that concept of soft power. No surprise that over 120 retired generals and admirals told Congress that spending on diplomacy and foreign aid is “critical to keeping America safe”.
But for now this remains a budget outline sent to federal agencies to review. The actual budget fight is yet to come. So I’m sure this won’t be the last time we look at this topic here on Coffeespoons.
Credit for the piece goes to Max Bearak and Lazaro Gamio.
It just won’t die. Grandma, that is, in front of the death panels of Obamacare. Remember those? Well, even if you don’t, the Affordable Care Act (the actual name for Obamacare) is still around despite repeated attempts to repeal it. So in this piece from Bloomberg, Obamacare is examined from the perspective of leaving 27 million people uninsured. In 2010, there were 47 million Americans without insurance and so the programme worked for 20 million people. But what about those remaining 27?
I am not usually a fan of tree maps, because it is difficult to compare areas. However, in this piece the designers chose to animate each section of the tree as they move along their story. And because the data set remains consistent, e.g. the element of the 20 million who gained insurance, the graphic becomes a familiar part of the article and serves as a branching off point—see what I did there?—to explore different slices of the data.
So in the end, this becomes one of those cases where I actually think the tree map worked to great effect. Now there is a cartogram in the article, that I am less sure about. It uses squares within squares to represent the number of uninsured and ineligible for assistance as a share of the total uninsured.
Some of the visible patterns come from states that refused to expand Medicaid. It was supposed to cover the poorest, but the Supreme Court ruled it was optional not mandatory and 19 states refused to expand the coverage. But surely that could have been done in a clearer fashion than the map?
Credit for the piece goes to Jeremy Scott Diamond, Zachary Tracer, and Chloe Whiteaker.
Well the Democratic DC primaries were last Tuesday and Hillary Clinton won. So now we start looking ahead towards the July conventions and then the November elections. Consequently, if a day is an eternity in politics we have many lifespans to witness before November. But that does not mean we cannot start playing around with electoral college scenarios.
The Wall Street Journal has a nice scenario prediction page that leads with the 2012 results map, in both traditional map and cartogram form. You can play god and flip the various states to either red or blue. But from the interaction side the designers did something really interesting. Flipping a state requires you to click and hold the state. But the speed with which it then flips is not equal for all states. Instead, the length of hold time depends upon the state’s likelihood to be a flippable state, based on the state’s partisan voter index. For example, if you try and flip Kansas, you will have to wait awhile to see the state turn blue. But try and flip North Carolina and the flip is near instantaneous.
While the geographic component remains on the right, the left-hand column features either text, or as in this other screenshot, smaller charts that illustrate the points more specifically.
Taken all together, the piece does a really nice job of presenting users with a tool to make predictions of their own. The different sections with concepts and analysis guide the user to see what scenarios fall within the realm of reason. But, what takes the cake is that flipping interaction. Using a delay to represent the likelihood of a flip is brilliant.
Credit for the piece goes to Aaron Zitner, Randy Yeip, Julia Wolfe, Chris Canipe, Jessia Ma, and Renée Rigdon.
From time to time in my job I hear the desire or want for more different types of charts. But in this piece by Nick Brown over on Medium, we can see that there are really only a few key forms and some are already terrible—here’s looking at you, pie charts. How new are some of these forms? Turns out most are not that new—or very new depending on your history/timeline perspective. Brown illustrated that timeline by hand.
Worth the read is his thoughts on what is new for data visualisation and what might be next. No spoilers.
If you have not noticed, lots of news sites are using a variant of the cartogram lately. Basically, the idea is that geographic maps have the limitation of accurately representing landmass. And that means small polities, e.g. Rhode Island or Belgium, that might be quite important are visibly not so much, because they are geographically small. These pseudo-cartograms sort of do the trick by making all polities the same size. The trade off? Geographic fidelity. Anyway, there is an intelligent piece worth reading over at the NPR blogs explaining the thought process going on there about why to use the form. (You may recall I wrote about a similar project for London boroughs back in February.)
Let’s start this week off with cartograms. Sometimes I like the idea, sometimes not so much. Here is a case where I really do not care for the New York Times’ visualisation of the data. Probably because the two cartograms, a before and after of health policy renewals, do not really allow for a great side-by-side comparison. I imagine there is probably a way of condensing all of that information into a single chart or graphic component.
Credit for the piece goes to Keith Collins, Josh Katz, Katie Thomas, Archie Tse, and Karen Yourish.
Continuing this week’s map theme, we have an example of a cartogram from the New York Times. This piece supplements an article about how some manufacturing companies are starting to look away from China as a place for their facilities. There are two maps, the first (not shown here) looks at economic output overall. The second (below) takes that output and accounts for population.
Hexagons are used instead of the more familiar squares to represent 500,000 people and the colour is the GDP per capita. The text accompanying the graphic explains how this is a measure of economic potential being (or not being) realised. But what the hexagons allow the map to do is better represent the shapes of the countries. Squares, more common in cartograms, create awkward box-like outlines of countries. That would be fine if countries were often shaped like squares, but they are not.
I am not often a fan of cartograms, but I find this one well executed and the annotations and explanatory text make what might otherwise be confusing far simpler to understand. All in all, a solid piece.
Credit for the piece goes to Mike Bostock and Keith Bradsher.