Rally in the Valley excites fans
November 6, 2009
Students capture fall at University Park
November 5, 2009
Penn State Greeks strut their Broadway stuff
November 1, 2009
THON 5K draws thousands
November 1, 2009
Jazz masters wow audience
October 28, 2009
Arboretum boardwalk and overlook chosen as 2010 senior class gift
October 27, 2009
Outreach mission brings jazz legends to high school musicians
October 27, 2009
Penn State Altoona celebrates 70th anniversary
October 27, 2009
Campus Night Out
October 22, 2009
Photography students play with light, shadow
October 20, 2009
Homecoming 2009
October 17, 2009
Weather not a factor in Homecoming enthusiasm
October 16, 2009
2009 State of the University Address
Penn State Solar Decathlon 2009, part two: Natural Fusion goes to Washington
Natural Fusion, Penn State's Solar Decathlon Team 2009
Behind the scenes with the stadium concessions team
Penn State's creamery, from the cow to the cone
Beaver Stadium Behind the Scenes and On the Air
Beaver Stadium Behind the Scenes: Video Board
Video gives students sneak peek at new campus location
Historic Old Main Bell removed from tower for restoration and display
Other Resources
Photo Album: Food web
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Paleocene sycamore leaf with insect mine from Mexican Hat, Montana.
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Paleocene walnut family leaf with insect mine at margin, Mexican Hat, Montana .
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Paleocene walnut family leaf with insect mine at base, Mexican Hat, Montana.
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Paleocene sycamore leaf with damage from leaf-mining flies, from Mexican Hat, Montana.
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Fossil Paleocene leaves in rock layer with shovel handle at Mexican Hat, Montana.
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Paleocene fossil leaf site at Mexican Hat, Montana (small butte adjacent to truck)
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Fresh slab full of Paleocene fossil leaves being removed from rock bed at Mexican Hat, Montana.
Photo Credit: Peter Wilf
Year Taken: 2006
According to research conducted by Dr. Peter Wilf, assistant professor of geosciences, the recovery of biodiversity after the end-Cretaceous mass extinction was much more chaotic than previously thought. Quarrying Paleocene fossil leaves at Mexican Hat, Montana.
Photo Credit: Peter Wilf
Year Taken: 2006
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