From Soil to Climate Solutions: Berhe Leads Sierra Nevada Research Institute into its Next Chapter

When Professor Asmeret Asefaw Berhe arrived at UC Merced in 2009, she and her husband, Professor Teamrat Ghezzehei, were leaving major research institutions to join a brand-new campus in California’s Central Valley. It was a leap of faith — one made easier by the Sierra Nevada Research Institute.

Hellman Fellowships Welcome Three New Members from UC Merced

As the Hellman Fellowships celebrate their 30th year, three more researchers, one from each of UC Merced’s schools, have joined the prestigious ranks of recipients.

Electrical engineering Professor Qian Wang, sociology Professor Meredith Van Natta and Earth systems Professor Adeyemi Adebiyi will receive funding through their fellowships for projects they have proposed.

Damaging Lightning-Caused Wildfires Likely to Increase in a Few Years, Researchers Find

Lightning from thunderstorms rolling through Central California on Sept. 2 ignited numerous wildfires, including several large fires in the Sierra Nevada foothills that had burned more than 19 square miles by Wednesday morning. The California Governor’s Office of Emergency Services recorded more than 9,000 lightning strikes in a single day.

Lightning is a major source of wildfire ignition in the western United States every summer.

Open Arms, Open Skies: Students Welcomed at Spirited, Soggy Scholars Bridge Crossing

Spirits were high and futures bright while all else was soaked in a summer storm that made Tuesday morning’s Scholars Bridge Crossing, UC Merced’s traditional greeting to new students, a welcome unlike any before.

Call them Thunder ‘Cats.

The ceremony embraced about 2,000 first-year and transfer students to a campus that this fall semester marks 20 years since the first undergraduate class began at the newly built institution, bringing the power of a University of California education to the Central Valley.

Simple Chemical Treatment Makes Next-Gen Electronics More Reliable

A team of international researchers has discovered that a simple chemical treatment can enhance the strength and reliability of one of the world’s thinnest materials for use in future electronics.

The study, published in Nature Communications, demonstrates that treating monolayer molybdenum disulfide (MoS₂) with a specialized acid not only repairs tiny defects in the material but also enhances its durability and electrical conductivity consistency.

Buhach Valedictorian Pursues Environmental Engineering at UC Merced this Fall

This is part of a series of profiles of new UC Merced Bobcats enrolled for the fall 2025 semester.

Drake Ledford was an exemplary high school student, earning a 4.29 GPA. The Merced Union High School District (MUHSD) recognized him as one of its top scholars. He was also honored as valedictorian for his class and a California Scholarship Federation Sealbearer, the highest level of recognition for academic achievement, at his graduation in June.

Vaping Produces a Chemical that Destroys Human Tissue, Research Shows

In addition to being used recreationally, marijuana and cannabidiol, or CBD, one of the cannabinoids produced by the marijuana plant, are thought to have medical benefits such as helping with chemotherapy-induced nausea, treating epilepsy, relieving pain and helping with a variety of mental health issues.

Black Engineering Society Earns Regional Chapter of the Year

The National Society of Black Engineers, established at UC Merced in 2007, is one of the campus’s oldest and most active student organizations. It provides support, guidance and advocacy for its members through their college journeys and beyond.

All that hard work has been recognized by the national NSBE organization, which recently awarded UC Merced its Region VI Chapter of the Year award during its convention in Chicago.

Tiny Artificial Cells Can Keep Time, Study Finds

A team of UC Merced researchers has shown that tiny artificial cells can accurately keep time, mimicking the daily rhythms found in living organisms. Their findings shed light on how biological clocks stay on schedule despite the inherent molecular noise inside cells.