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Having devised an artificial cement in 1817, Louis-Joseph Vicat (1786–1861) sought to share and further the science surrounding calcareous cements. His son, Joseph Vicat, went on to found the eponymous company which became an international manufacturer of cement. This work was first published in French in 1828 and is reissued here in the English translation of 1837. Vicat addresses the subject of limes, the ingredients used to prepare mortars and cements, and how these building materials are affected by environmental conditions, such as immersion in water or exposure to damp soil and inclement weather. He also compares binding products of the time with those developed by the ancient Egyptians, Romans and Greeks. The translator, J. T. Smith, provides helpful explanatory notes and clarifies technical terms. Charles William Pasley's Observations on Limes, Calcareous Cements, Mortars, Stuccos, and Concrete (1838) is also reissued in this series.
The French pharmacist Nicolas Jean-Baptiste Gaston Guibourt (1790–1867) first published this work in two volumes in 1820. It provided methodical descriptions of mineral, plant and animal substances. In the following years, Guibourt became a member of the Académie nationale de médicine and a professor at the École de pharmacie in Paris. Pharmaceutical knowledge also progressed considerably as new methods and classifications emerged. For this revised and enlarged four-volume fourth edition, published between 1849 and 1851, Guibourt followed the principles of modern scientific classification. For each substance, he describes the general properties as well as their medicinal or poisonous effects. Illustrated throughout, Volume 3 (1850) continues to describe plant substances, drawing on the systems of Linnaeus, Jussieu and de Candolle. The volume covers the last two classes of dicotyledons.
Although devoted to his parish, Leonard Jenyns (1800–93) combined his clerical duties with keen research into natural history. Notably, he was offered the place on the Beagle that later went to Charles Darwin. His numerous works include A Manual of British Vertebrate Animals (1835) and Observations in Meteorology (1858), both of which are reissued in this series. First published in 1846, the present work was originally intended as a companion volume to Gilbert White's acclaimed Natural History and Antiquities of Selborne (1789), which Jenyns had copied out as a student at Eton. The product of two decades of meticulous observation of Jenyns' surroundings in eastern England, the text includes journal entries with careful records on a wide variety of wildlife, including quadrupeds, birds, reptiles, fish, insects and molluscs. Also featuring a detailed calendar of periodic phenomena, this work illuminates the rhythms and quirks of the natural world in England.
Or, Descriptions of All the Animals Belonging to the Classes Mammalia, Aves, Reptilia, Amphibia, and Pisces Which Have Been Hitherto Observed in the British Islands
Widely respected by contemporaries for his work in natural history, Leonard Jenyns (1800–93) combined research with his duties as an Anglican clergyman. He published and lectured extensively on zoology and botany. Having recommended Darwin for the Beagle voyage, he later produced a paper, 'On the Variation of Species', which Darwin personally requested to see. This 1835 work catalogues five classes of vertebrates: mammals, birds, reptiles, amphibians and fish. Native, introduced and extinct species of the British Isles are included, with binomial and common names given, along with the dimensions and a description. An improvement on previous works which had overly relied on secondary sources, Jenyns's manual also provides information on location, diet and propagation. The catalogue testifies to the diligent work being carried out in natural history in the era prior to Darwin's revolution. Jenyns's Observations in Natural History (1846) and Observations in Meteorology (1858) are also reissued in this series.
The French geologist and traveller Barthélemy Faujas de Saint-Fond (1741–1819) was a strong supporter of the aerostatic experiments of the Montgolfier brothers, seeking to publicise their pioneering endeavours in this 1783 work. Exploiting the principle that hot air is lighter than cold, the Montgolfiers developed and demonstrated their hot air balloons to great acclaim. In this collection of reports, Faujas presents the details of each experiment, describing the balloons as well as potential improvements. Where possible, he specifies the position of witnesses, precise timings and viewing angles. A number of finely engraved plates enhance the work, giving readers a flavour of the spectacle that impressed contemporary observers. Faujas published a second volume, containing additional accounts and illustrations, in 1784. His Minéralogie des volcans (1784) and Essai de géologie (1803–9) are also reissued in this series.
Thomas Tredgold (1788–1829) has been described as 'the most influential technical author of his generation and possibly of the nineteenth century'. His writings contributed greatly to the wider understanding of engineering, and it is his definition of civil engineering that the Institution of Civil Engineers wrote into their charter of 1828. Published in 1827, this work provides a historical survey and explanation of 'a masterpiece of human contrivance'. Tredgold breaks his subject down into ten sections, each covering areas such as the properties of steam, the differing means of harnessing its power, the history of the steam engine's invention and improvement, and the various applications of steam power. Containing many tables, formulae and line drawings, this thorough work complements Charles Frederick Partington's Historical and Descriptive Account of the Steam Engine (1822), which is also reissued in this series.
Although cast iron was used in pagoda construction in ancient China, it was in Britain in the eighteenth century that new methods allowed for its production in quantities that enabled widespread use. An engineer who had educated himself tirelessly in technical subjects from carpentry to architecture, Thomas Tredgold (1788–1829) first published this work in 1822. It served as a standard textbook for British engineers in the early nineteenth century, and several translations extended its influence on the continent. Reissued here in the fourth edition of 1842, edited and annotated by the structural engineer Eaton Hodgkinson (1789–1861), who presents his own research in the second volume, this work addresses both practical and mathematical questions in assessing metallic strength. In Volume 2, benefiting from twenty years of progress since Tredgold's original publication, Hodgkinson provides details of his own advanced experiments.
This book provides the first annotated English translation from the original Latin of Andreas Vesalius' China Root Epistle. Ostensibly his appraisal of a fashionable herbal remedy, the China Root Epistle concentrates on Vesalius' skeptical appraisal of traditional Galenic anatomy, which was based on animal rather than human dissections. Along with reflections about his life as a young anatomist, Vesalius argued that the new science of anatomy should devote itself less to rhetorical polemics and more to the craft of direct observation based on human dissection. This volume provides annotations to link the Epistle with Vesalius' earlier and more famous work, On the Fabric of the Human Body, and includes illustrations from the famous woodcuts first used in the 1543 edition of the Fabrica.
The Scottish landscape gardener and prolific horticultural writer John Claudius Loudon (1783–1843) published this guide to suburban living in 1838. The book is intended to provide instruction on choosing a house or 'villa' (or the site on which to build one); on the furnishing of the house; and on the laying out, planting and general management of the garden and grounds. Loudon had also planned a section on horticulture, but was forced to postpone this to a separate volume, which was never written. Like most of Loudon's books (several of which have been reissued in this series), the work is detailed and didactic: for example, the precise construction of chimneys is discussed, with reference to the various existing styles and the pros and cons, aesthetic and functional, of each. Offering insights into the practical and social aspirations of the emerging middle classes, the book also contains numerous engravings.
While living in Japan, John Milne (1850–1913) sought to study the 1880 Yokohama earthquake, soon realising that scientists lacked the proper tools. Aided by colleagues, he went on to develop the necessary instrumentation, and by 1896 he had built the first seismograph capable of recording major earthquakes in any part of the world. His textbook Earthquakes and Other Earth Movements (also reissued in this series) had appeared in 1886. In this follow-up work, published in 1898, Milne continues to discuss the nature of earthquakes, the methods and equipment needed to investigate them, and how to apply this knowledge to construction. He references the research, hypotheses and formulae of modern scientists, also noting in passing the suggestions made by earlier authors on the causes of seismic activity. The text is accompanied by many diagrams, especially of experimental apparatus, and several photographs illustrate damaged buildings and bridges.
This textbook was originally published in 1870, but is here reissued in the third edition of 1884. Its object was 'to supply students and field-botanists with a fuller account of the Flowering Plants and Vascular Cryptograms of the British Islands than the manuals hitherto in use aim at giving'. Sir Joseph Dalton Hooker (1817–1911), one of the most eminent botanists of the later nineteenth century, was educated at Glasgow, and developed his studies of plant life through expeditions all over the world. (Several of his other works are also reissued in the Cambridge Library Collection.) A close friend and supporter of Charles Darwin, he was appointed to succeed his father as Director of the Botanical Gardens at Kew in 1865. The flora is followed in this reissue by an 1879 catalogue of British plants compiled by the botanist George Henslow (1835–1925), intended as a companion volume.
Philip Henry Gosse (1810–88) is best remembered today for the portrait given by his son Edmund in his autobiographical Father and Son. In his own day, he was famous as a natural historian, and his books were extremely popular. (His Naturalist's Sojourn in Jamaica is also reissued in this series.) In 1857, Gosse moved from London to Devon, where he spent the rest of his life. This 1865 book offers essays about various aspects of the geography and natural history of the West Country. There are some digressions (one chapter is on the woods of Jamaica), and reminders of the two great Victorian crazes, for ferns and for seashore life, which Gosse's writings partly instigated. In his final essay, on Dartmoor, is an appendix which argues that Britain is the biblical Tarshish - a reminder that Gosse was also a fundamentalist Christian who struggled with many aspects of contemporary science.
Encouraged to share his memories of Michael Faraday (1791–1867), John Hall Gladstone (1827–1902) published in 1872 this short work about his late friend's life and career. Faraday's successor as Fullerian Professor of Chemistry at the Royal Institution, Gladstone discusses how Faraday approached science, and the value of his discoveries. Offering informed insights into Faraday's character, Gladstone includes a number of extracts from personal letters. The work also includes a translation of part of the eulogy given by Jean-Baptiste Dumas at the Académie des Sciences, as well as an anonymous poem honouring Faraday and published in Punch shortly after his death. An appendix lists the numerous learned societies to which Faraday belonged. Also reissued in this series are The Life and Letters of Faraday (1870), compiled by Henry Bence Jones, and John Tyndall's Faraday as a Discoverer (1868).
The French pharmacist Nicolas Jean-Baptiste Gaston Guibourt (1790–1867) first published this work in two volumes in 1820. It provided methodical descriptions of mineral, plant and animal substances. In the following years, Guibourt became a member of the Académie nationale de médicine and a professor at the École de pharmacie in Paris. Pharmaceutical knowledge also progressed considerably as new methods and classifications emerged. For this revised and enlarged four-volume fourth edition, published between 1849 and 1851, Guibourt followed the principles of modern scientific classification. For each substance, he describes the general properties as well as their medicinal or poisonous effects. Illustrated throughout, Volume 1 (1849) begins with an introduction that clarifies Guibourt's approach to pharmaceutical science. The volume then goes on to describe the properties of minerals.
The French pharmacist Nicolas Jean-Baptiste Gaston Guibourt (1790–1867) first published this work in two volumes in 1820. It provided methodical descriptions of mineral, plant and animal substances. In the following years, Guibourt became a member of the Académie nationale de médicine and a professor at the École de pharmacie in Paris. Pharmaceutical knowledge also progressed considerably as new methods and classifications emerged. For this revised and enlarged four-volume fourth edition, published between 1849 and 1851, Guibourt followed the principles of modern scientific classification. For each substance, he describes the general properties as well as their medicinal or poisonous effects. Illustrated throughout, Volume 2 (1849) draws on systems pioneered by three renowned scientists for the classification of plants: Linnaeus, who laid the foundations of modern taxonomy; Jussieu, the first to publish a classification of flowering plants; and de Candolle, whose work influenced Darwin.
In 1871 the British government agreed to support an expedition to collect physical and chemical data and biological specimens from the world's oceans. Led by Charles Wyville Thomson (1830–82), the expedition used HMS Challenger, refitted with laboratories. They sailed nearly 70,000 nautical miles around the world, took soundings and water samples at hundreds of stops along the way, and discovered more than 4,000 new marine species. Noted for the discovery of the Mid-Atlantic Ridge and the Pacific's deepest trench, the expedition laid the foundations for modern oceanography. This acclaimed two-volume account, first published in 1877, summarises the major discoveries for the Atlantic legs of this pioneering voyage. Illustrated with plates and woodcuts, Volume 2 describes the voyage from the Caribbean via Madeira to the coast of Brazil, then to South Africa. The voyage home in 1876 from the Strait of Magellan is also covered. A final chapter summarises the principal conclusions.
An officer in the Royal Engineers, Sir Charles William Pasley (1780–1861) wrote on matters ranging from military sieges to architecture. In this substantial work, first published in 1838, he outlines the experimentally determined properties of various building materials, with a view to their practical application. Offering guidance on how to decide between different calcareous mortars and cements, Pasley discusses how to judge their comparative strengths. Heeding advice from the Institution of Civil Engineers, he made this work a broad overview, rather than simply focusing on his special area of interest: natural and artificial cements. His research on cements led to the large-scale manufacture of products such as Portland, patent lithic, and blue lias. Pasley discusses the research of other authors in the appendix. Also reissued in this series, in English translation, is Louis-Joseph Vicat's Practical and Scientific Treatise on Calcareous Mortars and Cements, Artificial and Natural (1837).
The French pharmacist Nicolas Jean-Baptiste Gaston Guibourt (1790–1867) first published this work in two volumes in 1820. It provided methodical descriptions of mineral, plant and animal substances. In the following years, Guibourt became a member of the Académie nationale de médicine and a professor at the École de pharmacie in Paris. Pharmaceutical knowledge also progressed considerably as new methods and classifications emerged. For this revised and enlarged four-volume fourth edition, published between 1849 and 1851, Guibourt followed the principles of modern scientific classification. For each substance, he describes the general properties as well as their medicinal or poisonous effects. Volume 4 (1851) looks at pharmaceutical substances derived from animals. Guibourt draws on Cuvier's recent classificatory work, dividing animals into four groups: vertebrates (mammals, birds, reptiles, fish), articulates (insects, arachnids, crustaceans et al.), molluscs, and zoophytes.