"Collection of exercises on numerical methods of weather forecasting" is a unique publication created by a team of authors, which will become an indispensable assistant for students, graduate students and anyone interested in meteorology and numerical methods in science. This book offers readers not only theoretical knowledge, but also practical tasks that will help to better understand the complex aspects of weather forecasting. In today's world, where climate change is becoming more urgent, weather forecasting is not only a scientific challenge, but also an important aspect of life. The collection of exercises covers a wide range of topics, ranging from the basics of numerical methods to their application in real meteorological models. Each exercise is accompanied by detailed explanations, which allows the reader not only to solve problems, but also to understand the material more deeply. The book will be especially useful for students of the faculties of physics, mathematics and meteorology, as well as for all those who are engaged in the study of climatic phenomena. If you are passionate about science and want to understand how meteorological models work, this collection will become your reliable companion. It is suitable for both beginners and more experienced readers who want to refresh their knowledge or deepen their understanding of numerical methods. One of the key topics raised in the book is the importance of mathematical modeling in meteorology. Readers will learn how numerical methods can predict weather conditions, analyze atmospheric processes, and even develop their own models. The exercises cover various aspects, such as data interpolation, numerical schemes, and methods for solving differential equations, making the book relevant for those who want to master practical skills in this field. The style of the authors is characterized by accessibility and clarity of presentation, which allows even complex concepts to be presented in an understandable form. This makes the book not only a textbook, but also an interesting read for anyone who wants to expand their horizons in the field of weather science. The team of authors includes both experienced teachers and practitioners, which gives the book special value and relevance. If you are looking for literature that will help you understand numerical methods of weather forecasting, pay attention to works such as Meteorology and Climatology or Numerical Methods in Meteorology. These books can complement your knowledge and deepen your understanding of the topics addressed in the "Collection of exercises on numerical methods of weather forecasting" . In conclusion, this edition is not just a set of tasks, but a whole world of opportunities for studying and understanding meteorology. It inspires research, provides an opportunity to practice and develop skills that will be useful both in studies and in professional activities. If you are ready to immerse yourself in the fascinating world of numerical methods and meteorological forecasts, this collection will become your reliable guide.