Bioclimatic Corridors, Flying Rivers and Vegetal Calderas of Paul Elvere DELSART.pdf

Imagine towering vertical plant structures—emitting life-enhancing frequencies and electromagnetic
fields—shaped like forest craters, capable of capturing massive amounts of CO₂, generating fresh water
through dew harvesting, and stabilizing regional climates. This is the idea of Vegetal Calderas: true
ecological sanctuaries at the heart of soft geoengineering, designed as self-sufficient artificial
ecosystems.

Vegetal Calderas: Climate and Energy generators

Conceived as vertical green structures, Vegetal Calderas simultaneously serve agricultural, ecological,
aesthetic, climatic, energetic, and therapeutic functions. Their effectiveness is based on:
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Vegetation density (climbing plants, fruit hedges, forest gardens), which promotes
evapotranspiration, locally increasing atmospheric humidity.
Architectural design that captures dew and air condensation, contributing to atmospheric water
production in arid zones.
Cosmo-telluric electromagnetic fields generated through radionics and geobiology principles,
stimulating soil microbial life and the well-being of living beings.
An autonomous energy mix (solar, wind, piezoelectric), powering sensors, water collection
systems, and ecological monitoring devices.

From Caldera to Bioclimatic Corridor: The multiplier effect

Strategically placed throughout territories, these Calderas become nodes in a living network, interlinked
to form Bioclimatic Corridors. These corridors:
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Reconnect fragmented ecosystems, aiding wildlife movement and pollination.
Stabilize local microclimates by regulating humidity, temperature, and soil regeneration.
Revitalize rural landscapes, becoming catalysts for territorial autonomy and climate resilience.

Flying Rivers: Restoring continental atmospheric moisture

Flying Rivers are atmospheric moisture flows fed by forests and wetlands. By multiplying
evapotranspiration flows, Vegetal Calderas help reactivate these invisible rivers:
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By recreating vapor emission points, they densify circulating humid air masses.