We never skip soil preparation on a project. Here's why.
When we arrive at a site, one of the first things we assess is the soil. Not just its type — sand, clay, loam — but its condition. Is it compacted? Is there biological activity? What's the organic matter like?
This matters because healthy soil biology builds itself over time. Fungal networks establish. Bacterial communities develop. Earthworm populations grow. Organic matter accumulates. This biological infrastructure is what makes soil fertile, well-structured, and resilient.
It takes years to build and minutes to damage.
The most common ways it gets damaged during garden work:
— Machinery driving over soil, collapsing the pore spaces where water, air, and organisms move
— Topsoil mixed with subsoil, diluting the biologically active layer
— Soil stored improperly during construction, killing the microbiology
— Heavy clay worked when wet, which can set almost like concrete
On every project, soil protection is part of our plan. We're not just building what you see above ground — we're safeguarding what's already working beneath it.
On Surrey's clay soils, which are already prone to compaction, this is a particular concern. And on the sandy Bagshot soils around Woking, the organic matter that's been built up is too valuable to destroy.
The soil you start with is an asset. We treat it accordingly.
📍 Surrey
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