Practice

Agroforestry

The intentional integration of trees, shrubs, and woody perennials into agricultural systems. An umbrella practice with many specific forms — alley cropping, silvopasture, riparian buffers, windbreaks, forest farming, and successional/syntropic systems. Practiced for millennia in tropical and temperate cultures (the Three Sisters polyculture, Mediterranean oak savannas, Indigenous food forests of the Pacific Northwest); reframed as a formal discipline in the 20th century. Increasingly recognized as a foundational tool for climate-resilient food systems, soil-building, and biodiversity recovery on working land.

Forms of agroforestry

The discipline is an umbrella over diverse specific practices:

[[alley-cropping|Alley cropping]] — annual crops grown between rows of trees (timber, fruit, nut)
[[silvopasture|Silvopasture]] — livestock grazed under managed tree canopy
Riparian buffers — strips of trees and shrubs along waterways protecting streams from agricultural runoff
Windbreaks and shelterbelts — tree rows providing wind protection and habitat
Forest farming — cultivation of high-value crops (mushrooms, [[ginseng|ginseng]], ramps) under existing forest canopy
Multistrata systems — full-stack productive forests with multiple harvested strata (cacao + banana + timber, for example)
[[food-forest|Syntropic agriculture]] — Ernst Götsch’s successional, pruning-driven form (see [[syntropic-agriculture]])

Why it matters

Agroforestry simultaneously addresses problems that single-discipline solutions struggle with:

[[carbon-sequestration|Carbon sequestration]] — trees on agricultural land hold significantly more carbon than annual cropland
Water infiltration — tree roots increase infiltration, reducing runoff and erosion
Habitat — woody perennials provide bird, bat, beneficial-insect habitat that purely annual systems lack
[[resilience|Resilience]] — diversified income from short-, medium-, and long-cycle crops; reduced exposure to single-crop failure
Soil-building — perennial root systems and continuous canopy cover build [[soil-organic-matter|soil organic matter]] year-round

Indigenous lineages

Agroforestry as a formal discipline emerged in the 20th century, but the practices it names are far older than Western agricultural science. [[three-sisters|The Three Sisters]] [[polyculture|polyculture]] of corn, beans, and squash (Eastern Woodland Indigenous nations); the dehesa/montado oak-savanna of the Mediterranean; the food forests of the Pacific Northwest; the chinampas of Mexico; the home gardens of Java and the Amazon — all are sophisticated agroforestry systems developed over millennia.

The modern discipline, when honest, builds on these traditions rather than replacing them.

Sources

World Agroforestry (CIFOR-ICRAF) published materials
USDA National Agroforestry Center technical resources
[[tree-crops-permanent-agriculture|Tree Crops: A Permanent Agriculture]], [[j-russell-smith|J. Russell Smith]] (1929)

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

shares approach with

Ben's Sugar Shack a working sugarbush is a forest managed for tapping — the canopy is the operation
Delaney's Wood Fired Maple Syrup a working sugarbush manages the forest canopy as the crop — the trees stay, the syrup is the harvest
Hana Fruits & Flowers tropical-flower cultivation in Hawaiian rainforests is layered into the existing forest canopy rather than replacing it — agroforestry by structural necessity
Maple Sugarbush the sugarbush is the canonical case of a farm that is also a forest — managed for tapping, but functioning as woodland year-round
Orchard orchards are agroforestry in the simplest form — a permanent canopy where the canopy is the crop
Yates Heritage Farm the orchard layer alongside the hemp is the most basic form of agroforestry: a perennial crop above, an annual below, sharing soil work

substrate of

Ecological succession agroforestry practices necessarily think across successional time — short-cycle annuals nested with medium-cycle and long-cycle perennials

instance of

Finca Yabisi agroforestry layering — cacao under canopy with fruit trees

Practical

shares approach with

Agroecology agroforestry is one of the principal agroecological pattern-types; the categories substantially overlap
Extractivism both keep the forest standing as the productive substrate; extractivism harvests what is already there, agroforestry adds cultivated layers under the canopy
Log inoculation log cultivation is a forest-farming technique — produces food and medicine in shaded woodland understory without disturbing the canopy
Restoration agriculture restoration agriculture is a temperate-climate agroforestry system at full-farm scale

subset of

Alley Cropping alley cropping is one of the five canonical agroforestry forms (alongside silvopasture, riparian buffers, windbreaks, forest farming)
Forest Gardening forest gardening is the small-scale, intensively-designed permaculture variant of agroforestry; the same fundamental logic at homestead scale
Riparian buffer riparian forest buffers are a recognized agroforestry practice within the USDA agroforestry framework
Silvopasture the livestock-and-trees integration form within the broader agroforestry family
Syntropic agriculture the most-developed practitioner system within the agroforestry family — successional, dense, pruning-driven
Windbreak / Shelterbelt windbreaks are one of the five canonical agroforestry forms (alongside silvopasture, alley-cropping, riparian buffers, forest farming)

enables

Alter Eco Alter Eco's Ecuadorian and Peruvian shade-grown cacao programs are cocoa-agroforestry projects with reforestation co-benefits; the supply chain pays for the practice
Coppicing coppice woodland is a productive working land-use that complements grazing, crop rotation, and food production; integrates with silvopasture, hedgerow management, and forest farming
Swales berms downhill of swales concentrate moisture, making them ideal for fruit-tree and perennial-shrub plantings on otherwise dry hillslope

practices

Anthill Farm Agroforestry integrates hemp into a multi-strata perennial system rather than monoculture
Carob Drought-tolerant nitrogen-fixing evergreen with 200-year productive life — textbook agroforestry tree for Mediterranean climates.
Coffee Shade-grown coffee is one of the textbook agroforestry crops — perennial tree under multi-layer canopy, decades-long productive life; the *bird-friendly coffee* movement is foundational to Latin American smallholder-farmer livelihoods.
Firewood Coppice and short-rotation woodlot management — harvesting firewood from regrowth rather than killing the tree — is one of the oldest agroforestry traditions in temperate Europe and parts of Asia.
Mānuka Mānuka is the textbook pioneer-restoration species — establishes on degraded land where natives won't, builds nurse-cover for slower podocarp/broadleaf species. Foundational to Aotearoa regenerative agroforestry.
Mediterranean ancient-orchard cluster The Mediterranean heritage orchard *is* polyculture agroforestry — mixed species on the same land, multi-decade productive lives, layered canopy structure.
Moringa foundational tropical-agroforestry species — fast-growing, multi-product, nitrogen-fixing-adjacent, and well-suited to alley-cropping and small-holder farm integration.
Peanut Nitrogen-fixing legume that can be intercropped with cereals and tree crops; foundational across West African smallholder agroforestry systems.
Pomegranate Drought-tolerant 100+ year productive shrub-tree; a dryland-agroforestry species that produces reliably where conventional fruit trees fail.
Wheat Increasingly central to agroforestry research — perennial wheat (*Kernza*) developed at The Land Institute is one of the most-developed perennial-grain projects, potentially transforming dryland agriculture.

counterpart to

Controlled-environment agriculture CEA and agroforestry sit at opposite poles of the food-production spectrum: maximum environmental control vs. maximum integration with natural systems. Both have a role in worldwide abundance
Green Revolution aftermath agroforestry, regenerative agriculture, and the soil-food-web-aware practices that emerged partly in response to Green Revolution aftermath represent the corrective lineage the wiki has documented in detail
Vertical farming vertical farming and agroforestry sit at opposite poles — maximum environmental control vs. maximum integration with forest ecology. Both have a place; neither replaces the other

substrate of

Edge effect agroforestry practices — alley cropping, hedgerows, riparian buffers, silvopasture — are partly forms of deliberately-engineered edge

kin of

J. Russell Smith the modern agroforestry discipline is Smith's program executed at last
New Forest Farm one of the most-developed full-farm temperate agroforestry systems in North America
Permanent agriculture agroforestry is the institutional discipline that puts permanent-agriculture principles into practice
Tree Crops: A Permanent Agriculture the modern agroforestry discipline is the institutional form of the program Smith proposed in 1929

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