Practice

Syntropic agriculture

Also known as: Syntropic farming, Successional agroforestry

A successional-agroforestry practice developed over four decades by Swiss-Brazilian farmer Ernst Götsch in Bahia, Brazil. Plants are organized by both successional stratum (canopy / sub-canopy / shrub / herb / ground) and successional time (placenta / secondary / climax species, planted together but harvested at different times). Heavy strategic pruning drives biomass cycling and accelerates succession. Produces continuous food from regenerating forest, with no external inputs. Originally a tropical practice; increasingly adapted to temperate climates worldwide since the 2010s.

Core principles

[[food-forest|Syntropic agriculture]] organizes plants along two axes simultaneously:

Stratification — every species occupies a position in vertical space (the canopy, the sub-canopy, the shrub layer, the herbaceous layer, the ground cover layer)
Succession — every species also occupies a position in time (placenta species that prepare the ground; secondary species that build the system; climax species that mature into the long-term forest)

A syntropic planting includes species from all strata and all successional phases at once, planted in dense rows. As the system matures, species that have completed their role are pruned heavily or removed, opening space for the next successional phase.

Distinctive features

Density — far more plants per area than conventional farming, permaculture, or most agroforestry practice
Strategic heavy pruning — biomass is cycled aggressively; pruning drives soil fertility and accelerates succession
Photosynthesis as the driver — Götsch’s framing: “agriculture is the optimization of photosynthesis.” Maximize green leaf area at all times.
No external inputs — no fertilizers, no pesticides; the system feeds itself through pruning and decomposition
Continuous harvest across decades — short-cycle crops ([[cassava|cassava]], banana, vegetables) yield within months; medium-cycle (citrus, coffee, cacao) yield within years; long-cycle (timber hardwoods, mature fruit trees) yield over decades

What it produces

On Götsch’s home farm in Bahia, four decades of syntropic practice have:

Restored springs that had dried under prior degradation
Returned forest cover and large-mammal wildlife
Produced cocoa, banana, citrus, coffee, papaya, vegetables, and hardwood timber continuously
Multiplied measurable [[soil-organic-matter|soil organic matter]] and biological activity

Adaptations to temperate climates have produced working sites in southern Europe, North America, and other temperate-rainfall regions.

Sources

Lectures and farm-school materials at Olhos d’Água Farm
Life in Syntropy documentary (2015)
Agenda Götsch and syntropic-agriculture practitioner network publications

Rooted in life.

What links here, and how

Inbound connections from across the wiki, grouped by lens and by relationship. These appear automatically — every entity page declares what it links to, and that data populates here on the targets.

Scientific

substrate of

Ecological succession syntropic agriculture is the agricultural practice most-rigorously organized around successional dynamics — every species occupies a position in successional time

Practical

demonstrated by

Agroecology Ernst Götsch's syntropic agriculture is one of the most-developed contemporary agroecological practices

shares approach with

Restoration agriculture both are productive perennial-polyculture systems; restoration ag is North American oak-savanna-modeled, syntropic is Brazilian-tropical-forest-modeled

3 inbound links · 5 outbound