A new project led by UC Davis historian Charles Walker will digitize documents of the Peruvian Peasant Confederation (Confederación Campesina del Perú, or CCP) and make them accessible online.
Each spring, mountaineers from around the world make the trip to the Himalayas with the goal of summiting Mount Everest, the world’s tallest peak.
The number of climbers who successfully set foot on the summit has doubled since the 1990s, reaching as high as 60% in the past decade, according to a new study from researchers at UC Davis and the University of Washington. Meanwhile death rates have remained unchanged, despite the rise in climbers crowding the routes near the peak.
The College of Letters and Science saw another strong year for research awards in fiscal year 2019-20, contributing to the new UC Davis record for research funding during this period.
Assistant professor of statistics Jairo Fúquene Patiño has been recognized as a 2020 CAMPOS faculty scholar by the UC Davis Center for the Advancement of Multicultural Perspectives on Science, or CAMPOS. The center focuses on building diversity in science, technology, engineering and mathematics.
His research focuses on Bayesian approaches, which involve applying probability to statistical analysis of data-driven problems in public health and medicine, environmental data, and survey sampling data, among others.
Germanium-manganese compounds can have a wide variety of structures with different electronic, magnetic or thermal properties. Scientists are interested in these materials which could have applications in next-generation technology for memory storage, sensors or electronics, among other things. But working out the properties of these materials can be challenging, especially for compounds that only exist under conditions of high heat or pressure.
Annaliese Franz, professor in the Department of Chemistry, is one of seven scientists at UC Davis who are receiving grants to advance research and innovations with commercial potential. The recipients are addressing an important range of challenges — from cancer to climate change — with unique solutions.
Two UC Davis student teams are taking part in the international Biodesign Challenge June 15–19. They are among 45 finalists from 12 countries who will present their projects during the virtual Biodesign Challenge Summit 2020. This is the first year UC Davis has had two teams in the competition. Five of the seven students are in the College of Letters and Science.
Hundreds of Filipinos answering a UC Davis survey tell researchers that 40 percent of their homes have a health care worker living there and more than 95 percent say they had not been tested for the coronavirus. The project is being conducted by the Bulosan Center for Filipino Studies in the Department of Asian American Studies.
Undergraduate research provides students with skills that employers value, including critical thinking, collaboration and communication. One way students practice those skills is participating in the annual Undergraduate Research, Scholarship and Creative Activities Conference.
To stay a step ahead of the virus, an interdisciplinary team of UC Davis researchers will use mathematics, data science and experimental biology to predict potential mutations of the novel coronavirus. The proposed research was recently funded by a $200,000 RAPID grant from the National Science Foundation.
The ichthyosaurs were sleek, dolphin-like marine reptiles that roamed the oceans while dinosaurs ruled on land. But the earliest known member of the group was a short, seal-like animal that could likely pull itself onto land.
Now, scanning of that animal’s skull shows that it likely fed on hard-shelled animals such as shellfish and crabs. The appearance of similar teeth in other ichthyosaurs gives insight into how these animals were evolving in the wake of the mass extinction at the end of the Permian era, 250 million years ago.
The 2016 Dishchii’bikoh meteorite fall in the White Mountain Apache reservation in central Arizona has given scientists a big clue to finding out where so-called LL chondrites call home.
Changes in a specific type of sugarlike molecule, or glycan, on the surface of cancer cells help them to spread into other tissues, according to researchers at the University of California, Davis. Published March 23 in Proceedings of the National Academy of Sciences, the work could lead to diagnostic tests and new therapies to slow or stop the spread of cancers.
