Pulitzer Prize-winning journalist and author Héctor Tobar and HP Inc. Chief Diversity Officer Lesley Slaton Brown are the keynote speakers for the University of California, Merced’s 12th commencement exercises, May 13 and 14.
It’s time for the annual celebration of one of the main missions of UC Merced, along with education and public service — research.
From March 6-10, people on and off campus can get an up-close look at how UC Merced research fosters the development of students and faculty and extends growth from within the local neighborhood to the global academic community.
Social Justice Initiatives and the Office of Campus Climate will host “Talking Circles,” a space to create dialogue about inclusive opportunities at UC Merced, from 9 a.m. to 5 p.m. Jan. 20. The space is open to the campus community for reflection, quiet contemplation, crafting and individual connection.
A new study identifies genetic changes in Native Americans that came about when Europeans settled in the Pacific Northwest and might have played a major role in why so many natives died of infectious disease.
Scientists have been synthesizing lipid membranes from a variety of materials, making them as lifelike as possible to learn more about how cells work and how they can be manipulated.
Pulitzer Prize-winning journalist and author Héctor Tobar and HP Inc. Chief Diversity Officer Lesley Slaton Brown are the keynote speakers for the University of California, Merced’s 12th commencement exercises, May 13 and 14.
The depth and breadth of post-diagnosis care for cancer patients often depends on the resources available to them.
UC Merced is relaunching its branch of the Blum Center for Developing Economies with a focus on food secur
Kestrels are a fixture among the birds on the 
A new study identifies genetic changes in Native Americans that came about when Europeans settled in the Pacific Northwest and might have played a major role in why so many natives died of infectious disease.
Scientists have been synthesizing lipid membranes from a variety of materials, making them as lifelike as possible to learn more about how cells work and how they can be manipulated.
