‘Gaiter Gate’ exposed the Achilles heel of quality journalism: The rush to be the first notification you see and the most gripping headline you read.
I get a tip — an email, a phone call, or a friend who knows somebody who heard a thing. I tell my editor, who confirms it’s worth looking into. It’s a good story, we’re both excited — but also wary. What do we know? All we have is a tip, a juicy tip that could drive big traffic numbers on the site.
For us writers and editors, it’s exciting to imagine all those eyeballs seeing your work — your story. But it’s worth nothing if you aren’t the first to publish. After all, some other crack reporter is always hot on your heels.
It’s a rush — and damned if it isn’t good. Breaking a story feels like hitting a home run. Everything comes together perfectly and, for a moment, everyone’s eyes are on you. It’s no exaggeration, being a journalist can feel amazing. So it’s no wonder that in the chase to capture that feeling — hit that home run — sometimes you swing big at the wrong pitch.
Last week, many major news outlets took a mighty swing at a big story — and whiffed. “Neck Gaiters Do Not Curb COVID-19, Study Finds,” Forbes wrote. “Wearing a neck gaiter may be worse than no mask at all, researchers find,” The Washington Post headline read. “Study Finds Neck Gaiters May Not Prevent the Spread of COVID-19,” USA Today proclaimed.
Even outdoor-endemic media jumped on the bandwagon: “Thinking About Using Your Neck Gaiter As a Coronavirus Mask? Don’t,” Adventure Journal blogged.
The problem here: That’s not what the study found.
Gaiter Gate: Right Story, Wrong Headlines
“We tried to be as careful with our language as possible in interviews,” one of the study’s co-authors, Warren S. Warren, told Science News. “The press coverage has careened out of control.”
That’s because Warren and a team of Duke University researchers suddenly found themselves in the public spotlight after their study — now the focus of conflicting media headlines — published in the journal “Science Advances” this month. But their research didn’t conclude anything relating to the efficacy of masks.
Rather, the study — titled, “Low-cost measurement of facemask efficacy for filtering expelled droplets during speech” — evaluated whether readily available and cheap materials could be used to create a device that may help evaluate non-medical-grade face coverings.
In short, the Duke researchers wanted to demonstrate they could create a new type of tool. They did not set out to immediately apply this as yet untested tool to research anything else conclusively.