JFSP Fire Science Exchange Network
The objective of this study was to assess feasibility of developing regression equations using a fast, non-destructive measure (cover) to estimate aboveground biomass for red brome, a widespread non-native annual grass in the Mojave Desert.
Read MoreNational guidance is provided for new and updated invasive plant management plans that meet federal standards
Read MoreThe authors show a direct connection between a diverse set of drivers and type-converted chaparral in Southern California. Example drivers include high frequency fire, land-use disturbance, moisture availability, and site flatness.
Read MoreLand managers, researchers, and conservationists gathered to share the latest in invasive plant biology and management at the California Invasive Plant Council (CAL IPC). 2017 Symposium presentations are now online.
Read MoreWhy aren’t globally successful, weedy plant species generally found at high altitudes? This study suggests that it’s due to extreme abiotic conditions in association with the alien species’ life history traits, not a lack of opportunity.
Read MoreIn a collaborative project funded by the non-profit Desert Tortoise Council with Natural Resource Conservation LLC, the authors synthesized published literature and practitioner’s experiences to develop best-management practices for habitats of desert tortoises.
Read MorePresented at the Mojave Desert Fire Science and Management Workshop. Barstow, CA 2014.
This presentation explains the use and implication of utilizing modeling tools to predict invasive species distribution after a fire.
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Presentation from the June 2013 Chaparral Restoration Workshop in Arcadia, CA.
Follow the restoration process in this step-by-step, highly visual story from the Angeles National Forest. This post-fire restoration story discusses challenges including invasive species, environmental conditions, and more.
Presenter: Katie VinZant, USFS Botanist.
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This study showed that fire-adapted shrublands are vulnerable to changes in fire regime, leading to loss of native diversity and setting the community on a trajectory towards type conversion from a woody to an herbaceous system.
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Read MorePresented here is scientific information regarding wildland fire and nonnative invasive plant species, identifies the nonnative invasive species currently of greatest concern in major bioregions of the United States, and describes emerging fire-invasive issues in each bioregion and throughout the nation.
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This brief summarizes the current state of knowledge on the use of fire as a tool to manage invasive plants in wildlands. The authors of two publications discuss risks and challenges of conducting prescribed burns, types of systems and circumstances in which burning may be effective for the management of invasive plants, complexities of fire and plant community interactions, impacts of prescribed burning on the broader plant community and the soil, and comprehensive monitoring plans.
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Read MoreChaparral and coastal sage scrub have a higher number of rare and endangered plants in their communities than expected based on total land area occupied by these two shrubland types.
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In a U.S.G.S Report the authors discuss that an unintended results of fuel modification programs can be the introduction and spread of nonnative invasive plant species.
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An article provides an overview of key factors, concepts and tools to understand the ecological resistance to biological invasion and resilience to fire of desert shrublands of North America.
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In a recent publication by USGS scientists, Drs. Matthew L. Brooks and David A. Pyke discussed these interrelationships, and concluded that the management of fire and invasive plants must be closely integrated for each to be managed effectively.
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In the April issue of Ecological Applications, USGS scientists Kyle Merriam (currently with the USFS) and Dr. Jon Keeley and USFS colleague Dr. Jan Beyers report that an unintended result of these fuel modification programs can be the introduction and spread of nonnative invasive plant species.
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In a paper published in Fire Management Today, USGS scientist Jon Keeley coauthors a paper with colleagues from the California Chaparral Institute that analyzes weather and fuel factors in a case study of a critical part of the 2003 Cedar Fire perimeter in San Diego County.
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Temporal and spatial patterns of burning can affect the invasion risk and prevalence of alien plants in California as explained in a book chapter in The Landscape Ecology of Fire.
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In the April issue of Conservation Biology, Keeley considers the impact of six fire management practices on alien invasions: fire suppression, forest fuel reduction, prescription burning in crown fire ecosystems, fuel breaks, targeting noxious aliens, and postfire rehabilitation.
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USGS research botanist Matt Brooks and National Wildlife Refuges invasive species coordinator Michael Lusk have compiled a handbook titled Fire Management and Invasive Plants, with support from the U.S. Fish and Wildlife Service National Refuge System, USGS and the Joint Fire Science Program.
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The California Fire Science Consortium is divided into 4 geographic regions and 1 wildland-urban interface (WUI) team. Statewide coordination of this program is based at UC Berkeley.
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This regional Fire Science Exchange is one of 15 regional fire science exchanges sponsored by Joint Fire Science Program (JFSP).
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