On Growth and Form
Tags
Summary
Editor's review
Who it's for
A good fit for
- Upper-level undergraduates and graduate students interested in biological form, biomimetics, and mathematical biology
- Readers of the history and philosophy of science seeking the intellectual lineage of the morphological tradition
- Advanced popular-science readers with basic physics and geometry who are willing to read diagram-based arguments slowly
Not a good fit for
- General readers without a natural-science background who want a light popular-science introduction
- Utility-oriented readers who only need quick conclusions and do not intend to follow the arguments
Reading tips
- Read the introduction and the chapters on scale and form first to establish the book's framing, then delve into specific topics.
- Work through the arguments section by section alongside the diagrams; skip formulas at first, grasp the geometric intuition, then return.
- After each chapter, restate the core argument in a few sentences to avoid losing the overall thread in details.
About the publisher
Project Gutenberg is a digital publishing project focused on public-domain ebooks. Its publishing direction centers on classic literary works whose copyright has expired, covering genres such as poetry, drama, fiction, and epic. Representative books include Lyrical Ballads by Wordsworth and Coleridge, Proust's Du côté de chez Swann, Shakespeare's Macbeth and The Complete Works of William Shakespeare, Homer's The Iliad, Dante's La Divina Comèdia: Purgatòri, Cervantes's The History of Don Quixote, Volume 2, and Grahame's The Wind in the Willows. Its author resources consist mainly of classic Western writers such as Wordsworth, Proust, Shakespeare, Homer, Dante, Cervantes, Grahame, and Tolstoy. Its publishing feature is the provision of freely accessible ebooks in EPUB and Kindle formats; it is not a traditional publisher, and publicly available information is limited.
Contents
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About the author
D’Arcy Wentworth Thompson (1860–1948) was a British scholar best known for studying the mathematical and physical foundations of biological form and growth. Public information is limited, and the details of his life are beyond the scope of this entry. His most widely known work is On Growth and Form, which combines mathematics, mechanics, and biology to explore how living organisms take shape, emphasizing the roles of physical constraints and scale effects in the forms of life. Thompson’s writing blends scientific rigor with a humanistic outlook, and his clear, insightful prose has had a lasting influence on morphology, developmental biology, and biomimetics.
