This book is an introductory course to the physics and chemistry of the atmosphere and to climate dynamics. It covers the basics in thermodynamics, fluid dynamics, radiation, and chemistry and explains the most intriguing problems that currently exist in the study of the atmospheres of the Earth and planets. A particular effort is made to approach the different topics intuitively. Among the themes covered are the most recent evolution concerning the chemistry of polluted troposphere, the global warming problem, and chaos and nonlinear theory. The book is almost completely rewritten in comparison to the previous edition, with a more logical organization of the chapters. The fundamentals of thermodynamics, radiation, fluid dynamics and chemistry are introduced in the first six chapters, including a new chapter on remote sensing. Also there is an additional chapter on geoengineering. A significant addition to the new edition, at the end of each chapter, are examples where the topics introduced in the chapter are further discussed with application to classical problems or new research items. Many of these examples are accompanied by computer programs. The most important updates deal with the theory of the general circulation, the methods to evaluate GCM, the detailed discussion of the urban troposphere and the chaos and nonlinear phenomena.

This book provides a comprehensive overview of numerical weather prediction (NWP) focusing on the application of the spectral method in NWP models. The author illustrates the use of the spectral method in theory as well as in its application to building a full prototypical spectral NWP model, from the formulation of continuous model equations through development of their discretized forms to coded statements of the model. The author describes the implementation of a specific model - PEAK (Primitive-Equation Atmospheric Research Model Kernel) - to illustrate the steps needed to construct a global spectral NWP model. The book brings together all the spectral, time, and vertical discretization aspects relevant for such a model. It provides readers with information necessary to construct spectral NWP models; a self-contained, well-documented, coded spectral NWP model; and theoretical and practical exercises, some of which include solutions.

Vols. 10-11 include Meteorology of England by James Glaisher as seperately paged section at end.

This volume describes the meteorology of the Stoic philosopher Posidonius from the existing fragments, and discusses his relation to earlier thinkers on this subject, as well as the methods he used to obtain information about and to find explanations of meteorological phenomena. The book examines ancient meteorology, an aspect of ancient thought largely neglected by scholars. Hall produces a detailed account of how Posidonius and other ancient thinkers approached and attempted to explain meteorological phenomena – phenomena familiar to everyone, which could not be ignored in attempts to understand the natural world, but were difficult to explain satisfactorily and convincingly despite the efforts of important ancient thinkers. The volume explores particular classes of phenomena, including climatic events and geological processes, providing a comprehensive overview of Posidonius’ ideas on these topics. Concluding chapters allow for an assessment of Posidonius’ particular contribution to the field and his influence on later writers working on this subject. The Meteorology of Posidonius provides an important resource for students and scholars working on ancient philosophy and ancient science, particularly ancient meteorology.

This book is an English translation from a Hungarian book designed for graduate and postgraduate students about the use of variational principles in theoretical physics. Unlike many academic textbooks, it dashes across several lecture disciplines taught in physics courses. It emphasizes and demonstrates the use of the variational technique and philosophy behind the basic laws in mechanics, relativity theory, electromagnetism, and quantum mechanics. The book is meant for advanced students and young researchers in theoretical physics but, also, more experienced researchers can benefit from its reading.