Linked from

The 18 pages that link to Secondary growth, each with the reason it gives.

• DendrochronologyBroader topic: Tree rings are records of this outward growth in woody stems.

• ArecaceaeCompared with: Palms generally lack the conventional cambium that thickens woody tree trunks.

• Vascular cambiumNarrower topic: Vascular cambium is the main meristem driving this increase in girth.

• BarkRelated: It drives the formation of new wood and successive protective bark tissues.

• Plant stemRelated: It transforms many stems into thicker, woody structures.

• TreeNarrower topic: Secondary growth turns young stems into increasingly thick trunks and branches.

• Vascular tissueRelated: It enlarges vascular tissues and forms wood and inner bark.

• Woody plantRelated: It thickens persistent stems and roots, producing much of a woody plant’s framework.

• PopulusRelated: Populus provides experimental material for studying how tree stems thicken.

• ArchaeopterisRelated: Secondary growth produced the thick, woody trunk that supported Archaeopteris.

• Carya ovataRelated: Growth of the trunk contributes to the formation and loosening of bark plates.

• Sequoia sempervirensRelated: Decades of secondary growth produce the redwood's massive trunk and durable wood.

• Populus trichocarpaRelated: It produces the expanding woody stems characteristic of mature black cottonwood.

• ProgymnospermRelated: This growth produced the substantial wood characteristic of progymnosperms.

• Plant structuresRelated: It adds wood and protective outer tissues to many plants.

• TempskyaCompared with: Tempskya’s trunk-like bulk came chiefly from packed stems and roots, not conventional woody thickening.

• WattiezaCompared with: Wattieza’s support structure differed from the familiar wood-producing growth of many modern trees.

• XanthorrhoeaRelated: Woody trunks in Xanthorrhoea form through thickening growth rather than a typical tree trunk’s architecture.