Three UC Davis graduate students are among 105 to receive Science To Achieve Results (STAR) fellowships from the Environmental Protection Agency. The STAR fellows will receive a maximum funding of $42,000 a year for up to two years for doctoral students.
The UC Davis recipients and their projects are: Rachel Wigginton, “Predicting Return of Ecosystem Services Based on Impacts of Invasive Ecosystem Engineers;” Matthew Whalen, “Biodiversity of native and invasive suspension feeders affects water quality and potential for harmful algal blooms” and Kelly Gravuer, “Maintaining ecosystem function under climate change: Understanding and managing plant-soil microbe community dynamics.” All three are doctoral students.
The Honda Smart Home at UC Davis’ West Village has got lots of attention since it was opened earlier this year. (For the latest, see this photospread in Dwell magazine).
Now Honda is making detailed plans and information about fixtures and fittings in the energy-efficient home available for anyone to download. In a blog post, Honda project manager Michael Koenig writes:
In the three months following our launch, the response to Honda Smart Home has been truly amazing. We’ve hosted over a thousand visitors in Davis including architects, builders, researchers, academics, media, policymakers and enthusiastic members of the public. And we’ve received inquiries and proposals from businesses all across the world looking to get involved in green building.
When people see a skunk, the reaction usually is “Eww,” but when they see a group of meerkats peering around, they often think “Aww.”
Why some animals use noxious scents while others live in social groups to defend themselves against predators is the question that biologists Tim Caro of the University of California, Davis and Theodore Stankowich of California State University, Long Beach and sought to answer through a comprehensive analysis of predator-prey interactions among carnivorous mammals and birds of prey.
Their findings appear in the online edition of the journal Evolution.
Contributed by Lynn Yarris, Lawrence Berkeley National Lab
“The interface is the device,” Nobel laureate Herbert Kroemer famously observed, referring to the remarkable properties to be found at the junctures where layers of different materials meet. In today’s burgeoning world of nanotechnology, the interfaces between layers of metal oxides are becoming increasingly prominent, with applications in such high-tech favorites as spintronics, high-temperature superconductors, ferroelectrics and multiferroics. Realizing the vast potential of these metal oxide interfaces, especially those buried in subsurface layers, will require detailed knowledge of their electronic structure.
Full post: Probing the surface, and just below
(802 words, 1 image, estimated 3:12 mins reading time)
UC Davis researchers study how fish benefit from Marine Protected Areas. Credit: Rennet Stowe (via Flickr)
If one were to set aside an area of the ocean that was off limits for fishing, how would that affect the population of, say, abalone, rockfish or some other fish species? How much catch would be lost or gained if certain areas were closed to fishing? And is there a way to balance conservation goals with the economic benefits or losses?
Congratulations to Brenda Marin-Rodriguez, an undergraduate student in the UC Davis College of Biological Sciences, who has been awarded one of nine Gilliam Fellowships for Advanced Study by the Howard Hughes Medical Institute. The fellowships provide $46,500 per year for up to four years to outstanding students from underrepresented groups pursuing graduate studies in life sciences.
Marin-Rodriguez, who is from Puerto Rico, has finished her classes at UC Davis and will graduate in June, 2013. She is currently an intern in the laboratory of Catherine Dulac at Harvard University, supported by an HHMI Capstone award. After graduating, she plans to pursue a Ph.D. in molecular biology, but hasn’t settled on a specific school yet.
Wednesday afternoon I joined a delegation of Chinese journalists, including the China News Service and People’s Daily, visiting UC Davis as they met with faculty and students of the Physics Department. Earlier, the group had lunch with Winston Ko, dean of mathematical and physical sciences, and met with Chancellor Linda Katehi.
Why are the Chinese media interested in UC Davis Physics? Apart from the growing scientific collaborations and flow of international students, there is an interesting little tale that links the Chinese leadership and the campus.
A high school robotics team in Ithaca, New York has built their own augmented reality sandbox, based on the model built by Oliver Kreylos and colleagues at UC Davis’s Keck Center for Active Visualization in Earth Sciences (KeckCAVES). A video of the UC Davis sandbox went viral last year, attracting over one and half million views to date.
The sandbox uses a Kinect controller from a Microsoft Xbox game console and a digital projector to read contours on real sand and project images such as contours or flowing water onto the sand.
Three new UC Davis startup companies working in clean hydrogen production, chip-scale magnetic sensors and tissue engineering have been admitted to the Engineering Translational Technology Center at the College of Engineering.
Woodall Tech, Inc.
We’re going to need a bigger boat: palaeontologists including UC Davis postdoc Lars Schmitz have described a 30-foot long ichthyosaur — an air-breathing, dolphin-like marine reptile — with five-inch long razor teeth that was likely the top predator in the ocean 244 million years ago. The fossil is described in a paper published in Proceedings of the National Academy of Sciences Jan. 7.
The fossil was found during a dig in Nevada, well-known as a site for ichthyosaur fossils. The researchers named the beast Thalattoarchon saurophagis, or “lizard-eating ruler of the seas,” because it likely preyed on other marine reptiles, filling the role of top predator of its time, like a modern Great White shark or killer whale.
Full post: Triassic “Jaws” found
(276 words, 1 image, estimated 1:06 mins reading time)