The book Fractals and Chaos in Biological Morphogenesis, written by a team of authors Isaev, Karetin and Chernyshev, is a fascinating study that combines mathematics, biology and philosophy. This work will be interesting not only to scientists and students studying biology and mathematics, but also to everyone who is interested in the mysteries of nature and seeks to understand how complex forms and structures arise in living organisms. The authors focus on fractals geometric objects with self-similarity and complex structure that can be observed in nature. The book immerses the reader in the world of morphogenesis, the process by which organisms form their structures and forms. The authors explain in detail how fractal models can be used to describe and understand biological processes such as plant growth, organ development, and even ecosystem formation. They explore how chaos and order intertwine in living systems, creating an amazing variety of shapes and functions. This book will be especially interesting for those who are fond of science, mathematics and nature. Students and graduate students studying biology, mathematics, ecology and related disciplines will find in it many useful ideas and concepts. But even if you are not an expert in these areas, the book is able to capture your imagination and expand the horizons of understanding the world around you. It is suitable for both high school students and adult readers seeking knowledge. The topics raised in the book go beyond a simple description of biological processes. The authors address philosophical questions about the nature of life and its organization, how chaos can produce order, and how complex systems can emerge from simple rules. This makes the work not only a scientific, but also a deep philosophical reflection on life and its laws. The style of the authors is clear and accessible, which allows even complex concepts to be explained in simple language. They use many examples from nature to demonstrate how fractals and chaos manifest in real biological systems. This makes the reading fascinating and informative. There are many illustrations and graphs in the book that help to visualize complex ideas and make the material more visual. Isaev, Karetin and Chernyshev have already established themselves as authors capable of connecting various fields of knowledge. Their previous works have also been devoted to biology and mathematics, and they show the same passion for research and the desire to explain complex phenomena in accessible language. Fractals and Chaos in Biological Morphogenesis continues this tradition and offers readers a unique perspective on the relationship between mathematics and life. If you are looking for a book that will help you look at the world from a new perspective, expand your knowledge of nature and its laws, then Fractals and Chaos in Biological Morphogenesis will be an excellent choice. It takes you on a fascinating journey through the labyrinths of biology and mathematics, opening up new horizons of understanding. Do not miss the opportunity to immerse yourself in this exciting topic and learn how fractals and chaos shape life on Earth.