This section describes how regenerative agriculture is understood within the TEIKEI network and what development pathways are available for farms in the European context.
In the TEIKEI context, regenerative agriculture is not a rigid method or a uniform set of measures. Rather, it is an agricultural orientation that aims not only to conserve natural resources but to actively strengthen them. At its core are living soils, stable water cycles, diverse landscapes, resilient cultivation systems, and agriculture that remains viable in the long term.
Many farms in the network are at different starting points. Some have been working with organic or regenerative methods for years, while others are at the beginning of a development pathway. That is precisely why this section is not about an either-or approach but about transitions, learning processes, and concrete steps that can make sense under the specific conditions of a farm.
Regenerative development means viewing the farm as a living whole. This includes, among other things, building soil fertility, promoting biological activity in the soil, conscious water management, integrating trees and hedges, fostering biodiversity, and cultivation methods that work more closely with natural cycles.
At the same time, regenerative agriculture is always location-specific. What makes sense in a dry region of the Peloponnese may differ significantly from what works in Central Europe, mountainous areas, or high-rainfall coastal regions. Development pathways must therefore be adapted to climate, soil, landscape, and operational realities.
This section provides guidance for precisely this question:
What steps can farms take if they want to further develop their agriculture in a regenerative direction?
This can involve small changes as well as profound transformations in cultivation, land design, or the entire operational logic.
Here, contributions can come together that explain fundamentals, document practical examples, share observations from different regions, or describe developmental stages and possible pathways. Experiences with transitions, challenges, and intermediate steps also have their place here.
The Closed Cycles section compiles fundamentals on nutrients, soil life, humus building, water, plants, animals, compost, and farm systems.
It explains how agriculture does not function solely through external inputs but through living interconnections between soil, plants, microorganisms, animals, water, air, sun, and human care.
This is not about completely closed systems.
Agriculture always remains embedded in landscapes, regions, social relationships, and material flows.
Closed cycles therefore describe a direction of development:
Nutrients, carbon, water, and organic matter should be kept within the system as long as possible, meaningfully transformed, and made fertile again.
The Inventory of Agriculturally Used Land section collects entries on the current state of land.
It makes visible what kind of use has shaped a piece of land and what consequences this has for soil, water, plants, animals, biodiversity, and future agricultural use.
This inventory is important for transformation guidelines.
Only when the initial state is understood can it be meaningfully described what work is needed to make a piece of land more diverse, vibrant, and ecologically valuable.
This section does not see itself as a finished manual but as a growing knowledge space.
It aims to help make regenerative agriculture in the TEIKEI network more understandable, tangible, and further developable.
Not as an ideology.
But as concrete agricultural practice with a future.
One level up: 05 - Cultivation, Production, and Agricultural Practice
Author: Felix Schröder, with the help of AI (ChatGPT)
Creation: written by Felix Schröder › formatted in Markdown by ChatGPT › published by Felix Schröder › layout adjusted by Claude
Created: 2026-03-14 · Last updated: 2026-05-16 · Questions or suggestions? support@teikei.us