Review of "Sea Change," by Steve Ringman and Craig Welch, Seattle Times. Web site.

Review of "The Course of Their Lives," by Mark Johnson and Rick Wood, Milwaukee Journal-Sentinel. Web site.

Sea change photo small

Last year on Download the Universe, Veronique Greenwood wrote a review of a story about an avalanche. Journalists write about avalanches fairly regularly, but this piece, called "Snowfall" was different. It was a one-man-band of text, video, maps, and unfolding photos. The story attracted millions of readers and earned scads of awards, including a Pulitzer. And it has ushered in an era of big, ambitious online packages of newspaper reporting. Not surprisingly, science offers some of the best stories for the Snowfall approach.

One recent example is "Sea Change," published last month by the Seattle Times. Photographer Steve Ringman and reporter Craig Welch tackled the immense but little-known disaster that is ocean acidification. The carbon dioxide we pump into the atmosphere doesn't just warm the atmosphere. It also lowers the pH of sea water, making the chemistry of the ocean dangerous for some species. Oyster companies are already feeling the effects of the dropping pH, and if we continue to acidify the oceans at our current rate, the ecological effects could be tremendous.

Here's a nine-minute video from the project:

The package Ringman and Welch have created has three main text stories. It starts with an overview of acidification research, which is followed by two close-ups on fisheries that are being affected–namely, oysters and crabs. (Both are economically important to the Seattle Times's local readers.) Welch reports the stories in the classic mode of environmental journalism, mixing together in-person reporting in far-flung locations with explanations of the research that revealed the scale of the problem. The photos are impressive, the videos are well made, and the visualizations–which try to convey how big the phenomenon of ocean acidification is–are fairly successful.

If you've already read "Snowfall," the presentation of "Sea Change" doesn't feel like a bolt out of the blue. But that just shows how much our expectations have shifted. Just look back seven years to a similar series called "Altered Oceans" from the Los Angeles Times, to see what I mean. The authors, Kenneth Weiss and Usha Lee McFarling, won a Pulitzer for their efforts, which were even more ambitious than "Sea Change." Rather than focus on one way we're ravaging the oceans, they set out to create a picture of all of them, from pollution to climate change.

Although it came out in 2006, the "Altered Oceans" package of stories holds up well today. But the packaging is showing its age. The fancy front page takes you to five stories that are nothing but text. There are also animations and photos, but they're squirreled away in slow-loading pages. After looking at one of these pages, I discovered there was no way to find my way back to the front page again. Seven years of programming advances made "Snowfall" possible–and now raise our expectations for such ambitious online pieces. (Welch recently discussed the making of "Sea Change" with the Columbia Journalism Review.)

Cadaver small

From the mountaintops of "Avalanche" and the open oceans of "Sea Change," we take a claustrophobic trip indoors with "The Course of Their Lives." It's a four-part series from the Milwaukee Journal-Sentinel about medical students dissecting the cadavers of people who donated their bodies to science. There's no news here, no warning of an impending disaster. Instead, reporter Mark Johnson and photographer Rick Wood faithfully follow students through a remarkable experience–getting to take apart another human being, down to the brain and guts. Wood and Johnson both bring an emotional sensitivity to the project that makes reading it a deeply moving, human experience.

While I would heartily recommend "The Course of Their Lives," I would also point out some shortcomings. I don't want to belittle the piece by talking about them; they're worth talking about as a way to ponder the kinds of decisions that newspapers make when they create Snowfall-esque stories about science.

Some of the bells and whistles attached to "The Course of Their Lives" don't add much. The videos are mostly of talking heads, who sometimes speak stiltedly. Distilling people's words down in compelling written prose remains a superior technology to a video camera that's simply switched on.

I was also underwhelmed by the interactive anatomical diagrams that went along with the stories. They're meant to illustrate the lessons that the students learned about the cadavers, organ by organ. But who actually needs to see lungs light up on a diagram of a body to know what lungs are? The powers of visualization, both online and in apps, are spectacular. (My favorite anatomical example remains this ebook about Leonardo Da Vinci's anatomical sketchbooks.) But there's no point in using those powers simply to check off a box in a to-do list. It's another lesson that we should respect the technology of prose.

Ironically, the prose itself in "The Course of Their Lives" also felt a bit antiquated. American newspaper journalism long ago settled on a certain style. The paragraphs became short, and the sentences shorter. The words needed to be plain and serviceable. There were perfectly good reasons for this approach–but a lot of them had to do with the physical properties of printed newspapers. Stories couldn't be made of densely packed paragraphs, for example, because editors would need the freedom to cut off sections of stories at the last minute to make them fit their available space.

These were good reasons, but they had some odd consequences. Along with their standard fare of short news pieces, newspapers would also prepare a few massive, long-form pieces–Pulitzer-bait, essentially–but these pieces often retained the staccato structure of short news stories. In these sprawling pieces, that style read strangely. And once New Journalism's masters like Tom Wolfe and Gay Talese turned magazine features into a new art form, the adherence to the old style in newspapers became even more peculiar.

Today, as newspapers and magazines shift online, that style has grown even more out of date. If you read stories from publications that got their start online, such as the Atavist, you never find the staccato style of old newspaper stories. There's no need to adhere to it.

Thus "Sea Change" and "The Course of Our Lives" serve as illustrations of journalism in transition–created by people trying to figure out how to bring the best of the old world of newspapers and leave the rest behind.

 

(Photos: Top-Steve Ringman, Bottom-Rick Wood)


Zimmer author photo squareCarl Zimmer writes the "Matter" column  for the New York Times and is the author of 13 books, including Evolution: Making Sense of Life.

 

Chasing the Higgs Boson, by Dennis Overbye. New York Times, 2013. Online exclusively.

Reviewed by Sean Carroll.

Back in December, the New York Times published a remarkable online feature: Snow Fall: The Avalanche at Tunnel Creek. In the words of Veronique Greenwood, who reviewed it here at DTU, readers were treated to

a piece not only grippingly reported but physically gorgeous, laced with soaring animations of the mountain, a looping GIF of the wind over the snow, and haunting audio and video captured by the survivors.

The effort paid off. The feature was seen by about three million people, a full third of whom had not previously visited the NYT website.

Now the discovery of the Higgs boson, the biggest physics story of recent years, has been treated to — well, not exactly the same treatment, but something gesturing a bit in that direction. The March 5 Science Times was given over to a set of articles by Dennis Overbye and accompanying illustrations, all devoted to the Higgs, the Large Hadron Collider, and the future of particle physics. The stories are richly illustrated, with a number of animations, and the package includes a helpful glossary and guide to further reading. (I have it on good authority that entertaining and enjoyable books about this very topic are readily available in stores.)

The Higgs is an interesting challenge for science journalism, since while the excitement among physicists is palpable, it's proven very difficult for anyone (scientists or writers) to effectively convey what is so all-fired important about this particular particle. We sometimes hear that it "gives mass" to other particles — somewhat true, but somewhat untrue as well. (It gives mass to elementary quarks and leptons, but most of the mass in your body comes from protons and neutrons, which are composite particles that don't get their mass from the Higgs at all.) It is very rarely explained with any effectiveness how this particle ends up giving mass to others. And I have seen almost no attempts at a popular-level explanation of the question that the whole discussion begs: Why do we need a particle to "give mass" to other particles at all? Why can't they just have mass without any help? (The answer comes down to the particular symmetries of the Standard Model of particle physics, which treat versions of particles with different kinds of spin as very different beasts, preventing the appearance of mass unless something breaks the symmetries. Hey, there's a good reason why you don't hear a lot of people trying to explain this stuff.)

Overbye, I think wisely, doesn't spend much time on yet another half-successful whack at Higgs pedagogy. Rather, he spins the human tale of the scientists who searched for the particle, conveying the sense of excitement by letting the physicists speak for themselves. And he is a master at teasing out the telling anecdotes. When physicist Eilam Gross brings his girlfriend down to the cavern of the ATLAS experiment to ask her to marry him, you get a feeling for the kind of emotional significance their work has for these researchers. (“But believe me, I checked a thousand times with her before to make sure she will say yes," Gross assures us.)

There is no single "Aha!" moment when looking for a particle like the Higgs; the boson itself decays before you can see it, leaving behind debris that could easily be produced in completely different ways. It's the precise amount of debris that matters (what kinds of particles, with what energies). The scientific task relies on accumulating enough data to claim a statistically significant result, so the discovery of a particle like the Higgs necessarily creeps up on you. Overbye recounts the gradually mounting excitment from 2011, when the first hints appeared, to June 2012, when teams were losing sleep in a mad rush to get the most reliable results possible in time for the scheduled July 4 talks.

And after that, the champagne.

Champagne

The NYT Higgs special isn't distinguished only by length and the depth of its reporting, but by the graphical accompaniments to the story. There's a video, a timeline, and a couple of animations. It's here that the difficult pedagogical tasks are tackled, with mixed success. The reality is that it's not the Higgs particle that is important, it's the Higgs field that pervades all of space and affects the properties of the other particles moving through it. The Higgs boson is a vibration in the Higgs field, just like a photon is a vibration in the electromagnetic field. But we're used to thinking of particles much more than fields. So we reach for analogies, none of them completely successful, and the animations here are no different. They go so far as to tell us that the Higgs field is "made up of Higgs bosons." That's one of those statements that, although there are interpretations of the underlying reality according to which it is strictly true, nevertheless move the general reader further away from correct understanding rather than closer to it.

There are other quibbles one could raise, but I don't want to dwell on them too much. It's a shame that Phil Anderson, the condensed matter physicist who first suggested what we now call the Higgs mechanism, is nowhere mentioned in the piece. Indeed, as important as Peter Higgs himself was to the story, it is an accident of history that it's his name that is attached to the mechanism, and good journalism should work to redress the balance rather than contribute to it.

Overall, though, there is some great reporting here on a truly historic discovery in the history of physics. The Higgs deserves this kind of more-than-the-usual-effort take on a major scientific story. In the age of Twitter and blogs, it's harder and harder for traditional news media to be there first; but they can still use their resources to do it right.

 

Smc

According to the New York Times, Sean Carroll is "a cosmologist and well-known blogger." His most recent book is The Particle at the End of the Universe: How the Hunt for the Higgs Boson Leads Us to the Edge of a New World.

Do No HarmDo No Harm, by Anil Ananthaswamy. Published by Matter, $.99. Visit Matter for details about formats, purchasing, and membership.

Reviewed by Carl Zimmer

Talk about burying the lead.

Yesterday the Washington Post announced that they were hiring a new editor-in-chief. Reporting for the New York Times, Christine Haughney wrote that the Post made the switch because they were struggling with a steep decline in readership. It's not until deep in the piece that Haughney makes a startling statement:

"The paper also faces fresh competition from online news outlets, like Politico, whose founders include former Washington Post reporters."


Politico
certainly didn't bring the Washington Post to its current moment of crisis singlehandedly. But it is striking to me that a web operation started from scratch in 2007 could baloon so fast that it could become a major threat to what was once one of the world's leading newspapers.

My attention was drawn to this buried lead because I've recently been getting to know a new player in the science news business, called Matter. This morning they are launching their web site, and their first piece of long-form journalism. It's way too early to predict whether Matter will become the Politico of the science world. But they definitely are entering the arena with impressive style.

Continue reading “Matter: A Look At A New Way To Read About Science”