Western Red Cedar
Western red cedars can photosynthesize at 2-5% full sunlight - a tolerance that would kill most trees.
Western red cedars can photosynthesize at 2-5% full sunlight - a tolerance that would kill most trees. They compensate with efficient photosynthesis, slow growth, and patience. A cedar seedling can establish under dense canopy and wait 50-100 years for a light gap, surviving on scraps of light that filter through when the wind moves leaves. Dense wood, slow metabolism, extreme shade tolerance: this is the late-successional strategy perfected.
As climax species, western red cedars dominate Pacific Northwest old-growth forests alongside western hemlock. They don't arrive first - they can't compete with fast-growing pioneers in open conditions. But once the forest canopy closes and shade deepens, pioneers die and cedars thrive. Their strategy is temporal: lose early, win late. The ability to wait decades for conditions to shift is itself a competitive advantage when you're built to outlive your competitors.
The strategic insight inverts common wisdom: Sometimes the winning move is optimizing for the late game, even if it means guaranteed losses early. Western red cedars teach that sustainable dominance comes from being adapted to stable end-states, not transient early conditions. Most startups optimize for growth; cedar strategy is optimizing for endurance. You don't need to win every quarter if you're built to win the century.
Notable Traits of Western Red Cedar
- Extreme shade tolerance (2-5% light)
- Can wait 50-100 years for light gap
- Dense wood, slow metabolism
- Can wait decades for light
- Extremely shade-tolerant
- Climax species
Western Red Cedar Appears in 2 Chapters
Western red cedar is shade-tolerant, growing at 2-5% full sunlight with efficient photosynthesis and patience, capable of waiting 50-100 years for light gaps.
How shade tolerance enables waiting →Western red cedar is an extremely shade-tolerant climax species dominating Pacific Northwest old-growth forests alongside western hemlock in late-successional communities.
Why late-successional species dominate →