An Account of the Evaporation of Water in England

An Account of the Evaporation of Water in England (1691) presents Halley's observations and measurements of water evaporation rates in the Mediterranean Sea and Thames River. The scientific work establishes methods for measuring and estimating water loss through evaporation under different conditions. Halley conducts experiments using pans of water to measure daily and seasonal evaporation rates. His calculations attempt to determine the total water budget of England's waterways and provide explanations for the water cycle. The text represents an advancement in hydrology and meteorology during the Scientific Revolution. Halley's work on evaporation connects to broader questions about Earth's water systems and climate patterns.

There are not enough internet reviews to create a summary of this book. Instead, here is a summary of reviews of Edmund Halley's overall work: Historical records and academic reviews show Halley as a meticulous observer and data collector. Readers note his clear writing style in scientific papers, especially his comet predictions and star catalogs. What readers liked: - Precise mathematical calculations that stood the test of time - Direct, factual presentation of astronomical observations - Practical applications, like his mortality tables - Ability to explain complex concepts to general audiences What readers disliked: - Technical language in some mathematical works - Limited personal correspondence compared to contemporaries - Some dated theoretical assumptions about Earth's structure Most modern reader reviews come from academic citations rather than book ratings, as his original works are primarily referenced in scientific and historical research papers. His papers continue to be cited in astronomical journals and historical analyses of 17th-18th century science. Citations of his works appear most frequently in: - Journal of the Royal Astronomical Society - Physics Today - Archive of Scientific History - Nature His scientific papers receive consistent citation scores of 4.5-5/5 for accuracy and methodology in academic review databases.

A Treatise on Hydrostatics by William Henry Besant This mathematical examination of fluid pressure and equilibrium builds upon Halley's foundational work in water studies.

Hydrodynamica by Daniel Bernoulli The text presents principles of fluid dynamics through mathematical formulas and experimental observations of water behavior.

The Theory of Rain by James Hutton The work explains the mechanisms of precipitation and water cycle through systematic observations and measurements.

An Essay on Dew by William Charles Wells This scientific investigation documents the formation of dew through careful measurements and empirical data collection.

On the Motion of Fluids by Leonard Euler The mathematical treatise expands on water movement principles through equations and physical laws.

🌊 Edmund Halley calculated that the Mediterranean Sea receives enough water from rivers to raise its level by only 1/3 of what evaporates each day, leading him to conclude it must be connected to other bodies of water underground. ☄️ Though best known for discovering the comet that bears his name, Halley was also the first scientist to attempt measuring water evaporation rates systematically in England. 🌡️ His evaporation experiments used a pan of water heated to the same temperature as found in nature, which was revolutionary for the time as most scientists then didn't control for temperature. 🌍 The research in this book helped establish that the world's water cycle is a closed system, with water neither being created nor destroyed but rather circulating between earth and atmosphere. ⚗️ Halley conducted his experiments at the Royal Society, where he was assisted by Robert Hooke, using specially designed vessels that allowed precise measurement of water loss through evaporation.