Laura Kenefic is a research forester with the Forest Service’s Northern Research Station, where she studies issues related to sustainable forest management. (Courtesy Liam Kenefic)
Northern Research Station scientist Laura Kenefic resists the temptation to stick with people she knows at scientific gatherings, and her discipline is paying dividends for northern white-cedar.
Attending a forestry conference a decade ago, Kenefic joined a table of strangers that included Jean-Claude Ruel, a Canadian scientist who, it turned out, was looking for long-term data on northern white-cedar. A research forester at the Penobscot Experimental Forest north of Bangor, Maine, Kenefic happens to work at one of the few places in the country with more than half a century of data on the species. Their collaboration quickly grew to include scientists from universities, industry, the U.S. Forest Service and the Canadian Forest Service who are all interested in northern white-cedar. Meetings, dinners and a few adventures in the course of research aimed at addressing the tree’s slow growth and sparse regeneration gave the group of scientists an atmosphere that felt unique to its members. “It seemed more like a club than a scientific working group,” Kenefic said. “We became the Cedar Club.” Read more »
Although birch trees can’t literally walk, warming temperatures are causing a gradual migration of these and other tree and plant species to northern or higher elevation climates. USDA photo.
With large areas of our planet heating up because of climate change, some trees (and plants) are pulling up roots and heading north, to higher elevations and to cooling climes—well, sort of.
A U.S. Forest Service-led study suggests there are a few dozen tree species in the eastern U.S. that are moving north at an unexpected rate.
“For some plants and trees, moving north is real and their only chance for survival,” said Chris Woodall, a research forester for Northern Research Station and the study’s author. “Our study confirms a link between global warming and forest migration. It’s no longer conjecture.” Read more »
In July, 19 students from Maine, Massachusetts, New York, New Jersey, Connecticut and Rhode Island participated in the week-long “Discover the Forest” camp, the first forestry camp for high school students at the University of Maine.
When you invite high school students into the woods, you set the stage for wonder, excitement and endless questions.
Organizers for “Discover the Forest,” a new venture sponsored by the U.S. Forest Service and the University of Maine, also hope that, in addition to learning about the forest, participants will discover career opportunities and set the stage for a more diverse and inclusive workforce in the future. Read more »
Jim Lootens-White, an information technology specialist for the U.S. Forest Service’s Northern Research Station, is featured in a recent online profile. He shares his interests in web development projects to explain the Station’s research results. (Forest Service photo)
Jim Lootens-White, an information technology specialist for the U.S. Forest Service’s Northern Research Station, has a keen interest in interpreting scientific data and developing web projects to highlight the compelling research accomplishments of the station’s scientists.
As an IT specialist for the web, Lootens-White says the work is constantly changing. Read more »
A recent study by U.S. Forest Service scientists estimates urban forests’ trees store an estimated 708 million tons of carbon. (U.S. Forest Service photo)
Whether they are ringed by wrought iron or suspending a swing, urban trees are first and foremost trees. In fact, they are all working trees.
Consider, for example, carbon storage. From New York City’s Central Park to Golden Gate Park in San Francisco, America’s urban trees store an estimated 708 million tons of carbon, valued at $50 billion. Annually, these trees absorb an estimated 21 million tons of carbon, a value of $1.5 billion. Read more »
The adult periodical cicada emerges from its 17-year nymph stage, molts and arises as a winged adult. This spring will see the return of the large, colorful, fly-like bugs with large eyes and tented wings. (U.S. Forest Service photo/ Bob Rabaglia)
The buzz this spring has started, and some people may think it’s fodder for a new sci-fi movie. But this year’s spring brings a drama closer to home than you think – the pending emergence of brood II of the periodical cicada.
Cicadas are large, colorful, fly-like bugs with large eyes and tented wings. As the male cicadas sing their intense mating songs, some brand it as the sound of summer. Read more »