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UC Merced Research

UC Merced’s reach in research and innovation is out of this world – and on its way to another. On July 30, a rocket carrying the Perseverance Rover launched from Cape Canaveral, beginning a six-month journey to Mars. Perseverance is supported by a research team from the university’s Fundamental Tribiology Lab in the School of Engineering. Watch the video to learn more about UC Merced’s role in the “Mission to Mars.” The video is the pilot episode of Building the Future | A Docuseries, which highlights some of the university’s innovative and groundbreaking research. The docuseries launches in the fall with episodes that will explore how research of today impacts the world of tomorrow.

“We can create the tech and infrastructure that will help farmers manage their crops down to the finest details of water and soil nutrients.”

Catherine Keske

Engineering Research Center to Focus on Agriculture Technology

The School of Engineering will play a crucial role in a $28 million project funded by the National Science Foundation. A five-year NSF grant will pool the knowledge of four universities to create an agriculture technology research center that aims to increase crop production and reduce the use of energy and water resources. UC Merced’s efforts will be led by Professor Catherine Keske, who studies agricultural economics. The project also will tap the university’s expertise in robotics and machine learning; remote sensing and spatial analysis; and precision ag inventions. The NSF Engineering Research Center for the Internet of Things for Precision Agriculture project (IoT4Ag) is led by the University of Pennsylvania, with Purdue University and the University of Florida also joining the effort.


Two New Faces in Research Leadership

"I want to create the structures that will enable us to triple our research expenditures within the next 10 to 15 years."

Marjorie Zatz

Two high-profile transitions have taken place in research leadership. Graduate Dean Marjorie Zatz is now serving as interim vice chancellor for Research and Economic Development, and Tom Harmon has taken the reins from Roger Bales as director of the Sierra Nevada Research Institute (SNRI). Zatz takes the baton from longtime Vice Chancellor Sam Traina, who has returned to the faculty. Zatz, who shadowed Traina for months to the learn the ropes of the job, said her main goal is to position UC Merced to achieve R1 research status. “Sam built a great foundation, and he got us to R2 in such a short time,” Zatz said. “I want to create the structures that will enable us to triple our research expenditures within the next 10 to 15 years.”

At SNRI, Harmon takes over for Bales, who served as institute director for 13 years. Both are founding faculty who joined UC Merced in 2003. SNRI was the university’s first organized research unit and quickly became one its signature features, using the Sierra Nevada and Central Valley as a natural lab. Much of Harmon’s research has been in and around soils, groundwater wells and rivers. “Roger’s tenure has been nothing short of remarkable,” Harmon said. “I’m eager to maintain the momentum and help SNRI’s reach and impact grow in the region, the state and the world.”

"I’m eager to maintain the momentum and help SNRI’s reach and impact grow in the region, the state and the world."

Tom Harmon

Matthew Zawadzki

Assistant Professor of Psychological Sciences

Recognizing Stress During a Pandemic

What does stress look like in a world gripped by COVID-19? In an interview with Public Relations, Professor Matthew Zawadzki, with the Department of Psychological Sciences, addressed several questions about how to identify and deal with pressures from unprecedented conditions. Here is a sample of his answers. Use the buttons below to read more of the interview.

Many people are home with family members all day and all night — something none of them are used to. Is that stressful? It can be. It’s interesting how a lot of research points to social connections as a critical buffer to stress and for maintaining and promoting a healthy life. But this research usually examines situations in which we do not have enough social support and looks at what happens when we get more support in those moments. Right now, in contrast, we might have a surplus of social connections. … Rather than being a resource, it could actually create stress. Coping with stress by going for a 30-minute bike ride may be perfect, but going for a 30-mile trip when we are not prepared for it will cause all kinds of problems.

What can people do for or with their children to help relieve everyone’s stress?

Getting that routine back for children is an important first step. That routine begins with basic needs around eating and sleeping. Establishing a regular bedtime each night and making sure your child gets up around the same time each morning will help ensure they are getting enough sleep (or for you to detect more quickly when their sleep is being disrupted by nightmares or other problems). Similarly, having set mealtimes each day will help create order to the day. Beyond that, talking with children about what is going on — in developmentally appropriate ways — lets your child know they can share their problems and that you are around to support them.

How can people support friends and family without burning themselves out?

One of the big things is to try to treat this as a new normal. In times of crisis, we are willing to go all out and make large sacrifices knowing that the crisis will pass and we can recharge and reset however it makes sense. COVID-19 feels like this kind of crisis. But this way of coping only works if we know when that ending point might be, or if we know that we will have extra friends we can lean on or resources we can use in the long term. With COVID-19, we are facing chronic stress with the potential to last weeks and months. Even more, some people are clearly in situations where the impacts of COVID-19 are harder — for example, those who’ve already lost a job or can’t pay for typical expenses. So, while the current events are exceptional, we have to think about them as a new standard of living.

For Aldenderfer, a Transition with Honor

Mark Aldenderfer told his fellow third graders he wanted to be an archaeologist – an aspiration that was fulfilled in a spectacular manner. The acclaimed professor reached a landmark with his retirement in July. He joined UC Merced 10 years ago as dean of the School of Social Science, Humanities and Arts, following a long faculty career at the University of Arizona and UC Santa Barbara. Aldenderfer, whose work in anthropology and archaeology have taken him from lush jungles to the soaring mountains of Nepal, also was awarded the Edward A. Dickson Emeriti Professorship Endowed Chair, named for one of UCLA’s founders. He is the second UC Merced faculty member to receive the appointment, following Professor Leo Ortiz in 2006-07. Aldenderfer said he hopes to use the chair’s resources to organize data from his projects and “present them to museums and other curation facilities in Peru and Nepal so that future generations of local scholars can make use of them.”

For Aldenderfer, a Transition with Honor

Mark Aldenderfer told his fellow third graders he wanted to be an archaeologist – an aspiration that was fulfilled in a spectacular manner. The acclaimed professor reached a landmark with his retirement in July. He joined UC Merced 10 years ago as dean of the School of Social Science, Humanities and Arts, following a long faculty career at the University of Arizona and UC Santa Barbara.

Aldenderfer, whose work in anthropology and archaeology have taken him from lush jungles to the soaring mountains of Nepal, also was awarded the Edward A. Dickson Emeriti Professorship Endowed Chair, named for one of UCLA’s founders. He is the second UC Merced faculty member to receive the appointment, following Professor Leo Ortiz in 2006-07.

Aldenderfer said he hopes to use the chair’s resources to organize data from his projects and “present them to museums and other curation facilities in Peru and Nepal so that future generations of local scholars can make use of them.”

These Polymers Can Take a Punch

Her research sounds like something from a superhero movie. Professor Yue “Jessica” Wang and her lab are creating polymers that absorb and dissipate energy generated by impact. Someone get Batman on the line.

Wang attracted the attention of the Arnold and Mabel Beckman Foundation, which named her one of 10 winners of the Beckman Young Investigator Award for promising researchers in chemical and life sciences.

Wang’s lab develops organic, recyclable, biodegradable, wearable electronics. The $600,000 from the Beckman Foundation will be applied to materials that adapt dynamically to mechanical impact. Imagine a football helmet that gets tougher when a player is tackled or a wearable cell phone that protects itself when dropped.

“Our lab specializes in this class of organic electronic materials that can lead to new generations of electronic devices,” Wang said. “This award will allow us to take our work in an exciting new direction.”

"Our lab specializes in this class of organic electronic materials that can lead to new generations of electronic devices. This award will allow us to take our work in an exciting new direction."

Professor Yue “Jessica” Wang

WELCOME NEW FACULTY

APRIL - AUGUST 2020


  • John Abatzoglou
  • Rebeca Arevalo
  • Mayra Bamaca
  • Asa Bradman
  • Hui Cai
  • Spencer Castro
  • Jeanette Cobian
  • Santosh Chandrasekhar Mai-Linh Hong
  • Hua Huang
  • Elif Isbell
  • Hyeran Jeon
  • Crystal Kolden
  • Sarah Loebman
  • Felicia Lopez
  • Stefan Materna
  • Andrea Merg
  • Anna Nierenberg
  • Michele Nishiguchi
  • Tesalia Rizzo
  • Rachel Ryskin
  • Beth Scaffidi
  • Michael Thompson
  • Brian Utter
  • Siddaiah Yarra
  • Xuan Zhang