Lightning Farming — Atmosphere-to-Soil Engineering for Rapid Eco-Recovery (Earth→Mars)
Year: 2025
Type: article
Abstract: Biological aerosols (pollen, fungal spores, bacteria and biopolymers) are efficient ice‑nucleating particles(INPs) at relatively warm sub‑zero temperatures and can modulate mixed‑phase clouds. Field campaignssince 2023 have also shown laser‑guided lightning via ultrashort‑pulse filaments (tens of meters), whilesatellite/ground datasets refine lightning‑derived nitrogen budgets. We present Lightning Farming (theDust‑Nova toolkit): a conservative, testable framework that couples atmosphere→soil processes forseason‑scale eco‑recovery.Core loop: (1) Dust‑Bio Seed—hybrid CCN/INP payloads on mineral/biochar carriers, delivered by UAVs withclosed‑loop timing; including resonance seeding (phase‑locked INP micro‑pulses at the onset of updrafts);(2) Spark‑Morph—endpoint‑biasing of natural discharges using ultrashort‑pulse lasers, framed strictly asresearch with TRL gates; a hybrid track explores distributed conductive paths (short chained filaments+ biased receptors) and altitude aids (Platform‑Kite and Stepped‑Leader Relay of drone/balloon nodes);(3) Myco‑Quartz Gel—pyrophilous fungi + mineral gels that rebuild water‑holding and CEC, co‑formulatedwith Centella asiatica safety additives; (4) PMMB‑Green Sheet—sprayable living cover for PM capture andcooling.System orchestration uses a Gaia‑Net digital twin (AOD/GLM/SMAP + asset availability) and open‑MRV(ΔINP/ΔCCN, ΔStrikeBias/LoG/ΔBranching, soil/water NO₃⁻, air‑quality, safety biomarkers). A Mars‑alignedoutlook (COSPAR‑compliant) shifts to electrostatic micro‑discharges and an Electro‑Drill concept(laser‑assisted dust‑devil discharge) plus abiotic INPs for CO₂/H₂O clouds. A Silica Loop annex closesmaterials: Venturi‑captured dust → ZLD‑refined SiO₂ → solar‑sintered/printed optics and glass‑gain forkites/greenhouses.Outcome: a stepwise path that is falsifiable, safety‑first (ANSI/NOTAM), and economics‑aware, designed toscale from micro‑arena proofs to regional pilots, while keeping speculative tracks gated and clearly labeled.
Author: margolin, ido
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
SDGs: Climate action, Life on land
Open Access status: green
OpenAlex ID: W7088444166
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