Linked from

The 27 pages that link to Vascular cambium, each with the reason it gives.

• XylemRelated: Its activity adds new xylem and increases woody stems' diameter.

• PhloemRelated: Its activity adds new phloem during the secondary growth of woody plants.

• WoodRelated: Its inward production of secondary xylem adds new wood as a tree grows.

• GraftingRelated: Successful grafts align cambial regions so new conducting tissues can bridge the partners.

• Bark beetleRelated: Many bark beetle galleries run near the cambium, where larvae access nutritious tissues.

• BarkRelated: It forms the boundary between bark and wood and produces bark’s inner conducting tissue.

• EudicotsRelated: Many eudicots use this tissue for woody secondary growth, though not all do.

• TreeRelated: Its repeated cell production thickens trunks and branches.

• Vascular tissueRelated: Its activity adds vascular tissue during secondary growth.

• Wood grainRelated: Its seasonal growth adds wood layers that appear as grain patterns.

• PopulusRelated: Cambial activity drives the annual production of wood in Populus stems.

• TracheidRelated: In woody plants, its activity generates much of the tracheid-bearing wood.

• ArchaeopterisRelated: Cambial activity built the wood and increasing trunk diameter of Archaeopteris.

• PlatanusRelated: Its seasonal activity adds wood beneath the plane tree’s exfoliating bark.

• Populus trichocarpaRelated: Its activity generates much of the wood and inner bark in black cottonwood.

• ProgymnospermRelated: A vascular cambium generated the secondary wood of many progymnosperms.

• Fruit tree physiologyRelated: Cambial activity builds the wood and conducting tissues of fruit trees.