Climate Resilient Tree Database
Central Saint Martins
2022

The Tree Database identifies climate- and disease-resilient species to support regenerative woodland management in the UK. The research proposes a new forestry model that values timber by log size rather than species, reducing waste and prioritising continuous, cover forestry.


Tree Database

Climate Resilient Tree Database

In collaboration with forestry and material professionals, Rooted Landscapes identifies disease- and climate-resilient tree species to help secure a future for British woodlands. Phase one of the project brings together these species to form a prototype for a regenerative forestry management model — one that could establish long-term ecological well-being and a circular timber supply.

A key challenge in current forestry models is the prevalence of unwanted, undervalued, and overlooked timber. This alternative management system proposes shifting demand from specific species to log diameter, helping to reduce waste and broaden the use of available resources.

Each plot follows a planting formula of four or more trees, combining fast-growing coppice species, conifers, and slow-growing broadleafs. This variation supports a continuous canopy as the forest matures, while encouraging natural regeneration to strengthen biodiversity and improve woodland circularity.

Contributors

Collaboration with: Jez Ralph, Evolving Forests, Jim McConkie, Head Forester at Longleat Estate and Tom Barnes, Vastern Sawmill and Sam Taylor, Ecologist and The London Wildlife Centre.

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