The book "Fractals and multifractals in ecology" by Gelashvili D. B. and his colleagues is a fascinating and in-depth study that opens up a world where mathematics and ecology intersect, creating unique and sometimes unexpected connections. In this work, the authors invite readers to immerse themselves in the complex concepts of fractal geometry and multifractals, demonstrating their application in the study of ecological systems. At first glance, it may seem that fractals and ecology are two completely different areas. However, the book shows how fractal structures can help understand complex environmental processes, such as species distribution, population dynamics, and ecosystem interactions. The reader will find many examples illustrating how fractals can describe natural phenomena, from shoreline formation to forest distribution and even climate change. This creates an intriguing context in which mathematics becomes a tool for analyzing and predicting environmental change. The book will be of interest not only to specialists in the field of ecology, but also to students, graduate students and everyone who is interested in nature and its laws. It is suitable for those who already have experience in mathematics and ecology, and for beginners who want to expand their knowledge. The authors try to explain complex concepts in an accessible way, which makes the book understandable and fascinating for a wide audience. The topics raised in the book go beyond the mere study of fractals. The authors examine the impact of human activity on ecosystems, emphasizing the importance of understanding complex interrelationships in nature. They discuss how fractal models can help develop effective strategies for environmental protection and sustainable management of natural resources. This makes the book relevant in light of the current environmental challenges facing humanity. The style of Gelashvili and his colleagues is distinguished by the clarity and logic of the presentation . They masterfully combine scientific data with practical examples, which makes the material not only informative, but also fascinating. There are many illustrations and graphs in the book that help to visualize complex ideas and make reading more visual. In addition, Gelashvili is known for his work in the field of mathematical ecology and fractal theory, and his previous publications are also worthy of attention. If you are interested in topics such as “Mathematics in nature”, “Ecology and sustainable development” or “Fractals in science”, then this book will be a real find for you Thus, Fractals and Multifractals in Ecology is not just a scientific publication, but a real find for anyone who wants to understand how mathematical models can help solve environmental problems. This is a book that inspires reflection and opens up new horizons in the study of nature. Reading it, you will not only expand your knowledge, but also be able to look at the world from a new angle, assessing the beauty and complexity of natural systems.