Some people can’t wait to check online for the latest sports scores or the state of the slipping stock market. But New York Times journalist Amy Harmon has a different habit: checking her online account at 23andMe for updates on her DNA profile. The freshly-minted Pulitzer Prize-winner has been tracking her own health risks and the implications of genetic testing as part of a series profiling the anguish faced by Americans who discover they carry genes raising the risks for devastating diseases like Huntington’s or breast cancer (or their great relief if they don’t).
On Monday, Harmon, 39, won the 2008 Pulitzer Prize for Explanatory Reporting, the latest in a string of wins for writers on science, health, the environment, and technology. Science-related topics have captured at least fourteen of the twenty-four awards since the category, and its predecessor, the Prize for Explanatory Journalism, was created in 1985.
Explanatory reporting is a great niche for tackling how the products of science affect society and everyday folks in a very real way, stories that are always a great read if done right. The Pulitzer jury called Harmon’s lengthy, and ongoing, series on “The DNA Age” a “striking examination of the dilemmas and ethical issues” created by genetic testing that can sometimes raise more questions than answers, as well as threats to privacy and health insurance.
Harmon, reached by phone, said that her assignment was “the social impact of genetic testing as opposed to the research itself. The idea was to look at the human angle, how it filters out of the laboratory and into people’s lives.”
Since 2006, Harmon has chronicled the myriad ways that DNA testing can have an impact: a 33-year-old Chicago medical resident who confirms she carries the high-risk gene for breast cancer and weighs whether to undergo a preventive double mastectomy (she does); a young woman living with the devastating knowledge that she will develop the incurable brain disorder known as Huntington’s disease after testing positive for the rare gene that causes it; families networking online about their children with an unusual genetic mutation that causes severe developmental delays. Harmon also follows delicate issues of DNA, ancestry and race; insurance fears that lead many to forego DNA testing; and the surreptitious use of DNA testing by law enforcement officials.
“The impact of these kinds of stories is different than what we traditionally think of as the most important journalism stories”-exposing corrupt politicians, covering a war, passing laws, said Harmon. “The DNA revolution involves a lot of complex science and research. It is happening in the most personal areas of people’s lives.”
In official Pulitzer lingo, the best explanatory reporting “illuminates a significant and complex subject, demonstrating mastery of the subject, lucid writing and clear presentation.” Science-related topics have turned out to be a natural fit, dominating the the category, followed by business/finance/corruption (five awards), airline safety (two awards, which could ostensibly be construed as science and technology), and one each for global terrorism, foreign policy, and poverty. In addition to Harmon, two other finalists for the 2008 explanatory prize were cited for environment and technology writing: The Boston Globe’s Beth Daley for “her evocative exploration of how global warming affects New Englanders, from ice fishermen to blueberry farmers,” and the staff of the Oregonian in Portland for “its richly illustrated reports on a breakthrough in producing the microprocessors that are a technological cornerstone of modern life.”
Last year’s explanatory prize went to environmental reporters from the Los Angeles Times for their “richly portrayed reports on the world’s distressed oceans,” a series that grabbed just about every award in science journalism before capturing the coveted Pulitzer. Previous winners have tackled genetic research (The Human Genome Diversity Project and gene therapy), the human brain from neuroscience to psychiatry, ethical issues like stem cell research and death with dignity, common medical conditions like aneurysms and alcohol abuse, deadly infectious disease outbreaks in Africa, antibiotic resistance, and flawed space technology from “Star Wars” to the Hubble Space Telescope.