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    The Algorithmic Beauty of Sea Shells (Virtual Laboratory) (Mixed media product) By (author) Hans Meinhardt, Illustrated by Przemyslaw Prusinkiewicz, Illustrated by D.R. Fowler, Contributions by Przemyslaw Prusinkiewicz, Contributions by D.R. Fowler

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    DescriptionThe pigment patterns on tropical shells are of great beauty and diversity. Their mixture of regularity and irregularity is fascinating. A particular pattern seems to follow particular rules but these rules allow variations. No two shells are identical. The motionless patterns appear to be static, and, indeed, they consist of calci?ed material. However, as will be shown in this book, the underlying mechanism that generates this beauty is eminently dynamic. It has much in common with other dynamic systems that generate patterns, such as a wind-sand system that forms large dunes, or rain and erosion that form complex rami?ed river systems. On other shells the underlying mechanism has much in common with waves such as those commonly observed in the spread of an epidemic. A mollusk can only enlarge its shell at the shell margin. In most cases, only at this margin are new elements of the pigmentation pattern added. Therefore, the shell pattern preserves the record of a process that took place over time in a narrow zone at the growing edge. A certain point on the shell represents a certain moment in its history. Like a time machine one can go into the past or the future just by turning the shell back and forth. Having this complete historical record opens the possibility of decoding the generic principles behind this beauty.

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    The Algorithmic Beauty of Sea Shells
    Authors and contributors
    By (author) Hans Meinhardt, Illustrated by Przemyslaw Prusinkiewicz, Illustrated by D.R. Fowler, Contributions by Przemyslaw Prusinkiewicz, Contributions by D.R. Fowler
    Physical properties
    Format: Mixed media product
    Number of pages: 283
    Width: 218 mm
    Height: 282 mm
    Thickness: 20 mm
    Weight: 1,139 g
    ISBN 13: 9783540921417
    ISBN 10: 3540921419

    B&T Book Type: NF
    BIC E4L: SCI
    Nielsen BookScan Product Class 3: S7.3
    LC subject heading:
    B&T Merchandise Category: TXT
    BIC subject category V2: PSAJ
    LC subject heading:
    B&T General Subject: 560
    LC subject heading:
    BIC subject category V2: PSV
    Ingram Subject Code: SE
    BIC subject category V2: AF
    B&T Modifier: Region of Publication: 04
    B&T Modifier: Academic Level: 02
    B&T Modifier: Text Format: 01
    BIC subject category V2: UGK
    LC subject heading: ,
    LC classification: GC
    Warengruppen-Systematik des deutschen Buchhandels: 16790
    BISAC V2.8: SCI039000, SCI070020
    LC classification: T385
    BISAC V2.8: COM072000, SCI072000
    Abridged Dewey: 594
    Libri: GRAF6500, P0040920, SIMU5000
    BISAC V2.8: NAT031000
    DC22: 594.0471
    Libri: MUSC5000
    DC22: 591.4770113
    LC classification: QH301-705, QH359-425, QH324.2-324.25, NX1-820, QL1-991
    LC subject heading:
    Thema V1.0: PSV, PSAJ, AF, UGK
    4, Revised
    Edition statement
    4th ed. 2009
    Illustrations note
    17 black & white illustrations, 139 colour illustrations, biography
    Springer-Verlag Berlin and Heidelberg GmbH & Co. KG
    Imprint name
    Springer-Verlag Berlin and Heidelberg GmbH & Co. K
    Publication date
    03 September 2009
    Publication City/Country
    Review quote
    Review of the 4th edition: It is a strikingly beautiful book, with more than a hundred color illustrations of patterns on mollusk shells, side by side with the computer simulations that reproduce them. This bestiary of pattern formation includes stripes (straight or produced by traveling waves), dots, drops, triangles, and meshwork combined in any imaginable way. It is truly remarkable that this diversity of patterns seems to have arisen in the absence of any selective pressure, as the animals that express them spend their lives buried in mud or sand. Thus, these patterns are in essence a manifestation of Nature at play. Meinhardt has a great knack for explaining pattern-forming mechanisms in a non-technical way. In the first few chapters of his book he introduces us to the basic elements of his model in accessible and vivid terms. He shows how local non-linear self-activation combined with a rapidly diffusible repressor (or limiting substrate) leads to the formation of dots and stripes from homogeneous initial conditions, a phenomenon first described by Turing in 1952 as diffusion-driven instability. He then goes on to explain how oscillating patterns and traveling waves can be produced by the same basic model with different decay and diffusion rates. Here, the author and the book are at their best. Johannes Jaeger in: Bioessays 32: 638-640, 2010 WILEY Periodicals, Inc., DOI 10.1002/bies.201000031 From the reviews of the third edition: This is a serious volume on the mathematical modeling of sea shell patterns. ... This volume takes a rigorous approach, progressing systematically ... . It would make a great text for either a course at the upper undergraduate or graduate level in mathematics or biology designed around it. It would also be a good supplemental text for a course in dynamical systems, differential equations ... . It has left me with a new appreciation, wonder and curiosity about the myriad patterns on shells ... ." (Amy Shell-Gellasch, MAA online, January, 2005)
    Back cover copy
    The patterns on the shells of tropical sea snails are not only compellingly beautiful but also tell a tale of biological development. The decorative patterns are records of their own genesis, which follows laws like those of dune formation or the spread of a flu epidemic. Hans Meinhardt has analyzed the dynamical processes that form these patterns and retraced them faithfully in computer simulations. His book is exciting not only for the astonishing scientific knowledge it reveals but also for its fascinating pictures.
    Table of contents
    Shell patterns as dynamic systems.- Pattern formation.- Oscillation and travelling waves.- Superposition of stable and periodic patterns.- Meshwork of oblique lines and staggered dots.- Branch initiation by global control.- The big problem: two or more time-dependent patterns.- Triangles.- Parallel lines with tongues.- Shell models in three dimensions.- The computer program.- Appendix: Pattern formation in the development of higher-level organisms.