The outer layers of a range of plant tissues, including flower petals, leaves and fruits, exhibit an intriguing variation of microscopic structures. Some of these structures include ordered periodic multilayers and diffraction gratings that give rise to interesting optical appearances. The colour arising from such structures is generally brighter than pigment-based colour. Here, we describe the main types of photonic structures found in plants and discuss the experimental approaches that can be used to analyse them. These experimental approaches allow identification of the physical mechanisms producing structural colours with a high degree of confidence. © 2013 The Author(s) Published by the Royal Society. All rights reserved
While the pathways that produce plant pigments have been well studied for decades, the use by plants...
A review of the state and analysis of works related to optical processes of photosynthesis are given...
The coloration of flowers is due to the wavelength-selective absorption by pigments of light backsca...
The appearance of structural color in nature dates back to the Cambrian epoch [Kobluk and Mapes 1989...
Structural colour arises from the constructive interference of light with a material structured on a...
Biological communication by means of structural color has existed for at least 500 million years. St...
The majority of plant colours are produced by anthocyanin and carotenoid pigments, but colouration o...
This thesis presents a study into structural colours that exist in natural samples, the principle ai...
Iridescence in shade-dwelling plants has previously been described in only a few plant groups, and e...
The science of light and colour manipulation continues to generate interest across a range of discip...
International audienceThe majority of plant colours are produced by anthocyanin and carotenoid pigme...
Plant tissues include leaves, flower petals, and fruits. These can provide us with variety of design...
Photonic structure is used extensively in nature to achieve colourful displays for visual signalling...
Blue and near-ultraviolet structural colours have often been reported in understorey plants living i...
The coloration of flowers is due to the wavelength-selective absorption by pigments of light backsca...
While the pathways that produce plant pigments have been well studied for decades, the use by plants...
A review of the state and analysis of works related to optical processes of photosynthesis are given...
The coloration of flowers is due to the wavelength-selective absorption by pigments of light backsca...
The appearance of structural color in nature dates back to the Cambrian epoch [Kobluk and Mapes 1989...
Structural colour arises from the constructive interference of light with a material structured on a...
Biological communication by means of structural color has existed for at least 500 million years. St...
The majority of plant colours are produced by anthocyanin and carotenoid pigments, but colouration o...
This thesis presents a study into structural colours that exist in natural samples, the principle ai...
Iridescence in shade-dwelling plants has previously been described in only a few plant groups, and e...
The science of light and colour manipulation continues to generate interest across a range of discip...
International audienceThe majority of plant colours are produced by anthocyanin and carotenoid pigme...
Plant tissues include leaves, flower petals, and fruits. These can provide us with variety of design...
Photonic structure is used extensively in nature to achieve colourful displays for visual signalling...
Blue and near-ultraviolet structural colours have often been reported in understorey plants living i...
The coloration of flowers is due to the wavelength-selective absorption by pigments of light backsca...
While the pathways that produce plant pigments have been well studied for decades, the use by plants...
A review of the state and analysis of works related to optical processes of photosynthesis are given...
The coloration of flowers is due to the wavelength-selective absorption by pigments of light backsca...