Patty Guerra

When the city of Fresno and the San Joaquin Valley Air Pollution Control District wanted specifics about the impacts of truck traffic on the health of some of the city's most vulnerable residents, officials turned to UC Merced's Community Labor Center (CLC) and public health Professor Sandie Ha.

Agriculture is in a time of daunting challenge: The world's population is growing and climate change is impacting every area of the food supply chain.

Researchers from across the country who are working to address that challenge met at UC Merced this week. They are part of the Internet of Things for Ag, a National Science Foundation-funded research center uniting the University of Pennsylvania, UC Merced, Purdue University and the University of Florida.

A translucent guide for needle placement to alleviate spinal pain. A collection system for urine to use as fertilizer. A system that attaches to the vents of a commuter train network to reduce the noise air makes when it is expelled. An artificial intelligence-powered chatbot to answer questions for website visitors and assist in event planning and organization.

These are some of the winning projects at UC Merced's spring 2024 Innovate to Grow, or I2G, program.

National Parks are magnificent landscapes where the public can go for sightseeing and recreation. They also are research labs - gorgeous, awe-inspiring and wild research labs, to be sure. And the science conducted there can help ensure that the parks' natural beauty will be available for generations of people to come and enjoy, and also support local and national issues calling for sustainable management.

Researchers at UC Merced examined the relationship between science and the parks and how both can serve each other better.

California high-speed rail, a multibillion-dollar project designed to connect the Central Valley to Los Angeles and the Bay Area, promises swift transportation, the protection of agricultural land and contributions to a cleaner environment.

It's also providing a lot of jobs - from design to construction to, eventually, operation.

University of California and campus leaders broke ground Tuesday evening on a building to be constructed of steel, glass and Earth-friendly electronics.

But the Medical Education Building at UC Merced is also fashioned from decades of dreams and dedication of those determined to improve health access in the Central Valley.

Much of the work Yue (Jessica) Wang does at UC Merced sounds like science fiction: She creates flexible material that gets stronger the more you hit it. And it conducts electricity.

Science, yes. Fiction, no.

This work is happening. It was featured in a presentation materials scientist Di Wu from the Wang lab delivered this spring at the American Chemical Society meeting in New Orleans.

The speakers who will address graduating UC Merced students at their commencement ceremonies May 10-12 come from a variety of backgrounds and achievements, but all three are vanguards in their fields.

Sometimes public service at UC Merced looks like finding ways to grow crops with a changing water supply. Or delving into how children translate for their non-English-speaking parents.

And sometimes it looks like picking up a paintbrush and refurbishing park benches and curbs at Lake Yosemite.

The world of energy is changing so quickly that the processes used for planning can’t keep up.

UC Merced electrical engineering Professor Sarah Kurtz took part in a study that showed how swiftly the needs and resources for electricity are shifting. The study, “How Demand-Side Management Can Shape Electricity Generation Capacity Planning,” was published last week.