by Alireza Pourreza, Assistant Professor of Cooperative Extension for the Department of Biological and Agricultural Engineering, and Kristin Singhasemanon, AIFS Communications and Marketing
Researchers at UC Davis are using drone imagery and advanced modeling to track nitrogen levels in almond orchards — a step toward more efficient farming. This approach could help growers optimize fertilizer use, protect water quality and improve sustainability in California agriculture
From ignition to spread, Jeanette Cobian-Iñiguez is using mechanical engineering to explore the science behind wildfire behavior, helping improve wildfire prediction, management and communication, especially in multilingual communities. Now at UC Davis, she’s building collaborations and inspiring the next generation of engineers.
Assistant Professor of Biological and Agricultural Engineering Shamim Ahamed leads a technical assistance and educational effort for the soilless approach to agriculture in the Golden State. The method lets farmers get more out of their water and put less pressure on the state water budget.
Construction materials such as concrete and plastic have the potential to lock away billions of tons of carbon dioxide, according to a new study by civil engineers and earth systems scientists at UC Davis and Stanford University.
Assistant Professor Yi Wang is part of a new NSF-funded engineering research center using biomanufacturing as a means to shift the manufacturing industry toward zero or negative emissions by converting carbon dioxide into environmentally friendly chemicals and products.
The materials science and engineering researcher and an interdisciplinary team formed at the Research Corporation for Science Advancement's Scialog have received funding to investigate water-free mining of valuable metals like iron and lithium.
From fire-detecting drone swarms to optimally efficient human-autonomy collaboration, the UC Davis mechanical and aerospace engineering professor and a principal investigator at CITRIS uses complex technological systems to address complex challenges.
Producing materials such as steel, plastics and cement in the United States alone inflicts $79 billion a year in climate-related damage around the world, according to a new study by engineers and economists at the University of California, Davis. Accounting for these costs in market prices could encourage progress toward climate-friendly alternatives.
Since the largest contributor to emissions is use of fossil fuels, the clearest path to lowering emissions is reducing use of coal, oil, and gas. However, one ubiquitous material, concrete, produces over 7% of anthropogenic CO2, with less than half of these emissions attributable to fuel and, as such, requires other decarbonization strategies.
With recent $1.98 million in funding from the U.S. Department of Energy, an interdisciplinary team of researchers aims to decarbonize the industrial sector by efficiently extracting ultra-low-grade waste heat from gas streams and using it for various applications in the food and beverage industry.
