Courtney Humphries stands out in the science writing community for her fascination with urban ecology. She’s drawn less to storied mountain peaks and shimmering valleys than to the gritty and adaptive landscapes found in the scraps of green space in American cities.
It illuminates her journalistic work, dating back almost a decade to her widely praised book Superdove, which explores the surprisingly complex nature of -city--dwelling pigeons. She’s described that work as “the hidden history behind a ubiquitous bird.” That emphasis on the rarely seen nature of our everyday environment will tell you how important this is, an exploration of how life both thrives and fails in our -human--altered world.
Courtney was a Knight Science Journalism Fellow in the -2015–-2016 academic year, and she used the time to strengthen her background in this area. She studied urban ecology at Boston University, with an emphasis on the carbon and nitrogen cycles of the city. She investigated the environmental issues surrounding urban streams and suburban forests. She turned that into some outstanding reporting, ranging from a story for Undark on the global impacts of suburban development to a series of articles for Architect on -energy--efficient building designs.
Her story “Where Forests Work Harder,” which received the 2017 David Perlman Award, is a case in point. Published in –CityLab, the article takes an in-depth—and unexpectedly revealing—look at the suburban forests surrounding Boston. Courtney walked through these forests in slow, tree-by-tree detail, with scientists who were carefully comparing the respiration of trees growing along the edges of cities with those in both more rural and more urban environments.
As she noted, their findings were surprising, even to the scientists. Trees living at the “edges” tended to thrive, grow faster, take in more carbon dioxide. The researchers suggested that nearby human activities might create a kind of garden environment that fosters this growth. That didn’t mean that the scientists were advocating for patchy small forests over the extensive forests of the protected wild. Not at all. But they did at least see some environmental good news in the results.
The story is filled with nuance and context, illustrating the sophisticated approach she brings to such reporting. It offers an outstanding example of essential principles of good science writing—that a journalist who does her homework provides justice to the subject and service to her readers.
—Deborah Blum, Massachusetts Institute of Technology, Cambridge