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Clouds Books
Best books
John Ruskin
The Storm-Cloud of the Nineteenth Century Two Lectures delivered at the London Institution, February 4th and 11th, 1884
"The Storm-Cloud of the Nineteenth Century" by John Ruskin is a collection of lectures written in the late 19th century. This insightful work discusses meteorological phenomena, particularly a distinctive type of cloud that Ruskin identifies as a "plague-cloud," which he claims has emerged only in modern times. Focusing on the changes in weather patterns and their implications, the lectures reflect Ruskin's keen observations and philosophical musings on the relationship between nature and human morality. The opening of the text begins with Ruskin asserting the significance of cloud analysis and expressing his determination to provide an accurate description of the meteorological changes he observes. He contrasts his present reality of persistent gray clouds and a "bitter, blighting wind" with the more vibrant and dynamic clouds of past eras. Through historical references and personal anecdotes, Ruskin sets the stage for exploring the impact of these "plague-clouds" not only on the environment but also on the human spirit. He emphasizes the emotional and spiritual turmoil wrought by the relentless, dreary weather, which he sees as a reflection of the societal malaise of his time.
Arthur William Clayden
Cloud Studies
"Cloud Studies" by Arthur William Clayden is a scientific publication written in the early 20th century. The book explores various types of clouds, aiming to enhance understanding and communication about cloud structures within the field of meteorology. Clayden seeks to bridge the gap between meticulous scientific observation and artistic appreciation of the beauty found in differing cloud formations. The opening of the book introduces readers to the fundamental aspects of cloud study, emphasizing the importance of careful observation and classification. Clayden discusses the historical context of cloud observation, highlighting a lack of precise terminology and the significant contributions of figures like Luke Howard, who established a foundational naming system. He notes the contemporary necessity for an expanded vocabulary to identify the myriad forms of clouds accurately and presents his intent to explore both common and rare cloud types within the scientific framework established by previous scholars, foreshadowing a detailed examination of cloud varieties in subsequent chapters.
Charles Tomlinson
The Rain Cloud or, An Account of the Nature, Properties, Dangers and Uses of Rain in Various Parts of the World
"The Rain Cloud" by Charles Tomlinson is a scientific publication written in the mid-19th century. The book provides an in-depth exploration of the nature, properties, dangers, and uses of rain in various parts of the world, focusing on the phenomena associated with rain clouds. Through a detailed analysis blending meteorology and descriptive narratives, the text aims to illuminate the importance of rain in nature and human endeavors. At the start of the work, the author introduces the concept of seasonal rains, beautifully describing how spring showers invigorate the landscape after winter’s freeze, while contrasting this with the summer's heavier rains and the melancholy of autumnal downpours. Tomlinson poetically captures the anticipation of rain, detailing the atmospheric conditions leading to its arrival and the vibrant effects it has on the natural world. He hints at the intricate relationship between clouds and weather, discussing how clouds form and their deceptive appearances, setting the stage for a comprehensive examination of weather phenomena influenced by rain throughout the book.
John Tyndall
The Forms of Water in Clouds and Rivers, Ice and Glaciers
"The Forms of Water in Clouds and Rivers, Ice and Glaciers" by John Tyndall is a scientific publication written in the late 19th century. The author explores the intricate relationships between various forms of water in nature, illustrating concepts related to clouds, rivers, and glaciers through a combination of observation, experimental results, and theoretical discussions. The book serves as an accessible introduction to the phenomena surrounding water in its different states, as well as the scientific principles underlying them. The opening of the text establishes a thoughtful and engaging narrative about the connections between natural occurrences. Tyndall begins by discussing the origins of rivers, emphasizing that they derive from rain which in turn comes from clouds—explaining this cycle with clear, relatable observations. He introduces readers to the mechanisms behind rainfall and snow through discussions of condensation and the sun's role in promoting evaporation, with a focus on observable phenomena like clouds forming above a locomotive or the behavior of steam. This introductory portion sets the stage for a deeper exploration of glacial movements and the physical laws governing these natural processes, all while maintaining an approachable style aimed at widening public understanding of science.
Abbott Lawrence Rotch
Sounding the Ocean of Air Being Six Lectures Delivered Before the Lowell Institute of Boston, in December 1898
"Sounding the Ocean of Air" by Abbott Lawrence Rotch is a scientific publication written in the late 19th century. The book consists of six lectures delivered at the Lowell Institute in Boston, exploring various aspects of meteorology, particularly the structure and dynamics of the atmosphere and methods for investigating its properties through instruments like balloons and kites. Rotch aims to provide a comprehensive understanding of atmospheric phenomena, drawing attention to both historical perspectives and modern findings. The opening of the text discusses human curiosity about meteorological phenomena from ancient times to the present, detailing historical contributions from philosophers like Aristotle and modern advancements in the field. Rotch explains the atmosphere's composition, structure, and the significance of various meteorological instruments developed over centuries. The beginning sets a solid groundwork for understanding the complexities of the atmosphere and introduces the methods of exploration that will be elaborated in the subsequent chapters. This initial portion focuses on the evolution of meteorological knowledge and lays the foundation for exploring the practical applications of this science in understanding weather patterns and atmospheric behaviors.
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