What Is Agroforestry and Why Does It Produce Better Botanical Ingredients
Agroforestry is one of those terms that gets used frequently in conversations about regenerative agriculture without always being clearly explained. This post is our attempt to describe what it actually means, how we practise it at Five Bees Farm, and why we believe it produces botanical ingredients that are compositionally superior to those grown in conventional open-field monocultures.
The basic definition
Agroforestry is the intentional integration of trees and shrubs with crops or other agricultural production on the same piece of land. Rather than separating forestry and farming into distinct land uses as modern agriculture has almost universally done, agroforestry combines them, allowing each to support the other. The trees are not an afterthought or a cosmetic addition. They are functional components of the growing system, providing services that affect the productivity, quality, and ecological health of everything else on the farm.
What the trees actually do
In our system at Five Bees Farm, the native trees we are planting such as hawthorn, hazel, elder, alder and others perform several distinct functions simultaneously.
Windbreaks. North Devon can be exposed and wind-driven. Wind stress reduces plant growth, increases water loss through transpiration, and can physically damage both plants and the soil surface. Trees arranged as windbreaks reduce wind speed significantly across the sheltered area, creating a more stable microclimate for the herbs growing between and beneath them.
Shade. Many of the perennial herb species we are growing evolved at woodland edges and in partial shade. Growing these species in full open exposure produces plants that are compositionally different, often less rich in the secondary compounds that make them valuable to our customers. Partial shade provided by our tree canopy more closely replicates the conditions in which these species evolved.
Soil building. Tree roots explore soil horizons that shallow-rooted crops cannot reach, drawing up minerals and cycling them back to the surface through leaf fall. The leaf litter itself becomes organic matter, feeding the soil biology that underpins everything. Deep tree roots also create channels through which water drains, reducing compaction and waterlogging.
Mycorrhizal networks. Trees are significant nodes in the underground fungal networks that connect plants across a growing area, facilitating the movement of water, nutrients, and chemical signals between them. Herbs growing in a system with established trees benefit from access to these networks in ways that herbs grown in isolation do not.
The phytochemical argument
There is a well-established principle in plant biology that plants produce secondary compounds primarily in response to environmental interaction. A plant growing in a rich, varied, ecologically complex environment interacting with insects, fungi, competing plants, and variable light conditions tends to produce a more complex and concentrated phytochemical profile than one growing in a simplified monoculture under uniform conditions. This is not a romantic notion. It is measurable. The phytochemical content of herbs grown in varied, ecologically complex conditions has been shown in multiple studies to differ meaningfully from that of the same species grown conventionally.
For a manufacturer whose product is defined by the quality of its botanical ingredients, this matters.
No-dig and soil health
Our no-dig approach compounds these benefits. By never disturbing the soil mechanically, we preserve the fungal networks, the earthworm populations, and the complex microbial communities that make our soil productive without synthetic inputs. The willow we coppice on-site provides the woodchip mulch that feeds soil biology and suppresses weeds between plantings. Fertility comes from within the system, from decomposing leaf litter, from compost, from the biological activity of a soil that is undisturbed and improving year on year.
This is what we mean when we say systems-first farming. Every element of the system is connected to and supports every other element. The trees feed the soil that feeds the herbs that feed the customers whose demand justifies the investment in the trees.
The result for our customers
For UK pet and equine supplement manufacturers sourcing botanical ingredients from Five Bees Farm, the agroforestry system means several things in practice. Ingredients grown in conditions that more closely replicate each species' natural environment. A more complex growing system that produces a richer botanical ingredient. Full traceability through a documented system with no overseas supply chain complexity. A Soil Association organic certification pathway with target date of 2029. And a supply partner who can speak with genuine authority about how and why every ingredient was grown the way it was.
We are not growing herbs as a commodity. We are growing them as a craft, within a system designed to produce the best possible ingredient from the ground up.
First product availability is planned for 2028. If you would like to discuss a supply partnership ahead of that date, we would be delighted to hear from you.