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Science
Jun 18, 2026
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Cambridge Recreates 336‑Year‑Old John Ray Garden for 400th Birth Anniversary

AI Summary
Gardeners at Trinity College, Cambridge have rebuilt the 336‑year‑old garden of naturalist John Ray to mark the upcoming 400th anniversary of his birth. Using a 1690 engraving and Ray’s Latin catalogue, they planted drought‑tolerant, pollinator‑friendly species, linking heritage horticulture with modern biodiversity goals.

The Lead: A 336‑Year‑Old Garden Brought Back to Life

In a project timed for the 400th anniversary of John Ray—often called the “father of natural history”—gardeners at Trinity College, Cambridge have recreated the botanist’s original 17th‑century garden on the college’s front lawn.

Recreating Ray’s 17th‑Century Botanical Plot

Using clues from a 1690 engraving, head gardener Karen Wells identified the exact spot where Ray cultivated his experimental garden in the 1650s. She translated Ray’s Latin catalogue to determine the species he grew and selected modern equivalents that match his original choices while thriving in today’s climate.

  • Location: directly in front of a descendant of the apple tree that inspired Isaac Newton.
  • Reference work: Ray’s Catalogue of Plants Growing Around Cambridge (1660).
  • Key species re‑planted: wood avens, betony, golden rod, pasqueflower, white‑flowered moth mullein, and Good King Henry.

Numbers Behind the Revival

  • 336‑year‑old garden design based on the 1690 engraving.
  • 400th birthday of John Ray celebrated in 2027.
  • Ray originally attempted to grow roughly 700 different plant types, including lichens, fungi, and poisonous species.
  • The restored garden focuses on 10‑12 drought‑tolerant, pollinator‑friendly plants.

Why the Restoration Matters for Science and Conservation

The project bridges historical scholarship and contemporary ecology. By emphasizing native, climate‑resilient species, the garden serves as a living demonstration of biodiversity enhancement and offers students a tangible link to early scientific methodology.

Looking Ahead: Heritage Gardens as Living Laboratories

Wells envisions the garden becoming a teaching resource for botany, ecology, and the history of science. As heritage sites adopt similar approaches, they can provide real‑world data on plant performance, pollinator activity, and climate adaptation, turning centuries‑old landscapes into active research platforms.