Wildfire Recovery and Fire-Wise Seed Mixes

Wildfire Recovery & Fire-Wise Seed Mixes

NativeSeed Group is North America’s leader in wildfire restoration, forest restoration, and post-wildfire recovery. With nationwide coverage and regional seed expertise, we help restore burned landscapes, reduce future wildfire risk, and accelerate regrowth after forest fire events.

As the largest vertically integrated native seed company, we support wildfire restoration with:

  • Local seed sources from across the West
  • Wildland collection networks across 13 western states
  • State-specific post-fire restoration mixes ready for deployment
  • Custom formulations designed for site-specific soil, climate, and reforestation goals
  • Proven capacity supplying millions of pounds of native seed annually
Request Restoration Assessment View Fire-Resistant Seed Mixes

Wildfire Recovery Service

Post Fire Restoration

NativeSeed Group provides post-fire restoration seed mixes that stabilize slopes, reduce erosion, and support long-term forest recovery. These fire-resistant plants, grasses, and wildflowers are designed for:

  • Post-wildfire stabilization
  • Reforestation services
  • Wildfire land recovery
  • Restoration after wildfires in forest, grassland, and shrubland ecosystems

Our Wildfire Resistant Mixes

  • Wildfire Resistant Mix

    This mix is designed to reduce ignition risk in areas that are prone to wildfires. These species were selected from a list developed by USDA Forest Service SCIRP of plants wih high Live Fuel Moisture and minimal standing thatch/dead leaf litter. Although still in research and development, this mix is likely to reduce ignitability from sparks and embers. These plants are known to establish and persist in disturbed areas, compete with non-native annual species, and provide other benefits such as soil stabilization and pollinator habitat.

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  • Wildfire Resistant Habitat Mix

    This mix is designed to create diverse wildlife habitat while also reducing ignition risk in areas that are prone to wildfires. These species were selected from a list developed by USDA Forest Service SCIRP of plants wih high Live Fuel Moisture and minimal standing thatch/dead leaf litter. Although still in research and development, this mix is likely to reduce ignitability from sparks and embers.These plants are known to establish and persist in disturbed areas, compete with non-native annual species, and provide other benefits such as soil stabilization and pollinator habitat.

    View Mix

  • Wildfire Resistant Habitat Mix (No Grasses)

    This mix is designed to create diverse habitat while reducing ignition risk in areas that are prone to wildfires. These species were selected from a list developed by USDA Forest Service SCIRP of plants wih high Live Fuel Moisture and minimal standing thatch/dead leaf litter. Although still in research and development, this mix is likely to reduce ignitability from sparks and embers. These plants are known to establish and persist in disturbed areas, compete with non-native annual species, and provide other benefits such as soil stabilization and pollinator habitat.

    View Mix

    Each mix features

    • Fast-establishing native grasses
    • Deep-rooted perennials for slope stability
    • Fire-adapted wildflowers & forbs
    • Region-specific genetics for climate performance

    Use cases include

    • Burned forestlands
    • Roadways, slopes, and watershed protection
    • Community fuel reduction zones

    The Wildfire Restoration Challenge

    Wildfires burned 8.9 million acres across the United States in 2024. Post-fire landscapes face urgent threats:

    • Erosion and flash flood risk after vegetation loss
    • Rapid invasion by non-native grasses, creating fuel for future fires
    • Lost habitat and ecological function without targeted reforestation services
    • Regulatory requirements for certified, traceable seed sources

    Post wildfire restoration is not just erosion control, it is rebuilding healthy forests, re-establishing native biodiversity, and reducing wildfire risk for decades to come. Failure to act immediately leads to:

    • Watershed degradation
    • Habitat loss
    • Increased wildfire frequency
    • Higher land management costs

    Why Native Seed Matters for Post-Fire Recovery

    Generic “erosion control” approaches often fail in wildfire restoration. Annual ryegrass and non-native species create flashy fuel loads, degrade habitat, and do not support long-term recovery.

    Native Seed Restoration Succeeds Because:

    • Fire-resistant native grasses maintain higher live fuel moisture
    • Deep root systems stabilize slopes and prevent erosion
    • Ecosystem function returns with wildlife, pollinators, and natural fire regimes
    • Climate-adapted genetics ensure establishment and survival
    • Compliance with agency requirements is simplified through documented provenance

    Generic “erosion control” approaches often fail in wildfire restoration. Annual ryegrass and non-native species create flashy fuel loads, degrade habitat, and do not support long-term recovery.

    Fire Testing & Research Program

    NativeSeed Group maintains PhD-level fire ecology expertise on staff to better understand how pyrophytic plants, fire-resistant plants, and native seed mixes perform during post-fire restoration.

    Research Focus Areas:
    • Live fuel moisture content across native grass species
    • Flame height reduction compared to non-native plantings
    • Post-fire establishment rates across seed zones
    • Long-term fuel load management and regrowth after forest fire
    Technical resources include:
    • Species selection matrices by region
    • Seeding rate calculators for post-fire seeding
    • Maintenance protocols for fire-resistant landscapes
    • Provenance and compliance documentation for agency requirements

    Why Projects Succeed

    With NativeSeed Group

    Supply Reliability

    Vertically integrated production ensures reliable seed supply during peak fire seasons and emergency deployment.

    Regional Adaptation

    Six regional brands with local seed expertise ensure forest restoration and wildfire land recovery use genetics that match the site.

    Technical Partnership

    PhD-level seed scientists support:

    • Species selection
    • Seeding rates
    • Reforestation protocols
    • Post-fire monitoring

    Documentation & Compliance

    We provide:

    • Genetic provenance
    • Certified weed-free seed
    • State and federal compliance support

    Proven Track Record

    Decades of wildfire restoration projects across federal, state, and private lands demonstrate our capacity at scale.

    Find Answers

    Frequently Asked Questions

    Use our F.A.Q. section to source answers for commonly asked questions.

    Restoration starts with stabilizing soil and re-establishing native vegetation. Post-fire seeding with fire-resistant native plants and grasses helps control erosion, improve habitat, and support long-term recovery.

    Highly effective options include native perennial grasses, forbs, and other pyrophytic species that hold moisture and produce minimal dead material. These plants reduce future wildfire risk and support healthy regrowth.

    NativeSeed Group maintains rapid deployment capacity during fire season. Mixes developed for specific regions can ship quickly to meet urgent stabilization and recovery timelines.

    Yes, we support California wildfire restoration in Southern and Northern regions, including key areas such as Irvine, Newport Beach, and San Clemente, with native seed mixes for recovery and resilience.

    Where Wildfire Restoration Matters Most

    Wildfire recovery is critical across fire-prone regions. NativeSeed Group supports forest restoration, wildfire rehabilitation, and post-fire recovery in:

    • Southern California
    • Northern California
    • Colorado Front Range
    • Oregon and the Pacific Northwest
    • Sierra Nevada and Great Basin
    • Utah and Intermountain West

    Wildfire Restoration Assessment

    Partner with NativeSeed Group to accelerate recovery after wildfire and restore resilient landscapes.

    Initial Consultation Includes:
    • Site assessment and objectives
    • Species selection by seed zone
    • Custom seed mix formulation
    • Seeding rates and establishment protocols
    • Cost estimate and delivery timeline
    • Regulatory compliance review
    Request A Consultation

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