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Writer's pictureMatthew Gauger

Principle 7 of Permaculture Design

Updated: Jul 29

We’ve been on quite a journey exploring the principles of permaculture. Now, let’s dive into the seventh principle: "Design From Patterns to Details." This principle is all about starting with the big picture and then focusing on the specifics. It’s a strategic approach that ensures our designs are efficient, holistic, and well-integrated.





Imagine you’re planning a new garden. Instead of immediately deciding where each plant will go, you first look at the overall layout of your space. You consider how the sun moves across the area, where the water flows, and how you move through the space. This big-picture thinking helps you understand the natural patterns at play, which you can then use to inform your detailed design.


The idea behind "Design From Patterns to Details" is to recognize and utilize the broader patterns in nature and society before getting caught up in the finer details. It’s about understanding the context in which you’re working and then refining your design to fit within that context.


Let’s start with understanding patterns. In nature, patterns are everywhere. Think about the spirals of a sunflower, the branching of a tree, or the waves of the ocean. These patterns are not random; they are efficient and functional. By observing and understanding these natural patterns, we can apply similar principles to our designs.


For example, let’s consider the flow of water. Water naturally follows the path of least resistance, creating patterns like rivers and streams. In a permaculture design, recognizing these water patterns helps you plan effective water management systems. You might design swales (shallow trenches on contour) to capture and slow down water, preventing erosion and helping it soak into the ground.


Another common pattern in nature is the edge effect. Edges, where two different ecosystems meet (like the edge of a forest and a meadow), are often more diverse and productive than either ecosystem alone. In permaculture, you can use this principle by creating diverse, edge-rich environments. For instance, a pond with an irregular shape has more edge than a perfectly round pond, providing more habitat for wildlife and increasing biodiversity.


Once you’ve understood these larger patterns, you can move on to the details. This might involve choosing specific plants that will thrive in the microclimates you’ve identified, planning the layout of your garden beds, or deciding where to place structures like greenhouses or compost bins. The details are important, but they should always fit within the broader context of the patterns you’ve observed.


Think about designing a food forest. You start by observing the overall landscape: the slope of the land, the direction of prevailing winds, the patterns of sunlight and shade. Based on these observations, you decide where to place different layers of plants: tall trees, understory trees, shrubs, herbs, ground covers, and root crops. Each layer is chosen to fit into the overall pattern you’ve identified, creating a harmonious and productive system.


In urban permaculture, "Design From Patterns to Details" might involve looking at the flow of people and resources in a city. For example, you might identify patterns in how people move through public spaces or the distribution of green spaces and community gardens. Understanding these patterns helps you design projects that enhance connectivity, accessibility, and resource use.


This principle also applies to social systems. When designing a community project, it’s essential to understand the broader social and cultural patterns. This might involve identifying the needs and values of the community, the existing networks of relationships, and the flow of resources. Based on this understanding, you can design initiatives that align with and enhance these patterns.


A practical example in your home could be designing your kitchen. Instead of just focusing on where to put each appliance, you first consider the overall workflow: how you move through the space, where you prepare food, where you cook, and where you store ingredients. This big-picture thinking helps you design a kitchen that is efficient and enjoyable to use.


In permaculture, this principle encourages us to think holistically. It’s about seeing the connections between different elements and designing systems that are integrated and synergistic. By starting with patterns and moving to details, we create designs that are more resilient, adaptable, and in harmony with natural systems.


One powerful tool for applying this principle is zoning. Zoning is a way of organizing your space based on how frequently you use different areas. Zone 1 is the area you visit most often, like your kitchen garden or compost bin. Zone 5 is the wild, unmanaged area you visit least frequently. By designing from patterns to details, you place elements in zones that make sense based on their use and the broader patterns of movement and activity.


Let’s look at another example: designing a permaculture farm. You start by observing the landscape: the topography, the water flow, the existing vegetation. You identify patterns like areas that are naturally wetter or drier, sunnier or shadier. Based on these patterns, you plan the layout of your fields, orchards, water management systems, and infrastructure. This big-picture planning ensures that each element is placed in the most appropriate location, maximizing efficiency and productivity.


This principle also encourages flexibility and adaptability. As you observe and interact with your system over time, you might notice new patterns or changes in existing ones. By being open to this feedback, you can adjust your design, refining the details to better fit the evolving patterns.


Principle 7 is about starting with the big picture and then refining your design to fit within that context. It’s about understanding the natural patterns in your environment and using them to inform your decisions. By following this principle, you create systems that are efficient, resilient, and in harmony with the natural world.

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