Citizen scientists monitor changes in bird song using high-tech circuit boards and computer visualization.
This multi-year project engages students in all phases of restoring riparian habitat along the stretch of Copeland Creek that bisects the Sonoma State University campus.
A comparison of reptile and amphibians diversity and abundance in marsh, woodland and grassland.
Amphibians and reptile responses to changing weather conditions provides insights into how climate change will affect these species.
Multiple studies of the factors affecting the spread and severity of Sudden Oak Death at the Fairfield Osborn Preserve.
Douglas fir encroachment into oak woodlands is occurring across the Pacific West and is thought to be caused by a historic reduction in fire frequency. The loss of oak woodlands due to this process is causing declines in biodiversity and abundance of native species. Multiple studies assess rates of conversion at the SSU Preserves.
We are exploring opportunities for small overnight camping facilities at the Osborn Preserve.
Parts of the Laguna de Santa Rosa have been invaded by non-native Ludwigia. Sonoma Water is removing sediment from the Laguna near Stony Point Road in Rohnert Park to create a narrower, deeper, more shaded channel that could reduce habitat for this species. We are monitoring changes in channel shape and species distribution to determine the efficacy of this approach.
Multiple studies investigate impacts and control strategies for non-native Himalayan blackberry, Rubus armeniacus, at the Fairfield Osborn Preserve.
Students have established long-term monitoring transects in the upper watershed at the Fairfield Osborn Preserve, the alluvial fan east of campus, and on the SSU campus.