Add to ORKGThe universality of many features of plant patterns and phyllotaxis has mys-tified and intrigued natural scientists for at least four hundred years. It is remarkable that, to date, there is no widely accepted theory to explain the observations. We hope that the ideas explained below lead towards increased understanding. KEY WORDS: Pattern formation; phyllotaxis. 1
<p>In this article we show the relationship between one branch of Botanic, the phyllotaxis, and the ...
Why living forms develop in a relatively robust manner, despite various sources of internal or exter...
AbstractThree computer graphics are presented which have been inspired by the geometric theory of sp...
Pattern patterns, or phyllotaxis, the arrangements of phylla (flowers, leaves, bracts, flo...
Phyllotaxis, namely the arrangement of phylla (leaves, florets, etc.) has intrigued natural scientis...
The study of phyllotaxis has focused on seeking explanations for the occurrence of consecutive Fibon...
We propose an evolutionary mechanism of phyllotaxis, regular arrangement of leaves on a plant stem. ...
Historically, the study of phyllotaxis was greatly helped by the simple description of botanical pat...
Leaves and flowers are arranged in regular patterns around the stem of a plant, a phenomenon known a...
International audienceWhy living forms develop in a relatively robust manner, despite various source...
AbstractAfter a decade of mathematical explanatory modelling of the phenomenon of the spiral pattern...
The first phyllotaxis pattern formation model was proposed in 1868 by Schwendener, and consists of s...
AbstractHere I offer some brief comments on the present and future of phyllotaxis models
An introduction to the mysterious role of Fibonacci numbers in the botanical topic of phyllotaxis c...
Fibonacci: a natural design, easy to recognise - yet difficult to understand. Why do flowers and pla...
<p>In this article we show the relationship between one branch of Botanic, the phyllotaxis, and the ...
Why living forms develop in a relatively robust manner, despite various sources of internal or exter...
AbstractThree computer graphics are presented which have been inspired by the geometric theory of sp...
Pattern patterns, or phyllotaxis, the arrangements of phylla (flowers, leaves, bracts, flo...
Phyllotaxis, namely the arrangement of phylla (leaves, florets, etc.) has intrigued natural scientis...
The study of phyllotaxis has focused on seeking explanations for the occurrence of consecutive Fibon...
We propose an evolutionary mechanism of phyllotaxis, regular arrangement of leaves on a plant stem. ...
Historically, the study of phyllotaxis was greatly helped by the simple description of botanical pat...
Leaves and flowers are arranged in regular patterns around the stem of a plant, a phenomenon known a...
International audienceWhy living forms develop in a relatively robust manner, despite various source...
AbstractAfter a decade of mathematical explanatory modelling of the phenomenon of the spiral pattern...
The first phyllotaxis pattern formation model was proposed in 1868 by Schwendener, and consists of s...
AbstractHere I offer some brief comments on the present and future of phyllotaxis models
An introduction to the mysterious role of Fibonacci numbers in the botanical topic of phyllotaxis c...
Fibonacci: a natural design, easy to recognise - yet difficult to understand. Why do flowers and pla...
<p>In this article we show the relationship between one branch of Botanic, the phyllotaxis, and the ...
Why living forms develop in a relatively robust manner, despite various sources of internal or exter...
AbstractThree computer graphics are presented which have been inspired by the geometric theory of sp...
