Theoretical morphology--which seeks to sketch the range of forms
that biological entities could take, with the ultimate goal of
discovering why certain forms exist but others do not--is among
paleontology's most significant contributions to the understanding
of evolution. Today, with the aid of computers in developing
conceivable morphologies, the discipline has been able to advance
into a remarkable tool for the study of evolution. Yet despite
these advances, the field remains largely untapped and ripe with
research potential. In this volume, paleontologist George McGhee
presents the first complete overview of the field, its advancements
in recent years, and the challenges ahead.
"Theoretical Morphology" provides readers with the background
they need to launch their own research. McGhee describes the steps
involved in defining the geometric parameters (theoretical
morphospaces) for an organic form in order to generate a spectrum
of other possible forms that have never actually appeared. He also
addresses the simulation of actual processes of morphogenesis, with
the goal of attaining a more nuanced comprehension of how
evolutionary processes work.
"Theoretical Morphology" takes readers through a variety of
theoretical morphospaces including those for univalved, bivalved,
discrete, and branching growth systems. With a glossary of terms
and a comprehensive list of references on the subject, this is an
excellent handbook for graduate students or professional scientists
interested in employing these cutting-edge techniques in their own
research.
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