Best Data Visualization Projects of 2016
Visualization continues its merging into the everyday — less standalone and more of a medium that blends with words. I think this is partially because of a concentration on mobile. There’s simply less visual space on a phone than there is a giant computer screen, so the visualization is stripped or split up into smaller pieces that are more easily digested while scrolling.
Whereas last year seemed exploratory and long explainer-ish, this year was nimble and quickfire. Or maybe this year’s election season is still fresh in my mind. I can’t be sure.
I am sure though that there were a lot of good projects this year. Below are my favorites in no particular order.
The Evolution of Bacteria on a “Mega-Plate” Petri Dish
Bacteria evolve and grow impervious to drugs over time. Researchers at Harvard Medical School used a giant petri dish to show the process. They put increasing dosages of antibiotics on the dish, outside in, and then let the bacteria go. So simple, but the resulting time-lapse was so effective. (See the project.)
Guess the Correlation
A game that helps you learn statistics? That sounds good to me. (See the project.)
Twenty Years of the NBA Redrafted
Polygraph, known for its visual essays, hit its stride this year. This one on drafting basketball players communicated tricky statistical concepts in a relatable and playful way. (See the project.)
The Movingness of Drought
Animation isn’t the only way to show movement. John Nelson did good work this year over at Adventures in Mapping. (See the project.)
Temperature Compared to Average
There’s something about mixing comics and depth that makes xkcd pieces so memorable and relatable. (See the project.)
Gun Deaths in America
Big numbers are difficult to imagine. How can you imagine a billion? Even a thousand things collectively is a challenge. Gun death numbers are big, but the individual events are also significant, which requires care. FiveThirtyEight broke it down in a way that helps with the mental scaling issues. (See the project.)
The Voting Habits of Americans Like You
I made some things with demographic subsets this year, but it never occurred to me to show all of them at once. Nate Cohn and Amanda Cox for The Upshot did just this, showing the voting habits of various demographic groups and their shifts between 2004 and 2012. There were a lot of data points to take in, but it didn’t feel overwhelming. (See the project.)
A Field Guide to Red and Blue America
When election season comes around, the state grid map comes out to play. The Wall Street Journal used the grid as a way to show time series small multiples. The format worked well for the data they showed. (See the project.)
How Trump redrew the electoral map, from sea to shining sea
The novel encoding from The Washington Post used a peaks and valleys metaphor to show voter margins. To make it work, they turned the United States sideways. I’m curious how the general public digested the non-standard encoding. I liked it. (See the project.)
The Rhythm of Food
It’s about food patterns over time. You had me at food. (See the project.)
- Every time I put together my favorites of the year, I remember a project I really liked after the fact. There’s a lot of good visualization out there. If I liked it, I posted about it.
- There’s some self-selection of course. It’s more likely I saw something if it was online and publicly available. To that end: Hey researchers, put more of your work online.
- Ongoing projects that I mentioned in previous annual collections aren’t here, but they definitely still deserve the props. Data-Driven Documents (d3.js) specifically comes to mind, as it makes my work and others’ much easier.
Causes of Death
There are many ways to die. Cancer. Infection. Mental. External. This is how different groups of people died over the past 10 years, visualized by age.
How We Spend Our Money, a Breakdown
We know spending changes when you have more money. Here’s by how much.
Years You Have Left to Live, Probably
The individual data points of life are much less predictable than the average. Here’s a simulation that shows you how much time is left on the clock.