In memoriam: Robert Goldberg, 82, renowned plant biologist and revered UCLA educator

Robert B. "Bob" Goldberg, a pioneering UCLA genetic scientist whose research transformed plant molecular biology and agricultural biotechnology and whose award-winning teaching over five decades enriched the lives of generations of UCLA students, died Nov. 21. He was 82.

Goldberg, a distinguished professor of molecular, cell and developmental biology, began his UCLA career as an assistant professor in 1976 after earning a Ph.D. in plant genetics from the University of Arizona, conducting postdoctoral research at Caltech and serving for several years on the faculty of Wayne State University.

At the time, he joined what was known as the biology department, where the field of molecular, cell and developmental biology would later emerge as a distinct subdiscipline. As the discipline evolved and eventually formed into the UCLA Department of Molecular, Cell and Developmental Biology in the 1990s, Goldberg served as a founding member, helping establish the department's scientific breadth, academic culture and commitment to excellence.

The science of seeds and crops: Discovering the 'Holy Grail'

A trailblazer in the developmental genetics of plants, Goldberg was among the first scientists to illuminate the regulatory networks that control gene expression during plant development, particularly during the reproductive phase. His laboratory's insights into plant gene regulation have had far-reaching impacts across biology, agriculture and biotechnology.

Among his most influential scientific contributions, Goldberg helped develop the barnase-barstar system, a powerful tool to genetically engineer male-sterile plantsand then restore fertility after crossbreeding. The technique is used widely in hybrid seed production and has been applied globally to improve yields in canola and other essential crops - with profound implications for food production and the global food supply. In 2000, UCLA Newsroom named the finding one of the university's top 15 all-time research innovations.

"This technology was always like the Holy Grail," Goldberg told UCLA Magazine in 1999. "We knew that if we could do this, it would be incredible."

He also co-founded Ceres Inc., a biotechnology company dedicated to translating plant genomics into practical agricultural innovations - an example of his commitment to bridging basic research and real-world impact.

Goldberg's leadership extended beyond his laboratory. He was the founding editor-in-chief of The Plant Cell, now one of the field's premier journals, and he co-directed the Seed Institute, an intercampus University of California initiative launched in partnership with Ceres and dedicated to advancing seed biology through collaborative research.

► Read more about Goldberg's research and career in UCLA Magazine's "Goldberg Variations"

His achievements were recognized with some of the highest honors in science, including election to the National Academy of Sciences in 2001 and the American Association for the Advancement of Science in 2009. Other accolades included the Stephen Hales Prize from the American Society of Plant Biologists in 2015 and Brazil's National Order of Scientific Merit, reflecting the worldwide influence of his work.

Teaching: Making science 'exciting, relevant and fun'

Equally remarkable was Goldberg's deep passion for teaching and mentorship. He was known on campus for his dynamic, innovative and demanding courses, which featured multimedia storytelling, student-created films and a Socratic, highly interactive learning environment.

"If I had to say what were the most creative things I've ever done in my career, it's absolutely been in the classroom," Goldberg told the journal PNAS in 2012. "I always believed in trying to interest my students. My job was really to stimulate them and make science exciting, relevant and fun, yet still rigorous. And if that meant that I had to work 7 days a week and go without sleep, then that was the way it was going to be."

He also helped launch a pioneering long-distance, multicampus course on genetic engineering, expanding access to modern scientific education and embodying his commitment to public engagement and science literacy. It was one of the first interactive, online courses of its kind at the time.

Goldberg's unique teaching approach was highlighted nationally in Newsweek's 2009 "In Search of Great Professors" - which featured four instructors across the country who "excite and inspire their students and … break down the wall that too often separates the classroom from the real world" - and his online course Genetic Engineering in Medicine, Agriculture and Law was selected as one of "America's 10 Hottest Classes" the same year by the Daily Beast.

An expert for the public

Beyond campus, Goldberg was an influential voice in public discussions of biotechnology, genetics and genetically modified foods. His outreach efforts, including contributions to documentaries and public forums, helped bridge the gap between scientific research and societal understanding.

"We extend our heartfelt condolences to his family, friends, students, colleagues and all who were touched by his remarkable life and career."

In lieu of flowers or gifts, Goldberg's wish was to support UCLA's Mildred E. Mathias Botanical Garden. A donation to seating at the garden named in his honor can be made here.