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A partnership of CNH, the Penn State Corporate Engagement Center and Penn State’s College of Agricultural Sciences will advance research and student learning through the use of a New Holland fully methane-powered tractor. The college received the tractor during its Ag Progress Days expo. From left are Paul Heinemann, professor of agricultural and biological engineering and director, Technology in Agriculture and Living Systems Initiative; Pennsylvania Secretary of Agriculture Russell Redding; Troy Ott, dean of the college; Sean Dorosz, CNH medium tractor marketing manager; Russell Howard, CNH Pennsylvania territory sales manager; Beth Gugino, assistant dean for graduate education and associate director of the Pennsylvania Agricultural Experiment Station; John Peterson, director of corporate engagement, Penn State; Philip Eby, CNH hay and forage product manager; Andrew Tarman, CNH haytool hydraulics and driveline test manager; and Samanta Cassinera, CNH combine resource and operations manager.   Credit: Michael Houtz / Penn State. Creative Commons

Natural gas-powered tractor to boost ag science research at Penn State

Faculty and students in Penn State’s College of Agricultural Sciences will soon have expanded opportunities for hands-on learning and research with the addition of New Holland’s fully methane-powered tractor.

Research Professor Cheryl Keller Credit: Penn State. Creative Commons

New director appointed at Huck Institutes Genomics Core

Research Professor Cheryl Keller has been named the new director of the Genomics Core Facility in the Huck Institutes of the Life Sciences.

David Kennedy, associate professor of biology at Penn State, and Clara Shaw, now assistant professor of biology at the University of Minnesota Duluth Credit: Keith Hickey / Penn State / Penn State. Creative Commons

What traits matter when predicting disease emergence in new populations?

Traits of early virus spread help determine if a virus will ultimately persist in a new population, according to new research.

Study lead author Sophia Kenney, postdoctoral scholar in the Department of Animal Science, samples a maternity pen for Salmonella Dublin. Credit: Penn State. Creative Commons

Bacteria strains infecting cattle and humans in US are highly similar

Researchers report dangerous, often antibiotic-resistant pathogen called Salmonella Dublin is circulating among animals, humans and food-associated environments.

Lacy Alexander (seated) and Auni Williams recreate one of the experiments from the study, where women submerge their hand in cold water while their blood pressure is monitored. Credit: Aaron Wagner / Penn State. Creative Commons

Endometriosis affects more systems in women’s bodies than previously understood

Women with the condition displayed lower blood pressure responses to stress than other women in new study .

The team’s sensor is capable of measuring and reporting the chloride ion levels of a subject's sweat in real time with high precision and efficiency. Credit: Caleb Craig/Penn State. All Rights Reserved.

Breaking a sweat: Using chloride in sweat to help diagnose cystic fibrosis

Researchers at Penn State develop a wearable sensor that can accurately measure the chloride ion levels of sweat in real time.

Although the researchers looked far back into time in conducting their study, they suggest the findings may have implications for the future. Credit: Manfred Richter from Pixabay. All Rights Reserved.

Corn root traits evolved with both human-driven, natural environmental changes

Study shows plants adapted to farming and irrigation with root changes that helped corn adjust to low nitrogen and deeper water, making them key to the success of its domestication.

Logo of the Eberly College of Science's Science Matters: Spotlight Sessions. Credit: Penn State. Creative Commons

Eberly College introduces Science Matters: Spotlight Sessions outreach events

The Penn State Eberly College of Science is introducing a new series of outreach events — titled Science Matters: Spotlight Sessions — to provide a unique opportunity for the community to engage directly with the brilliant minds working on the front lines of discovery to create positive, real-world impact.

Penn State’s Roar supercomputer, housed within the Institute for Computational and Data Sciences (ICDS), enables researchers across the University to conduct complex simulations, calculations and analyses on a large scale, something a personal computer is not capable of. Ed O'Brien and Romit Maulik, ICDS co-hires, recently spoke to Penn State News about the need for and benefit of using high-performance computing resources to complete challenging inter- and multi-disciplinary research projects. Credit: ICDS/Ryan Antion / Penn State. All Rights Reserved.

Q&A: Boosting research with supercomputing

In this Q&A, ICDS co-hires like Ed O’Brien, professor of chemistry in the Eberly College of Science, and Romit Maulik, assistant professor in the College of Information Sciences and Technology, spoke about how they use Roar’s HPC services.

The treatment is used to control northern fowl mites, a blood-feeding parasite that can lead to health problems and lower egg production in chickens and other poultry. Credit: Zachariah Smith on Unsplash. All Rights Reserved.

Northern fowl mite treatment tested at Penn State receives FDA approval

A new way to treat poultry for fowl mites was approved by the U.S. Food and Drug Administration (FDA) in July, thanks in part to a team of researchers in Penn State’s College of Agricultural Sciences.