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A Mechanico-Physiological Theory of Organic Evolution

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About This Book

This work presents a mechanico-physiological perspective on organic evolution, exploring the transition from unorganized matter to organized life forms. It discusses the formation of micellar bodies from organic compounds and the conditions necessary for spontaneous generation. The author examines how life emerges from primordial plasma, emphasizing the role of molecular forces in growth and reproduction. The text outlines the processes of organization and disorganization in living organisms, suggesting that all life originates from simpler forms. The synthesis of organisms is analyzed in relation to physical laws, providing a framework for understanding biological complexity.

About the Author

Nägeli, Carl portrait

Carl Nägeli

Carl Nägeli was a Swiss botanist and a significant figure in the field of evolutionary biology. He is best known for his work "A Mechanico-Physiological Theory of Organic Evolution," where he proposed ideas that contributed to the understanding of heredity and the mechanisms of evolution. Nägeli's research emphasized the importance of physiological processes in the development of organisms, positioning him as a precursor to later evolutionary theories. His contributions to botany and evolutionary thought have left a lasting impact on the scientific community.

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