Northern Arizona University moved up five spots in the most recent National Science Foundation’s (NSF) national research rankings, moving to No. 191 with a fiscal year 2019 performance of $58.91 million.
Year after year, NAU has risen in these rankings, which takes research expenditures into account. NAU also rose… Read more
As climate warming stokes longer fire seasons and more severe fires in the North American boreal forest, being able to calculate how much carbon each fire burns grows more urgent. New research led by Northern Arizona University and published this week in Nature Climate Change suggests that how much… Read more
Two researchers at the Center for Ecosystem Science and Society have won separate awards totaling $1.3M from the National Science Foundation to better understand where carbon is being stored and released in the terrestrial biosphere. Using different approaches, the two projects aim to better predict carbon storage by plants and soils in critical regions of the globe, and how that storage is being altered by changing climate patterns.… Read more
Access the full Festival of Science program of events here.
Now in its 31st year, the award-winning annual Festival of Science—the longest-running event of its kind in the Western Hemisphere—continues to be a cornerstone event for the Flagstaff community, with Northern Arizona University playing a key role in the festival’s success. Through active participation by NAU scientists, artists and educators, as well as through a robust sponsorship commitment, the university contributes to the Flagstaff community through the festival in… Read more
Mosses and their microbial partners are important players in fertilizing the boreal forests that make up nearly a third of all Earth’s forests. But climate may be changing mosses’ role in how these forests access nutrients, according to a new study led by the Center for Ecosystem Science and Society (Ecoss) at Northern Arizona University… Read more
New research from a team including scientists of the Center for Ecosystem Science and Society (Ecoss) at Northern Arizona University suggests that subsidence—gradually sinking terrain caused by the loss of ice and soil mass in permafrost—is causing deeper thaw than previously thought and making vulnerable twice as much carbon as estimates that don’t account for this shifting ground. These findings, published this week in the Read more