ESA 2026 Fire Metabolism Storyboard
Source: ESA 2026 Fire Metabolism.pdf, a 12-slide Keynote export created on July 16, 2026.
Talk Arc
- When wildfire becomes metabolic. Introduce dimensional alignment and the rise of extreme wildfire.
- Is it spread or is it growth? Define spread as motion and growth as metabolism.
- Wildfires do not follow diffusion. Contrast predicted diffusion-like behavior with observed organized growth.
- Growth changes the rules. Larger systems cannot simply become larger; geometry changes as systems scale.
- Growth discovers form. Across nature, growth creates shape through constraint.
- Growth folds boundaries. Boundary folding increases exchange.
- Growth needs more exchange. Diffusion becomes limiting and transport networks organize.
- Biology solved this problem. Biological transport systems improve exchange under scaling constraints.
- Life and fire share the same solution. Life builds capture; fire builds release.
- This changes how we predict wildfire. Geometry reveals rules and growth stage can determine the future.
- A new theory of wildfire. Fire is fire in reverse: a transport system exporting energy through a dynamic boundary.
- Fire is life in reverse. Synthesize the analogy and prediction framework.
Animation Targets
- Animate the spread-vs-growth distinction as motion through space versus metabolic expansion.
- Show diffusion-like predictions diverging from observed organized wildfire growth.
- Morph simple shapes into folded boundaries to show why exchange surface matters.
- Build transport networks progressively from local exchange limits.
- Connect biological allometry to fire perimeter geometry using matched visual grammar.
- End with a synthesis animation that maps life processes to fire processes in reverse.
Working Notes
- Keep the PDF and Keynote source outside git unless a compressed, intentionally curated version is needed for the website.
- Store draft frames and large renders under
outputs/; only promote final web-ready assets intodocs/assets/. - Prefer scriptable figure generation over manual exports so long runs can be resumed, inspected, and repeated.