Graduate Students Directory
To create the full e-mail address, you should add "at ucdavis dot edu".A B C D E F G H I J K L M N O P Q R S T U VW X Y Z
John Albers
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: jralbers
Frank Anderson
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: feanderson
Teaching Assistantships: Global Climate (ATM 5), Severe and Unusual Weather (ATM 10), Atmospheric Physics and Dynamics (ATM 60), Meteorological Instruments and Observations (ATM 124).
Brooke Bachmann
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: babachmann
Jonathan Bower
3129 Plant & Environmental Sciences Building
Office: 530-752-2083 Email: jpbower Personal Webpage
Won Sik Choi
Plant & Environmental Sciences Building
Office: 530-752-7083 Fax: 530-752-1793 Email: wschoi
Research Interests: Tropospheric chemistry, air quality, and aerosol/cloud chemistry.
Currently, I am working to measure formaldehyde at Blodgett forest (coniferous forest) to understand the effects of biogenic vs. anthropogenic VOCs on ozone and organic aerosol formations. I am also working to measure dimethyl sulfide (DMS) in coastal regions and lakes/rivers.
Stephen Conley
Plant & Environmental Sciences Building
Office: 530-752-7083 Fax: 530-752-1793 Email: saconley
Hui Du
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: huidu Personal Webpage
Research Interests: Large scale ocean-atmosphere interaction, intraseasonal oscillation, regional climatic change, numerical weather prediction, numerical model.
I am currently working on how the changes of landuse in Caliornia affect the local climate. In particularly, we are focusing on the changes of the precipition from the changes of landuse since early 20's century.
Marisol Garcia Reyes
Bodega Marine Laboratory
Email: solgarcia
Research Interests: I'm interested in numerical simulation and modeling, ocean/land-atmosphere interaction. Currently associated with the biometeorological group.
Danielle Groenen
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: degroenen
Dustin Grogan
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: dfgrogan
Elena Hanrahan
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: ehanrahan
Teaching Assistantships: Severe and Unusual Weather (ATM 10).
Jian Lin Hu
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: jjlhu
Joelle Hulbert
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: jmhulbert
Jordan Kirkner
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: jjkirkner
John Kochendorfer
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: jkoch
Teaching Assistantships: Severe and Unusual Weather (ATM 10) and Meteorological Instruments and Observations (ATM 124).
Research Interests:
Micrometeorology energy-budget closure, turbulent coherent structures, and edge effects on micromet turbulent exchange and advection. Field work thus far has focused on evapotranspiration measurement at two riparian areas within the Cosumnes River Preserve.
Brent Laabs
Email: bslaabs
Adam Laputz
Email: awlaput
Jung-Hyun Lee
TB 207
Office: 530-754-8584 Email: atmlee
Teaching Assistantships: Severe and Unusual Wather (ATM 10), Weather Observation and Analysis (ATM 110), Radiation and Satellite Meteorology (ATM 128).
Research Interests: Air pollution study, air quality modeling, photochemical mechanism reduction, artificial neural networks.
Stephen Robert Lightfoote
Email: srlightfoote
Bruce McDowell
Lawrence Livermore National Lab
Office: 510-423-3261 Fax: 510-424-3008 Email: bkmcdowell
Ashley Dawn Mefferd
Hoagland Hall 236Office: 530-752-7083 Fax: 530-752-1793 Email: admefferd
Erwan Monier
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: emonier Personal Webpage Erwanhome.org
Teaching Assistantships: Severe and Unusual Weather (ATM 10).
Research Interests: Large-scale dynamics, global atmospheric circulations and intraseasonal oscillations.
I am currently studying the boundary influences on the Madden and Julian Oscillation (MJO) employing the PSU/NCAR mesoscale model (known as MM5) as well as the WRF (Weather Research and Forecasting) Model with the ERA-40 reanalyses data from the ECMWF.
Kristin Maire Raisanen
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: kmraisanen
Honza Rejmanek
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: hrejmanek
Stephen Santilena
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email: stsantilena
Aude Valade
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email
: avalade
Joshua Tyrell Walker
Hoagland Hall 236
Office: 530-752-7083 Fax: 530-752-1793 Email
: jtwalker
Sonia Wharton
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: swhartonr Personal Webpage
Teaching Assistantships: Global Climate (ATM 5).
Research Interests: Forest micrometeorology, carbon exchange between terrestrial ecosystems and the atmosphere, regional and global climate change.
My research involves quantifying fluxes of energy, water, and carbon within an old-growth forest (~500 yrs old!) in Washington State. My real passion is climate change, so I'm especially interested in how variable net carbon exchange is within this forest and how climate change may affect carbon uptake in the future.
Liyi Xu
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: lxu Personal Webpage
Teaching Assistantships: Severe and Unusual Weather (ATM 10).
Research Interests: Biometeorology, eddy covariance flux measurements, carbon flux, energy budget, turbulence transport.
I'm currently working on carbon exchange between forests and the atmosphere at the old-growth conifer forest at Wind River, Washington. I'm also interested in carbon drainage on forest floor, however, my biggest interest right now is to incorporate eddy-covariance data into the WRF (Weather Research and Forecasting) Model.
Zhan Zhao
Hoagland Hall 230
Office: 530-752-7083 Fax: 530-752-1793 Email: zzhao
Research Interests: Air pollution, atmospheric modeling, data assimilation.
I am trying to use the WRF (Weather Research and Forecasting) Model to find the sources of air pollutants in California. I will put tracers in the WRF model and also use some signals to get more information on each source point.