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Presented By: Earth and Environmental Sciences

Smith Lecture - Ellen Currano, University of Wyoming

Investigating forest response to a global warming event 56 million years ago, while challenging the face of science

Photograph of Ellen Currano wearing a light green button up shirt, a lanyard necklace, and a brown hat with a rocky background. Photograph of Ellen Currano wearing a light green button up shirt, a lanyard necklace, and a brown hat with a rocky background.
Photograph of Ellen Currano wearing a light green button up shirt, a lanyard necklace, and a brown hat with a rocky background.
The Paleocene-Eocene Thermal Maximum (PETM) is often considered to be the best geologic analog for modern anthropogenic warming, as the magnitude of carbon release and warming is similar to that predicted for the coming century. I will present PETM paleobotanical records from the Bighorn Basin (northwestern Wyoming) and Hanna Basin (southeastern Wyoming) and examine changes in plant taxonomic composition, vegetation structure, and insect herbivory during the PETM. Water stress during the PETM was higher in the Bighorn Basin than in the Hanna Basin, allowing investigation of the interplay of carbon dioxide, temperature, and water availability on forest ecosystems. I will also discuss my path to becoming a female full professor, including being the sometimes bearded face of women in paleontology.
Photograph of Ellen Currano wearing a light green button up shirt, a lanyard necklace, and a brown hat with a rocky background. Photograph of Ellen Currano wearing a light green button up shirt, a lanyard necklace, and a brown hat with a rocky background.
Photograph of Ellen Currano wearing a light green button up shirt, a lanyard necklace, and a brown hat with a rocky background.

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