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Spotting Distance From Wind-Driven Surface Fires: Extensions of Equations for Pocket Calculators
Understanding how wind drives spot fires and how to estimate spotting distances with pocket calculator methods.
This practical guide explains extension of spot fire distance equations for wind-driven surface fires. It shows how to use calculator-based approaches to estimate when and where spotting may occur, helping readers plan safer, smarter responses. The edition emphasizes real-world inputs and workflow to produce usable results in the field or classroom.
You'll find hands-on guidance, including example problems and step-by-step procedures. It covers the difference between windspeed inputs used for spot fire calculations and for related fire behavior tools, and it discusses organizing data and results for quick decisions.
Grounded, pocket-calculator friendly methods for estimating spotting distances. Examples comparing torching trees, pile burning, and surface spotting scenarios. Practical instructions for entering inputs, managing memory programs, and reading results. Notes on wind speed definitions and how to interpret outputs for real-time planning. Ideal for readers involved in wildfire planning, incident response, or classroom study of fire spread and spotting dynamics.
This practical guide explains extension of spot fire distance equations for wind-driven surface fires. It shows how to use calculator-based approaches to estimate when and where spotting may occur, helping readers plan safer, smarter responses. The edition emphasizes real-world inputs and workflow to produce usable results in the field or classroom.
You'll find hands-on guidance, including example problems and step-by-step procedures. It covers the difference between windspeed inputs used for spot fire calculations and for related fire behavior tools, and it discusses organizing data and results for quick decisions.
Grounded, pocket-calculator friendly methods for estimating spotting distances. Examples comparing torching trees, pile burning, and surface spotting scenarios. Practical instructions for entering inputs, managing memory programs, and reading results. Notes on wind speed definitions and how to interpret outputs for real-time planning. Ideal for readers involved in wildfire planning, incident response, or classroom study of fire spread and spotting dynamics.
31 pages, Hardcover
Published August 24, 2018
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