"Computational Seismology" , Issue 41, Statistical and Computational Methods of Seismic Monitoring" edited by the team of authors represents an important contribution to the field of seismology, which will be of interest to professional researchers, as well as students, Deeper understanding of complex processes , occurring in the Earth's interior. This publication will be an indispensable tool for those who work in the field of geophysics, seismology and related disciplines. This issue contains cutting-edge research and development related to statistical and computational methods used to monitor seismic activity. The authors offer readers a unique look at modern technologies and algorithms that allow not only to track earthquakes, but also to analyze their consequences in real time. The book covers a wide range of topics, including seismic data processing, modeling of earthquake-related processes, and the application of statistical techniques to improve the accuracy of seismic event prediction. The style of presentation in the book is distinguished by scientific rigor and at the same time accessibility, which makes the material understandable even for those who are just starting their way in seismology. Readers will be able to find many examples and illustrations that will help them better absorb the material presented .. In addition, the book focuses on topical issues, such as the impact of human activity on seismic activity and the need to develop new methods for monitoring and predicting earthquakes. This book will be especially useful for students and graduate students studying geophysics, as well as for professionals working in the field of seismic monitoring, ecology and environmental management. It can become the basis for scientific research and dissertations, as well as a source of inspiration for new ideas and projects in the field of seismology. The topics raised in Computational Seismology range from theoretical foundations to practical applications, making it a universal reference for anyone interested in this important science. The book not only deepens the understanding of seismic processes, but also emphasizes the importance of an interdisciplinary approach in solving complex problems related to earthquake monitoring and forecasting. The team of authors working on this issue consists of leading experts in the field of seismology, which guarantees the high quality and relevance of the material presented. Their previous work has also received recognition in the scientific community, which adds additional value to this publication. Readers familiar with other authors' publications will appreciate their deep approach and commitment to innovation. If you are looking for a book that will not only expand your knowledge of seismic activity, but also help you master modern methods of analysis and monitoring, then “Computational Seismology, Issue 41” will be an excellent choice. This publication will attract the attention of both professionals and science lovers who want to understand the complex mechanisms that govern our planet. Do not miss the opportunity to plunge into the world of seismology and discover new horizons in the study of earthquakes and their consequences!