The impact of climate on human activities and the effect of humans on cli mate are two of the most important areas of inquiry in climatology. These interactions conducted through physical, chemical and biological process es were described as early as Roman and Greek times. Marcus Vitruvius (75-25 B. C. ), a famous Roman engineer and architect, made the following observation about the climatic conditions necessary for founding a city: Land ideal for the health is slightly elevated and there should be neither fog nor frost. The direction of the slope and the distance to the swamps, lakes, and beaches must also be considered. The prevailing wind directions, observed by a wind tower at the center of the city, like Horologium at Athens, should be taken into consideration in city planning. The main and narrow streets should be placed in the middle angle of the two prevailing wind directions. Then the location of the Pantheons and squares should be decided. The influence of humans on climate was a major subject for discussion in the 19th century, inspired in part, by the rapid industrial growth and expanding deforestation of the time. D. L. Howard wrote brilliant pieces on the climate of London in the 1830s, while G . P. Marsh discussed the effects of forests on precipitation in the U. S . A. in the second half of the 19th century.

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.

Climate change is one of the most pressing issues of our times, yet global solutions have proved elusive. This book draws together cutting-edge anthropological research to uncover new ways of approaching the critical questions that surround climate change. Leading anthropologists engage in three major areas of inquiry: how climate change issues have been framed in previous times compared to present-day discourse, how knowledge about climate change and its impacts is produced and interpreted by different groups, and how imagination plays a role in shaping conceptions of climate change.

Climate change is one of today's most important issues, presenting an intellectual challenge to the natural and social sciences. While there has been progress in natural science understanding of climate change, social science research has not been as fully developed. This collection of essays breaks new theoretical and empirical ground by presenting climate change as a thoroughly social phenomenon, embedded in our institutions and cultural practices.

This intriguing volume provides a thorough examination of the historical roots of global climate change as a field of inquiry, from the Enlightenment to the late twentieth century. Based on primary and archival sources, the book is filled with interesting perspectives on what people have understood, experienced, and feared about the climate and its changes in the past. Chapters explore climate and culture in Enlightenment thought; climate debates in early America; the development of international networks of observation; the scientific transformation of climate discourse; and early contributions to understanding terrestrial temperature changes, infrared radiation, and the carbon dioxide theory of climate. But perhaps most important, this book shows what a study of the past has to offer the interdisciplinary investigation of current environmental problems.

Climate Change: a Multidisciplinary Approach provides an up-to-date, concise and comprehensive presentation of our current knowledge of climate change and its implications for society. The book begins by giving a balanced coverage of the physical principles of the global climate, its behaviour on all timescales, and the evidence for and consequences of past change. It then reviews how we measure climate change and the statistical methods for analysing data, before exploring its causes and how we can model this behaviour. The final sections discuss predictions of future climate change and the economic and political debate surrounding its prevention and mitigation. This is a valuable undergraduate textbook for a wide range of courses, including meteorology, oceanography, environmental science, earth science, geography, history, agriculture and social science. It will also appeal to a wider general audience of readers in search of a better understanding of climate change.