Design from Patterns to Details: Permaculture Principle 7 · TerraWiki

In brief

Holmgren's seventh permaculture principle: first see the large patterns of a place, build the design on them and fill in the details as you go.

What the principle says

Design from patterns to details is the seventh of the twelve principles in David Holmgren's Permaculture: Principles and Pathways Beyond Sustainability (2002). The first six principles mostly look closely: at a place, at its energy, its yield, its feedback and its leftovers. The seventh asks the designer to step back. Seen from a distance, a landscape shows patterns that disappear when you stand in the middle of it: the way water gathers in the valleys and leaves the ridges dry, the path of the sun through the seasons, the direction of the hot summer wind, the routes that people and animals actually take. Holmgren's advice is to let such patterns form the backbone of a design and to fill in the details as the work goes on.

The order matters because a mistake in the pattern cannot be repaired by care in the details. A fine fruit tree planted at the bottom of a cold hollow, or across the line of a future water channel, stays a mistake however well it is mulched and pruned. A path that runs straight down a slope erodes, whatever it is made of. The reverse holds as well: once the large pattern is right, details can be tested, changed and replaced without upsetting the whole.

Permaculture has several tools for seeing patterns. Bill Mollison's zones arrange elements by how often they need attention, and his sectors map the energies that enter from outside, such as sun, wind, fire and water; the page on Mollison's design rules explains how both live on in this principle. P. A. Yeomans gave an order for planning a farm, his Scale of Permanence: climate, land shape, water supply, roads and access, trees, buildings, fences and finally soil. Whoever works down this list decides the lasting things first and fits the changeable ones to them. Outside permaculture, the architect Christopher Alexander and his colleagues described 253 recurring solutions for towns, buildings and gardens in A Pattern Language (1977), from the scale of a region down to a single window seat, and many permaculture designers read the book alongside this principle.

The old proverb: can't see the forest for the trees

Holmgren pairs the principle with the saying that someone "can't see the forest for the trees". In Britain the same idea is usually put as not seeing the wood for the trees. Whoever stands too close to the single trunks loses sight of the forest they belong to.

In design this is a familiar trap. Someone who loves plants starts with a list of species and only later asks where water, shade and access will come from. A garden grows bed by bed, each one sensible on its own, until the whole no longer works: the compost sits at the far end from the kitchen, the water tank below the beds it was meant to supply. The proverb does not say that details are unimportant. It says that they only make sense inside a pattern, and that the pattern has to be seen first.

How it looks in nature

Nature repeats a small number of forms at very different scales. A river system branches like a tree, the tree branches like its own roots, and the veins of a leaf branch like both. Each of these networks has to gather or distribute something across an area, water, sap or air, and branching does this with short paths. The overall form is shared, while every single river and every single tree is shaped in its details by its own place.

Spirals are a second example. In a sunflower head the seeds sit in two sets of spirals turning in opposite directions, and their numbers are often neighbours in the Fibonacci sequence, such as 34 and 55. When Jonathan Swinton and Erinma Ochu analysed 657 sunflowers grown by members of the public for a citizen science experiment, most of the counted spirals followed this rule, but a noticeable share did not (2016). The pattern is real, and the details still vary. That is the very relationship this principle describes: a reliable pattern as the frame, with room inside it for the particular.

Where the principle works in the TerraWiki

Keyline design starts from the largest pattern of a slope, its ridges, valleys and keypoints, before a single line of cultivation is drawn.
A swale follows the contour, so its place is set by the shape of the land and not by the edges of the field.
The water retention landscape plans ponds, swales and plantings as one pattern across a whole catchment.
The food forest borrows the layered pattern of a young woodland and fills it with chosen species.
The herb spiral packs a spiral into a few square metres and with it a run of microclimates from dry and sunny to moist and shaded.
Indicator plants reveal patterns of soil and water across a site before any detail is planned.
Ecological succession is the pattern in time: knowing its stages helps to decide which detail belongs to which year.

At Sa Medada

Sa Medada is a slope in Jerzu, in Ogliastra on the east side of Sardinia, with mild winters and a dry season that lasts roughly from May to September. Its first and largest pattern is the movement of water. A LiDAR wetness map shows a comparatively dry main area and moister channels along the edges. Terra Humana reads the contours of the land to plan where trees, swales and planting rows should go, so that the earthworks follow the natural pattern of the slope, as the page on keyline design describes. Swales are planned; none has been built yet.

The second pattern is heat. The first tree on the land, a service tree, was planted in 2024 on a very hot south-facing slope, and how it copes there tells us something about the whole slope. Banana, mango, avocado, cherimoya, papaya, moringa and citrus are being trialled in the microclimate. Project Eden begins with pioneer plants, ground cover and holding water, the parts of the pattern on which every later detail depends.

Along the journey

The sixth principle, Produce no waste, looks for a taker for every output; this one steps back to see how the whole place fits together, so that those takers can be found. The eighth, Integrate rather than segregate, works inside the pattern and asks how its parts can support each other.

Plants in this entry

Frequently asked

What does design from patterns to details mean in permaculture?

It is the seventh of David Holmgren's twelve permaculture principles. It asks the designer to step back before planning anything small and to look for the large patterns of a place: how water moves across it, where the sun and the hot wind come from, where people and animals actually walk. These patterns become the backbone of the design. Details such as the choice of plants, the shape of a bed or the material of a path are filled in afterwards and can change over time without upsetting the whole.

What is the difference between a pattern and a detail?

A pattern is a form that recurs and that holds a whole together: the branching of water through a valley, the daily and yearly path of the sun, the line of a contour across a slope. A detail is a single decision inside that form, such as which tree goes where or how wide a path should be. Patterns change slowly and are expensive to correct. Details can be tried, changed and replaced. That is why permaculture settles the patterns first and leaves room for the details to grow.

How do zones and sectors relate to this principle?

Both are tools for seeing patterns. Zones, as Bill Mollison taught them, arrange the elements of a site by how often they need attention, from the house outwards. Sectors map the energies that enter a site from outside, such as sun, wind, fire and water. Drawn on a plan, they show the larger shape of a place before a single plant is chosen. Holmgren treats them as examples of patterns rather than as principles of their own, which is why they reappear on this page.

How can I use this principle in my own garden?

Begin with a rough plan of the whole garden rather than with a list of plants. Mark where water collects and runs after rain, where the sun falls in summer and in winter, where the wind comes from and which routes you walk every day. Put the things you use most often, such as herbs or the compost, close to those routes. Only then choose the plants for each area. The plan can stay simple: a sheet of paper and a few coloured pencils are enough to see the pattern.

How does Terra Humana apply this principle at Sa Medada?

At Sa Medada, a summer-dry slope in Jerzu in Sardinia, the first pattern is the movement of water. A LiDAR wetness map shows a comparatively dry main area and moister channels along the edges. Terra Humana reads the contours of the land to plan where trees, swales and planting rows should go, so that the earthworks follow the natural pattern of the slope. No swale has been built yet. The second pattern is heat: the first tree, a service tree planted in 2024, stands on a very hot south-facing slope.

Stacked shiitake logs in half shade beneath a nursery table full of young plants

Next in this themeElement analysisA permaculture design tool that lists what each element needs, what it yields and what it is like, so that the outputs of one can meet the needs of another.

Related terms

Aerial view of a slope with planting rows along the contours

Keyline DesignA land-planning method that reads a slope's shape to move rainwater from moist valleys toward drier ridges, storing it in the soil.

Farm dam in a valley with pasture ripped along the contours above it

P. A. YeomansAustralian mining engineer and farmer (1905 to 1984) who developed Keyline design: reading the shape of the land to hold and spread rain on the slope.

Aerial view of a small permaculture homestead with a pond, round garden beds, a flowering hedge and a young food forest linked by paths

Mollison's design principlesThe design rules Bill Mollison set out in 1988 and 1991, from relative location and multiple functions to zones, succession and the edge effect.

Target image (AI visualisation): the future food forest at Sa Medada, layered beds between the olives

Food ForestA cultivated woodland of edible and useful plants arranged in layers, designed to work like a self-sustaining natural forest.

A level ditch along the contour of a dry hillside holding rainwater evenly, with a mulched earth bank of young trees below it

SwaleA level ditch dug exactly along the contour of a slope, with the soil heaped into a planted bank below it, so runoff stops, spreads and soaks in.

Morning mist rising over a Mediterranean slope of old olive trees and macchia, with dew sparkling in spider webs and a shaft of sunlight

Observe and interactThe first of David Holmgren's twelve permaculture principles: watch a place closely, act in small steps and let its response guide the next step.

Mentioned in

See this in practice

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Sources

David Holmgren, Permaculture: Principles and Pathways Beyond Sustainability, Holmgren Design Services (2002, revised edition Melliodora Publishing 2017)
Holmgren Design, Principle 7: Design from patterns to details, permacultureprinciples.com (accessed October 2026)
Bill Mollison, Permaculture: A Designers' Manual, Tagari Publications (1988)
Andrew Millison, Introduction to Permaculture, chapter 3.2 Scales of Permanence, Oregon State University Open Educational Resources (CC BY-NC 4.0), via LibreTexts (accessed October 2026)
Christopher Alexander, Sara Ishikawa, Murray Silverstein and others, A Pattern Language: Towns, Buildings, Construction, Oxford University Press, New York (1977)
Jonathan Swinton and Erinma Ochu, Novel Fibonacci and non-Fibonacci structure in the sunflower: results of a citizen science experiment, Royal Society Open Science 3, 160091 (2016)

Last updated: 2026-10-16