Selforganization In Biological Systems (Princeton Studies In Complexity)

Selforganization In Biological Systems (Princeton Studies In Complexity)

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The Synchronized Flashing Of Fireflies At Night. The Spiraling Patterns Of An Aggregating Slime Mold. The Anastomosing Network Of Armyant Trails. The Coordinated Movements Of A School Of Fish. Researchers Are Finding In Such Patternsphenomena That Have Fascinated Naturalists For Centuriesa Fertile New Approach To Understanding Biological Systems: The Study Of Selforganization. This Book, A Primer On Selforganization In Biological Systems For Students And Other Enthusiasts, Introduces Readers To The Basic Concepts And Tools For Studying Selforganization And Then Examines Numerous Examples Of Selforganization In The Natural World.Selforganization Refers To Diverse Pattern Formation Processes In The Physical And Biological World, From Sand Grains Assembling Into Rippled Dunes To Cells Combining To Create Highly Structured Tissues To Individual Insects Working To Create Sophisticated Societies. What These Diverse Systems Hold In Common Is The Proximate Means By Which They Acquire Order And Structure. In Selforganizing Systems, Pattern At The Global Level Emerges Solely From Interactions Among Lowerlevel Components. Remarkably, Even Very Complex Structures Result From The Iteration Of Surprisingly Simple Behaviors Performed By Individuals Relying On Only Local Information. This Striking Conclusion Suggests Important Lines Of Inquiry: To What Degree Is Environmental Rather Than Individual Complexity Responsible For Group Complexity? To What Extent Have Widely Differing Organisms Adopted Similar, Convergent Strategies Of Pattern Formation? How, Specifically, Has Natural Selection Determined The Rules Governing Interactions Within Biological Systems?Broad In Scope, Thorough Yet Accessible, This Book Is A Selfcontained Introduction To Selforganization And Complexity In Biologya Field Of Study At The Forefront Of Life Sciences Research.

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Frequently Asked Questions

  • Q: What is the main focus of 'Self-Organization in Biological Systems'? A: The book focuses on the concept of self-organization in biological systems, exploring how complex patterns emerge from simple interactions among lower-level components.
  • Q: Who is the author of this book? A: The author of 'Self-Organization in Biological Systems' is Scott Camazine.
  • Q: When was this book published? A: The book was published on September 17, 2003.
  • Q: What can I expect to learn from this book? A: Readers can expect to learn about the basic concepts of self-organization, tools for studying the phenomenon, and numerous real-world examples in nature.
  • Q: Is this book suitable for beginners? A: Yes, the book is designed to be accessible and serves as a primer for students and enthusiasts interested in self-organization and complexity in biology.
  • Q: What is the page count of this book? A: The book contains 562 pages.
  • Q: What is the binding type of 'Self-Organization in Biological Systems'? A: The book is available in paperback binding.
  • Q: Does this book cover real-life examples of self-organization? A: Yes, it examines various real-life phenomena, such as the synchronized flashing of fireflies and the patterns formed by schools of fish.
  • Q: Is the book part of a series? A: Yes, it is part of the Princeton Studies in Complexity series.
  • Q: What topics related to self-organization does the book explore? A: The book explores topics such as environmental complexity, group behavior, and the rules governing interactions within biological systems.