Linked from

The 21 pages that link to Structural coloration, each with the reason it gives.

• PigmentCompared with: It can create vivid color without pigment particles absorbing selected wavelengths.

• MelaninCompared with: Many animal colors arise from optical structures instead of melanin absorption.

• BiomimeticsBroader topic: Photonic structures in organisms inspire biomimetic color and optical materials.

• Mie scatteringRelated: Microspheres and other particles can create colors through size-dependent scattering.

• ElytronRelated: Some beetle elytra display vivid colors generated by layered or ordered cuticle.

• IridescenceNarrower topic: Iridescence is a changing-angle form of color generated by structure.

• Bird plumageRelated: Feather microstructures can create iridescent or blue plumage without blue pigment.

• ButterflyRelated: Some butterfly blues and iridescent effects arise from scale structure.

• ChromatophoreRelated: Reflective chromatophores use microscopic structure to make colors that pigments alone cannot explain.

• PeacockRelated: Microscopic structures in train feathers create the bright iridescent colors.

• Thin-film interferenceNarrower topic: Thin layers create vivid colors in soap bubbles, oil films, and some biological surfaces.

• Color centerCompared with: Structural color can resemble defect coloration while arising from light interference instead.

• Mantis shrimpRelated: Mantis shrimp shells use nanoscale structures that can generate vivid colors.

• Animal colorationCompared with: This is the optical alternative to pigment-based animal coloration.

• Neon tetraNarrower topic: The neon tetra’s blue stripe derives much of its color from light-reflecting tissue structures.

• CuttlefishRelated: Cuttlefish skin uses reflective cells to produce colors beyond pigment alone.

• Biological pigmentCompared with: It shows how biological color can arise without light-absorbing colorants.

• JiuzhaigouRelated: Light scattering and reflection contribute to the lakes’ vivid blue and green appearances.

• TuracoCompared with: Unlike most green bird plumage, turaco green can come from a pigment rather than optical structure.

• BirdwingRelated: Microscopic wing structures contribute to the iridescent colors of some birdwings.

• InkayacuCompared with: It is distinct from the pigment-based evidence used to infer Inkayacu’s plumage.