With support from California Climate Investments, the California Conservation Corps (CCC) is reducing wildfire risks by removing hazardous fuels in Paradise, Lake Tahoe, and Arcadia as part of the Training and Workforce Development Program. Through fuels reduction projects, Corpsmembers have treated over 90 acres of fire-prone land, creating defensible space and improving community safety. These efforts not only protect residents but also provide young adults with hands-on experience in forestry and wildfire mitigation, preparing them for careers in fire management and conservation.
California Department of Food and Agriculture
Supported by a $565,470 grant from the California Department of Food and Agriculture’s Alternative Manure Management Program, Paul Danbom of Brindeiro & Danbom Dairy Farms in Turlock took a significant step towards improving the efficiency of his dairy operation and installed a new solid separation system. Instead of flushed manure being discharged directly into a settling pond and storage lagoon system, it is now pumped through a separator capable of capturing a large portion of manure solids, keeping that organic material from entering and decomposing in a liquid environment where it would produce methane.
California Department of Forestry and Fire Protection
In 2021, the Forest Health Research Program awarded California Climate Investments funding towards research aimed at determining how to leverage existing carbon incentives to increase utilization of woody biomass residues. The project, which seeks to increase biomass utilization throughout the state, examines the return on investment for a variety of low-value forest products for which the market is unpredictable or simply doesn’t exist.
California Department of Forestry and Fire Protection
With a $100,000 grant from CAL FIRE’s Forest Health Research Program, Joelene Tamm a master's student at UC Riverside and Squaxin Island Tribal member, is partnering with the La Jolla band Luiseño Indians to investigate how indigenous cultural burning practices and traditional ecological knowledge can be used to support management of the invasive goldspotted oak borer, an invasive beetle.
California Department of Forestry and Fire Protection
Supported by a $500,000 grant from the Forest Health Research Program, the Sequoia Foundation, in partnership with the California Department of Public Health and others, is investigating the impacts of increasing prescribed fire on air quality and public health outcomes. Although prescribed fire plans are designed to limit air quality impacts to communities, they still produce some level of smoke. In this project, this interdisciplinary team will collect information that can help minimize the impacts of this smoke through a combination of smoke modeling, exposure assessment, health analysis, and community engagement.
At the University of California’s Blodgett Forest Research Station in the central Sierra Nevada Mountains, the long running Fire and Fire Surrogate study has provided critical information to forest managers and landowners on the use of prescribed fire and restoration thinning. With a $454,772 grant from California Climate Investments through the California Department of Forestry and Fire Protection’s Forest Health Research Program, Dr. John Battles, Dr. Scott Stephens, and other researchers are continuing this important work with an eye towards understanding the value of repeated application of fuel reduction treatments on Sierra Nevada mixed‑conifer forests. Forest managers and landowners throughout the state and beyond will be able to use the results of this study to inform their management actions and policy decisions in the face of warming climate and increasing wildfires.
The “Teakettle Experiment” continues important work that began over 20 years ago to quantify the effects of prescribed fire and thinning on the ecosystem in the Teakettle Experimental Forest in the southern Sierra Nevada Mountains. This long-term research project is examining six different treatment options, including different intensities of thinning and prescribed fire.
