Field guides, technical references, regulatory frameworks, and operational intelligence — written for the people who own the wildfire problem.
Product-neutral, standards-aligned, written from an operator's perspective. No vendor content. No sales material.
Teach-first PDFs from High Plains Shield, LLC. Naming locks: CFI™ = category · GFMS-1.0 = Grounded Fuel Mapping Standard · PlotSeal™ = registry/SoR · RiskWise™ = commercial vehicle · MMG = literacy. Method 1.1 is absent from these cards.
Category owner: Measure, Seal, Verify, Open Interface. Distinguishes CFI™ (category) from GFMS-1.0 (standard), PlotSeal™ (registry), and RiskWise™ (vehicle). Start here for board and RFP language.
Download PDF →Normative open format for sealed fuel and mitigation evidence. Sub-standards A (PlotSeal profile), B (MIS), C (GFHL). Comparable records across operators.
Download PDF →Literacy essay: why modelled layers are not field measurement, and how grounded evidence closes the gap for named assets. Pair with Basis Tags.
Download PDF →Channel primer on why open grounded fuel mapping matters for operators, insurers, and AHJs. Soft-links to GFMS-1.0 and MMG for depth.
Download PDF →Spatial expression of grounded fuel hazard for operations and reporting. Not a fire-behavior model.
Download PDF →Field teach: plot attachment, measurement discipline, and what a grounded plot record must carry.
Download PDF →Commercial vehicle for CFI field work — assessment, treatment programs, and measurement workflows. After the teach stack, not before.
Download PDF →Four essays: Proof Not Prediction · Seal at Capture · Registry Is the Asset · History Over Single Assessment. Registry/SoR depth in one download.
Download ZIP →Capillary essay on time-series fuel condition — why a single snapshot is not a program record.
Download PDF →How to label measured vs modelled vs grounded so counterparties can read the basis of every claim.
Download PDF →What a grounded fuel record can and cannot support in insurance, regulatory, and operational contexts.
Download PDF →Executive companion to CFI Doctrine — board-length framing of sealed ground-truth fuel intelligence.
Download PDF →Technical companion: structure, sealing, and verification mechanics under the CFI™ category.
Download PDF →Meta: how High Plains Shield, LLC publishes locked public documents (versioning, Doc IDs, classification).
Download PDF →A plain-language breakdown of the transmission vegetation management standard, where it stops, and what fills the gap for distribution and generation assets.
Read →Short channel: remote sensing screens; field measurement decides. The 40–70% gap class is illustrative — see MMG and Basis Tags PDFs for literacy depth.
Read →NFPA 855 and IFC §1207 acknowledge wildfire as a BESS ignition vector. This article explains the exposure profile and what a defensible-space program must document to support a §1207 compliance argument.
Read →Suppressants work during an active fire. Long-term retardants change the fuel's ignition threshold before the fire arrives. For critical infrastructure, only one of these is a prevention strategy.
Read →Rate of spread in shortgrass and mixed-grass prairie under 30 mph wind conditions. What that means for a 500-acre solar array, a turbine string, or a substation without a treated buffer.
Read →Zone definition, acreage estimation, access logistics, and documentation requirements for a substation treatment engagement — from the first site walk to the signed assessment report.
Read →Pipeline safety regulations require operators to identify and mitigate hazards at facilities. This article examines where wildfire fits in the PHMSA hazard identification framework and what documentation supports a defensible compliance posture.
Read →Coverage rate, product concentration, canopy penetration, soil exposure, and fuel continuity — the five field measurements that determine whether a treated buffer meets conformance. How each one is taken and what the threshold numbers mean.
Read →Public Safety Power Shutoff events triggered by wildfire conditions expose utilities to liability, regulatory scrutiny, and customer claims. A documented defensible-space program is part of a defensible PSPS decision record.
Read →Long-term retardants degrade over a season. An annual renewal program maintains conformance, extends the sealed record chain, and supports continuous insurance and regulatory documentation. One-time treatments leave gaps.
Read →Short channel on hash-sealed treatment records. Depth lives in the PlotSeal Series (Essays 1–4) PDF zip above — not in this HTML page.
Read →Lithium battery thermal runaway triggered by external heat is not suppressible with water. The defensible space around a BESS enclosure is not a vegetation management preference — it is the primary fire protection mechanism.
Read →Wildfire protection is a pre-season activity. By the time suppression resources are needed, the protection window has closed. This article lays out the planning calendar for a High Plains treatment program — when to assess, when to apply, and when it's too late.
Read →Property and casualty insurers writing coverage for critical infrastructure in fire-prone regions are asking for evidence — not assurances. What a documented, sealed treatment record looks like in the context of a coverage review or a claim.
Read →The ANSI A300 standard for utility line clearance defines best practices for transmission and distribution corridor management. Where long-term retardant programs fit within the A300 framework and how they complement mechanical clearance programs.
Read →Shortgrass and mixed-grass prairie, persistent wind, low humidity, and high-density critical infrastructure create a unique risk profile. The High Plains fire environment is not the same as California chaparral or Pacific Northwest timber — and the mitigation approach shouldn't be either.
Read →Access roads between turbines, along transmission corridors, and through BESS sites are both ignition vectors and fire spread corridors. How road-edge treatment fits into a zone-based program and why it's often the highest-leverage intervention per dollar spent.
Read →The Inflation Reduction Act created new cost-share and incentive pathways for conservation and land management practices on agricultural and working land. How some of those pathways interact with wildfire mitigation programs and what documentation they require.
Read →For working ranches, wildfire moves through pasture grass faster than a truck can drive. The defensible zone at the land interface is the margin between a bad day and a total loss. How zone-based treatment works for agricultural properties.
Read →Short channel on the four pillars. Thesis depth is in the CFI Doctrine PDF (and optional Executive WP) — download above.
Read →Per- and polyfluoroalkyl substances (PFAS) have been identified in legacy fire retardant formulations. Approved, EPA-reviewed, PFAS-free alternatives are available and in active use. What to look for in a product evaluation and what questions to ask a service provider.
Read →When a wildfire reaches a critical asset, the claim process begins with a documentation request. Operators who have a sealed, timestamped treatment record with GPS-logged field measurements are in a fundamentally different position than those with a spray log in a spreadsheet.
Read →Wildfire ash and residue can alter soil resistivity and affect grounding system performance. An often-overlooked consequence of wildfire exposure at substation sites — and what a pre-season treatment program prevents.
Read →A complete field verification record showing pre/post fuel load measurement (8.7 → 0.38 t/ac, 95.6% reduction), treatment documentation, chain of custody, and the PlotSeal™ seal hash. Illustrative solar site. Intended for use in insurance, regulatory, and asset management reviews.
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