Eberly News

Tagged with Research
Improving shale energy productivity and reducing the environmental footprint of the natural gas industry are the goals of a West Virginia University partnership at a second Marcellus Shale Energy and Environmental Lab to be located in western Monongalia County. 

WVU researchers from multidisciplinary departments, as well as undergraduate and graduate students, will use the advanced models they develop for this project, continuing to address complex technical, environmental and social issues surrounding unconventional energy development. The researchers will use best practices in environmentally responsible shale development as they undertake subsurface scientific investigations.

WVU advances technology and transparency to shale gas in new MSEEL site

Improving shale energy productivity and reducing the environmental footprint of the natural gas industry are the goals of a  West Virginia University partnership at a second  Marcellus Shale Energy and Environmental Labto be located in western Monongalia County. 

Before he was rafting 40 miles down a river in Alaska and sailing in the South China Sea, West Virginia University student Ben Johnson was an engineering major at Michigan State University. However, he quickly realized that engineering was not for him. Recognizing the combination of taking an introductory geology course and his love of being outside, Johnson knew a geology major would be the right fit for him. 

After completing his bachelor’s and master’s degrees at Michigan State University, Johnson enrolled at WVU to pursue a Ph.D. in the Department of Geology and Geography in the Eberly College of Arts and Sciences.

WVU geology student researching “world of the past”

Before he was rafting 40 miles down a river in Alaska and sailing in the South China Sea, West Virginia University student Ben Johnson was an engineering major at Michigan State University. However, he quickly realized that engineering was not for him. Recognizing the combination of taking an introductory geology course and his love of being outside, Johnson knew a geology major would be the right fit for him.

ocial workers at West Virginia University are leading the way in opioid treatment and prevention in West Virginia, where overdose rates are the highest in the U.S. 

The WVU School of Social Work has received 2018 Behavioral Health Workforce Education and Training supplemental funding from the U.S. Department of Health and Human Services, Health Resources and Services Administration to support these efforts.

School of Social Work receives federal funding to address opioid addiction

Social workers at West Virginia University are leading the way in opioid treatment and prevention in West Virginia, where overdose rates are the highest in the U.S. 

William Franko headshot

WVU political scientist wins Virginia Gray Best Book Award

During the Progressive Era and the Great Depression, the states led the fight against economic challenges. According to new research from West Virginia University, it is likely that the U.S. will once again have to rely on the states to address today’s massive gap between the rich and the poor.

Kaylynn Coates headshot

WVU biology student receives NASA grant to study the brain

Kaylynn Coates, a doctoral student in the West Virginia University Department of Biology, has received a grant from the NASA West Virginia Space Grant Consortium to study how serotonin neurons are regulated in the brain.

Weichao Tu Headshot

WVU physicist receives prestigious NSF CAREER Award

In the heat of the space race in 1958 between the United States and the Soviet Union, James Van Allen discovered Earth’s radiation belt. The belt is located at 500 to 60,000 kilometers above Earth’s surface and is populated with energetic “killer” electrons that create a hazardous environment for satellites and other spacecrafts operating within this zone.

Imagine only knowing 15 people in the world, and as you discover more people, your knowledge expands. Scientists studying our galaxy face something similar as they make discoveries that build our understanding of the universe. 

Maura McLaughlin and Duncan Lorimer, professors of physics and astronomy at West Virginia University, have discovered a new pair of pulsars and have followed up on characteristics of another new duo. Their research will bring insights into the understanding of the how many of these systems exist and the rate in which they merge in our galaxy.

WVU professors bring the scientific community closer to understanding binary star mergers

Imagine only knowing 15 people in the world, and as you discover more people, your knowledge expands. Scientists studying our galaxy face something similar as they make discoveries that build our understanding of the universe. 

Justin Mathias headshot

WVU biology student links Clean Air Act to red spruce recovery in Appalachia

A dramatic recovery of red spruce trees in the central Appalachian Mountains led West Virginia University researchers to pursue the driving factors behind improved forest health. 

Studying how insects’ wing movements affect their sense of smell has the potential to explain underlying causes of disorders like schizophrenia, Parkinson’s disease and shortness of breath, according to new research from West Virginia University. 

When our nervous systems send motor commands to our muscles, they also send a copy of that command, called a corollary discharge, to the parts of our brains that process sensory information, including our sense of smell. This approach allows the brain to differentiate between self-generated sensation produced by moving and sensation generated by other sources.

Though this process has been studied extensively for senses like sight and hearing, almost nothing was known about how a corollary discharge would function for the sense of smell—olfactory processes—until now. 

A new study by Phil Chapman, a Ph.D. candidate in the Department of Biology, and his colleagues found that corollary discharges from the insect wing motor control center informs their olfactory systems about wing movements, which directly affects sensory processes.

WVU biology student connects sense of smell to brain diseases

Studying how insects’ wing movements affect their sense of smell has the potential to explain underlying causes of disorders like schizophrenia, Parkinson’s disease and shortness of breath, according to new research from West Virginia University.

Joe Carrara headshot

WVU biology student uses Appalachian forests to improve future climate predictions

A West Virginia University student is using Appalachian forests to improve predictions of future climate change.