Terravivum aims to secure food production independent of climate conditions, while creating space for large-scale ecological recovery.

Terravivum – Modular Underground Farming for Resilience

The Terravivum Project is a conceptual framework designed to inspire discussion and exploration around modular underground agricultural systems. It operates independently of surface climate, soil conditions, and geopolitical risks. The system integrates vertical farming, artificial lighting, and optimized nutrient and water cycles, aiming to improve food security, free land for ecological restoration, and drastically reduce emissions.

The concept is scalable, energy-autonomous (solar, geothermal), and offers potential integration with industrial modules or protected living spaces. It is particularly suited for deployment in deserts, temperate zones, and geothermal regions.

Target Audience:

This paper is intended for researchers, visionaries, policymakers, sustainability experts, and anyone interested in rethinking food production systems.

Documentation

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Note on Scope and Open Questions

This is a complex and multifaceted topic, and the whitepaper intentionally does not address every aspect in depth. Key issues such as financing, technical implementation, and regulatory frameworks require further exploration. For example, the diverse range of potential applications opens up opportunities for multiple companies to collaborate, significantly reducing individual costs. Additionally, challenges like managing underground heat at great depths are recognized, and a dedicated patent application is being prepared to address this issue. Readers are encouraged to view this work as an open invitation for discussion, innovation, and collaborative problem-solving.

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