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�鶹ӳ�� our College

A founding college of the University, we have a long tradition of excellence in teaching, research and engagement programs that benefit the health and economic vitality of �鶹ӳ��. We offer programs in:

• agriculture, horticulture, rangeland and veterinary sciences
• biochemistry and molecular biology
• children, youth and families
• community and economic development
• health and nutrition
• natural resources and environmental science

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Department of Natural Resources & Environmental Science’s Hall Cushman leads study

Mike Wolterbeek

Aspen trees are declining in numbers across North America due to warming temperatures and lack of precipitation.

While forests of pine and fir trees get a lot of attention, the more ubiquitous and colorful quaking aspen is a keystone species that is experiencing substantial increases in mortality and decreases in growth over the past three decades across most parts of its geographic range in North America, a study at our College found.

"Human-caused climate change is an unavoidable reality, and our research findings clearly indicate that it is a major driver of aspen decline," Professor Hall Cushman, co-author of the study, said.

With support from our unit, Cushman and his postdoctoral scholar, Tyler Refsland, found that aspen mortality is increasing in most habitat types, and the abundance of trees has been steadily decreasing over time. Increased aspen mortality and reduced growth rates were most often associated with hotter, drier conditions. All predictions suggest that climate change will intensify in the coming decades, not boding well for the quaking aspen.

"Aspen are the engines that shape the landscape and hydrological processes with an astounding effect on ecosystems," Cushman said. "They are important to biodiversity and water processes, as well as economically important to humans. They are biodiversity hot spots for both plants and animals."

University researcher honored by premier earth science society

Snowmelt and mountain ecosystems research vital to resource management in times of changing climate

Claudene Wharton

Associate Professor Adrian Harpold was one of four scientists internationally to receive the 2021 Hydrologic Sciences Early Career Award from the American Geophysical Union.

As winter approaches, many of us are “thinking snow” so that we can hit the slopes. But, one scientist in our College has loftier concerns about our area’s snow patterns. Adrian Harpold’s research regarding snow droughts, snowmelt, and how climate change is impacting our forests and water resources has earned him the honor of being selected as one of four scientists internationally to receive the 2021 Hydrologic Sciences Early Career Award from the American Geophysical Union (AGU).

“Receiving an award from the preeminent earth science organization in the world is hugely rewarding for me,” Harpold said. “The AGU is truly a beacon for advancing our knowledge of the Earth.”

Harpold is a natural resources and environmental science associate professor. His work focuses on better understanding how changes in climate affect mountain ecosystems. The goal is to apply his research to better manage forest and water resources in mountain environments, especially in times of drought and floods. Some specific examples of Harpold’s research, which is partly supported by our College’s Experiment Station unit, include:

• Helping to define 
• Improving understanding of 
• Understanding 

Carson City resident Karen Hinton inducted into the National 4-H Hall of Fame

Extension dean and director emeritus honored for her 4-H leadership

Claudene Wharton

Karen Hinton, dean and director emeritus of Extension, and current Carson City resident was inducted into the National 4-H Hall of Fame Oct. 12, for her lifetime achievements and contributions to 4-H, the nation’s largest youth development organization that develops citizenship, leadership, responsibility and life skills in youth through experiential learning.

“Karen truly used her career in 4-H and Extension to try to make a positive impact on people’s lives,” �鶹ӳ�� 4-H Director Carrie Stark said. “She is respected by Extension and 4-H leaders across the country for her innovation, hard work and passion for serving our country’s youth.”

Hinton began her 31-year Extension career in 1981, working first as an Extension home economist in Douglas County, and then as an Extension educator in Carson City. She soon moved up the ranks to the position of western area director, overseeing all Extension programs and operations for Washoe, Douglas and Storey Counties, and Carson City. In 1998, she became the dean and director of Extension, overseeing all Extension operations, statewide. She retired in 2012, after serving as the University’s longest-serving female dean.

In retirement, Hinton continues to be an avid supporter of 4-H and Extension.

Carson City resident and Extension Dean and Director Emeritus Karen Hinton was inducted into the National 4-H Hall of Fame in Washington, D.C. Oct. 12.

Researcher returns to �鶹ӳ�� to make genetic improvements in animal herds

Andrew Hess joins the College

Hannah Alfaro

Andrew Hess will be conducting genetic research on University herds and sheep to breed more resilient livestock. Photo by Robert Moore.

The University recently welcomed Assistant Professor Andrew Hess to the Department of Agriculture, Veterinary & Rangeland Sciences. Hess will be focusing his research on innovation in breeding and genetics using University herds and flocks.

As part of the College’s Experiment Station, Hess will be working with cattle and the 1,800 head of Rafter 7 sheep at the Great Basin Research & Extension Center located in Eureka. He will be:

• Conducting genetic research to breed animals that are more resilient and adaptable to climate change and disease
• Studying the litter sizes of lambs born into highly prolific sheep breeds
• Researching internal parasites of sheep
• Working to identify genetic markers that can be used to more accurately select animals for production traits

His research will benefit herds across northern �鶹ӳ�� by increasing their resilience while requiring less intervention to maintain high levels of performance.