Books in Cambridge Library Collection - Egyptology series

Cornishman Richard Trevithick (1771-1833) was one of the pioneering engineers of the Industrial Revolution. Best remembered today for his early railway locomotive, Trevithick worked on a wide range of projects, including mines, mills, dredging machinery, a tunnel under the Thames, military engineering, and prospecting in South America. However, his difficult personality and financial failures caused him to be overshadowed by contemporaries such as Robert Stephenson and James Watt. This two-volume study by his son Francis, chief engineer with the London and North-Western Railway, was published in 1872, and helped to revive his neglected reputation. It places its subject in his historical and technical context, building on the work of his Father, Richard Trevithick Senior, and the Cornish mining industry. It contains much technical detail, but is still of interest to the general reader. Volume 2 continues examining his work thematically, and includes his work in Peruvian mines.

John Milne (1850-1913) was a professor of mining and geology at the Imperial College of Engineering, Tokyo. While living in Japan, Milne became very interested in seismology, prompted by a strong seismic shock he experienced in Tokyo in 1880. Sixteen years later Milne and two colleagues completed work on the first seismograph capable of recording major earthquakes. This book, originally published in London in 1886, explains why earthquakes happen and what effects they have on land and in the oceans. As Milne points out, Japan provided him with 'the opportunity of recording an earthquake every week'. Starting with an introduction examining the relationship of seismology to the arts and sciences, the book includes chapters on seismometry, earthquake motion, the causes of earthquakes, and their relation to volcanic activity, providing a thorough account of the state of knowledge about these phenomena towards the end of the nineteenth century.

Richard Owen (1804-92) was a controversial and influential palaeontologist and anatomist. During his medical studies in Edinburgh and London, he grew interested in anatomical research and, after qualifying as a surgeon, became assistant conservator in the museum of the Royal College of Surgeons, and then superintendent of natural history in the British Museum. He became an authority on comparative anatomy and palaeontology, coining the term 'dinosaur' and founding the Natural History Museum. He was also a critic of Darwin's theory of evolution by natural selection, and engaged in a long and bitter argument with Thomas Huxley, known as 'Darwin's bulldog' for his belligerent support of the theory. Published in 1846, this is Owen's comparative anatomical analysis of the fossils of British birds and mammals. It compares living species with extinct ones, and explains the characteristics that help identification, using 237 woodcut illustrations to show the traits of different species.

Journalist, children's author and translator, Matilda Betham-Edwards inspired a generation of writers. A correspondent of Henry James and a friend of George Eliot, she belonged to a literary network that spanned the globe. Published in 1868, her account of her journey to the Sahara received immediate critical acclaim for its graceful prose and intelligent insights. Leading readers through the Dordogne to Madrid and on to the mosques and malaria of North Africa, Edwards introduces her audience to relics, landscapes and ancient edifices that reflect a wide spectrum of religions and societies. A farmer's daughter, she pays special attention to the living and working conditions of agricultural communities and their struggle for survival in nineteenth-century Europe. As one reviewer for the Examiner explained, 'stay at home readers can hardly do their travelling by proxy more easily than by running through her entertaining pages'.

English anatomist and biologist Richard Owen (1804-92), who in 1842 coined the word 'dinosaur', published this book in 1859, the year of On the Origin of Species. He reviews ancient and recent studies of mammals in Western science before going on to present his own updated categorisation of the class. Owen's eye for detail and range of scholarship are evident in this work, which is an extensive catalogue of mammals based on biological, geographical and anatomical characteristics. It incorporates, among other things, detailed classifications and sub-classifications of genus based on dental structures, food habits and cerebra. Owen's prose is lucid and precise and his investigations scrupulous, demonstrating the commitment that led him to become one of the foremost anatomists of his time. An appendix reveals Owen's views on the hotly debated theories of transmutation and extinction proposed by scientists such as Lamarck, Lyell and Darwin.

Sir William Jackson Hooker (1785-1865) was an eminent British botanist, best known for expanding and developing the Royal Botanic Gardens at Kew into a leading centre of botanic research and conservation. At the age of nineteen he undertook an expedition to Iceland, his first outside Britain. Unfortunately, all his specimens and notes were destroyed in a fire on the return voyage (described in Volume 1), but he was able, with the help of the notes made by Sir Joseph Banks on an earlier expedition, to write this account. His work was first published privately in 1811, but a second edition was published in 1813 and is reproduced here. In 1809 England and Denmark-Norway were at war, and Iceland was a Danish dependency. Volume 2 offers Hooker's first-hand observations on the relationship between the two countries, and also includes detailed descriptions of the many volcanoes on the island.

First published in 1846, Darwin's Geological Observations made up the third part of his memoir of his voyage on the Beagle during the years 1832-1836. While the first part (1842) focused on the structure and distribution of coral reefs and the second (1844) described the volcanic islands visited during the voyage, this third instalment is devoted exclusively to South America, where Darwin spent the longest period of the expedition. It discusses South America's geological and seismic history, the mineral content of lava and granite, and the deformation of metamorphic rock. Separate chapters cover different geographical areas, and topics include the formation of the East and West Coasts and the pampas, the plains and valleys of Chile, and the structure of the Cordillera. Geological Observations also includes detailed maps of South America and sketches of the terrain.

Born in London, the geologist G. B. Greenough FRS (1778-1855) initially studied law. His studies took him to the University of Göttingen where, almost by chance, he attended lectures on natural history. He was immediately hooked, gave up his legal studies, and devoted himself to geology, going on a series of scientific tours of France, Italy, Britain, Ireland and lastly India. He helped to found the Geological Society, and under its auspices, he organised a cooperative project that led to his famous geological map of England and Wales. He was made a Fellow of the Royal Society in 1807 for his services to geology. This influential series of essays, published in 1819, debunked a range of geological theories that were popular at the time, and by so doing, Greenough helped to reform much of geological thinking. The book also includes transcripts from his presidential addresses to the Geological Society.

Richard Owen (1804-92) was a controversial and influential palaeontologist and anatomist. During his medical studies in Edinburgh and London, he grew interested in anatomical research and, after qualifying as a surgeon, became assistant conservator in the museum of the Royal College of Surgeons, and then superintendent of natural history in the British Museum. He became an authority on comparative anatomy and palaeontology, coining the term 'dinosaur' and founding the Natural History Museum. He was also a critic of Darwin's theory of evolution by natural selection, and engaged in a long and bitter argument with Thomas Huxley, known as 'Darwin's bulldog' for his belligerent support of the theory. Published in 1846, this is Owen's comparative anatomical analysis of the fossils of British birds and mammals. It compares living species with extinct ones, and explains the characteristics that help identification, using 237 woodcut illustrations to show the traits of different species.

Although in the original preface to this work the British naturalist Charles Waterton (1782-1865) modestly says his book has 'little merit', his account is a rich description of his experiences in South America and the Caribbean. Waterton managed his family's sugar plantations in Demerara from 1804 to 1812, studied natural history, and later (1812-25) divided his time between the Americas and Europe. This book, originally published in 1825 and reissued here in its 1828 second edition, describes his four expeditions, beginning with his search deep in the rainforest for samples of the rare poison, curare. Waterton also recounts a fierce battle with the Maroons, but his main focus is zoology, including the capture of 'an enormous Coulacara snake', encounters with sloths, monkeys and vampire bats, and close observations of a huge variety of birds. The final chapter describes Waterton's methods of 'preserving birds for cabinets of natural history'.

Euclid and His Modern Rivals is a deeply convincing testament to the Greek mathematician's teachings of elementary geometry. Published in 1879, it is humorously constructed and written by Charles Dodgson (better known outside the mathematical world as Lewis Carroll, the author of Alice in Wonderland) in the form of an intentionally unscientific dramatic comedy. Dodgson, mathematical lecturer at Christ Church, Oxford, sets out to provide evidentiary support for the claim that The Manual of Euclid is essentially the defining and exclusive textbook to be used for teaching elementary geometry. Euclid's sequence and numbering of propositions and his treatment of parallels, states Dodgson, make convincing arguments that the Greek scholar's text stands alone in the field of mathematics. The author pointedly recognises the abundance of significant work in the field, but maintains that none of the subsequent manuals can effectively serve as substitutes to Euclid's early teachings of elementary geometry.

Thomas William Webb (1807-1885) was an Oxford-educated English clergyman whose deep interest in astronomy and accompanying field observations eventually led to the publication of his Celestial Objects for Common Telescopes in 1859. An attempt 'to furnish the possessors of ordinary telescopes with plain directions for their use, and a list of objects for their advantageous employment', the book was popular with amateur stargazers for many decades to follow. Underlying Webb's celestial field guide and directions on telescope use was a deep conviction that the heavens pointed observers 'to the most impressive thoughts of the littleness of man, and of the unspeakable greatness and glory of the Creator'. A classic and well-loved work by a passionate practitioner, the monograph remains an important landmark in the history of astronomy, as well as a tool for use by amateurs and professionals alike.