As global temperatures rise under the forcing hand of humanity’s greenhouse gas emissions, new questions are being asked of how societies make sense of their weather, of the cultural values, which are afforded to climate, and of how environmental futures are imagined, feared, predicted, and remade. Weather, Climate, and Geographical Imagination contributes to this conversation by bringing together a range of voices from history of science, historical geography, and environmental history, each speaking to a set of questions about the role of space and place in the production, circulation, reception, and application of knowledges about weather and climate. The volume develops the concept of “geographical imagination” to address the intersecting forces of scientific knowledge, cultural politics, bodily experience, and spatial imaginaries, which shape the history of knowledges about climate.

Weather can be enjoyable, be merely tolerated or even change a good day to a bad one. On some occasions, it can become extreme and dramatically impact your life. Written in a friendly, easy-to-understand style, Ahrens/Samson/Reed's EXTREME WEATHER AND CLIMATE, 2nd Edition clearly explains the science of how hurricanes, tornadoes, lightning, floods and extreme temperatures can occur, how they can sometimes be life-changing and how they may be impacted by global climate change. Vividly illustrated, this text will give you a new appreciation for the power of nature.

This is a lift-the-flap book that introduces readers to the science of weather. The work is filled with facts from how hurricanes and floods happen to how global warming is affecting the Earth's climates.

A timely and accessible analysis of one of the most crucial and contentious issues facing the world today – the processes and consequences of natural and human induced changes in the structure and function of the climate system. Integrating the latest scientific developments throughout, the text centres on climate change control, addressing how weather and climate impact on environment and society.

This textbook provides a comprehensive yet accessible treatment of weather and climate prediction, for graduate students, researchers and professionals. It teaches the strengths, weaknesses and best practices for the use of atmospheric models. It is ideal for the many scientists who use such models across a wide variety of applications. The book describes the different numerical methods, data assimilation, ensemble methods, predictability, land-surface modeling, climate modeling and downscaling, computational fluid-dynamics models, experimental designs in model-based research, verification methods, operational prediction, and special applications such as air-quality modeling and flood prediction. This volume will satisfy everyone who needs to know about atmospheric modeling for use in research or operations. It is ideal both as a textbook for a course on weather and climate prediction and as a reference text for researchers and professionals from a range of backgrounds: atmospheric science, meteorology, climatology, environmental science, geography, and geophysical fluid mechanics/dynamics.

Originally published in 1986 as Basic meteorology: a physical outline.

While it is widely acknowledged that climate change is among the greatest global challenges of our times, it has local implications too. This volume forefronts these local issues, giving anthropology a voice in this great debate, which is otherwise dominated by natural scientists and policy makers. It shows what an ethnographic focus can offer in furthering our understanding of the lived realities of climate debates. Contributors from communities around the world discuss local knowledge of, and responses to, environmental changes that need to feature in scientifically framed policies regarding mitigation and adaptation measures if they are to be effective.

This book introduces the general field of Sun-weather/climate relationships, that is, apparent weather and climate responses to solar activity, and provides theoretical and experimental suggestions for further research to identify and investigate the unknown causal mechanisms. It is directed to researchers active in the atmospheric and space sciences who wish to expand their background for meeting the challenge of this newly emerging field and to students who desire a general background in the several disciplinary areas of the field. In the 200-year history of Sun-weather studies, a large body of information has accumulated. Even though the reported results have sometimes been confused, disjointed, and contradictory, there has emerged a growing belief that there are connections between changes on the Sun and changes in the lower atmosphere. There is, however, a deplorable lack of acceptable physical mechanisms to explain those probable connections, and this has prevented widespread acceptance of the reality of solar activity effects on the weather and climate. The discovery of viable mechanisms will strengthen the scientific basis of Sun-weather relationships and may lead to improved predictions of weather and climate. It is obvious that improved predictions would have a profound impact on several crucial societal problems, especially in the areas of global food production and utilization of solar energy for man's needs. This book reviews the correlations between solar activity and weather and climate reported in historical and contemporary literature, addresses the physical linking mechanisms, and suggests experimental concepts for future investigations of such mechanisms. It is our intention to fill a gap in the literature by combining a review of the nature and quality of existing correlations with the basic physics underlying the various scientific disciplines required to pursue studies of physical linking mechanisms. We emphasize the multidisciplinary nature of the subject while providing a basic background in each of the various areas thought to play a role in coupling processes. In following this approach, we hope to acquaint meteorologists with solar and geophysical phenomena, solar physicists with terrestrial atmospheric processes, and so on, thereby stimulating the cross fertilization we believe is necessary for further progress in Sun-weather studies.

This fantastic resource of weather and climate is incredibly comprehensive, interesting, wide ranging and beautifully presented. Written by a team of international experts, it provides an impressive overview of our globe, beginning with the foundations of weather and meteorology and ending with a detailed look at the issues surrounding climate change. With some of the world's finest landscape and satellite photography, and hundreds of detailed illustrations, cutaways, cross-sections, maps and charts, it provides easy to understand explanations of a complex subject. Section 1 discusses what weather is, how the seasons are formed, global atmospheric systems, temperature, air pressure, jet streams, frontal systems, sea breezes, waves and ocean climate. Section 2 explains the workings of weather phenomena such as cloud formation, humidity, rainbows, rain, hail, ice and snow. Section 3 covers devastating weather events: tornadoes, hurricanes, thunderstorms, lightning, flash floods, blizzards, droughts and record breaking weather. Section 4 covers the science of studying, watching and tracking weather, from ancient times to today. Section 5 tours the climate zones of the entire world, explaining the characteristics of each and their particular phenomena and trends. Section 6 provides a compelling portrait of the Earth and the effects of climate change, including ice ages, deforestation, acid rain, greenhouse effect, rising sea levels, wildfires, water shortages, and the effect on marine life. The Encyclopedia of Weather and Climate Change is a truly spectacular reference to all aspects of the world's weather.

Learn the science behind weather and climate.