The genius of Carl Friedrich Gauss (1777–1855) and the novelty of his work (published in Latin, German, and occasionally French) in areas as diverse as number theory, probability and astronomy were already widely acknowledged during his lifetime. But it took another three generations of mathematicians to reveal the true extent of his output as they studied Gauss' extensive unpublished papers and his voluminous correspondence. This posthumous twelve-volume collection of Gauss' complete works, published between 1863 and 1933, marks the culmination of their efforts and provides a fascinating account of one of the great scientific minds of the nineteenth century. Volume 2, which appeared in 1863, supplements Volume 1 with additional articles on number theory. It also contains book reviews and posthumous papers, including an unfinished eighth chapter of the Disquisitiones arithmeticae.
Soon to be a major motion picture starring Matthew McConaughey and Idris ElbaThe fourth volume in the brilliant Dark Tower Series is “splendidly tense…rip-roaring” (Publishers Weekly)—a #1 national be
This world-famous work was begun by Sir William Jackson Hooker (1785–1865) in 1837, and the ten volumes reissued here were produced under his authorship until 1854, at which point his son, Joseph Dalton Hooker (1817–1911) continued the work of publication. Hooker's own herbarium, or collection of preserved plant specimens, was so extensive that at one point he stored it in one house and lived in another; it was left to the nation on his death. Each volume contains 100 line drawings of plants, and each is accompanied by a full Latin description, with notes in English on habitat and significant features. The order of the plants in each volume is not systematic, but two 'indexes' at the beginning provide plant lists, in alphabetical order and 'arranged according to the natural orders'.
Jean-Martin Charcot (1825–93) was a professor of anatomical pathology at the Pitié-Salpêtrière Hospital in Paris, and one of the founders of modern neurology. Numerous disorders are named after him, and he was one of the best known doctors in nineteenth-century France. He was the first to describe and name multiple sclerosis, and undertook crucial research into what became known as Parkinson's Disease. He also worked on hysteria, and was one of Freud's teachers. These two volumes of lectures on neurological illnesses, first published in Paris in 1872–3 and 1877, were based on extensive clinical studies at the Salpêtrière, and edited by Désiré Magloire Bourneville. (The second edition of Volume 1, reissued here, was published in 1875.) Analysis of symptoms, sometimes using photography, combined with post-mortem analyses, allowed Charcot to produce classic descriptions of different neurological disorders. Volume 1 deals with spinal lesions, disseminated sclerosis, Parkinson's Disease and
Marianne North (1830–90), the Victorian amateur botanist and painter, travelled to distant countries of the world to paint exotic flora in their natural surroundings. This two-volume collection of her memoirs, edited by her sister and published in 1892, records North's remarkable travels. Laden with her palettes and easels, the independent North travelled alone and fended for herself. Her journals describe how she endured swarms of insects, scaled cliffs, trudged through wilderness and crossed swamps in order to reach the plants she wanted to paint. Volume 1 covers North's early upbringing and the origins of her enthusiasm for nature, and traces her travels through Canada and the United States, Jamaica, Brazil, Japan, Borneo, India and Sri Lanka. This fascinating autobiography reveals the stories behind North's art, which can still be appreciated today since she bequeathed her vivid paintings to Kew Gardens, where they are on display.
Sir John Richardson (1787–1865), surgeon, naturalist and Arctic explorer, went on Sir John Franklin's first two Arctic expeditions as ship's doctor and naturalist, and made observations and collected a large number of plant and animal specimens from the Canadian Arctic. On his return to England after the second expedition he began to write this four-volume work of natural history, first published between 1829 and 1837. A volume is dedicated to each of the classes of mammal, bird, fish and insect, which are found in the Canadian Arctic. This work is an interesting example of pre-Darwinian natural history, full of detailed descriptions of the appearance, anatomy and behaviour of the different species. Volume 1, first published in 1829, focuses on mammals. Descriptions of the species sometimes include details of interactions between humans and that species; for example, unfortunate encounters between sailors and polar bears.
Prussian explorer Alexander von Humboldt (1769–1859) was one of the most respected scientists of his day, influencing the work of Darwin. He is considered the founder of physical geography, climatology, ecology and oceanography. In 1829, the Russian government invited Humboldt to visit the gold and platinum mines in the Urals. As he studied the mountains' mineral wealth, he was the first to predict the presence of diamonds. During six months, his epic 10,000-mile expedition took him as far as the Altai Mountains and the Chinese frontier. Humboldt's observations on the geography, volcanic geology and meteorology of Central Asia, being then a largely unexplored territory, were acknowledged as pioneering contributions. The results of his journey also provided much of the data used in part of his great work Kosmos. The first volume of this book, published in 1831, deals with the mountain chains and volcanoes of Central Asia.
Georges Cuvier (1769–1832), made a peer of France in 1819 in recognition of his work, was perhaps the most important European scientist of his day. His most famous work, Le Règne Animal, was published in French in 1817; Edward Griffith (1790–1858), a solicitor and amateur naturalist, embarked on in 1824, with a team of colleagues, an English version which resulted in this illustrated sixteen-volume edition with additional material, published between 1827 and 1835. Cuvier was the first biologist to compare the anatomy of fossil animals with living species, and he named the now familiar 'mastodon' and 'megatherium'. However, his studies convinced him that the evolutionary theories of Lamarck and St Hilaire were wrong, and his influence on the scientific world was such that the possibility of evolution was widely discounted by many scholars both before and after Darwin. Volume 1 is the first of four books on mammals.
The 'student of clouds' Luke Howard (1772–1864) published this work of statistics on weather conditions in London in two volumes, in 1818 and 1820. Howard was by profession an industrial chemist, but his great interest in meteorology led to his studies on clouds (also reissued in this series), and his devising of the system of Latin cloud names which was adopted internationally and is still in use. Volume 1 begins with an introduction to the work, explaining his intention to make available in one place consistent records of weather events. He argues that for the benefit of 'agriculture and navigation', a systematic approach is required, and he outlines his methods and equipment in some detail. The tables of observations taken at Plaistow, near London, in the years 1806–9 then begin, and are interspersed with notes and a commentary which includes accounts of similar weather phenomena observed elsewhere.
The great nineteenth-century mathematician Peter Gustav Lejeune Dirichlet (1805–59) studied in Paris, coming under the influence of scholars including Fourier and Legendre. He then taught at Berlin and Göttingen universities, where he was the successor to Gauss and mentor to Riemann and Dedekind. His achievements include the first satisfactory proof of the convergence of Fourier series under appropriate conditions, and the theorem on primes in arithmetic progression which was, at the same time, the foundation of analytic number theory and one of its greatest achievements. He also did important work on Laplace's equation, the theory of series and many other topics. This two-volume collection of his works, published 1889–97, was compiled by Leopold Kronecker (1823–91). Volume 1 contains works published by Dirichlet up to 1843, together with a related 1846 essay.
Originally published in 1832, this two-volume account of the life of Sir James Edward Smith (1759–1828) was posthumously compiled by his wife, Pleasance (1773–1877). Smith trained originally as a doctor, but his independent wealth enabled him to pursue botany. Hugely influenced by the work of Linnaeus, he benefited greatly from the purchase of the latter's library and herbarium in 1783, upon the advice of his friend, Sir Joseph Banks. He was highly regarded throughout Europe as a botanist, and in 1788 founded the Linnean Society. He published various botanical works, of which the most important was The English Flora (1824–8), and assisted in the publication of many more. His wife recounts his character as well as his achievements, using both narrative and 'various familiar and domestic letters' to do so. Volume 1 includes letters from Banks and Samuel Goodenough, bishop of Carlisle and Smith's close botanical friend.
Best remembered today for his technically innovative design for the Crystal Palace of 1851, Joseph Paxton (1803–65) was head gardener to the Duke of Devonshire at Chatsworth by the age of twenty-three, and remained involved in gardening throughout his life. Tapping in to the burgeoning interest in gardening amongst the Victorians, in 1841 he founded the periodical The Gardener's Chronicle with the botanist John Lindley (1799–1865), with whom he had worked on a Government report on Kew Gardens. Paxton's Flower Garden appeared between 1850 and 1853, following a series of plant-collecting expeditions. Only three of the planned ten volumes were published, but with hand-coloured plates (which can be viewed online alongside this reissue) and over 500 woodcuts, the work is lavish. Volume 1 includes colour plates of orchids, Lindley's speciality, along with a pitcher plant and Moutan peony, both still unusual and exotic at the time of publication.
Richard Pulteney (1730–1801) was a Leicestershire physician whose medical career suffered both from a lack of aristocratic patronage and from his dissenting religious background. However, his lifelong interest in botany and natural history, and particularly his work on the new Linnaean system of botanical classification, led to publications in the Gentleman's Magazine and the Philosophical Transactions of the Royal Society. He was elected a Fellow of the Royal Society in 1762. His book on Linnaeus (also reissued in this series), first published in 1782, was later considered to be of great significance for the acceptance in England of the Linnaean system, and this two-volume work, published in 1790, is still relevant to the study of the history of botany. Volume 1 begins in 'primaeval' and 'druidical' times and continues to the seventeenth century, including the first printed herbals and the work of the great botanist John Ray.
Richard Owen, F.R.S. (1804–92) was a controversial and influential palaeontologist and anatomist. Originally from Lancaster, he studied medicine at the University of Edinburgh and at London's St Bartholomew's Hospital. 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 fierce 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 1894, this two-volume biography draws on Owen's diaries and a wealth of correspondence. Volume 1 covers Owen's life up to 1854, just before his appointment to the British Museum.
The great French zoologist Lamarck (1744–1829) was best known for his theory of evolution, called 'soft inheritance', whereby organisms pass down acquired characteristics to their offspring. Originally a soldier, Lamarck later studied medicine and biology, becoming particularly interested in botany. His distinguished career included admission to the French Academy of Sciences (1779), and appointments as Royal Botanist (1781) and as professor of zoology at the Musée Nationale d'Histoire Naturelle in 1793. Acknowledged as the premier authority on invertebrate zoology, he is credited with coining the term 'invertebrates'. In this two-volume work of 1809, he outlines his theory that under the pressure of different external circumstances, species can develop variations, and that new species and genera can eventually evolve as a result. Darwin paid tribute to Lamarck as the man who 'first did the eminent service of arousing attention to the probability of all change … being the result of law
British palaeontologist Thomas Davidson (1817–85) was born in Edinburgh and began his studies at the city's university. Encouraged by German palaeontologist Leopold von Buch, he began to study brachiopod fossils at the age of twenty, and he quickly became the undisputed authority. He was elected fellow of the Geological Society of London in 1852, receiving the Wollaston medal in 1865. He became a Fellow of the Royal Society in 1857. Published between 1850 and 1886, this six-volume work became the definitive reference text on the subject. It includes more than two hundred hand-drawn plates and a comprehensive bibliography. This volume, the first of six, includes an essay on the terebratulids by Richard Owen, an analysis of brachiopod shell structure by W. B. Carpenter and a guide to classification by Davidson himself. The rest of the volume describes Cretaceous, Tertiary, Oolitic and Liasic brachiopod species.
A controversial figure, Sir Francis Galton (1822–1911), biostatistician, human geneticist, eugenicist, and first cousin of Charles Darwin, is famed as the father of eugenics. Believing that selective breeding was the only hope for the human race, Galton undertook many investigations of human abilities and devoted the last few years of his life to promoting eugenics. Although he intended his studies to work positively, for eradicating hereditary diseases, his research had a hugely negative impact on the world which subsequently bestowed on Galton a rather sinister reputation. Written by Galton's colleague, eugenicist and statistician Karl Pearson (1857–1936), this four-volume biography pieces together a fascinating life. First published in 1914, Volume 1 covers the years from Galton's birth in 1822 to his marriage to Louisa Jane Butler in 1853. Pearson himself was later appointed the first Galton professor of eugenics at University College London.
On the basis of extensive material in the form of letters, pamphlets and the recollections of friends and contemporaries, Jules Marcou (1824–1898) tells the story of the life and work of Louis Agassiz in this two-volume work of 1896. The Swiss-born palaeontologist, glaciologist and zoologist (1807–1873) is regarded as one of the founding fathers of the modern American scientific tradition. Marcou, a fellow countryman and collaborator of Agassiz, does not attempt to conceal his high regard for the subject of his biography but does have 'in view the truth'. In a chronological narrative, Volume 1 traces the childhood and early professional success of Agassiz, including his charming of the great von Humboldt. It describes Agassiz' time as professor in Switzerland and his marriage, ending with the arrival of Agassiz in America and his first attempts at forging a university career there.
Papers presented at the title symposium, held at the 1994 Fall Meeting of the MRS. The topics of the six invited papers: stress and its effect on intermixing in Si 1 - xGe x/Si superlattices; aspects
The second volume in The Cousins’ War series by #1 New York Times bestselling author Philippa Gregory, The Red Queen is now available on audio for only $14.99.Heiress to the red rose of Lancaster, Mar
