Linked from

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

• InflorescenceRelated: Organ positioning rules help explain how branches and flowers are distributed on axes.

• LeafRelated: Leaf spacing can reduce shading and improve light interception.

• Fibonacci sequenceRelated: Some plant arrangements exhibit counts related to consecutive Fibonacci numbers, without making the sequence universal.

• BractRelated: Bract positions follow patterns of plant-organ arrangement and can help define an inflorescence's form.

• Apical dominanceRelated: Leaf arrangement determines the positions where axillary buds form along a shoot.

• TepalRelated: Tepal number and placement reflect the flower’s pattern of organ arrangement.

• InvolucreRelated: Bract arrangement gives an involucre its characteristic overlapping or whorled pattern.

• SepalRelated: Patterns of organ placement help determine sepal arrangement.

• PhyllodeRelated: Phyllode arrangement affects how these flattened organs intercept light.

• Shoot apical meristemRelated: Patterns of organ placement emerge as the meristem repeatedly initiates lateral organs.

• Node (botany)Related: Leaf placement at successive nodes creates recognizable arrangement patterns.

• NeriumRelated: Nerium’s leaves commonly occur in whorls or opposite pairs, a useful identifying feature.

• PandanusRelated: Pandanus leaves spiral around the stem, giving screw-pines their characteristic form.

• RavenalaRelated: Ravenala’s leaves form a striking two-ranked fan rather than a palm-like crown.