Linked from

The 39 pages that link to Wood, each with the reason it gives.

• XylemNarrower topic: In woody plants, much of the xylem accumulates as wood.

• LigninBroader topic: Lignin helps give wood the stiffness needed to support upright growth.

• AnisotropyBroader topic: Its grain creates pronounced directional differences in strength and shrinkage.

• WoodworkingNarrower topic: Its species, structure, and condition set the material’s working properties.

• TimberNarrower topic: Timber is wood selected and prepared for practical use.

• Vascular cambiumBroader topic: Repeated cambial production of secondary xylem builds wood.

• Composite bowRelated: A wooden core supports the horn and sinew layers in many composite bows.

• Plant cell wallBroader topic: Wood’s stiffness and durability arise from specialized, lignified cell walls.

• Secondary growthNarrower topic: It is the principal accumulated product of secondary growth.

• BarkCompared with: Wood lies inward of the cambium, whereas bark comprises tissues outward of it.

• Plant anatomyBroader topic: Its cellular patterns preserve a record of stem structure and growth.

• PolyphenolRelated: Polyphenolic lignin helps give wood rigidity and resistance to degradation.

• Composite materialRelated: Its hierarchical composite structure gives trees strength with relatively little mass.

• Plant tissueBroader topic: Wood is a familiar tissue-derived material formed through secondary growth.

• TreeBroader topic: Wood is the structural tissue accumulated as a tree grows in girth.

• Tree ringNarrower topic: A ring is a visible growth layer within wood.

• Wood pulpNarrower topic: It supplies the fibers and chemical components that pulping separates.

• Woody plantBroader topic: Wood is the structural tissue that makes many woody plants useful as material.

• Wood grainNarrower topic: Wood grain is the visible and directional expression of wood’s internal structure.

• Phenylpropanoid pathwayRelated: Lignin production through this pathway is central to wood’s rigidity and durability.

• PopulusRelated: Populus wood is examined for its material properties and industrial processing.

• TracheidNarrower topic: Tracheids make up most of the wood in conifers and many other plants.

• Wood-decay fungusNarrower topic: It is the material whose structural polymers wood-decay fungi dismantle.

• MalletRelated: Wooden heads deliver controlled blows and are common in woodworking mallets.

• Carpenter antRelated: Carpenter ants remove wood fibers to form nest galleries without using them as food.

• Colored pencilRelated: The casing protects the core and can be sharpened to expose its point.

• FirewoodNarrower topic: Firewood is wood selected and prepared for combustion.

• John J. LoudRelated: Loud’s patent also addressed marking rough materials beyond ordinary paper.

• Ulmus americanaRelated: American elm wood has been used for furniture, flooring, and other products.

• Wood ashNarrower topic: The mineral content of the original wood sets an upper bound on the ash’s inorganic material.

• Wood dryingNarrower topic: Its cellular structure governs moisture storage, movement, and drying behavior.

• Coffee tableRelated: It is a common coffee-table material, valued for varied grain and finishes.

• Picea engelmanniiRelated: Engelmann spruce is harvested for light, straight-grained timber.

• XylophagyNarrower topic: It is the material consumed in xylophagy and the source of its distinctive digestive challenge.

• PaubrasiliaNarrower topic: Brazilwood's commercial value comes from its durable, dense timber.

• Pencil sharpenerRelated: Wood is the outer material a sharpener must shave without tearing the pencil casing.

• Plant structuresBroader topic: Wood is a structural material formed by a plant's vascular growth.

• ToothpickRelated: Wood is the traditional material for disposable toothpicks.

• Toy blockRelated: Wood gives many traditional blocks weight, durability, and a tactile surface.