The greenhouse effect is one of the most widely known causes of global climate change. It is currently caused by an excess of carbon dioxide (CO2) in the atmosphere due to burning of fossil fuels. Some natural processes can help slow climate change by removing CO2 from the atmosphere. For example, plants filter CO2 out of air and transfer carbon into soil where it can be sequestered for decades to centuries.
Elizabeth Herndon, Ph.D, assistant professor of geology in Kent State University, received a five-year, $487,000 Faculty Early Career Development (CAREER) Award from the National Science Foundation.
George R. Newkome, Ph.D., and his wife, Mary Jane Saunders, Ph.D., have pledged $1 million to fund a first-ever professorship in materials science in Kent State University’s College of Arts and Sciences. Dr. Newkome is a two-time Kent State alumnus.
George R. Newkome, Ph.D., a two-time Kent State University alumnus, smiles with Kent State President Beverly J. Warren.
Joseph D. Ortiz, Ph.D., professor and assistant chair in the department of geology at Kent State University recently co-authored an op-ed essay for Undark.org with his colleague Eelco J. Rohling, a professor of ocean and climate change at the Australian National University in Canberra, and at the University of Southampton in England.
You have likely seen one at an aquarium. It is the friendly creature with the oversized head that swims up to the glass with what looks like a smile on its face. Beluga whales are extremely social mammals that are often called sea canaries because of their high-pitched chatter, or melonheads for the enlarged and flexible area above their eyes that creates facial expressions. These distinguishing features of the beluga whale make up just some of its unique characteristics.
A new collaborative study published by researchers at Kent State University and Northeast Ohio Medical University provides evidence that thick layers, preserved in the teeth of beluga whales, may help determine their age.
Kent State University researchers create cutting-edge geospatial technology to map drug points, find solutions
Driving through the streets of Ravenna on a weekday afternoon, you probably wouldn’t notice anything out of the ordinary. Gray clouds hover overhead. There is a steady hum of traffic lurking in the air. A mom pushes a stroller down West Main Street. But as a Ravenna police officer looks at the parking lot of a popular fast food restaurant, it sparks haunting memories of a quiet killer lurking around every-day people in broad daylight.
Kent State University researchers use cameras, GPS and experts to help track opioid use in Portage County.