Course of lectures on disciplines Teaching about the atmosphere . Climatology with basics of meteorology. Part 4 . The main synoptic objects”, prepared by the team of authors, is an indispensable source of knowledge for students, teachers and anyone interested in meteorology, climatology and synoptics . This book is part of a series that uncovers the complex processes of the atmosphere and helps to understand how the main synoptic objects that affect weather and climate in various regions of the world are formed. The focus of this part of the course is on key synoptic formations such as cyclones, anticyclones, fronts, and other meteorological structures that shape weather patterns on a daily basis. The authors masterfully explain the mechanisms of their occurrence, development and interaction, making complex processes available even to novice students. Intriguing illustrations, diagrams and examples from real practice allow the reader not only to learn the theoretical foundations, but also to learn to recognize these objects in practice, which is especially important for future meteorologists and climate specialists. Course of lectures on disciplines Teaching about the atmosphere . Climatology with basics of meteorology. Part 4” is perfect for students of specialized universities, teachers, as well as specialists working in the field of meteorology, hydrometeorology and climatology .. It will be interesting for those who want to deepen their knowledge of the structure of the atmosphere, the features of synoptic processes and learn how to predict the weather based on the analysis of synoptic maps. This part of the course is particularly relevant for those seeking to understand how large-scale atmospheric formations affect daily weather patterns and long-term climate trends. The peculiarity of the book is not only scientific accuracy, but also the style of presentation of the material. The authors use clear and accessible language, avoiding unnecessary complexity, which makes the book suitable for students starting to study meteorology, as well as for professionals who want to refresh their knowledge. At the same time, the book contains many practical recommendations and methods for analyzing synoptic objects, which makes it a valuable tool for practical activities. This part of the course is a logical continuation of the previous sections, where the basics of atmosphere and climatology, as well as basic meteorological concepts are discussed in detail. In it, the authors emphasize the importance of understanding synoptic structures for weather forecasting and climate change assessment, which is especially important in the context of global climate instability. The reader will be able not only to get acquainted with the theoretical aspects, but also to gain the practical skills necessary for the analysis of atmospheric processes. If you’re looking for a book that combines deep scientific content and practical value, “A Course of Lectures on the Disciplines of the Atmosphere Teaching. Climatology with basics of meteorology. Part 4" will be a great choice for you. It will help to understand how large synoptic objects form weather phenomena, and will teach them to recognize them in practice. This book is the key to understanding complex atmospheric processes, which will open new horizons in the study of meteorology and climatology, will make your learning more meaningful and rich. The author's team that created this educational material has a wealth of experience and professional expertise, which is confirmed by the high level of presentation and relevance of the data presented .. Inspired by their work, the reader will be able not only to expand their knowledge, but also to acquire skills that will be useful in professional activities, whether it is weather forecasting, climate trends research or the preparation of scientific publications. Overall, this book is an important step towards a deep understanding of the Earth's atmosphere and its complex synoptic structures, making it an indispensable teaching tool in meteorology and climatology.