Los Angeles is where the urban and the wild meet. Located near the Santa Monica Mountains in a garden like setting UCLA is home to a wide variety of flora and fauna. Professor Wayne Dollase has created an online database of the more than 550 plant species on the UCLA campus. You can learn more in this article and access the database on this page.
In 2015, a team of students in the Action Research Team program conducted bird and insect surveys and identified 37 species of birds. UCLA is a living laboratory for biodiversity research and teaching with students, faculty and staff collaborating on campus. The Shaffer Lab is studying reptiles and amphibians on campus and Tom Gillespie‘s classes conduct research on an area of campus known as Sage Hill. These projects and others contribute to the Sustainable LA Grand Challenge, a university-wide research project that will develop a plan for the LA region to reach 100% sustainability in energy and water by 2050 while enhancing biodiversity.
Hidden behind the Anderson School of Management is a daylit portion of creek known as Stone Canyon. UCLA students, staff and faculty have partnered with the Santa Monica Bay Foundation to restore this section of creek with native plants. Another restoration project is being considered for an area of campus known as Sage Hill, and a high level campus committee is working on a plan for the area.
Stone Canyon Restoration Project
On the south of campus, the Mildred E. Mathias Botanical Garden (MEMBG) is a living museum, having special collections designed to assist the undergraduate teaching mission at UCLA and to augment the capability for research on campus. MEMBG serves as a long-term repository for unusual plants, a refugium for biodiversity. This facility offers its educational content to the campus community, residents of Los Angeles, and visitors from around the world to enhance learning about plants and promote greater appreciation for relevance of plants to society.
A living museum at UCLA – the Mildred E. Mathias Botanical Garden
Off campus, the UCLA Stunt Ranch Santa Monica Mountains Reserve forms one of 39 ecological reserves operated by the University of California Natural Reserve System (NRS), and is the only reserve managed by UCLA .The NRS network of reserves spread across all parts of California provides venues for world-class research and education in the environmental sciences, and is a unique resource unparalleled anywhere else in the world.
Also in the Santa Monica Mountains, the La Kretz Field Station is a unique, collaborative project between the UCLA La Kretz Center and the National Park Service. The location is ideal for facilitating students and visitors alike to work on collaborative conservation projects in the Santa Monica Mountains and across Southern California. The Field Station provides a natural bridge between our more laboratory-based activities on the UCLA campus and collaborative ecological work in the field. The La Kretz Center for Conservation Science helps preserve California’s biodiversity and ecosystems through research, education and public programs. They supply the scientific research needed to inform management actions to protect and restore California’s fragile biodiversity resources.
In the Owens Valley, UCLA Manages the White Mountains Research Center, which consists of four research stations located along a 10,000-foot elevational gradient. Owens Valley Station, located in the town of Bishop, lies within the transition zone between the Sierra Nevada to the west and the Basin and Range biogeographical province to the east. Surrounded by semiarid scrubland and riparian woodland, it provides a base for year-round research in the region. Roughly 6,000 feet higher and 1.5 hours of driving time away are the log walls of Crooked Creek Station, sited amidst montane woodland and sagebrush hills. Nearby grow two groves of bristlecone pine that include the oldest trees in the world. Higher still are Barcroft Station, surrounded by alpine fellfield and sporadic permafrost above treeline, and Summit Station, subject to extreme solar radiation and fierce winds.