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Scale

Geoffrey West

Systems & ComplexityScienceEconomics & Finance
Featured in: Systems Thinking reading guide
Publish date
2015
Publisher
Penguin Press
Description
In Scale, theoretical physicist Geoffrey West examines the universal mathematical principles that govern growth, lifespan, and sustainability across biological organisms, cities, and corporations. The book demonstrates how network dynamics dictate scaling laws, showing that while biological metabolism slows down as organisms grow larger, cities exhibit accelerated innovation and resource consumption as they expand. West connects these quantitative patterns to evaluate corporate mortality and the long-term sustainability challenges facing global civilization. The work is intended for general readers, researchers, and urban planners interested in complexity science and systemic growth.
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Books cited in Scale

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  1. The Death and Life of Great American Cities

    Jane Jacobs

    Citation

    Cited for fundamental insights into urban diversity, interactions, and socioeconomic vitality.

    High relevanceExplore

  2. Scaling: Why Is Animal Size So Important?

    Knut Schmidt-Nielsen

    Citation

    A classic empirical precursor examining biological allometry and the physical consequences of animal size.

    High relevanceExplore

  3. On Growth and Form

    D'Arcy Wentworth Thompson

    Citation

    A foundational work inspiring the application of physical and geometric constraints to biological growth.

    High relevanceExplore

  4. The Fire of Life: An Introduction to Animal Energetics

    Max Kleiber

    Citation

    Kleiber's law provides the foundational 3/4-power metabolic scaling principle explored throughout the book.

    High relevanceExplore

  5. What Is Life?

    Erwin Schrödinger

    Citation

    Inspires the thermodynamic perspective on organisms as open systems resisting entropy through energy dissipation.

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  6. On the Origin of Species

    Charles Darwin

    Citation

    Provides the evolutionary framework under which metabolic and morphological scaling constraints operate.

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  7. Sync: How Order Emerges from Chaos in the Universe, Nature, and Daily Life

    Steven Strogatz

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    Cited regarding network dynamics, synchronization, and the collective timing of complex natural phenomena.

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  8. The City in History

    Lewis Mumford

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    Referenced in historical analyses of urban development, density, and societal transformation.

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  9. Linked: How Everything Is Connected to Everything Else and What It Means for Business, Science, and Everyday Life

    Albert-László Barabási

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    Informs the network science concepts essential to understanding modern urban and biological infrastructure.

    Medium relevanceExplore

  10. An Essay on the Principle of Population

    Thomas Robert Malthus

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    Discussed regarding resource limits, planetary carrying capacity, and non-linear demographic growth.

    Medium relevanceExplore

  11. Problems of Relative Growth

    Julian Huxley

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    Foundational text establishing mathematical allometry to quantify non-linear differential growth rates in organisms.

    Medium relevanceExplore

  12. The Population Bomb

    Paul R. Ehrlich

    Citation

    Examined in the context of growth projections and historical apocalyptic predictions about resource depletion.

    Medium relevanceExplore

There may be more citations. We show up to 12 per book to keep the list manageable.

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