The Scottish scholar James McCosh (1811 94) was a champion of the Free church, a successful and much-published philosophy professor at Belfast for 16 years, and an energetic and innovative President of Princeton University from 1868 to 1888. The Religious Aspect of Evolution was published in 1888, and this second edition from 1890 took account of A. R. Wallace's latest work, Darwinism (1889, also reissued in this series). McCosh, who already in Ireland had developed a 'theory of the universe conditioned by Christian revelation' was one of very few clergymen in America who defended evolutionary theory. He impressed upon his students that while there seemed to be great truth in Darwin's theory, the work of the coming age must be to separate that truth from the error springing up around it. This would enable scholars to follow and even embrace science while also retaining their faith in the Bible.

What conclusions do the facts of cosmic and organic evolution require or permit on the origin and destiny of the world and the individual? From 1881 to 1925 Thomas Whittaker, an Oxford-trained scientist turned philosopher, grappled with this question, which he tried to answer by metaphysical interpretation of the sciences. The majority of the essays in this volume first appeared in Mind, and a few in other journals, while three had not been previously published. Whittaker ranges widely over some of the most daring theories of the past, from the early centuries of the common era (including Apollonius of Tyana and Origen), to the middle ages (including John Scotus Erigena and Nicholas of Cusa), the renaissance (Giordano Bruno, Shakespeare) and the early modern period. Whittaker's own view is that hypothesis and imagination are legitimate aids in the search for truth in both science and philosophy in a new synthesis.

In 1863, the biologist and educator Thomas Henry Huxley published Evidence as to Man's Place in Nature, a compilation of his public lectures on Darwin's theory of evolution - specifically the controversial idea of the ape ancestry of humans. An energetic supporter of Darwin, Huxley's argues that in order to understand the universe, everyone must know their place in the natural world. The book is divided into three parts, each written with the aim of persuading lay audiences. The first covers earlier human beliefs about exotic animals, especially 'man-like' apes. In Part 2, Huxley suggests that every animal on Earth is related in that all go through developmental stages from an egg, whether the animal is 'a silkworm or a school-boy'. Part 3 involves a discussion of recently discovered Neanderthal bones and compares prehistoric craniums to modern human skulls.

This 1896 volume by Reverend J. A. Zahm, a professor of physics at the University of Notre Dame, considers the Catholic theological tradition as it relates to evolution. The author discusses Darwin's theory of evolution in detail, and traces the debate between theologians and scientists back to the early days of evolutionary theory. He compares late nineteenth-century evolutionary theory and the beliefs of the Catholic church, carefully evaluating the arguments and probing errors and misconceptions in theory and terminology. He also attempts to shed light on the little-understood relations between evolutionism and Christianity as a whole, and discusses whether a person of any Christian denomination can be an evolutionist. Zahm's thoughtful work is considered to be one of the most important volumes on evolution ever written by a Catholic.

In 1817 the Scottish mathematician and churchman Thomas Chalmers (1780 1847), who was later invited to write one of the Bridgewater Treatises (also reissued in this series) published this book, based on weekday sermons preached by him in Glasgow. His main aim is to refute the 'infidel' argument that because the earth and humanity are such insignificant parts of the universe, God - if he existed - would not care about them. However, he is also addressing the 'narrow and intolerant professors' who 'take an alarm' at the idea of philosophy rather than incorporating science into their Christian preaching. Chalmers writes from the viewpoint of an admirer of science and modern astronomy. However, he also argues that wonder at the magnificence of creation and even acknowledging it as God's work is not enough, and that a truly moral Christian life is essential for salvation.

St George Jackson Mivart was an eminent biologist, who was at first an advocate for natural selection and later a passionate opponent. In this beautifully illustrated 1871 text, Mivart raised objections to natural selection as a means for evolution. These included problems in explaining: 'incipient stages' of complex structures (e.g. the mammalian eye); the existence of similar structures of divergent origin; dramatic and rapid changes in form; the absence of transitional forms from the fossil record; and issues in geological distribution. Citing the giraffe's neck, the rattle of the snake and the whale's baleen, Mivart argued for the necessity of an innate power underlying all organic life. Mivart's book did not seriously undermine the concept of natural selection - Darwin and Huxley soon countered his 'formidable array' of arguments - but it helped move the debate forward. Sadly, it also led to a rift between Mivart and Darwin.

The author of this life of Erasmus Darwin, published in 1879, is given as Ernst Krause (1839 1903) a German biologist, but in fact more than half the book is a 'preliminary notice' by Charles Darwin, who explains in the preface that he has written it because of his access to family papers which add 'to the knowledge of Erasmus Darwin's character'. Krause wrote his original article in a German periodical because, in turn, he was intrigued by a reference made by Charles Darwin in the later editions of On the Origin of Species to his grandfather's anticipation in his Zoonomia (also reissued in this series) of Lamarckian theory: 'I thought immediately ... that this ancestor of his must certainly deserve considerable credit in connection with the history of the Darwinian theory.' The German text was translated by W. S. Dallas, who had previously collaborated with Darwin as both indexer and translator.

Miller is a believer, but he is also certain that we evolved - and this book is about why the two are not mutually exclusive; in fact, the idea of each enriches the other. There is an enormous market out there for whom this issue is of real interest and import. Much of contemporary thought on evolution has centered on the mistaken assumption that evolution requires a strictly materialist view of the origins of all organisms - including human beings. This book will debunk that myth, arguing that the real world is less certain and far more interesting than either the scientific mainstream or creationists assume. Properly understood, evolution adds depth and meaning not only to a strictly scientific view of the world, but to a spiritual one, as well. Readers will find this fascinating, very clear, incisive, exciting, and thoughtful. This should sell like Gould and Wilson-brilliant, cutting-edge thinking.

Bats are the only true flying mammals and account for about a quarter of all mammal species. The Megochiroptera (flying foxes, fruit bats) are larger animals than the Microchiroptera which can be quite small, and the two groups have very different feeding habits. Zoologists are currently debating whether they are even closely related, thus creating a body of research as diverse as the bats themselves. This book covers many aspects of bat biology, including their evolutionary origins, roles in ecosystems, reproductive biology, foraging behaviour, hibernation, and genetics, all of which will interest both professional and amateur naturalists.

Essay on the Theory of the Earth was the last work of the scientific writer Robert Kerr who translated it from the introductory essay of George Cuvier's four-volume Recherches sur les ossements fossiles de quadrup des. Before its first publication in 1813, the essay was partly expanded by the geologist and natural historian Robert Jameson who wrote a preface and included extensive notes on mineralogy. Using geological evidence as its principal source of enquiry, Cuvier's essay attempts to address the questions of the origins of the human race, the formation of the earth, and the correlation between incomplete fossil remains and existing species of animals. Extremely influential in its own time, the essay remains a source of considerable insight into the early development of geological research, examining issues of continued significance today.

Joseph Le Conte was the first geologist, natural historian and botanist to be appointed to the University of California in 1869. He founded the successful palaeontology program at Berkeley and acquired important collections of fossils. He also lectured and wrote on evolution, of which he was the leading American proponent. This book, first published in 1888 but revised and expanded in the second edition reissued here, is his attempt to reconcile his evolutionist convictions with his religious faith. Such a synthesis, he felt, was impeded by dogmatism on both sides, and he makes a case for 'a combining, reconciling and rational view.' He considers three questions: What is evolution? Is it true? and What then?, intending to address 'the intelligent general reader' without being superficial or unscientific. Concepts such as 'neo-Darwinism', 'materialism', and 'design' make their appearance in this wide-ranging book, whose concerns remain surprisingly topical today.

Thomas Henry Huxley (1825 95) became known as 'Darwin's bulldog' because of his forceful and energetic support for Darwin's theory, most famously at the legendary British Association meeting in Oxford in 1860. In fact, Huxley had some reservations about aspects of the theory, especially the element of gradual, continuous progress, but in public he was unwavering in his allegiance, saying in a letter to Darwin 'As for your doctrines I am prepared to go to the Stake if requisite'. In his 1892 Essays upon Some Controverted Questions, Huxley collected some of his previously published writings, of which the titles alone give some flavour of his pugnacious stance in debate: 'The interpreters of Genesis and the interpreters of Nature'; 'Science and pseudo-science'; 'Agnosticism and Christianity'. The passion for scientific truth which underlies everything he writes is well demonstrated in this lively and still-relevant collection.

Thomas Henry Huxley (1825 95) became known as 'Darwin's bulldog' because of his forceful and energetic support for Darwin's theory, especially at the notorious British Association meeting in Oxford in 1860. In fact, Huxley had some reservations about aspects of the theory, especially the element of gradual, continuous progress, but in public he was unwavering in his allegiance, saying in a letter to Darwin 'As for your doctrines I am prepared to go to the Stake if requisite'. In his 1870 essay collection Lay Sermons, Addresses, and Reviews, of which the title alone was designed to provoke controversy, he offers a variety of his writings, many of which were originally talks given to a range of audiences from learned societies to a working men's college, and including his own review of On the Origin of Species and a typically passionate response to two other reviews less favourable to Darwin.

Vestiges of the Natural History of Creation was published anonymously in 1844. Starting with the genesis of the solar system, it progresses systematically through such topics as the formation of the earth, the origins of marine life, the emergence of reptiles, birds and other life forms, and the evolution of human life. Drawing widely upon contemporary ideas from astronomy, biology, geology, linguistics, and anthropology, it seeks to establish the 'hypothesis of an organic creation by natural law'. Preceding Darwin's Origin of Species by fifteen years, Vestiges ignited a storm of controversy by pitting natural law and its role in what would soon come to be known as 'evolution' against the generally accepted Victorian belief that the universe was created by God. In 1884, it was revealed that the author was the British publisher Robert Chambers. This fifth edition of the work also contains its 1845 sequel, Explanations.

Darwiniana is a collection of critical essays on Charles Darwin's theory of evolution that were originally published in scientific journals by his friend and correspondent Asa Gray, Professor of Botany at Harvard. Gray was one of Darwin's strongest supporters in the American scientific community; he was also a Presbyterian and discussed questions of natural theology, design and teleology, including an earlier version of Chapter 3 of this book, with Darwin by letter over several years. Darwiniana (1876) was intended to provide a balanced assessment of Darwin's theory of evolution and to familiarise readers with the different aspects of Darwinism and its implications. The opening essays of the volume focus on the scientific and philosophical features of the theory, others analyse the reactions of Darwin's contemporaries and, most famously, argue for a reconciliation of religion and science in the light of Darwin's theory.

Even before Charles Darwin changed the world with his theory of natural selection, he was recognised as an eminent scientist and natural historian. Published in 1840, his Journal of Researches into the Geology and Natural History of the Various Countries Visited by H.M.S. Beagle reveals him as a writer of formidable intelligence and a keen observer of natural and human life. Darwin's journal encompasses every observable detail of the animals, birds and plants he encountered on the five-year voyage. It includes minute descriptions and even sketches of the movements and habits of hitherto unfamiliar species. Accompanying the entries are his own conclusions, analyses and classificatory notes that demonstrate his skill and talent as a naturalist. Darwin's entries on natural phenomena are interspersed with anecdotes of the indigenous peoples he encountered, transforming his journal from an impersonal scientific record to a book of true human interest.

For those engaged in research on Darwin or his circle, the Darwin Library is an invaluable resource. Originally donated by Darwin's son Francis to the library of the Botany School and now deposited in Cambridge University Library, it contains handwritten scribbles on book pages, note-filled scraps of paper pinned to back covers and personal inscriptions from mentors such as J. S. Henslow. First published in 1908, this catalogue to the Darwin Library collection, with an introduction by Francis Darwin, provides a gateway into Darwin's thought, research and intellectual context via his personal books and pamphlets. The book lists works in English and other languages, and contains bibliographic information, including the original publisher and date of publication, together with details of translations.

During his famous Beagle voyage, Darwin collected rocks, fossils and other geological specimens. No previous geologist had amassed such a detailed set of data. He identified raised beaches and remains of marine organisms high above the sea, understanding their significance as evidence of the uprising of landmasses. He also witnessed an earthquake and volcanic eruptions, concluding that both are related to movements of molten rock deep in the Earth. In this 1909 lecture, Sir Archibald Geikie, then President of the Royal Society, outlines Darwin's geological findings and explains how these underpinned his developing ideas. We learn of Darwin's theory of coral reef formation, and his fascination with the activities of earthworms. Finally the lecture considers the importance of Darwin's geological studies in formulating his theory of evolution by natural selection, leading to his masterpiece On the Origin of Species.

This book, the first of three-volumes detailing the life of Charles Darwin, published five years after his death, was edited by his son Francis, who was his father's collaborator in experiments in botany and who after his death took on the responsibility of overseeing the publication of his remaining manuscript works and letters. In the preface to the first volume, Francis Darwin explains his editorial principles: 'In choosing letters for publication I have been largely guided by the wish to illustrate my father's personal character. But his life was so essentially one of work, that a history of the man could not be written without following closely the career of the author.' Among the family history, anecdotes and reminiscences of scientific colleagues is a short autobiographical essay which Charles Darwin wrote for his children and grandchildren, rather than for publication. This account of Darwin the man has never been bettered.

This book, the second of three-volumes detailing the life of Charles Darwin, published five years after his death, was edited by his son Francis, who was his father's collaborator in experiments in botany and who after his death took on the responsibility of overseeing the publication of his remaining manuscript works and letters. In the preface to the first volume, Francis Darwin explains his editorial principles: 'In choosing letters for publication I have been largely guided by the wish to illustrate my father's personal character. But his life was so essentially one of work, that a history of the man could not be written without following closely the career of the author.' Among the family history, anecdotes and reminiscences of scientific colleagues is a short autobiographical essay which Charles Darwin wrote for his children and grandchildren, rather than for publication. This account of Darwin the man has never been bettered.

This book, the third of three-volumes detailing the life of Charles Darwin, published five years after his death, was edited by his son Francis, who was his father's collaborator in experiments in botany and who after his death took on the responsibility of overseeing the publication of his remaining manuscript works and letters. In the preface to the first volume, Francis Darwin explains his editorial principles: 'In choosing letters for publication I have been largely guided by the wish to illustrate my father's personal character. But his life was so essentially one of work, that a history of the man could not be written without following closely the career of the author.' Among the family history, anecdotes and reminiscences of scientific colleagues is a short autobiographical essay which Charles Darwin wrote for his children and grandchildren, rather than for publication. This account of Darwin the man has never been bettered.

Written in collaboration with his son Francis, a notable botanist, this 1880 book builds on Darwin's earlier investigations into climbing plants, orchids, insectivorous plants, flower variety, and the processes of fertilisation. This detailed study of many species from seed to mature plant further develops Darwin's work on adaptation and evolution, with the aim of collating the results of individual studies into common factors applicable to plants in general. Particular emphasis is given to analysis and investigation of the process here termed circumnutation, the movement of the stem of the plant in order to direct the head in certain directions. This is seen as of paramount importance, with the conclusion that it is modification of this feature that has enabled plants to adapt and evolve so diversely. The authors also note similarities between plants and animals, such as sensitivity to touch and habit of action at certain times.

Sir Charles Lyell (1797-1875) is remembered today as much for his profound influence on the young Charles Darwin as for his own work as a geologist: Darwin read the three volumes of his Principles of Geology (1830-3) as they came out, and was greatly interested in Lyell's theory of the huge effects over geological time of an accumulation of tiny, almost unobservable changes. The Geological Evidences of the Antiquity of Man was published in 1863, and went into three editions in that year alone. The work synthesises the then existing evidence for the earliest humans in Europe and North America and - as indicated by its subtitle, With Remarks on Theories of the Origin of Species by Variation - discusses Darwin's theory and 'the bearing of this hypothesis on the different races of mankind and their connection with other parts of the animal kingdom.'

William Bateson (1861-1926) began his academic career working on variation in animals in the light of evolutionary theory. He was inspired by the rediscovery of Gregor Mendel's work on plant hybridisation to pursue further experimental work in what he named 'genetics'. He realised that Mendel's results could help to solve difficult biological questions and controversies which others had glossed over, and to challenge assumptions underlying evolution as it was understood at the time. After two years as Professor of Biology at Cambridge he left in 1910 to become Director of the newly founded John Innes Institute. Bateson's argumentative personality and unorthodox approach did not make him popular, and his reputation declined after his death. Was Bateson misunderstood? Was evolution misunderstood? This 1928 volume - including a substantial memoir by Bateson's wife - gives readers access to selected papers and addresses and allows them to consider him afresh.

These two short monographs, published under the auspices of the Palaeontographical Society in 1851 and 1854, show Charles Darwin as a meticulous research scientist, poring over fossils collected by himself and other enthusiasts in Britain and in Europe. The first volume is devoted to the Lepadidae, and the second to the Balanidae and Verrucidae (all types of barnacle, members of the infraclass Cirripedia). Darwin's interest in barnacles had first arisen in his student days in Edinburgh, under the guidance of Robert Grant, and increased during his detailed work in dissecting and classifying the specimens he had collected on the Beagle voyage. The publication of his findings cemented his reputation as a expert taxonomist and biologist, and his observations over eight years of the minute differences between males, females and an apparent hermaphroditic stage of development lent support to his developing theory of evolution.