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Three UC Merced researchers have recently received the prestigious Hellman Fellowship.

Computer science and engineering Professor Shijia Pan, economics Professor Briana Ballis and life and environmental sciences Professor Xuan Zhang have all been named Hellman Fellows.

Being able to accurately predict how the climate will change in the future is one of the most important quests of our lifetimes. A key to better prediction is the fundamental understanding of how particles in the atmosphere are connected to climate and climate change. One way to do that is to better understand the interactions between desert dust particles and radiation — from the sun and the Earth's surface.

Carbon dioxide (CO₂) is a greenhouse gas that is contributing to irreversible climate change. Scientists know how to capture CO₂, and they know how to transform it into useful molecules and materials.

But that transformation is neither energy nor cost-effective.

Through a prestigious grant from the Department of Energy (DOE), a diverse group of scientists, including a chemist from UC Merced, plan to address that problem by coupling two chemistries which are known to work independently, but don't work well together.

Although climate change is still a very real challenge, the past decades of efforts to reduce the effects of human activities on the atmosphere have been potent enough to have thrown off the models scientists use to understand and forecast the atmosphere’s chemical composition and cleansing capacity.

UCs Merced and Santa Cruz became the newest campuses in the system to be named an agricultural experiment stations (AES), UC President Michael Drake announced at today’s Regents’ meeting.

They are the first campuses in more than 50 years to earn the designation.

Undergraduates will have a new, one-of-a-kind class they can sign up for this fall — Climate Justice — a hybrid course that features lectures by faculty from all 10 UC campuses.

Graduate students who are passionate about their research, concerned about the environment and eager to reach across disciplinary boundaries are invited to apply for a three-week summer program in which they will team up with like-minded scientists and engineers to design solutions to environmental sensing challenges.

Graduate students and a convergence of physics, engineering and environmental science could result in not only the next generation of solutions to pressing environmental challenges, but a new group of diverse and globally competitive nano-engineers, as well.

A nearly $2 million grant from the National Science Foundation (NSF) will train about 200 graduate students over the next five years as they learn and work to develop nano-sensors to better manage resources.

With a new $20 million federal grant, UC Merced becomes part of a multi-institutional research collaborative to develop artificial intelligence — or AI — solutions to tackle some of agriculture’s biggest challenges related to water management, climate change and integration of new technology into farming.

Half a world away from California’s Central Valley is a place with similar climate but an unparalleled diversity of plants, marine animals and ecosystems. From deserts to shrubland to montane forests, the diversity of life in South Africa’s Greater Cape Floristic Region (GCFR) is the subject of NASA’s first biodiversity campaign led by UC Merced Professor Erin Hestir.