California State University (CSU) Lab Sites
A large number of CSU campus laboratories statewide are conducting leading-edge research. The available research projects vary greatly from year to year and campus to campus. Our top CSU labs provide a vibrant research environment often with fewer practical access barriers than national laboratories.
- Cal Poly San Luis Obispo
- Fresno State
- Sacramento State
- Channel Islands
- San Francisco State University (Main Campus)
Previous Cal Poly Projects:
- To Fish or Not to Fish? What effect do California’s marine protected areas have on up-and-coming Kellet’s whelk fishery?, Jennifer Greene
- Do marine protected areas affect emerging fisheries population density?, Jennifer Greene, Katherine O. Grady, Crow White, and Danielle Zacherl
- Determining Antimicrobial Activity in Hydrolysates Obtained from Buttermilk Substrates by Trypsin and Pepsin, Deborah Kim, Karen Ramun, Stephanie Carpintero, Suyapa Padillo, Antonio-Jose Trujillo, and Rafael Jimenez-Flores
- Are Circadian cycles the dominant proteome rhythym in the intertidal mussel Mytilus californianus?, Kristina M. Koster, Cory Elowe, and Lars Tomaneks
Previous Fresno State Projects:
- Identifying Glacial Movement through Fluvial Sediment Analysis, Alexis D. Freeman
- Chemical Oxygen Demand Reduction Using the algae Dunaliella primolecta and Chlorella vulgaris, Angeles L. Mora, Alejandro Hernandez, and Alejandro Calderón-Urrea
Previous Sacramento State Projects:
- Impacts of kelp forest restoration on species richness and carbon sequestration, Lisa Calhoun and Jamie Kneitel
- Father Convict Cichlids Bite Intruders More Often in Hot Temperatures, Jesse L. Heckendorf
- Winter Freeze Decreases the Emergence of Fauna and Flora in California Vernal Pools, Korena S. Hendryx and Jamie Kneitel
- Mother Convict Cichlids Inflict More Bites Upon an Intruder in Hot Temperatures, Jesse L. Heckendorf
Previous Channel Islands Projects:
CSU Channel Islands proudly partners with the US Geological Survey to conduct work on Santa Rosa Island. Fellows working on island projects will participate both on the island, staying at the CSU Channel Islands field biology station, and the main campus as the project needs require. Transportation to and from the island is coordinated by the Channel Islands staff. The USGS lab works on a variety of rare plant ecology and restoration projects in Channel Islands National Park. Before ranching ended, Santa Rosa Island had extensive shrublands and woodlands with plants that captured summer fog water to survive a time of year that would otherwise be dry. We are engaged in a three year project on the crucial high point of the island to restore the vegetation by slowing erosion and rebuilding soil, replanting shrubs and trees, and using artificial structures and the plantings to capture fog and enhance the self-sustainability of the vegetation. Learn more about this project through an interview with Dr. McEachern.
Channel Islands Fellows will engage in restoration research in the island interior on three or four 7-10 day island rotations during the summer. The work is physically demanding and remote, working in a National Park few people get to visit. Island accommodations are bunkhouse-style with a shared kitchen (Fellows pack-in their own food).
- Impacts of Fog Drip on Survivorship and Growth of Native Herb and Shrub Seedlings on Santa Rosa Island, Julianne Bradbury, Ken Niessen, and Kathryn McEachern
- The Pioneer of Santa Rosa Island, Andrea Martinez, Michael Perez, Kathryn McEachern, Sarah Chaney, and Ken Niessen
- Sediment Loss of Santa Rosa Island Slopes: An Erosional Study, Michael Perez
Previous San Francisco State University Projects:
SFSU has two distinct STAR Research sites. The Romberg Tiburon Center for Environmental Studies (see RTC page) does work related to marine and estuarine environments. Additional projects will be available on the SFSU main campus including:
Nanoscale Devices Project: Our research focuses on the electronic, optical and electro-optical properties of nanoscale devices made from two dimensional and zero-dimensional systems. These devices are made from a recently discovered family of materials which are only a few atoms thick. These materials include graphene, one atom thick carbon membrane, and transition metal dichalcogenides (MoS2, MoSe2, WS2 and WSe2). The zero-dimensional materials include quantum dots and different metal nano-particles. STAR Fellow projects are likely to involve studying the photoluminescence properties, micro-Raman spectroscopy, photocurrent spectroscopy and growth of these nanoscale materials. More info on this research group can be found on their webpage. (Image Caption: Photoluminescence image of atom thick MoS2 semiconductor. The size of the butterfly flake is 25 micrometers in length. Colors represent fluorescent-photons energy.)
Examine a 2016 project with this lab group:
- Drag reduction using graphene in viscous laminar flow with water and isopropano. Jessica M. Patalano and AKM Newaz.
Where is Cal Poly San Luis Obispo?
Where is CSU Fresno?
Where is CSU Sacramento State?
Where is CSU Channel Islands?
Where is Santa Rosa Island?
And where is the SFSU Main Campus?