For Reuters, Simon Scarr, Vijdan Mohammad Kawoosa, and Sudev Kiyada use flight data to show how firefighters are extinguishing the Los Angeles fires. They visualized and illustrated the planes, cargo capacity, flight patterns, and timing between aircraft. It’s a very good breakdown.

The Guardian provides a visual guide to the damage in Los Angeles with a combination of maps, photos, and video, categorized by location (Altadena, Pacific Palisades, and Malibu).

The underlying image in the above is a composite of infrared satellite imagery by Maxar. It is a lot.

Bartosz Ciechanowski used his style of interactive essay, with many sliders, graphics, and simulations, to explain the movement of the Moon, its relationship to Earth, and why we see the Moon’s lighting differently through its phases.

The Moon may be just an unassuming neighbor in the sky, but its presence affects our lives in many subtle ways. When it reflects sunlight off its scarred surface to guide the way in the darkness of night, or as it breathes life into oceans by rhythmically raising tides, or when it cloaks the Sun in a rare and awe-inspiring total solar eclipse, the Moon reminds us of the celestial world right outside of the safe confines of our planet.

I’m fairly certain that Ciechanowski makes these explainers out of personal interest, and he just happens to also enjoy making physics-related graphics. I’m glad they exist.

Past and current charts influence future charts. Should you credit the past work? At what point does homage become plagiarism? If you’re the original creator, are you pleased or annoyed?

Those who keep a daily journal typically record with words, photos, and video. Since 2020, Sophie O’Neill has used embroidery as her medium. She embroiders an icon for each day to reflect an experience or memory. Each year gets a new journal. The above is the 2024 embroidery journal.

I guess this is kind of a thing? O’Neill shares others’ journals, and there is an active Facebook group.

I want to do this with data and charts, without falling into the personal annual report genre.

Sentinel-2 satellite of the European Space Agency captured an image of the Palisades fire when it began:

One of the wind-driven fires ignited during the morning of January 7, near the Pacific Palisades neighborhood. The image below, acquired by the European Space Agency’s Sentinel-2 satellite, shows the Palisades fire at 10:45 a.m. Pacific Time on January 7, soon after it ignited.

The Palisades is that area along the coast, right next to the narrow smoke plume in the middle.

Based on data from NOAA, the New York Times shows the direction and speed of wind over Los Angeles with an animated map, as of January 8, 2025 at noon.

The Washington Post illustrates how air flows from the Great Basin, over the mountains, through the gaps, and into Los Angeles as the wind moves faster, hotter, and dryer.

This California wildfires map from Los Angeles Times shows an up-to-date status in the Los Angeles area. It provides fire origin, perimeters, and evacuation areas. I hope everyone is keeping safe.

The original by Casey Miller was made in 2020, when a lot of California was burning. There were a couple more map layers for pollution and an aggregated view, but it’s good to see the app still running.

Incident data comes from Cal Fire, which makes the data available as CSV and via API. The data goes back to 2016. Props to them for running and maintaining a usable data feed for almost a decade.

Pew Research published their annual report on what social media U.S. 13- to 17-year-olds are using these days. It looks like WhatsApp took some attention from Snapchat and X continued its downward trend. I would’ve expected Facebook to drop, but it flattened out the past couple years.

For NYT’s the Upshot, Josh Katz, Margot Sanger-Katz, and Nick Thieme report on the growing prevalence of drug overdose deaths among a generation of black men. This was a collaboration with Big Local News and The Baltimore Banner, who culled and analyzed overdose data to share with other newsrooms.

A heatmap with time on the x-axis and age on the y-axis provides a visual anchor. (Here’s a wideout view for different causes of death.) The first views setup how to read the patterns, which makes the trend among the cohort more obvious.

1,580 people were charged with federal crimes for the riot at the U.S. Capitol on January 6, 2021. The Washington Post shows the court status of each as of December 20, 2024. Many are expecting pardons.

I’m not sure what the icons are. Hair? Blobs for visual variation?

In an effort to reduce traffic, New York launched a program that charges a toll to enter defined areas that are often congested. To see if the program works, Joshua Moshes and Benjamin Moshes, as a student project, made a tracker that logs Google Maps traffic data at checkpoints. Current travel times are compared against average times before the program launch.

It looks like there’s a shift on this first day, and I am sure many other cities are watching.

Bloomberg put together a list of places to visit in 2025. Most of my interest rested on the charts for each place that show the best month to go, based on your nearest origin for flights and hotel prices. Color-coding for best and worst times incorporate context such as holidays and weather.

I can’t vouch for the accuracy of this Star Wars map, but I appreciate the spirit of visualizing fictional spaces.

As my father-in-law’s Facebook feed would suggest, the “algorithm” has a way of converging hard into your interests and everything starts to look familiar. For NYT Opinion, Kirby Ferguson ponders what that means for creativity.

In analysis, we often seek patterns in data. Convergence is an indicator that something is happening. However, convergence in our everyday lives might not be the best route.

I haven’t reviewed a year on FlowingData since 2020, which seems like a serious oversight in the system (me). I need to get this annual review out before my boss (also me) finds out. To my credit, I pushed out the picks for best data visualization projects of the year, but I guess it’s time to push the attention inwards.
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Fabien Wagner works with CTrees in an effort to map tree canopy height in the Amazon rainforest. In the process, he might have found the largest tree in the Amazon:

I am currently working on a model to map the tree canopy height of the entire Amazon forest using Planet NICFI images. The model can detect canopy height up to 45-50 meters. By inspecting the results, we can discover the tallest and largest trees in the entire Amazon.

For this tree, specifically: I had previously searched the data for individual trees with a crown diameter of 50-55 meters, which to my knowledge, is the largest possible crown size observed in the Amazon. After finding a few trees in this range, I realized that, statistically, an even larger tree could exist. That’s when I expanded my search, bringing me to this exceptional specimen.

Pretty big.