THE EL-RAKHAWI PROTOCOL FOR ECOLOGICAL RESILIENCE AND WILDFIRE MITIGATION A Bio-Computational and Material Science Approach to Forest Ecosystem Management
Abstract
The El-Rakhawi Protocol for Ecological Resilience and Wildfire Mitigation presents a proactive, bio-computational framework to combat wildfires. Moving beyond reactive suppression, it integrates four core innovations: (1) Mycelial-assisted early warning sensor networks (MEWN) using neuromorphic edge computing to detect sub-surface smoldering in minutes; (2) Bio-based nanotechnological fire-retardant coatings (NBFC) to protect high-value vegetation; (3) Autonomous drone swarms deploying lightweight, eco-friendly bio-polymeric hydrogel precursors for rapid, targeted suppression; and (4) Post-fire application of native microbial consortia to accelerate soil regeneration. Grounded in modified Rothermel heat dynamics and strict ecological ethics (zero GMOs), this protocol offers a scientifically rigorous, scalable solution for global climate resilience. DOI: 10.5281/zenodo.23058991.