Mishoe, Luna I. | Eigenfunction Expansions Associated with Non-Self-Adjoint Differential Equations
First edition, only printing of this rare work by mathematician, college administrator, and Tuskegee airman Luna I. Mishoe (1917-1989).
Mishoe was born in South Carolina and worked his way through school, earning a master’s degree in mathematics and physics. In 1942 he joined the US Army Air Corps and “served through World War II as a photographic intelligence and communications officer in the 99th squadron... he left the service in 1946 to become a professor of mathematics and physics at Delaware State College in Dover, Delaware... a small Black college with fewer than 400 students and paltry state support” (Krapp, Notable Black American Scientists, p. 232). Mishoe spent the rest of his career advocating for the college at the state level, convincing the hesitant governor and legislature to invest the funds that “expanded the college into one of the two biggest university systems in the state. Under his leadership, the student body increased more than five-fold and the college became an integrated institution” (Krapp, p.232). Mishoe also served on state educational committees and task forces, and he went back to school to earn a master’s degree in business administration from Wharton.
Dover, Delaware: Delaware State College, 1964.
Perfect bound. 113-page mimeographed text. Plastic-coated red wrappers printed in black, white and dark green cloth backstrip. Library shelf number and barcode tickets to the upper wrapper, stamps of the “England Library” and Philadelphia College of Pharmacy & Science to the title and edge of the text block, library pocket to inside rear wrapper, library number to verso of final leaf. Plastic coating lifting a little at the edges of the wrappers, lightly rubbed at the extremities, a couple of small scuffs to the lower wrapper. Excellent condition.
Sabin, Florence R. | A Model of the Medulla Oblongata, Pons, and Midbrain of a New-Born Babe
The uncommon offprint of physician and anatomist Florence Sabin’s first major work, undertaken when she was an undergraduate and published the following year as the classic textbook An Atlas of the Medulla and Midbrain. WorldCat locates only four copies of this offprint, at King’s College London, Brown University, Washington University St Louis, and the University of Sydney.
Sabin was born in 1871, and attended Smith College, where she decided to become a doctor. “The newly opened Johns Hopkins Medical School was the obvious choice for an aspiring woman physician, for it had been financed by a group of Baltimore women who had attached to their gift the stipulation that women be admitted on the same terms as men” (Ogilvie, Biographical Dictionary of Women in Science, p. 1140). Sabin began her medical training in 1896, quickly becoming a favourite of anatomist Franklin Mall, who “encouraged her to go into research. As an undergraduate she constructed a three-dimensional model of the medulla, pons and midbrain, and in connection with this project wrote a laboratory manual, An Atlas of the Medulla and Midbrain. This manual was published in 1901 and became a popular textbook” (Ogilvie).
Sabin received her medical degree in 1900 and began an internship in internal medicine, and was then awarded a fellowship in anatomy. “She became the university’s first woman faculty member in 1902 and progressed through the ranks, receiving an appointment as professor of histology in 1917 — the first full professorship awarded to a woman at Hopkins” (Ogilvie). Over the course of her career Sabin studied a wide range of subjects, including cell morphology, the physiology of connective tissues and blood cells, immunology, and particularly the body’s reaction to tuberculosis. “Her research on the lymphatics was original, though controversial at the time. Her idea that the lymphatics represented a one-way system closed at the collecting ends, where the fluids entered by seepage arising from pre-existing veins instead of independently was later proved correct” (Ogilvie). After retiring from Johns Hopkins and moving to Denver Colorado, she had a second career as a public health advocate who achieved the passage of a number of public health reform bills.
[Reprinted from Volume IX of the Johns Hopkins Hospital Reports, Contributions to the Science of Medicine: Dedicated by His Pupils to William Henry Welch on the Twenty-Fifth Anniversary of His Doctorate, pp. 925-1023. Together with Clark, “the Blood Vessels of the Human Ovary” and Young, “The Gonococcus”. Baltimore, MD: Johns Hopkins, 1900].
Tall quarto. Original buff wrappers. 6 doubled-sided greyscale plates and 3 single-sided chromolithographic plates at rear accompanying the Sabin paper. 5 plates, of which 2 are folding, accompanying the Clark paper. The title page and early portion of the Clark paper seem to be lacking, perhaps due to a production error. Wrappers just a little rubbed with some short splits and creasing at the edges. The extreme edges of the contents, particularly at the front, are a little toned and creased with some nicks and short splits. Excellent, fresh condition.
Bion, Nicolas | Traité de la Construction et des Principaux Usages des Instruments de Mathématique.
Fourth edition of this important and copiously illustrated work on mathematical instruments, originally published in 1709. An attractive, unsophisticated copy, the contents quite fresh.
Nicolas Bion was one of France’s leading instrument makers. “Through his astronomical instruments he sought to join theory to practice, for which he was accorded the title Engineer to the King” (Kenney, Catalogue of the Rare Astronomical Books in the San Diego State University Library, 17).
...Avec les Figures Nécessaires pour l’Intelligence de ce Traité... Quatriéme Édition. Paris: Charles-Antoine Jombert, 1752.
Quarto. Contemporary mottled calf, spine elaborately gilt in compartments with floral tools, brown morocco label, marbled endpapers and edges. Engraved portrait and allegorical frontispieces and 37 plates of which 2 are folding, elaborate head and tailpieces and decorative initials, royal device to title. 19th-century library ticket and 20th-century bookseller’s ticket of Malcolm Gardner to the front pastedown. Upper hinge cracked, lower hinge starting, some scuffs to the boards, including a small worn spot on the upper board, front free endpaper a little loose, small area of dampstain affecting the top corner of the first half of the contents, short closed tear to final leaf of contents.
Stone, Edmund | A New Mathematical Dictionary
First edition of this rare mathematical dictionary, used as a source by Samuel Johnson in compiling his Dictionary of the English Language. Only one other copy of the first edition appears in at auction records from the past two decades: the Macclesfield copy at Sotheby’s in 2005. This copy from the library of engineer and book collector Erwin Tomash, with his bookplate.
Author Edmund Stone (1695?-1768) was a self-taught mathematician, the son of the gardener to John Campbell, Second Duke of Argyll, who sponsored his academic work. Stone’s primary contributions were in translating mathematical works, including “a treatise on mathematical instruments by Nicolas Bion, one on perspective by 'sGravesande, one on the theory and working of ships by Henri Pitot, and the two great treatises by L'Hospital, one on conic sections, the other his Analyse des infiniment petits (Paris, 1696) which was the standard textbook on Leibniz's differential calculus” (ODNB). Stone's editorial work included “a revised translation in 1726 from David Gregory's original, Elements of Physical and Geometrical Astronomy (1702), and a translation from Latin of Isaac Barrow's Lectiones geometricae (1674) of 1735. His New Mathematical Dictionary (1726) was a shorter and less expensive alternative to John Harris's Lexicon technicum (1704–10) and updated a similar work by Joseph Raphson published in 1702” (ODNB).
...Wherein is Contain’d, not only the Explanation of the Bare Terms, but likewise an History, of the Rise, Progress, State, Properties, &c. of Things, both in Pure Mathematics and Natural Philosophy, so far as it comes under a Mathematical Consideration. London: J. Senex, W. and J. Innys, J. Osborn, T. Longman, and T. Woodward, 1726.
Octavo. Contemporary panelled calf with decorative roll and elaborate cornerpieces, red morocco label, red speckled edges. Engraved headpiece and decorative initial. Diagrams within the text. Errata leaf followed by 4 page publisher’s ads at rear. Contemporary ownership signature of James Rigg to the front free endpaper. Bookplates of James Rigg of Downfield and Nether Tarvit, the Turner Collection at the University of Keele, and Erwin Tomash. Boards rubbed and scuffed, some loss from the head of the spine. Contents fresh.
Watson, Richard | A Plan of a Course of Chemical Lectures
First and only edition of this unusual and uncommon course of chemistry lectures.
Author Richard Watson, Bishop of Llandaff (1737-1816), attended Trinity College, Cambridge and was appointed its professor of chemistry in 1764. “Hitherto the chair had not been valued, since it carried neither a stipend nor a requirement to read lectures, but Watson perceived it as a way to advance his career and offered to deliver a course of chemistry lectures, though he admitted 'I knew nothing at all of Chemistry, had never read a syllable on the subject; nor seen a single experiment in it; but I was tired with mathematics and natural philosophy' (Anecdotes, 28–9). He acquired an operator from Paris, studied the topic fully, and in fourteen months gave the first of five courses of lectures. In 1767 an unsuccessful experiment led to an explosion that caused considerable damage to his house. He contributed short articles to the transactions of the Royal Society, of which he was elected a fellow in 1769, and later he published his Chemical Essays in five volumes (1781–7). These are intelligent and lucid but derivative, revealing Watson as an intelligent layman not a research scientist. They show a particular interest in applying science to manufacturing processes and a belief that chemistry could help to realize Britain's industrial potential” (ODNB).
Watson was later elected regius professor of divinity, but “lacking the necessary qualification of a doctorate in divinity he rushed to London to obtain one by royal mandate. He admitted to knowing as little about the subject as he had about chemistry” (ODNB).
Cambridge: J. Archdeacon, printer to the University, 1771.
Octavo. Stitched and glued into early 20th-century burgundy cloth boards, titles to upper board gilt, blue speckled edges. 3 folding typographic tables. 20th-century ownership signature of John Read to the front pastedown, old catalogue entry taped to the rear pastedown. Spine faded, a few small marks and spots on the cloth, title page partially browned, final folding table browned, edges of the other two tables browned. A very good copy.
Popper, Karl | The Logic of Scientific Discovery
First UK edition, first impression of one of the key texts of the philosophy of science. Originally published in Germany in 1934 as Logik der Forschung, Popper rewrote and republished it in English in 1959. The New York edition of the same year takes precedence, but the UK edition is less common.
London: Hutchison, 1959.
Octavo. Original grey cloth, title to spine in gilt on red ground, top edge dyed red. With the dust jacket. Facsimile manuscript letters within the text. Bookseller’s ticket of H. K. Lewis and Co. Cloth a little toned at the upper edges of the boards, light spotting to the margins and edges of the text block. A very good copy in the jacket which is tanned along the spine and edges with a few small marks and mild creasing at the lower corner.
Poindexter, Hildrus A. | My World of Reality
First edition, first printing. Presentation copy inscribed by the author on the front free endpaper, “Mr. and Mrs. John L. Telford, you now have a most interesting world and many new problems, try to solve some of them. Hildrus A. Poindexter, July 20th, 1980”. The identity of the recipients is unclear. An exceptional copy, the boards and jacket bright and fresh.
Born near Memphis, Tennessee in 1901, Hildrus A. Poindexter (1901-1987) decided at the age of five that he would become a doctor. He worked his way through school, teaching himself Latin, Greek, and algebra. He specialised in tropical medicine and received his MD from Harvard in 1927, followed by his PhD in microbiology and immunology at Columbia in 1932.
Between 1931 and 1943 Poindexter taught bacteriology, preventative medicine, and public health at Howard University, then served for three years as a U.S. Army physician in the South Pacific, New Guinea, the Philippines, and occupied Japan. Later tours of duty took him to Liberia, Vietnam, Surinam, Iraq, Libya, Somalia, Jamaica, and Sierra Leone. “In all of these assignments, he used his knowledge of tropical medicine in efforts to improve the poor health situation of the citizens of these countries” (Krapp, Notable Black American Scientists, p. 253).
“Poindexter’s importance as a medical researcher lies in his careful scientific observations of the many tropical diseases he encountered in his foreign duty posts and the very extensive reports he wrote concerning his findings. He often suggested possible medications to eliminate or alleviate the diseases, which were sometimes based upon his own field experiments. these reports served as valuable raw data upon which other scientists and public health physicians could base their own research” (Krapp, p. 253).
...(An Autobiography). Detroit, MI: Balamp, 1973.
Octavo. Original grey cloth, titles to spine gilt. With the dust jacket. 5 illustrations from photographs within the text. Spine very slightly rolled. An excellent, fresh copy in the jacket which is a little faded along the spine panel with a couple of minor areas of creasing and rubbing.
Weeks, Mary Elvira | The Discovery of the Elements
First edition, first printing and a beautiful copy. The Discovery of the Elements is a classic in the history of chemistry, going through seven editions by 1968, but copies of the 1933 first edition are rare in commerce, particularly in such nice condition.
Author Mary Elvira Weeks (1892 - ?) was a physical and analytical chemist at the University of Kansas. “She worked on the atmospheric oxidation of solutions of sodium sulfite in ultraviolet light, the role of hydrogen ion concentration in the precipitation of calcium and magnesium carbonates and the use of oxidation-reduction indicators in the determination of iron. She was also interested in the history of chemistry, particularly in the discovery of the elements” (Ogilvie, Biographical Dictionary of Women in Science, p. 1358).
This copy with the ownership signature of Dr. Charles B. Gates, head of the Chemistry Department of the Wisconsin State Teacher’s College, Milwaukee, on the title.
...Collected Reprints of a Series of Articles Published in the Journal of Chemical Education. Easton, PA: Mack Printing Co., 1933.
Octavo. Original green cloth, titles to spine and upper board gilt. Illustrations throughout the text. Ownership signature and date “5/24/33” to the title. Short pencilled note listing six elements on the rear pastedown. very lightly rubbed at the extremities. An excellent, fresh copy.
Ferguson, Lloyd N. | Highlights of Alicyclic Chemistry. Part I.
First edition, first printing of this foundational work on alicyclic chemistry. Uncommon in the jacket in such nice condition.
Author Lloyd N. Ferguson (1918-2011) was a distinguished chemist whose interest in science dated to his childhood, when “he bought himself a chemistry set at age 12 and did chemistry experiments in a backyard shed... He put together a moth repellent, invented a spot remover and a silver polish, and developed a lemonade mix. A budding entrepreneur, as well, he sold his inventions to his neighbours” (Spangenburg, African Americans in Science, Math and Invention, p. 80).
Ferguson attended Berkeley for both his undergraduate and graduate degrees, and was the first African American to earn a PhD in chemistry at the university. In 1945 Ferguson joined the faculty at Howard University, where he would remain for the next two decades. “He served as department head as well from 1958 to 1965. In this capacity, he built the first doctoral program in chemistry at any Black college in the nation” (Spangenberg, p. 80). He later joined the faculty at California State University at Los Angeles, serving as chemistry department chair between 1968 and 1971.
At Howard, Ferguson did extensive research on the properties of aromatic molecules and the chemistry of taste, and after moving to Cal State he began exploring alicyclic chemistry. “In his 1969 article ‘Alicyclic Chemistry: the Playground for Organic Chemists’, Ferguson describes alicycles as providing ‘ideal systems for measuring electrical and magnetic interaction between nonbonded atoms and for studying the [structural] and mechanistic aspects of organic reactions’, and as supplying ‘models for elucidating the chemistry of natural products such as steroids, alkaloids, vitamins, carbohydrates, [and] antibiotics’” (Krapp, Notable Black American Scientists, p. 118).
Ferguson was also very active in administrative roles, including as chairman of the American Chemical Society’s Division of Chemical Education and director of Cal State L.A.’s Minority Biomedical Research Support Program, and he was publicly recognised for his extensive work mentoring science students from under-represented backgrounds.
Palisade, NJ: Franklin Publishing Company, Inc., 1973.
Octavo. Original red cloth, titles to spine in gilt on blue ground. With the dust jacket. Chemical diagrams throughout the text. An excellent, fresh copy in the price-clipped jacket that is a little rubbed with some light marks and toning of the edges and spine panel.
Thomas, Dorothy Swaine & Richard S. Nishimoto | The Spoilage
First edition, first printing of this important work on the internment of Japanese citizens during the Second World War. Presentation copy inscribed by Thomas on the front free endpaper, “With deep appreciation and sincere regard — Dorothy Swaine Thomas” and also signed by co-author Richard S. Nishimoto.
Almost as soon as Japanese internment was begun “a group of University of California social scientists, sensing the enormity of the outrage, organized in 1942 to record and analyze the causes, legal and social consequences, and long-term effects of the detention program. The Spoilage, one of a series of books which resulted, analyzes the experiences of that part of the detained group-some 18,000 in total-whose response was to renounce America as a homeland; it shows the steps by which these "disloyal" citizens were inexorably pushed toward the disaster of denationalization. Essentially the result of years of research by participant observers of Japanese ancestry, it is a factual record of enduring value to the student of America's troubled ethnic relations” (University of California Press)
Richard Shigeaki Nishimoto (1904-56) was born in Japan in 1904 and immigrated to the US with his parents at age 17. He earned an engineering degree at Stanford in 1929, but struggled to find work due to anti-Japanese prejudice. Nishimoto was “probably the most cited Issei author who wrote on the camps in English—specifically on the WRA camp known as Tule Lake. Educated in both Japan and the USA, Nishimoto distinguished himself as the only Issei to be employed full-time as a researcher for the Japanese American Evacuation and Resettlement Study (JERS). He was also the only Japanese American co-author of any of the JERS publications, authoring The Spoilage (1946) with JERS director Dorothy S. Thomas. Besides being an Issei, Nishimoto was atypical of JERS researchers in that he was an active community leader in Poston , and thus drew from a unique point of view as both an 'insider,' and an 'analytic' observer" (Densho Encyclopedia).
...Japanese American Evacuation and Resettlement. Berkeley and Los Angeles: University of California Press, 1946.
Octavo. Original red cloth, titles to spine and upper board gilt. With the dust jacket. 2 photographic plates, charts and diagrams within the text. Damp spots to the faded spine, partial fading of the boards, contents toned. A very good copy in the rubbed and partially toned jacket with three vertical creases from folding.
Wootton, Barbara | In a World I Never Made
Second impression. Presentation copy inscribed by the author on the front free endpaper, “Ted Willis, with love, B. W., December 1976” and additionally signed by the author on the title.
Wootton (1897-1988) was a prominent, left-leaning London University sociologist and economist who, in addition to her respected academic work, “served on four royal commissions and innumerable committees, was a governor of the BBC, and was a magistrate for forty years” (Ogilvie, Biographical Dictionary of Women in Science, p. 1400). “One of her most important academic works was published in 1959 and resulted from five years of research. In this work she reversed commonly accepted ideas about the criminal personality, juvenile delinquency, inherited behaviour trends, and problems of illegitimacy” (Ogilvie, p. 1400).
While the identify of the recipient is not known for sure, it may have been Baron Willis (1914-1992), the playwright, screenwriter, and active supporter of the Labour Party who was made a life peer just a few years after Wootton.
...Autobiographical Reflections. London: George Allen & Unwin Ltd, 1967.
Octavo. Original green cloth, titles to spine gilt on black ground, With the dust jacket. Small black mark to the cloth of the upper board, a few light spots to the edges of the text block. A very good copy in the rubbed, creased, and price-clipped jacket with a few small spots on the lower panel and an over-price sticker on the front flap.
Barnes, W. Harry | The Necessity of Bronchoscopy in the Diagnosis and Treatment of Diseases of the Lungs
First and only edition of a talk by the first Black doctor to become a board-certified specialist and to use the bronchoscope, given at a meeting of the first organisation for African American medical professionals.
W. Harry Barnes (1887-1945) was a “nationally recognized ear, nose, and throat specialist whose ‘ability as a diagnostician and surgeon was equalled by few, and surpassed by none’” (Krapp, Notable Black American Scientists, p. 20). Barnes grew up poor with “a fierce determination to rise out of poverty and to pursue a career as a professional” (Krapp). He won a scholarship to the University of Pennsylvania Medical School, receiving his M.D. in 1912 and returning in 1921 for postgraduate work in otolaryngology. Unable to receive higher training in the US, he studied at the Universities of Paris and Bordeaux and was later mentored by the renowned Dr. Chevalier Jackson, who taught him the use of the bronchoscope. Barnes established a department of bronchoscopy at Mercy Hospital and later accepted a teaching position at Howard University.
“Barnes was an innovator in his field. His invention of the hypophyscope, an instrument used to visualize the pituitary gland through the sphenoid sinus, made him famous. His accomplishments included other innovative operative techniques as well as a streamlined, efficient medical record system. Barnes was very active in the National Medical Association, for which he presented papers and gave demonstrations. One such demonstration showed the speedy and bloodless technique of his ten-minute tonsillectomy. He became president of the Association in 1935” (Krapp).
Established in 1895, the National Medical Association is the “oldest and largest organization representing African American physicians and health professionals in the United States” and was founded when “membership in America’s professional organizations, including the American Medical Association (AMA), was restricted to whites only. The AMA determined medical policy for the country and played an influential role in broadening the expertise of physicians. When a group of black doctors sought membership into the AMA, they were repeatedly denied admission. Subsequently, the NMA was created for black doctors and health professionals who found it necessary to establish their own medical societies and hospitals” (NMA website).
- ...Read at National Medical Ass. Convention, Aug. 16, 1933. [Philadelphia], 1933.
8 page pamphlet, stapled. Minor crease to the tail of the spine. Excellent condition.
(Miller, Peter L.) Longfield, Cynthia | Dragonflies of the British Isles
Second edition, enlarged, of the authoritative guide of the period. From the library of dragonfly specialist Peter L. Miller, with his ownership signature and bookplate, two manuscript notes in ink in the text, notes and sketches of dragonfly nymphs on a blank postcard, and a dragonfly wing loosely inserted.
Miller was a lecturer in zoology at Oxford who made significant contributions to a number of fields. “At Oxford he soon became widely respected for the excellence of his research on insects, being awarded the prestigious Medal of the Zoological Society of London in 1972. Until the early 1980s he explored physiology and neural control, primarily of respiration but also of rhythmic and motor behaviour, ventilation and learning. His international standing at that time is reflected in the authorship of more than a dozen chapters on these topics in different definitive textbooks on insect physiology. During those years he also published on insect behaviour in the field and edited two symposium volumes on cell biology.
From the early 1980s Miller focused his research on dragonflies, a group of insects for which he had developed a strong affection while in Uganda. His highly developed skills - for interpreting subtle elements of behaviour, for micro-anatomical dissection and for quantifying neural processes - allowed him to reveal much of the structural and behavioural framework on which dragonfly reproduction is based. This work has far-reaching comparative value and provides a definitive reference point for future contributions to the field.
Other products of his interest in dragonflies have been his stimulation and training of postgraduate students, authorship of two editions of a book on British dragonflies - a model of its genre - and active participation in the British Dragonfly Society, as Vice President and as member of the Dragonfly Conservation Group. Increasingly in later years Miller's energies were directed towards conservation of dragonflies and their habitats, especially through facilitating involvement of young people and non-specialists.” (Peter Miller obituary, the Independent, May 6, 1996.)
In this copy Miller has made two notes in the text: On page 126, under the entry for the Downy Emerald, he wrote, “2 emerged c. 25/5/58 from [?] F. B. A. Windermere”. On page 139, under the entry for the Black-lined Orthetrum, “Nymph from F. B. A. Windermere... emerged c. 25/5/58”. The most extensive notes are on a blank postcard loosely inserted at page 181. Ink manuscript notes describe the larva (nymphs) of four dragonfly species, with pencilled drawings of three. On the back of the card are additional notes about the effect of temperature on dragonfly development, including a small bar graph showing a two-year larval cycle for a species.
The author of this guide, Cynthia Longfield (1896-1989?), was one of Britain’s leading dragonfly specialist. She spent her career as an unpaid worker at the British Museum of Natural History, where she played a major role in collecting and systemising the records of British dragonflies (Ogilvie, Biographical Dictionary of Women in Science, p. 802), and she also served as president of the London Natural History Society. The Dragonflies of the the British Isles, originally published in 1939, was “accepted immediately as the authoritative guide” (Ogilvie).
London and New York: Frederick Warne & Co., Ltd., 1949.
Duodecimo. Original green cloth, titles to spine and upper board and dragonfly device in gilt to upper board, publisher’s name and borders to boards blocked in black, pictorial endpapers. With the dust jacket with dragonfly illustration pasted-on to the front. 16 colour plates, 12 double-sided black & white photographic plates, illustrations within the text. Ownership signature of Peter L. Miller to the front free endpaper, some short notes in his hand in the text, and his and his wife’s bookplate to the verso of the same. Spine rolled, cloth lightly rubbed at the extremities, a little spotting to contents, particularly the edges of the text block. A very good copy in the rubbed, spotted, and dulled jacket with small nicks and chips from the ends of the spine panel.
Mann, Michael E. | The Hockey Stick and the Climate Wars
First edition, first printing. Presentation copy inscribed on the front free endpaper, “3/24/2012, To John & Louis, thanks for all you’re doing, Michael Mann”.
This "important and disturbing account" of climate change science and politics is by leading researcher Michael Mann of Penn State’s Earth Science System Center (Kirkus Reviews).
Mann was the leader of the team that produced the 1999 “hockey stick graph” showing the dramatic rise in atmospheric temperature of the past century as compared with the previous thousand years. Mann’s work is central to the current understanding of anthropomorphic climate change, he has published four books and more than two hundred papers, and has been involved with numerous high-profile government and scientific organisations. Mann has also been on the receiving end of the climate change disinformation campaign, most notably in 2009 when his email was hacked and cherry-picked statements were released to make it look as though his results were fabricated. Following this, the Republican Attorney General of Virginia demanded, and was denied, access to his papers and Mann was also forced to sue several news organisations for defamation.
This volume covers the basics of climate science, Mann’s personal experiences in the field, including the development of the hockey stick graph, and the aggressive disinformation campaigns waged against climate scientists by fossil fuel companies, politicians, and the right-wing media.
...Dispatches from the Front Lines. New York: Columbia University Press, 2012.
Octavo. Original red boards, titles to spine in black. With the dust jacket. A fine copy in the jacket.
Jeans, James | The Universe Around Us
Second printing, in the rare and evocative Raymond McGrath-designed dust jacket.
Author James Jeans (1877-1946) was a respected Cambridge mathematician and astronomer, best known for his work on rotating, gravitational bodies, "a problem of fundamental importance that had already been tackled by some of the leading mathematicians" (ODNB), and the motions, structures, and life-cycles of stars and stellar clusters.
"In 1928 Jeans's academic work Astronomy and Cosmogony came to the attention of S. C. Roberts, the secretary of Cambridge University Press, who appreciated the general interest of its subject matter and the attraction of Jeans's writing style. He persuaded Jeans to write a popular account, The Universe Around Us, which was published by the press in 1929" (ODNB). Jeans's popularity as a writer "depended partly on his topic-new, thought provoking views of the universe-and partly on his style, which combined an authoritative knowledge of the subject with a vivid turn of phrase" (ODNB).
As Jeans describes it in the introduction, The Universe Around Us is “a brief account, written in simple language, of the methods and results of modern astronomical research, both observational and theoretical. Special attention has been given to problems of cosmology and evolution, and to the general structure of the universe.”
The dust jacket designer, Raymond McGrath (1903-1977) was a printmaker, illustrator, architect, and interior designer whose first commission was the interior of the BBC’s Broadcasting House in 1930. He later completed commissions for Imperial Airways and the War Artists’ Advisory Committee, and spent the latter part of his career as Senior and the Principal Architect at the Office of Public Works in Dublin.
Cambridge: Cambridge University Press, 1929.
Octavo. Original blue cloth, titles to spine gilt. With the dust jacket. 24 plates, illustrations and diagrams within the text. A few small spots to the cloth, light dampstain affecting the edge of the upper board, partial toning of the free endpapers, some faint toning of the contents. A very good copy in the rubbed, tanned, and price-clipped jacket with slight dampstain corresponding to that on the cloth, a chip from the head of the spine panel, and some smaller chips and short closed tears.
Smyth, Henry DeWolf | Atomic Energy for Military Purposes
First trade edition, first printing. An unusually nice copy in the jacket.
Atomic Energy for Military Purposes was written as the official, unclassified narrative of the development of the atomic bomb, a “remarkably full and candid account” intended for general release once the weapon was made public (Printing and the Mind of Man 422).
The first — now unobtainable — edition, was a mimeographed version stamped secret, of which all copies save Smyth’s own were destroyed. The next was a lithoprint published in an edition of only 1,000 copies distributed to project leaders and members of the press, followed by a Government Printing Office edition. This is the first trade edition, published by Princeton University Press after editors at McGraw-Hill found the text too technical for a general audience and suggested a major rewrite, which was vetoed by Smyth. They needn’t have worried: officially published on September 10, 1945, Atomic Energy for Military Purposes remained on the New York Times bestseller list until January of the following year, and would go through eight printings by 1973.
...The Official Report on the Development of the Atomic Bomb under the Auspices of the United States Government, 1940-1945. Written at the Request of Maj. Gen. L. R. Groves. Princeton, NJ: Princeton University Press, 1945.
Octavo. Original coral-coloured cloth, titles to spine in dark red. With the dust jacket. 5 double-sided plates of which 4 are photographic. Lower corner slightly bumped also affecting the jacket, small white spot to extreme edge of upper board, contents faintly toned in the margins. An excellent, fresh copy in the jacket that is a little tanned along the spine panel and edges, with some tiny nicks at the head of the spine panel.
Emiliani, Cesare | Ancient Temperatures
- Offprint of an early popular article on ancient climate by one of the founders of the field, Cesare Emiliani (1922-1995).
During the late 1950s Emiliani studied the tests (shells) of marine amoebas called foraminifera that are found in samples taken from the floors of the deep oceans. He realised that the oxygen isotope composition of the tests was influenced by atmospheric conditions at the time they were alive and that the deep-sea cores could be used to chart climate going back millions of years. This work laid the foundations for modern analysis of past climates. It also established that the ice ages were a cyclic phenomena; contributed to our understanding ocean floor spreading and plate tectonics; and provided influential support for the hypothesis of Milutin Milanković that climate changes in the deep past had been driven by long-term alterations in the Earth’s orbit and geology. Emiliani remained a leading figure in the study of Earth’s climate history through the 1990s, and was awarded both the Vega Medal and the Alexander Aggasiz Medal.
...Reprinted from Scientific American, February 1958. San Francisco: W. H. Freeman and Company, 1958.
12 page pamphlet, stapled. Illustrations throughout. Very faintly toned at the extreme edges of the spine and wrappers. A superb copy.
Talbot, Marion | The Education of Women
First edition, first printing. In the rare dust jacket.
Marion Talbot (1858-1948), one of the founders of the American Association of University Women, was raised in a family “deeply involved in education”, her mother serving as a leading figure in the establishment of Girl’s Latin School, a Boston institution offering a college preparatory curriculum for women.
Talbot graduated from Boston University and then joined the new Woman’s Laboratory at MIT. “The Laboratory was then studying the adulteration of foods an the chemical constituents of common household materials” (Ogilvie, Biographical Dictionary of Women in Science, p. 1262). Talbot worked closely with Ellen Swallow Richards, the laboratory’s founder, and together they published a book on home sanitation. Later, Talbot joined the University of Chicago as an assistant professor in home economics, becoming dean of women’s instruction three years later. “At Chicago, Talbot actively investigated the nutritional requirements of college women and wrote a second book with Richards on this topic. She also developed a house system for the women and helped establish a woman’s student union with a hall that included a gymnasium and pool” (Ogilvie, p. 1262).
The present volume describes recent social and economic changes in the lives of women in the United States, and explains how women’s needs can be better met at every level of education.
Chicago: The University of Chicago, 1910.
Octavo. Original dark green cloth, title to spine gilt. With the rare dust jacket. Spine rolled, dampstain and loss of size affecting the head of the spine, top edge of the lower board, and verso of the jacket, contents faintly toned with occasional light spots. A very good copy in the price-clipped jacket that is rubbed, toned, and foxed, with tanned spine panel, a small chip from the upper panel, and small chips at the head and tail of the spine panel.
Goin, Peter & Peter Friederici | A New Form of Beauty
First edition, first printing of this significant work on the changing landscapes of the American West, as represented by the Glen Canyon reservoir. Signed by both authors on the title, with an additional inscription by Friederici, “Off into the ‘Great Unknown’!”.
Photographer Peter Goin focuses on human-altered landscapes and is best known for his series on nuclear test sites, published in 1991 as Nuclear Landscapes. His work has been exhibited at more than fifty US and international museums, and he has been awarded two National Endowment for the Arts Fellowships, as well as nominated for an Emmy for his work in experimental video.
Co-author Peter Friederici is an award-winning journalist and academic specialising in science and the environment. As he writes in the introduction, “This book is about that moment of falling when the solid ground under us gives way to something new. It is about the vanishing of the second-largest artificial lake in America in the face of the new, potent phenomenon we call climate change... Though the book focuses on one reservoir in the Colorado River Basin, it is really about all our known landscapes as we watch them shape-shift into new forms.”
...Glen Canyon Beyond Climate Change. Photographs by Peter Goin. Essays by Peter Friederici. Tucson, AR: The University of Arizona Press, 2016.
Oblong quarto. Original dark blue cloth, titles to spine in orange. With the dust jacket. Colour illustrations throughout, including 1 folding plate. A fine copy in the jacket.
Freundlich, Erwin | Die Grundlagen der Einsteinschen Gravitationstheorie
Second impression (originally published the previous year) of this proposal for testing Einstein’s theory of relativity by the astronomer Erwin Finlay-Freundlich (1885-1964).
Freundlich knew Einstein well during the period when they both lived in Berlin, and astronomical proofs of Einstein’s theories were among his major research interests. “The quest for high accuracy in the measurement of the redshift in the solar spectrum led him to plan the building of the famous Einstein tower in Potsdam. he was also involved in some of the earliest attempts to measure the deflection of starlight during eclipses. In the summer of 1914 he led an expedition to the Crimea to observe a total solar eclipse. Caught by the outbreak of the First World War, he and some of his party were interned by the Russians as enemy aliens. Fortunately, the group was soon exchanged for some Russian officers who had been early taken as prisoners of war” (Batten “Obituary: Erwin Finlay-Freundlich”, Journal of the British Astronomical Association, issue 1, vol. 96, p. 33, 1985).
It is possible that this failure led to the rapid acceptance of general relativity several years later. “Einstein had not completed his work on that theory in 1914, and was predicting a deflection of starlight... only half the value that he gave in the definitive paper of 1915. Had Freundlich been successful in 1914, he would thus have found twice the expected value, and Einstein’s later paper, instead of appearing as a brilliant predication, might have seemed an ad hoc adjustment of the theory to fit the observations” (Batten, p. 33).
...Mit einem Vorwort von Albert Einstein. Berlin: Julius Springer, 1917.
Duodecimo. Original cream wrappers printed in black. 1 leaf of publisher’s ads at rear. Short pencil note to upper wrapper. Wrappers toned and rubbed with a few small marks, creases and nicks. Contents fresh. A very good copy.
Klieneberger, Emmy | Über die Größe und Beschaffenheit der Zellkerne mit besonderer Berücksichtigung der Systematik.
First edition, first impression of the doctoral dissertation of prominent bacteriologist Emmy Klieneberger-Nobel (1892-1985).
Klieneberger-Nobel’s doctorate was in botany, with mathematics and zoology as areas of special interest. This, her dissertation, is on the nature of cell nuclei. After graduation she worked part-time in the zoology laboratory at Goethe University and then found a position as a bacteriologist at the Hygiene Institute in Frankfurt. “Although she knew little about bacteriology when she began, by 1930 she had become a member of the German Society for Hygiene and Bacteriology and a member of the institute’s medical faculty” (Ogilvie, Biographical Dictionary of Women in Science, p. 705).
After Hitler’s ascent, Klieneberger-Nobel emigrated to the UK, where she obtained two further degrees at London University joined the staff of the Lister Institute. Her main area of research were the mycoplasma, the genus of microbes which lacked a cell wall and were suspected to be an intermediate form of life between bacteria and viruses. “She discovered a variant, known as the ‘L-form’, which she named for the Lister Institute. Recognising that there were variants within the mycoplasma, Klieneberger-Nobel developed a medium to grow the mycoplasma that caused an unusual strain of bronchopneumonia in rodents. She found that after incubating for several days, colonies had grown that were similar to those of the well-known pleuropneumonia and agalactia. New morphological forms were found in dogs as well as rodents, and a saprophytic strain was found in sewage and soil” (Ogilvie, p. 705).
“Dr. Albert Sabin in the United States had a described a ‘rolling disease’ that resulted from toxoplasma infection of mouse brains. After Klieneberger-Nobel had written to Sabin, he sent her freeze-dried brains of infected mice. She successfulyl grew cultures from his samples in her special medium and shared her results with Sabin. Before her work could be published in the Lancet, Sabin published his results in Science, neglecting to mention Klieneberger-Nobel’s part in his results” (Ogilvie, p. 705). Klieneberger-Nobel identified several other mycoplasma diseases. She discovered that the rat disease polyarthritis was caused by mycoplasma in the animals’ joint fluid, and her work later led to the isolation of the human illness Mycoplasma pneummoniae.
...Inaugural-Dissertation zur Erlangung der Doktorwürde der hohen naturwissenschaftlichen Fakultät der Königlichen Universität zu Frankfurt a. M. Dresden: Druck von C. Heinrich, 1917.
Duodecimo. Original yellow wrappers printed in black. 1 plate. Diagrams and charts within the text. Three institutional ink stamps to the upper wrapper. Wrappers tanned with some short closed tears, splits and and chips at the ends of the spine and the corners of the upper wrapper. Contents tanned. A very good copy.
Tyndall, John | Contributions to Molecular Physics in the Domain of Radiant Heat
First collected edition, presentation copy inscribed in the year of publication by the author on the half title, “Herbert Spencer Esq, from his friend, the Author June 1872”. The recipient was the biologist and philosopher Herbert Spencer (1820-1903), best known for coining the phrase “survival of the fittest” based on Darwin’s theory of evolution by natural selection.
The author, physicist John Tyndall (1820-1893) was one of the first scientists to show that carbon dioxide in the atmosphere controls the Earth’s climate (Eunice Foote has only recently been recognised as the first to publish a paper explaining the greenhouse effect).
During the 1820s French physicist Joseph Fourier showed that the atmosphere retained heat, but was unable to determine the mechanism by which this occurred. “Tyndall pondered how the atmosphere might control the earth’s temperature, but he was stymied by the opinion, held by most scientists at the time, that all gases are transparent to infrared radiation. In 1859 he decided to check this out in his laboratory. He confirmed that the main gases in the atmosphere, oxygen and nitrogen, are indeed transparent. he was ready to quit when he thought to try coal gas. This gas, produced by heating coal and used for lighting, was piped into his laboratory. He found that for heat rays, the gas was as opaque as a plank of wood. Thus the industrial Revolution, intruding into Tyndall’s laboratory in the form of a gas jet, declared its significance for the planet’s heat balance. Tyndall went on to try other gases, an he found that the gas CO2 was likewise opaque — what we would now call a ‘greenhouse’ gas” (Weart, The Discovery of Global Warming, p. 3). Tyndall went on to discover, as Foote also had, that water vapour was also an important greenhouse gas, calling it “a blanket more necessary to the vegetable life of England than clothing is to man” and pondering on its role in creating the ice ages.
The present volume collects seventeen different writings by Tyndall on aspects of atmospheric science, including the key papers “On the Absorption and Radiation of Heat by Gases and Vapours”, “On the Relation of Radiant Heat to Aqueous Vapour”, “On Radiation through the Earth’s Atmosphere” and “Further Researches on the Absorption and Radiation of Heat by Gaseous Matter”, as well as historic remarks and further analysis.
- ...A Series of Memoirs Published in the 'Philosophical Transactions' and 'Philosophical Magazine,' with Additions. London: Longmans, Green, and Co., 1872.
Octavo. Original red cloth, rebacked with the original spine laid down, titles to spine gilt. 2 page ad for other works by Tyndall and 20 page publisher’s ads dated March 1872 preceding the index, tipped-in errata slip. 2 folding plates, steel engravings within the text. Ink stamp of Herbert Spencer to the title. Professionally rebacked as noted with the original spine laid down, 2 cm of cloth from the head of the spine panel lacking but not affecting the title, small repairs to corners and edges of boards, tissue repairs to the gutter of the front free endpaper and half title, contents toned and a little brittle. Very good condition.
Bigelow, Frank H. | Balloon Ascensions
- A substantial, 196-page manuscript of measurements obtained during meterological balloon flights in South America, Europe, Africa, and the United States between 1906 and 1911 (the title gives a date range of 1911-1913, but there do not seem to be any entries after 1911).
The compiler of this manuscript, meteorologist and astronomer Frank H. Bigelow (1851-1924), grew up in Concord, Massachusetts and was educated at the Episcopal Theological School in nearby Cambridge. During the 1870s and 80s he served two stints as assistant astronomer at the Argentine National Observatory at Cordoba, where many of these measurements were made, and also worked as a professor of mathematics at Racine College, as assistant in the National Almanac Office in Washington D. C., and as a professor of meteorology at the National Weather Bureau.
Neatly written on graph paper, each entry in this manuscript is laid out as a grid with the columns headed by elevations. The rows are labelled with a variety of mathematical formula that often relate to each other as they descend the page, “T₁ - T₀” followed by “log T₁ - T₀”, or “T” followed by “log T” then “Log T₁ - T₀” and “Log (Log T₁ - T₀)”. There are also rows where work is presumably checked (check) and various rows are added together (summ). Unfortunately, we cannot locate a guide to the symbols used here, making it difficult to determine exactly what Bigelow was studying. Prose notes occasionally appear, however, and seem to indicate that his measurements were connected with heat and possibly solar activity. “Since z increases upwards the (-) sign indicates loss of heat energy from level to level outwards... The evidence is strongly against the theory that absorption is proportional to the density or path length...” “The assumed (E₁ - E₀) solar near surface seems to require special modification because the p values are impossible...”.
As well as meteorology, Bigelow studied the solar corona, aurora, and terrestrial magnetism, and it may be in pursuit of these subjects that the present ascensions were made. It is also unclear whether Bigelow or a colleague actually went up in the balloons, or whether they were uncrewed weather balloons which had first been used in the late 1890s by the French meteorologist Léon Teisserenc de Bort. We suspect the former, as results are given for multiple elevations during each flight. Unusually, within the manuscript the flights are bound entirely out of date order, and it’s unclear whether this was an accident or a way to highlight or connect certain results. This manuscript would benefit from attention by an informed cataloguer or scholar, in connection with similar materials....Cordoba - Argentina 1911 - 1913. Europe and United States. 1906-1911.
Folio (352 x 215 mm), single leaves oversewn in sections onto sawn-in cords. 196 page manuscript in black and red ink and pencil, rectos only. Leaves numbered in blue crayon. Contemporary quarter black skiver, black pebble-grain cloth, titles to spine gilt, marbled endpapers, graph paper leaves. Spine professionally relined and reattached to text block by Bainbridge Conservation, binding rubbed and worn, particularly along the spine, endpapers and blanks tanned, contents a little toned, a few contemporary ink blotches. Very good condition.