¶ From Compost to Humus Soil
The humus currency is not based on ordinary compost,
but on a long-term biological refinement process.
From plant material, a stable biocyclic humus soil is gradually created, serving as the foundation for soil building, carbon sequestration, and long-term fertility.
¶ Process Overview
¶ Starting Point: Organic Material
The process begins with plant residues:
- Plant material
- Green waste
- Harvest residues
- Organic biomass
- Structurally rich plant remains
These materials contain bound carbon and form the basis for subsequent humus formation.
The key aspect is:
The focus is not on disposal,
but on refinement.
¶ The First Stages of Composting
In the early stage, the biological decomposition process begins.
Bacteria, fungi, insects, and microorganisms break down the organic material. Heat, moisture, oxygen, and structure influence the course of decomposition.
The documentation distinguishes several developmental stages:
- Partially decomposed plant material
- Immature compost
- Fresh compost
- Mature compost
With each stage, the following change:
- Biological activity
- Stability
- Structure of the material
- Capacity for long-term carbon sequestration
¶ Structuring and Stabilization
As it matures, the compost becomes more stable.
Fungi, microorganisms, and plant roots begin to build complex soil structures. Carbon is no longer only converted in the short term but is increasingly stored long-term.
The processes shift:
- From decomposition
- Toward structure building
- Stabilization
- Biological maturation
This results in a permanent soil structure with high water retention capacity and biological activity.
¶ Post-Maturing Refinement
The Terra Plena documentation then describes a further phase of refinement.
The mature compost is:
- Planted over extended periods
- Biologically activated
- Further stabilized
- Refined into biocyclic humus soil
This step clearly distinguishes humus soil from ordinary compost.
The soil is not merely stored;
it evolves into a long-term stable soil-building system.
¶ Carbon as a Building Process
A central component of this process is carbon sequestration.
Plants absorb CO₂ from the atmosphere and transfer some of it into the soil through biological processes.
This creates:
- Stable organic matter
- Long-term fertility
- Increased water storage
- Microbial soil life
The humus currency views this building process as real value creation.
¶ Why This Process Is Important
The humus currency is based on the assumption that not all organic matter has the same value.
Only through:
- Time
- Care
- Biological activity
- Stabilization
- Long-term maturation
does a soil material emerge that can serve as a permanent foundation for a regenerative accounting system.
The value is thus created not solely by the material,
but by the entire refinement process.
¶ Classification
This page describes the biological foundation of the humus currency.
The following chapters explain:
- How a currency system emerges from this
- How humus hubs can be organized
- What role such systems could play within regional supply cycles
¶ Further Information & Understanding Context
- Biocyclic humus soil
- Terra Plena and the humus currency
- Refinement operations and humus hubs
- Integration into the TEIKEI network
One level up: Humus currency
Author: Felix Schröder, with assistance from AI (ChatGPT)
Creation: written by Felix Schröder › formatted in Markdown by ChatGPT › published by Felix Schröder › layout adjusted by Claude
Created: 2026-05-08 · Last updated: 2026-05-08 · Questions or feedback? support@teikei.us