The book "Experience in assessing the stability of slopes of complex geological structure by the method of finite elements and experiments on models" is a unique publication created by a team of authors, which represents an important contribution to the field of geotechnics and engineering geology. This work will be of particular interest to specialists, students and researchers working in the fields of geology, construction design and environmental protection. This book examines current approaches to assessing slope resilience, which is a hot topic in light of global climate change and the increasing number of natural disasters. The authors offer readers an in-depth analysis of finite element-based methods, which allows more accurate modeling of the behavior of complex geological structures. Unlike traditional methods, which often do not take into account all the nuances of the geological structure, the methods presented in the book allow for more reliable and substantiated results. The book shares the experience of using experimental models, which makes the material especially valuable for practitioners. Readers will be able to see how theoretical developments find their application in real conditions, which significantly increases the practical value of the publication. The authors not only describe the methodology, but also give examples of successful application of their approaches, which adds intrigue and inspiration to those who seek innovation in their professional activities. This book will be useful not only for specialists, but also for students who study geology, engineering and related disciplines. It will be an excellent addition to educational materials, helping to better understand the complex processes occurring in nature, and how to model them. Readers interested in slope stability, geodynamics, and numerical modeling techniques will find many useful ideas and solutions in this edition. The topics raised in the book concern not only technical aspects, but also ecology, which makes it especially relevant in the modern world, where sustainable development and environmental protection become priorities. The authors emphasize the importance of an integrated approach to assessing slope stability, which can help prevent environmental disasters and minimize the risks associated with natural phenomena. The style of the authors is distinguished by scientific rigor, but at the same time the availability of the presentation, which makes the material understandable even for those who are not specialists in this field. This quality allows the book to be not only a teaching aid, but also a reference publication for practicing engineers and geologists. In addition, the team of authors includes recognized experts in the field of geology and geotechnics, which adds additional value to the book. Their previous work has already proven to be a reliable source of information and practical recommendations. If you are looking for literature[edit] which will help you to understand the processes more deeply, occurring in difficult geological conditions, and learn modern methods of their assessment , "Experience in assessing the stability of slopes of a complex geological structure by the method of finite elements and experiments on models" will be a real find for you. This publication will not only expand your knowledge, but also inspire new research and practical solutions in the field of engineering geology and environmental protection.