Green Flash
Jan 2025 · Publifye AS
Ebook
116
Pages
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About this ebook
'Green Flash' explores one of nature's most enigmatic optical phenomena - the brief emerald burst of color that appears for mere seconds when the sun meets the horizon. This comprehensive examination weaves together atmospheric physics, meteorological conditions, and historical observations to unravel the mystery behind this rare spectacle, which has fascinated observers since its documentation in Jules Verne's 1882 novel.
The book progresses methodically from fundamental concepts of atmospheric optics, explaining how sunlight separates into its component colors through refraction and dispersion, to detailed analyses of different types of green flash events. Through clear diagrams and real-world examples, readers learn about inferior-mirage, mock-mirage, and sub-duct flashes, while understanding the specific atmospheric conditions required for each.
Historical accounts from maritime logs and scientific expeditions are complemented by modern high-speed photography and spectral analysis, validating centuries of observations with contemporary science. What sets this work apart is its practical approach to observation, combining theoretical knowledge with actionable guidance. Readers discover optimal viewing conditions, prime global locations, and seasonal timing for witnessing this elusive phenomenon.
The book's interdisciplinary approach, bridging atmospheric physics with human visual perception, makes complex optical concepts accessible to both academic readers and nature enthusiasts, while maintaining scientific rigor throughout its exploration of this fascinating atmospheric display.
The book progresses methodically from fundamental concepts of atmospheric optics, explaining how sunlight separates into its component colors through refraction and dispersion, to detailed analyses of different types of green flash events. Through clear diagrams and real-world examples, readers learn about inferior-mirage, mock-mirage, and sub-duct flashes, while understanding the specific atmospheric conditions required for each.
Historical accounts from maritime logs and scientific expeditions are complemented by modern high-speed photography and spectral analysis, validating centuries of observations with contemporary science. What sets this work apart is its practical approach to observation, combining theoretical knowledge with actionable guidance. Readers discover optimal viewing conditions, prime global locations, and seasonal timing for witnessing this elusive phenomenon.
The book's interdisciplinary approach, bridging atmospheric physics with human visual perception, makes complex optical concepts accessible to both academic readers and nature enthusiasts, while maintaining scientific rigor throughout its exploration of this fascinating atmospheric display.
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