Environment

Environment icon

Environmental researchers increasingly turn to the Ohio Supercomputer Center to model, simulate and analyze their way to improving our understanding of the world we live in. These insights are giving us a safer planet today and a better one to leave for future generations.

Stress Tolerance

While most of us try to distance ourselves from biting, blood-sucking creatures, Josh Benoit, Ph.D. and his research group at the University of Cincinnati spend their days getting to know them very well – down to the genes and genomics. The idea is the more we understand ticks and other blood feeding arthropods, the better we can avoid and eliminate them.

Particle Physics

Illustration from Giblin's research

Understanding particle physics gives us answers to the fundamentals of science. To better understand particle physics, Tom Giblin, Ph.D., looks to cosmology, the study of the evolution of the early universe.

Agriculture Efficiency

Illustration from Zhao's research

The agricultural industry strives to maintain a balance between keeping up with consumer demand and maintaining a safe, clean and sustainable environment – for humans and animals.  Linying Zhao, Ph.D, and her research group at The Ohio State University, conduct research to find solutions that help the industry strike this balance.

Tropical Glaciers

Going back to the 1990s, a significant amount of research has been dedicated to the rates of deforestation in the Amazon and what this could mean for climate change throughout the world. Additional studies have focused on climate change impacts to Andean mountain glaciers that lie downwind of the Amazon.

RNA Signaling

The rise of antibiotic resistance among common infectious bacteria is a worrisome health threat that has many scientists looking for a solution. Jennifer Hines, Ph.D., professor of chemistry and biochemistry at Ohio University, is one of the few looking to ribonucleic acid (RNA) structures for new drug discovery.

Electron Processes

The Dunietz Group at Kent State University is researching key processes in material science at a very fundamental level. The computational group led by Barry Dunietz, Ph.D., provides molecular-level insight into charge-transfer processes through various molecular interface to understand the structure effects on the motion of electrons.

Epidemic Forecasting

When life-threatening weather events loom, forecasters warn citizens days, even weeks, beforehand so they can take action. It seems to work: We clear supermarket shelves, board up windows and even evacuate to higher ground ahead of the impending tempest to avoid danger.

Blind to bias in its threat to human life is another force of nature – epidemics.

Oceanic Viruses

Matthew Sullivan, Ph.D., gets priceless reactions when he shares a fun fact from his studies: There are over 50 million viruses in one mouthful of ocean water. Before you cancel your beach trip, these viruses infect microbes, not humans. Sullivan’s lab at The Ohio State University studies and catalogs these viruses, using data processing from the Ohio Supercomputer Center.

Halogenated Hydrocarbons

A research team at Bowling Green State University has been employing Ohio Supercomputer Center systems to better understand the photochemistry of halogenated hydrocarbons. Their study will contribute to a general understanding of solvent environmental effects on chemical reactions and, perhaps, to the ability to control chemical reaction pathways using ultrafast laser techniques.

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