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John Tyler Bonner

    May 12, 1920 – February 7, 2019

    John Tyler Bonner is an emeritus professor of biology at Princeton University, a pioneer in using cellular slime molds to understand evolution and development, and one of the world's leading experts on cellular slime molds. His work explores the fundamental principles of life and the complexity of the world through a microscopic lens. He investigates how simple organisms can evolve and organize into more complex structures.

    John Tyler Bonner
    Cells and Societies
    Size and Cycle
    The Evolution of Development; Three Special Lectures Given at University College, London
    The social Amoebae the Biology of Cellular Slime Molds
    First Signals
    Why Size Matters
    • 2017

      Sixty Years of Biology

      Essays on Evolution and Development

      • 156 pages
      • 6 hours of reading

      Exploring fundamental biological processes, this collection of essays by John Tyler Bonner delves into themes like self-organization, competition, and gene dynamics. The chapters analyze interactions from molecular levels to societal behaviors, emphasizing the division of labor across various biological systems. Bonner also reflects on his six-decade journey in biology, highlighting significant shifts in research funding and the evolution of the field. This work extends his earlier insights in "Life Cycles," blending personal narrative with scientific commentary.

      Sixty Years of Biology
    • 2015

      Size and Cycle

      An Essay on the Structure of Biology

      • 260 pages
      • 10 hours of reading

      Exploring the intricate connections between life cycles and the size of organisms, this book delves into how these factors influence one another and their collective impact on evolution. It examines the evolutionary significance of size variations and life history strategies, offering insights into the biological processes that shape the diversity of life. Through a detailed analysis, it highlights the importance of understanding these relationships in the broader context of evolutionary biology.

      Size and Cycle
    • 2015

      Cells and Societies

      • 250 pages
      • 9 hours of reading

      Exploring the communication and social structures of various species, the book highlights how different organisms, from howling monkeys to amoebae, utilize unique forms of language and social coordination to meet basic biological needs. By examining creatures such as red deer, seals, and social insects, the author uncovers a fundamental pattern in the functions of feeding, reproduction, and social interaction that transcends species, illustrating the interconnectedness of life on Earth.

      Cells and Societies
    • 2015

      Life Cycles

      Reflections of an Evolutionary Biologist

      • 222 pages
      • 8 hours of reading

      The narrative intertwines a personal memoir with insights into biological science, showcasing John Bonner's journey as a key figure in experimental biology. Through his lifelong study of slime molds, he explores the life cycle, which underpins all biological understanding. This work stands out for its reflective and integrative approach amid the growing specialization in the field, offering a cohesive perspective on the interconnectedness of life and scientific inquiry.

      Life Cycles
    • 2015

      Cellular Slime Molds

      • 224 pages
      • 8 hours of reading

      Annotation The description for this book, Cellular Slime Molds, will be forthcoming.

      Cellular Slime Molds
    • 2011

      Why Size Matters

      • 176 pages
      • 7 hours of reading

      Offers a fresh perspective on the role of size in biology. This title explores the universal impact of being the right size. By examining stories ranging from Alice in Wonderland to Gulliver's Travels, it shows that humans have always been fascinated by things big and small.

      Why Size Matters
    • 2008
    • 2001

      First Signals

      The Evolution of Multicellular Development

      • 160 pages
      • 6 hours of reading
      3.4(12)Add rating

      Focusing on a pivotal moment in evolution, the book explores the origins of cell signaling that marked the beginning of multicellularity. By examining cellular slime molds, which are simple and easy to cultivate, the author seeks to shed light on the fundamental principles of development that have evolved over millions of years. This approach aims to reconnect contemporary molecular insights with the basic mechanisms that underpin early multicellular development, providing a clearer understanding of the evolutionary timeline.

      First Signals