8 Fire Project Scope and Conservation Strategies K

Strategic Environmental Compliance for Fire Safe Council & Community Wildfire Protection Plan Projects : 

Strategic Environmental Compliance for Fire Safe Council & Community Wildfire Protection Plan Projects Project Scope and Conservation Strategies: Wildlife and Vegetation Community Considerations Kevin Shaffer Department of Fish and Game (916) 651-7806 .kshaffer@dfg.ca.gov

Basic assumptions & questions: 

Basic assumptions & questions Components of fire regime are significant to wildlife The interaction between wildlife and fire may be best understood when viewing regime attributes: temporal, spatial, and magnitude Fire & fuel management practices  altered regimes  What means of reducing fuel are available that do not impact species or at least minimize the impacts?  What is the role of fire or fire surrogates in: restoring, enhancing, maintaining: Wildlife habitat Plant population viability ecological integrity of a landscape in a single project, and, into the future? How does controlling invasive species affect native species?

Basic assumptionsfrom http://www.fws.gov/fire/living_with_fire [emphases added]: 

Basic assumptions from http://www.fws.gov/fire/living_with_fire [emphases added] The U.S. Fish and Wildlife Service is the principal federal agency responsible for conserving, protecting and enhancing fish, wildlife and plants and their habitats. The Service has long recognized fire as a unique process that shapes habitat structure and function, and a long history of managing and using fire extensively to maintain and enhance habitats throughout the country. Protecting biological communities also protects human communities. Fire management helps restore and maintain desirable conditions for wildlife, which also protects local communities and critical habitat for many threatened and endangered species. Healthy ecosystems are good for both wildlife and people. Using fire is essential for managing habitats that sustain diverse wildlife populations. Projects designed to reduce hazardous conditions in wildland-urban interface communities provide substantial benefits to wildlife habitat. Restoring and maintaining all lands in desirable ecological condition would maximize benefits to wildlife.

Defining your goals and Planning Capacity: 

Defining your goals and Planning Capacity Wildfire Protection Reduced Fire intensity Reduced rate of spread Location & width of break or buffer Crew/equipment access during incidents Duration of reduced risk other Project capacity Planning phase (included consultation with wildlife experts and permit compliance) Intended implementation Timing Area/scope Equipment Staffing Finances Partners

Potential effects of a project: 

Potential effects of a project Altering fire regime attributes Seasonality Frequency () Exclusion of fire Biological Species displacement Primary productivity Animal fecundity mortality Ecological Landscape heterogeneity Loss of soil Increase in sediment Change in community composition or structure Change in hydrology- storage, flow; timing; amount; recharge

Communities at risk- synergy: 

Communities at risk- synergy Community Wildfire Protection Planning Establishing Wildland Urban Interface (WUI) Boundaries Considerations: protecting values at risk political funding accomplishing targets WUI An area in or adjacent to an at-risk community including isolated parcels of private property containing structures, infrastructure, or watershed with topographic features and fuel conditions (fuel type, fuel loading and arrangement) that have the potential to endanger that community. Some Important criteria: Fuel Hazard Threat Level Risk of Occurrence Values at Risk Planning zones (100’, 1-mile) Extending WUI for infrastructure assets (power, transportation, water) Biological community conservation planning Establishing maintaining habitat area and elements as well as ecological processes necessary for communities and specific species Considerations Vegetation structure, distribution, and health Proximity and duration of exposure to activities Relative value to other values at risk Available funding Setting targets- managing vegetation to improve habitat; scale; fire regime; specific species needs Ecological zones California’s bioregions are divided in ecological zones, which are defined by the interaction of biotic communities and soil, hydrology, climate, elevation, topography, and aspect. Within ecological zones can be found vegetation alliances, defined by existing dominant or co-dominant plant species. Some Important criteria Fuel/vegetation arrangement, distribution, and extent Time (and effect) of last fire Risk of continued exclusion or next wildfire (intensity)

What do wildlife need?: 

What do wildlife need? Habitat heterogeneity Ecological cycling (wood, water, nutrients) Shelter/cover Migration corridors Foraging Breeding and rearing

What do botanical wildlife need?Botanical characteristics associated with perturbation [from Manual of California Vegetation, J. Sawyer & T. Keeler-Wolf- in revision]: 

What do botanical wildlife need? Botanical characteristics associated with perturbation [from Manual of California Vegetation, J. Sawyer & T. Keeler-Wolf- in revision]

What do botanical wildlife need?Surviving fire perturbation due to biological and morphological characteristics [from Manual of California Vegetation, J. Sawyer & T. Keeler-Wolf- in revision]: 

What do botanical wildlife need? Surviving fire perturbation due to biological and morphological characteristics [from Manual of California Vegetation, J. Sawyer & T. Keeler-Wolf- in revision]

What do terrestrial wildlife need?: 

What do terrestrial wildlife need? Some terrestrial wildlife species are able to adapt to the rapid change in environment from fire & others cannot. Arboreal (goshawk), ground-level (grouse), subterranean (burrowing owl) Mobility (desert tortoise v. deer), escape mechanisms (flight, burrows, cavities) Type, degree, and duration in change to environment- shelter, food…. Some habitat is (greatly) improved, others are (greatly) degraded, while others completely eliminated There will be endless variation. Fire is not uniform, so cannot be uniformly "good" or "bad" for wildlife. Fire effects on wildlife are immediate. But more importantly, effects to wildlife populations & wildlife habitat revolve around successional theory. Habitat structure and elements, and their utility to any given species, may follow trends in the plant populations & communities. Fire/disturbance intervals, timing, extent, and uniformity play a significant role in these trends. Terrestrial animal population changes tends to follow plant community succession but do not correlate 100%- predictable changes to bird and rodent communities, some insects….

What do terrestrial wildlife need?: 

What do terrestrial wildlife need? What may influence terrestrial animal~fire (project) effects: The current condition and arrangement of plant communities The current condition and distribution of (key) habitat elements (tree cavities, talus rocks, downed trees or snags, dens, prey, foliage) Likely or projected habitat element recruitment The species that occur in the proposed, treated area (seasonally, perennially, conditionally) Biological needs of animal population- breeding, rearing, migrating, over-wintering Temporal nature Spatial nature- where in the area and how much area The species that would be anticipated to use, colonize, emigrate due to anticipated changes Temporal nature of change/shift- how long might species stay or be displaced Fire ecology and effects of animal species Fire ecology/issues/concerns of sensitive species- USFWS listings and recovery Habitat refugia during and immediate-post project

What do aquatic wildlife need?: 

What do aquatic wildlife need? Biological Requirements based on: time of year life-stage population use of area current, altered, and preferred habitat condition

Potential conflicts between mechanical fuel reduction and protection of at-risk species: 

Potential conflicts between mechanical fuel reduction and protection of at-risk species Timing (seasonal) Level of complexity and detail Scope (spatial) Re-entry for further treatment Techniques: Fuel buffer Fuel break Shaded fuel break Feasibility to do project and attaining desired results versus impacting crucial aspect of species life cycle Affordability, time required to conduct treatment, level of personnel needed versus planning for the special needs and variety of species involved a. Attaining a lower risk versus or b. accomplishing what is feasible versus treating an area large enough to a. represent a threat or b. attaining enough reduction to allow fire to play a future role the need for additional or continual treatment versus a. repeated stress on species or b. fire not being used in the future The height needed for effect versus impacts to plants and animal habitat Exposure of soil and elimination of plants and animal habitat; potential disturbance to animal home range or migration; stimulation of invasive plant species Removal of habitat elements; fundamental alteration of vegetation community; disturbance of migration corridors, cover, or shelter

Examples of fuel treatment and habitat and species conservation: 

Examples of fuel treatment and habitat and species conservation Santa Rosa Plateau Ecological Reserve, southern Riverside County- Mechanical treatment of vegetation & prescribed burning native bunch grass grasslands, coastal sage scrub, Engelmann oak woodland, basalt-flow vernal pools, Santa Rosa Plateau fairy shrimp, winter wetlands (e.g., green-winged teal), California Orcutt grass, San Diego button-celery, mountain lion, burrowing owl and southwestern pond turtle. Western Riverside County Multiple Species Habitat Conservation Plan Mechanical treatment of vegetation Quino checkerspot butterfly, Bell’s sage sparrow, cactus wren, CA gnatcatcher, [Arroyo toad, CA spotted owl, southern rubber boa, San Bernardino mountain snake, southern sagebush lizard], etc. Channel Island National Park System Mechanical treatment of vegetation, prescribed burning, control of invasive plant species Island fox, Santa Rosa Island manzanita, Torrey pine, control: yellowspine thistle, silverleaf nightshade, Cape ivy, bull thistle, Australasian fireweed, and tocalote U.C. Davis Jepson Prairie Reserve, Solano County Mechanical treatment of vegetation, prescribed burning, control of invasive plant species Vernal pools, native bunchgrasses, three listed fairly shrimp species, delta green ground beetle, Solano grass, dwarf downingia, Colusa grass, delta tule, and fragrant fritillary. Pine Hills Preserve, El Dorado County Mechanical treatment & some prescribed fire Pine Hill ceanothus, Bisbee Peak rush-rose, Stebbin’s morning-glory, El Dorado mule-ears, El Dorado bedstraw, Pine Hill flannelbush, Red Hills soaproot, Layne’s butterweed East Bay Regional Park District-Tilden Park/Mt. Diablo State Park {?} Alameda whipsnake, pallid manzanita

Wildlife~habitat~project planning tools: 

Wildlife~habitat~project planning tools Fire Effects Information System (FEIS), http://www.fs.fed.us/database/feis/index.html FEIS provides up-to-date information about fire effects on 900 plant species, 7 lichen species, about 100 wildlife species plants and animals. It is maintained at USFS’s Rocky Mountain Research Station, Fire Sciences Laboratory in Missoula, Montana. Emphasis: how fire affects species. Information: taxonomy, distribution, basic biology, and ecology of each species, complete bibliography. California Wildlife Habitat Relationships (CWHR), http://www.dfg.ca.gov/bdb/html/cwhr.html State-of-the-art information system for California's wildlife.  CWHR contains life history, geographic range, habitat relationships, and management information on 692 species of amphibians, reptiles, birds, and mammals known to occur in the state.  California Natural Diversity Database (CNDDB) is a program that inventories the status and locations of rare plants and animals in California . CNDDB staff work with partners to maintain current lists of rare species as well as maintain an ever-growing database of GIS-mapped locations for these species. RareFind 3 ©     The most complete computerized inventory of California's rarest species and natural communities available! http://www.dfg.ca.gov/bdb/html/rarefind.html contains over 49,000 records on more than 2,600 rare native plants, animals, and natural communities in a convenient, searchable database.  Offering all textual data associated with the Department of Fish and Game's California Natural Diversity Database, RareFind 3 can either be used as a stand-alone research tool or linked with GIS software such as Arcview or Arcmap for greater flexibility. Fire in California's Ecosystems, http://www.ucpress.edu/books/pages/10085.html Edited by Neil G. Sugihara, Jan W. van Wagtendonk, Kevin E. Shaffer, Jo Ann Fites-Kaufman and Andrea E. Thode. U.C. Press, 2006

Partners!: 

Partners! The goal- enhancing the potential to conduct fuel/fire projects and conducting them successfully Wildlife expertise evaluating the biological and management needs and interactions of species present, important habitat elements, and vegetation communities. Fire ecology expertise evaluating current fire regime and potential changes in regime elements based on project(s) design and implementation. Fire management expertise developing project options to altering vegetation for project goals Regulatory agencies permits necessary, potential timelines, and coordination necessary for project design A partnership is the best opportunity in avoiding & minimizing impacts, stream-lining project process, and potentially meeting mutual goals. Recommendation: Design fuel reduction/management project goals to integrate as much as possible with habitat function, species needs, and fire regime in mind. Recommendation: Design your project in collaboration with and input from fire ecologists, wildlife biologists, land stewards/managers as early as possible & practical.

California Department of Fish and Game Regional Offices: 

California Department of Fish and Game Regional Offices

Slide18: 

Questions?