A Short History of Collecting: Gallery of Geological Collections
This gallery presents geological specimens, principally minerals and meteorites, spanning more than two centuries. It includes minerals collected in the late eighteenth century by some of the era’s most distinguished European collectors, such as Philip Rashleigh, Sir John St. Aubyn, and Sir Robert Ferguson, as well as exceptional specimens later selected by the renowned collector C.S. Bement following the American Civil War. Many pedigreed minerals bear the labels of Sir Arthur Russell, the eminent collector of historic collections. Rare and significant meteorites are represented by specimens from the collections of George F. Kunz, Henry A. Ward, Harvey Nininger (founder of the first meteorite museum), and Oscar Monnig. Among the collection catalogues, notable highlights include the 1566 Rasse-des-Neux copy of the earliest known mineral collection catalogue, an 1885 manuscript list of S.C.H. Bailey's second meteorite collection, and a 1965 tektite expedition field notebook, a rare example of a modern field collection catalogue. Complementing these are illustrated mineralogies, offering a vivid snapshot of mineral collecting during the late Enlightenment.
Mineral collecting during the 20th Century
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Sir Arthur Edward Ian Montagu Russell, 6th Baronet of Swallowfield Park, Reading, Berkshire (1878-1964) built the most outstanding and comprehensive private collection of British minerals that has ever been made thanks to his many spectacular finds and to the large number of historic British collections that he incorporated over the years to his own (Kingsbury, 1966). His passing marked the end of an era when his superb collection of some 13,000 specimens passed to the British Museum (now Natural History Museum, NHM) for posterity to become the crown's jewel of this world-class museum (M. Rumsey, NHM curator, in Starkey, 2022:1).
Russell had, over the years, acquired the whole or part of a considerable number of other collections, some dating back to 1800 or earlier, many of them containing specimens no longer obtainable in situ during his own lifetime. This Who’s Who of prominent British collectors of minerals includes Philip Rashleigh (1728-1811), John Hawkins (1761-1841), Lady Elisabeth Anne Coxe Hippisley (1760-1843), Edmund Pearse (1788-1856), George Fox (1784- 1850), Alfred Fox (1794-1874), Robert Were Fox (1789-1877), Sir Maziere Brady (1796-1871), Sir Warington W. Smyth (1817-1890), Baroness Burdett-Coutts (1814-1906), John Ruskin (1819-1900), Samuel Henson (1848- 1930), J.H. Collins (1841-1916), Col. R.B. Rimington (1828-1910), W. Semmons (1841-1915) and part of the Williams Collection from Burncoose (Kingsbury, 1966). Starkey (2022:118-202) provides a comprehensive survey of virtually all historic collections purchased by Sir Russell. Thanks to Sir Russell’s detailed labels, networks of mineral dealers and collectors can be recovered, with additional names such as dealers John Lavin (1796-1856) and Richard Talling (1820-1883), and collector Lord of Dunstanville (1757-1835). Early specimens from some of these historical collections are described in later sections.
Scarce 1952 offprint Philip Rashleigh... and His Mineral Collection. Sir Russell wrote several articles on historic mineral collections.
- Kingsbury, A. (1966), Sir Arthur Russell. Mineralogical Magazine, 35(273), 673-677.
- Russell, A. (1952), Philip Rashleigh of Menabilly, Cornwall, and his mineral collection. Journal of the Royal Institution of Cornwall, 1, 96-118 [in coll.: Offprint in original wrappers with institutional library stamp]
- Starkey, R.E. (2022), Making it Mine, Sir Arthur Russell and his Mineral Collection. British Mineralogy Publications, 426 pp. [in coll.: a copy inscribed to the owner of the TC; incl. several numbered engravings of 'The Mineral Room at Swallowfield']
A Fine British Mineral, Personally Collected by Sir Arthur Russell
Calcite
Millclose Mine, South Darley, Matlock, Derbyshire, England
Description: Group of multi-terminated, colourless to translucent scalenohedral crystals in parallel growth, with Pyrite
phantoms over a previous growth of Calcite (a similar but 23-cm long specimen can be seen in Starkey (2022:Fig.162) indicating that the
present specimen was a duplicate of the Russell collection) - We learn from Starkey (2022:83) that Russell had probably a
consultancy arrangement with Millclose Mine in 1939 to recover some valuable commodity at a time of national need, WWII having just broken out.
Millclose Mine was one of his favorite localities (Starkey, 2022:114) and he was already collecting minerals there in 1897 (Starkey, 2022:100).
With Sir Russell's detailed handwritten label: "Calcite with included pyrite. Mill Close Mine, Darley Dale, Derbyshire. From one of a series of
large cavities in all that remains of the ore body at the extreme end of the 171 fathom level north directly under the loadstone. The most
northerly point reached in the mine. Collected by A. Russell Dec 13 1939".
Dimensions: 10 x 6 x 5.5 cm.
Provenance: Sir Arthur Russell (1939-prior to 1964). Since this specimen is not accompanied by a NHM label, it is likely that Sir Russell sold or traded it prior to the transfer of his collection to the British Museum.
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Meteorite & Tektite collecting during the 20th Century
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Ivory Coast tektites have been, through the twentieth century, some of the most elusive tektites, with historical finds highly collectible. They were first documented in 1935 and only a dozen of these rare glassy stones were known to science up to 1963. The number reached about 200 by 1965 of which half were found during a historic expedition that was organised by John Saul of the Massachusetts Institute of Technology (MIT). Fieldwork was carried out in the early months of that year in the Ivory Coast tektite strewn field to collect tektite samples and investigate their relationship to a crater site located 300 km away in Ghana, at Lake Bosumtwi. The tektite genetic relationship to the Bosumtwi crater was proven by the material collected during this expedition (Saul, 1969), hence rejecting the lunar origin hypothesis. The tektites collected are listed in two manuscript catalogues found within the pages of John Saul's 1965 fieldnotes. While most of the notebook's contents form the basis of a 1969 scientific article (Saul, 1969), the characteristics and weights of each one of the 95 collected specimens have never been published, which makes these field catalogues highly significant in the history of tektite collecting. Additional documents and photographs also obtained from the Saul files illustrate the context surrounding the finding of the Holy Grail of tektites and the preparation of this catalogue.
WANTED: An Ivory Coast tektite from the J. Saul collection with label.
- Saul, J.M. (1969), Field Investigations at Lake Bosumtwi (Ghana) and in the Ivory Coast Tektite Strewnfield. National Geographic Society Research Reports, 1964 Projects, 201-212 [in coll.: Inscribed by the author, with proof plates]
A Unique 1965 Field Notebook of the MIT Expedition to the Ivory Coast Tetkite Strewn field, with Its Tektite Catalogue
No title, Ivory Coast Tektite Field Notebook (w. catalogues), by J. Saul
Abidjan & Daoukro area, Ivory Coast: Unpublished manuscript, 1965
Description: Spiral notebook with green cover, composed of 29 written pages and some more blank pages describing
the 1965 MIT/Saul expedition to the Ivory Coast tektite strewn field, including two catalogues of the collected tektites.
Mainly written as a log of the expedition, the notebook lists different localities, whether tektites were found or
not, names of people owning tektites and at what price they were willing to sell. Additional details about geological context and local
folklore are given and reproduced in Saul (1969). The notebook also contains a sketch map of the road network inside
the strewn field, a 5-pp. catalogue of the 95 found specimens (i), and counts of specimens in other collections. A second
2-pp. summary catalogue, tipped in the notebook (ii), only lists the first 76 tektites. The later catalogue was prepared
by John Saul while he was weighing and sorting specimens in the final days of the expedition as proven by two of the
photographs that follow. Both catalogues list the specimen number, locality area, approximate weight, stone
characteristics and some additional comments. Thanks to a survey of Ivory Coast tektite collections written down in the notebook, we
get a better idea of the overall distribution of those elusive tektites in collections, as of 1965. We learn first that almost
all specimens have been found between 1964 and 1965. Alfred Lacroix, who was the first to describe Ivory Coast
tektites in 1935, had “almost certainly at least 12; 5 at French Mus. Nat. Hist. certain.” Saul’s notebook lists a few
other sources, the most important being the Heidelbergers who found 59 tektites in the scope of 11 days, also in 1965.
The SODEMI collection was composed of 17 specimens. The Saul/MIT expedition was the one yielding the largest
number of specimens (95). As of the writing of his field notes, John Saul counted a total of 209 Ivory Coast tektites
known to exist.
Accompanied with a copy of Saul's 1969 offprint inscribed to the TC.
Provenance: John Saul (1965-2014)
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Photograph Archive of the 1965 Ivory Coast Fieldtrip
Abidjan & Daoukro area, Ivory Coast: Unpublished, 1965
Description: A collection of 9 photographs taken during the 1965 expedition in the Ivory Coast tektite strewn field. Kodrachrome 35mm slides (positive transparencies), with penned notes and stamp-dated May 1965. The photographs were taken by John Saul and his collaborator Elliott White Miller. The set includes a photograph of John Saul standing over gold diggings from which tektites were found (west of road to Daoukro), four photographs of him talking to crowds to explain what he was looking for, one picture of his open hand with three of the best tektites (perhaps taken back in Abidjan), and three photographs of John Saul inside a modern building, likely in Abidjan, weighing (on a pan balance) and sorting tektites (pers. comm., J. Saul). The 2-pp. catalogue previously described can be seen on tow of the images! Regarding the photograph showing three men holding a tektite, John Saul confirmed to the TC that he at least purchased the specimen from the man directly next to him. Saul (1969:207) explains that tektites were found "when pits were dug in the alluvium for gold. This occupation was much more widespread in the 1930's before coffee growing and cocoa cultivation were introduced into the area." Interestingly, he adds that he and his colleague Elliott White Miller had been invited to see two such diggings, one located at Dadeikro No. 2 (locality C) and the other east of Kongoti (locality L), an example of which is shown the matching photograph.
Provenance: John Saul (1965-2020's)
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Portrait of H.O. Beyer on a 1965 cover of Philippines International.
Henry Otley Beyer (1883-1966), who studied geology at the University of Denver, developed an interest in Philippine culture in 1904 while visiting the St. Louis Exposition. The Philippine exhibit evidently made a strong impression on the young Beyer, since he applied the following year for a position with the Ethnological Survey of Manila. After three years of study in the Philippines, Beyer left to return to the islands in 1910, after graduate study at Harvard and other travels. He was later appointed ethnologist in the Bureau of Science and, in 1916, became Curator of the Philippine Museum, a position he held, later as Honorary Curator, until the outbreak of World War II. Although best known for his contributions to anthropology, earning him recognition as the "dean of Philippine anthropology," Beyer was also a dedicated investigator and collector of tektites. He was the first to report the presence of tektites in the Philippines in 1926, based on discoveries at an archaeological site in Rizal Province on Luzon Island. His lifelong research on Philippinites was compiled in a comprehensive two-part monograph titled Philippine Tektites, which includes many of his papers along with detailed collection catalogues. The Beyer Collection (regarded as one of the finest assemblages of Philippine artifacts, manuscripts, and documents) was housed in several residences he leased in the Ermita district of Manila. In 1943, with the assistance of the occupying Japanese authorities, part of the collection was transferred to the Museum and Institute of Archaeology & Ethnology in Manila, though it remained privately owned. This building, located on Jose P. Laurel Street in the San Miguel district, housed the Bureau of Census and Statistics on the ground floor, while the Beyer Collection occupied the upper floors. The remainder of the collection stayed in Beyer's residence on Nebraska Street but was tragically destroyed in a fire. Following this loss, Beyer took extensive measures to safeguard what remained at the museum. In his own assessment, tektites ranked as the most important component of the collection, as he strongly believed in their extraterrestrial origin. Since its beginnings in 1926, the collection had grown significantly, becoming the largest tektite collection in the world by the mid-twentieth century. The tektite collection remained in the Beyer family until the 2000s. In 2005, his grandson, Henry N. Beyer, sold the majority of the collection at auction, with the remainder acquired around 2006 by collector Desmond Leong of Tektite Inc.
- Lirazan, R.S. (1965), The Remarkable Beyer Collection. In: Philippines International, 9(3) [in coll.: with inked note "Copy for Mr Henry Beyer II", cover chipped]
- Sevilla, A.T. (1962), Presenting: H. Otley Beyer. In: Philippines International, vol. 6(10) [in coll.]
A Rare Philippinite from the Henry O. Beyer Tektite Collection that Survived Fire & Looting Through War
Bikolite (Philippinite)
Coco Grove, Bikol
Description: With painted number 10, catalogued in Beyer (1962:164) and described there as "deeply-grooved irregular
spheroid, anciently spalled", inventory number 165, "van Eek Box No10". We learn from pp. 154-155: "Notes on 1940:
Unexpectedly, van Eek came to Manila on March
8th and brought for me about 40% of his very fine Coco Grove Collection. He has suddenly been ordered to Sumatra
to work on the big Marsman placer property there (...). Van Eek is taking the remainder of his collection with him
to Sumatra - but wishes to give half of it to Prof. Rutten at Utrecht, when he goes home on leave (if the European
war permits) sometime next year. In the meantime he has promised to send back to me his revised report on the Coco
Grove studies shortly after he reaches his new post;" and from pp. 173-174: "(1961) We now know that van
Eek was killed in Sumatra, by local guerrillas, at the beginning of the war - and that so far as anyone can now discover,
all of his property (including the tektite collections) was destroyed when the barracks were burned and looted." The
whereabouts of only four van Eek specimens are currently known (incl. the present specimen) despite Beyer (1962:)
emphasising: "Van Eek's splendid contribution to our Bikol Collection amounts to a total of 329 specimens (at least
half of which are big) - and makes the collection unique, since it now contains some of the best specimens from all of
the known Bikol areas. The entire lot is listed under BK-20, but I have not yet had time to weigh and measure them.
It contains a good selection of practically all the Coco Grove types, and makes a fine study lot." This specimen survived social
unrest twice. First, it was saved by collector van Eek, who brought it to Beyer, sparing it from the fate that befell specimens in Sumatra.
Second, while stored in a drawer or cabinet at Beyer's Manila property, it might have been lost to fire had it not been moved in time
to the Museum and Institute of Archaeology & Ethnology.
Weight:141 grams
Provenance: D. van Eek (?-1940) • Henry Otley Beyer (1940-1966) • W.B. Beyer (1966-2000s). While in the H.O. Beyer collection, the specimen remained in his residence until 1943, before it moved to the Museum and Institute of Archaeology & Ethnology.
References: Beyer (1962:164)
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PRESENTATION COPIES - Philippine Tektites, by H.O. Beyer
Manila: Univ. Philippines Publ. in Nat. Hist., 1962
Description: Philippine Tektites, A Contribution to the Study of the Tektite Problem in General, in the light of both, Past and Recent Discoveries. Univ. Philippines Publ. In Nat. Hist., Quezon City and Manila, Vol. 1, Parts I and II, 290 pp., 43 pls. - Black leather binding with gilt title, identical for both presentation copies: (i) Inscribed by H.O. Beyer: "To Albert and Marjorie Rosenholt, in memory of many tektite-hunting field trips. - On my 80th birthday, July 13th, 1963, H. Otley Beyer"; (ii) Inscribed by H.O. Beyer's son: "Manila | September 20, 1966 | To Don S. Muni | compliments of the Beyer Family - | William B. Beyer" (dated only three months before H.O. Beyer's death). A softcover version exists suggesting that the bound copies were prepared by the Beyer family specially for presentation purposes (softcover front and back have been preserved and bound into the rear of our first copy). Beyer's life-long work on Philippinites is compiled in this large two-part monograph which includes most of his papers but also several collection catalogues, such as: ‘Appendix A. List of Bikol Tektites collected prior to August 1st, 1938’. When the specimen is not found by Beyer himself, the name of the collector is given (see also appendix B-C). Other catalogues include ‘List of tektites found in the course of our Rizal Province archaeological survey (1926-1932)’ and ‘Preliminary catalogue and accession-list of the Kalamian Tektite Collection’. It is to be noted that Beyer was preparing a second volume with parts III and IV but he passed away before this project could be finalised.
Provenance: Beyer family
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Mineral & Meteorite collecting from the Gilded Age to the Roaring Twenties
While the history of mineral collecting in America dates back to the late eighteenth century and the end of the Revolutionary War, it was not until the mid-19th century that the practice began to be approached from an aesthetic perspective, rather than purely as a scientific endeavour. Educated men of means, such as William S. Vaux, Norman Spang and S.C.H. Bailey, represented a new breed of collectors who viewed mineral specimens as natural works of art, to be acquired, exhibited, and appreciated like other rare collectibles. If these collectors also showed scientific appreciation, they had a distinct preference for aesthetically striking minerals (Peters & Pearson, 1988, MATRIX, 1 (1), 3-6), a tendency that was taken even further by Clarence S. Bement, among Washington Roebling and Frederick A. Canfield, the elite of turn-of-the-century American mineral collectors (Roe, 1990). While European classics were certainly prized, American collectors also championed domestic discoveries, such as by Augustus C. Hamlin. This period marked the golden age of mineral collecting in America, a peak never equaled in the latter part of the twentieth century.
Meteorites were often a non-negligible part of mineral collecting. Some of the greatest American collections were the ones built by the famous mineral collectors S.C.H. Bailey (271 localities) and C.S. Bement (226) according to Wülfing's 1895 inventory of meteorite collections. A list of the Bement collection dated 1897 counted 413 falls only three years later (Spencer, 1949). Although 'Museum Builder' Henry Augustus Ward of Ward's Natural Science Establishment held only 178 localities in 1894, he would go on to assemble the largest collection in the world by the early twentieth century, after acquiring, among others, Julien de Siemaschko's collection, the largest private meteorite collection of Europe.
Surveys of meteorite collections (Wülfing, 1895; Spencer, 1949).
- The Mineralogical Record (1990), Twentieth Anniversary Issue. Vol. 21, Jan.-Feb., 120 pp. – One of the greatest issues by the MR for the scholar in the history of collecting for including: Wilson, W.E., Connoisseurship in minerals; Roe, A., Washington A. Roebling, his life and his mineral collection and Frederick A. Canfield, his life and his mineral collection; Canfield, F.A., The final disposition of some American collections of minerals (reprint in full of the rare 1923 publication); Peters, J.J., Pearson, C.L., Clarence S. Bement, the consummate collector [in coll.: Softcover as issued]
- Wülfing, E.A. (1895), Verbreitung und Wert der in Sammlungen aufbewahrten Meteoriten. E. Schweizerbart'sche Verlagshandlung (E. Koch), 21 pp. [in coll.: offprint with original wrappers: "Separat-Adruck aus den Jahresheften des Vereins für vaterl. Naturkunde in Württemberg. Jahrg. 1895" released in 1894 according to date below publisher name]
- Spencer, L.J. (1949), A list of catalogues of meteorite collections. The Mineralogical Magazine, 28 (204), 471-478. Compiled as a continuation of Wülfing's work, it provides a working list of meteorite collection catalogues, including the number of recorded falls for each collection [in coll.: offprint with original wrappers]
Warren Mathews Foote (1872-1934), son of mineral dealer Albert E. Foote, took over management of his father's business in 1895 and changed its name to the Foote Mineral Company, Philadelphia, in 1900. In meteorite dealing, he is best remembered as being the main supplier of the many thousands of Holbrook stones that fell in 1912 in Arizona, which had just become a US State the same year. He recovered most of the Holbrook meteorite material, including 29 individuals over 1 kg, 6,000 individuals of 1 gram to 1 kg and 8,000 individuals under 1 gram (Foote, 1912a). Holbrook stones were central to his collection and sales stock, as attested by his 1912 catalogue (Foote, 1912b). With so many specimens, Foote was able to do some aggressive marketing, offering specimens in series of hundreds, representative of the strewn field size distribution. Foote had 11 Holbrook series available for sale, from 836 specimens down to 57. He especially mentioned that "no individuals of less than 10 grams nor more than 100 grams [were] sold except in series of 500 grams or more". An astute dealer, he wrote "Because of the low price and great scientific as well as popular interest, three-quarters of the Holbrook fall was permanently distributed as soon as offered in October. Those desiring series should order immediately" (p. 7). In the Foote Collection of Meteorites chapter, we learn that his collection contained some rarities from the S.C.H. Bailey collection (including the original labels), but while constituting "the nucleus and chief excellence of the collection, its greatest individual superiority lies in the series of over two thousand complete boloids from the very recent and most wonderful stone shower near Holbrook, Arizona, July 19th 1912 [...] This suite includes all of the specimens described in the preliminary note [Foote, 1912a] and is among the finest series illustrative of a meteorite shower, to be found in any collection in the world." It is very likely that his Bailey specimens were obtained from a trade with the American Museum of Natural History (AMNH) for the 2,000 Hobrook stones that became part of the museum collection (Reeds, 1937).
Four Foote/AMNH Holbrook peas part of the celebrated 2007 Bonhams auction, the first auction ever by a major international auction house to be solely dedicated to meteorites (see subsuite iii below; Bonhams, 2007:lot 9). The auction included the sale of the Claxton impacted mailbox, the crown section of the Willamette meteorite, as well as the oriented Holbrook stone of 604 grams pictured in Foote (1912a:figs. 11–12).
- Bonhams (2007), Historic Meteorites and Related Americana. Sunday October 28, 2007 New York. New York: Bonhams & Butterfields Auctioneers, 47 pp. [in coll.]
- Foote, W.M. (1912a), Preliminary Note on the Shower of Meteoric Stones at Aztec, near Holbrook, Navajo County, Arizona. American Journal of Science, XXXIV, 437-456 [in coll.: Offprint in original printed wrappers]
- Foote, W.M. (1912b), Meteorites, Part I. Prices of individual specimens, Part II. The Foote Collection. Foote Mineral Company, Philadelphia, 64 pp. [in coll.: see below]
- Reeds, C.A. (1937), Catalogue of the Meteorites in The American Museum of Natural History, As of October 1, 1935. Bulletin of the American Museum of Natural History, vol. LXXIII, art. VI, pp. 517-672 [in coll.]
A Very Fine Suite of Holbrook Meteorite 'Peas' & of Specimens of Greater Size from the W.M. Foote Dealership, via the AMNH
Holbrook
Navajo County, Arizona, USA. 1912 fall. Ordinary chondrite (L6)
Description: (i) Suite of 35 Holbrook peas from a sub-gram to c. 7 grams, all carrying the AMNH inventory number
consisting of a black number on white paint: 1188, 1281, 1288, 1355, 1375, 1376, 1389, 1404, 1407, 1415, 1439, 1458, 1470, 1494, 3150,
3171, 3177, 3178, 3183, 3186, 3195, 3198, 3199, 3226, 3240, 3265, 3280, 3303, 3304, 3306, 3308, 3317, 3324, 3344, 3348
(note that Holbrook specimens are numbered 1125-to-3734 in Reeds (1937) except for the first listed specimen). It is
likely that those numbers were painted by assistant George Pinkley in the period 1928-1932. The system of applying
individual AMNH inventory numbers to meteorite specimens was adopted in 1918 during the assistantship of Joseph
Tyson. This was an improvement over the previously used system consisting of combined numbers and letters. It
complemented the card system started in 1914 by assistant Adam Brückner. Considering the shear amount of Holbrook stones making
for more than half of all specimens in the collection, Reeds needed more help and during the
assistantship of George Pinkley (1928-1932), all of the smaller specimens were re-weighed and the weights in grams noted.
Dimensions: from 1 to 2.5 cm diameter
(ii) Larger specimens with early AMNH red number 586 (likely affixed under Hovey's curatorship) and the standard
black-on-white number. AMNH numbers (with weights) are: 1138 (60g fragment, 215g specimen in Reeds, 1937), 1177 (43g complete stone),
unk. (no. carelessly removed by a previous owner, 15g stone), and 1249 (8g oriented button with rollover rim). As indicated by
Reeds (1937:520), Hovey found little time to devote to the cataloguing of the specimens and at the time of his death in 1924, only a part
of the collection had been catalogued. Those red numbers are often erroneously referred to as Foote numbers. Note that no. 586
corresponds to the first Holbrook specimen catalogued in Reeds (1937).
Dimensions: 5.4 x 3.5 x 2.5 cm, 4.3 x 3 x 2.3 cm, 2.7 x 2.4 x 1.2 cm, 2.6 x 2 x 1 cm
(iii) Four other peas part of the 2007 Bonhams auction (see above) with AMNH nos. 1456, 1460, 3281 and
3332 (with respective weights 7.8, 3.2, 1.0 and 1.0 grams) and accompanied by the auction card with price estimate.
Comes with the 2007 Bonhams catalogue.
Provenance: Warren M. Foote dealership (1912) • AMNH (1912-2000s)
References: Reeds (1937:567-569, 575-576)
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HOLBROOK | 1/10 Diam.
Philadelphia, TBD: W.M. Foote TBC, c. 1912
Description: Photograph of a reconstitution in studio of the Holbrook meteorite strewn field downscaled to 2.4 m by 1 m.
Photographic heavy stock paper, inscriptions "14CC" and "HOLBROOK | 1/10 Diam." Hundreds of specimens are distributed by decreasing weight
from left to right, and with the diameter of specimens varying from 1 to 15 cm, mimicking a miniature strewn field at 1:10 scale. The ground
is represented by a layer of sand or by some other material of similar texture. The installation is on top of a white sheet over a wooden floor.
This is an intriguing and rare, potentially unique photograph, likely elaborated and produced by Warren M. Foote since he was the main distributor of this meteorite, had enough material available
for such a production and since he similarly illustrated the cover of his scarce 1912 catalogue (see below). Foote also encouraged
the display of large series of stones in a similar fashion: "The following lots resemble the one shown on outside cover of
catalog [...] Several kilos of the loose soil in which the stones were found will be furnished with each series, if requested" (Foote, 1912b:7).
Yet, the granularity of the simulated soil seen in the photograph seems coarser than the one observed on the 1912 Foote catalogue where we read
on the title page that it had been "photographed on the loose soil." This point questions the certainty of a Foote origin.
Displaying meteorites as a strewn field in a collection cabinet is only possible for falls with hundreds of specimens available (other examples
including Mocs and Pultusk, before Holbrook).
Provenance: Warren M. Foote TBC
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Meteorites, Part I. Prices of individual specimens, Part II. The Foote Collection
Philadelphia: Foote Mineral Company, 1912
Description: Foote, W.M. (1912), Meteorites, Part I. Prices of individual specimens, Part II. The Foote Collection. Foote Mineral Company, Philadelphia, 64 pp. A very scarce catalogue with a beautifully illustrated cover. In addition to the valuable information on Foote's Holbrook suites (see above), the catalogue is also valuable for its inclusion of meteorites from the Bailey collection: "A rare opportunity is here presented for collectors or institutions to secure certain falls which may never enter the market again [...] We refer to the numerous rarities of the historic collection formed by the late S. C. H. Bailey."
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Henry Augustus Ward (1834-1906), the founder of Ward's Natural Science Establishment in Rochester, New York, is remembered as the 'King of Museum Builders', by being the only person able to fill an entire museum (see, e.g., the creation of the Field Natural History Museum in 1893). In 1897, he married the wealthy widow Lydia Avery Coonley (1845-1924). Consumed at the time by meteorites, and with his wife financial assistance, Ward assembled what is still the largest meteorite collection ever assembled by a single person. He had previously built two other meteorite collections, the one of about 170 falls for the Field museum and another, of some 200 falls, for the C.S. Bement collection. The preface of the 1904 catalogue of the Ward-Coonley collection reflects on the origin and growth of the collection as it had by 1904 "so nearly reached its expected limit". We read: "The present collection, which has outstripped them all [referring to the Field and Bement series], was commenced in 1894 with a basis of a few score of choice falls which had been retained from previous transactions. For six subsequent years, during which Mr. Ward collected actively by purchase and exchange at home and in extensive travel abroad, the collection was so increased that in 1900 its first catalogue was issued [...] A second list followed in the ensuing year" and a final catalogue in 1904. We then learn that the number of falls increased from 424 falls in 1900 to 511 in 1901 and finally to 603 falls in 1904, which was "unprecedented in the history of meteorite collections." Ward continues: "At least one-third of all known meteorites are rated when sold in small pieces-which these rarest always are-at from one to five or even more times their weight in gold. And very few meteorites except in quite large pieces are rated so low as their weight in silver. Thus much money expenditure has been essential. But the managers of those half-dozen meteorite collections in the world which have passed the 400 mark are aware that direct money purchase generally quite fails as a means to secure the rarities. These must be sought by exchange of equally rare or attractive kinds." For such a feat, Ward also had the chance and resource to purchase the two greatest private European meteorite collections, the ones of dealer James Gregory of London (406 falls) in 1901 and of collector Julien de Siemaschko of St. Ptersburg (402 falls) in 1903. Interestingly, The Ward-Coonley collection was accompanied by a library of over 800 volumes, consisting of the union of the Bement, Gregory and Siemaschko meteorite libraries with that of Ward's (Ward, 1904:106). In the early 1900s, Ward prepared to sell the collection and curator Gratacap wished to obtain it for the American Museum of Natural History (AMNH). In 1901, the Ward-Coonley collection of meteorites was deposited with AMNH, in seven cases in the Geology Hall (Ward, 1904:vi). With about 1600 specimens, it consisted of 603 of the 677 meteorites then known, according to Brezina, whose collection at the Vienna Museum held only 557! Ward was sadly killed by an automobile in 1906 and the Ward-Coonley collection remained at the museum through 1911. After the AMNH failed to exercise its option to purchase it, and the Smithsonian failed to raise the necessary funds, Mrs Coonley sold it for $80,000 in 1912 to the Field Museum of Natural History in Chicago, where it remains to this day (Ebel, 2006:278)
- Ebel, D.S. (2006), History of the American Museum of Natural History meteorite collection. Geological Society, London, Special Publications, 256, pp. 267-289.
- Ward, H.A. (1904), The Ward=Coonley Collection of Meteorite. Marsh, Aitken & Curtis Company, Chicago, 113 pp. [in coll.: see below]
A 'Graffiti' Suite of Pultusk Meteorite 'Gooseberries' from the Ward-Coonley / FNHM Collection, with Catalogue Trilogy
Pultusk
Poland. 1868 fall. Ordinary chondrite (H5)
Description: Five stones totalling 39 grams with an impressive suite of historical inventory numbers: Ward-Coonley nos. 440,
519 and Field NHM no. Me1585. Accompanied by a FNHM label photocopy and listed in a number of collection
catalogues, the Ward-Coonley collection catalogues of 1901 and 1904, and successive FNHM catalogues of 1916 and
1965. Interestingly, while not listed in the Ward-Coonley 1900 catalogue (Pultusk specimens having number 329
there), they must be part of the series of Pultusk stones described in the addendum: "A very interesting suite of about
two hundred specimens... raning in size from a gooseberry to a small apple".
Dimensions: from 1.5 to 2.5 cm diameter, up to 3 cm for elongated specimen
Provenance: Ward-Coonley Collection (1900-1912) • FNHM (1912-)
References: Ward (1901:18); Ward (1904:60); Farrington (1916:290); Horback & Olsen (1965:282)
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The Ward=Coonley Collection of Meteorites, by H.A. Ward
Chicago, USA: xx, 1900, 1901, 1904
Description: The complete trilogy of the Ward-Coonley collection catalogues consisting of:
(i) Ward, H.A. (1900), The Ward=Coonley Collection of Meteorites. Chicago, 100 pp., 6 pls. Illustrated hardcover on both sides.
Includes the following penned list after the catalogue: "Feb.27, 1901. At this date this coll. has 516 ± (507 sure) falls & finds, Vienna... 500 (?), British
Museum... 484, jardin des Plantes. Paris 460±, Bement's 450".
(ii) Ward, H.A. (1901), The Ward=Coonley Collection of Meteorites. 28 pp., title page with a printed illustration of the Canyon Diablo
meteorite. Stapled, without cover.
(iii) Ward, H.A. (1904), The Ward=Coonley Collection of Meteorite. Marsh, Aitken & Curtis Company, Chicago, 113 pp., 5
in-text images, 8 pls. and 2 photo prints of collection cases. Original black cloth with gilt-stamped cover title in pristine condition
(whereas other copies are usually soiled). Compliments card from H.A Ward tipped in with inked note "Von Prof. H.A. Ward erhalten 1905 Knett"
(Josef Knett, 1869-1946, Austrian Geologist).
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COMING LATER
Augustus Choate Hamlin (1828-1905), a distinguished medical officer in New England and Mayor of Bangor, Maine (1877–78), was the owner of the Mount Mica mine, which yielded some of the most exquisite and renowned gem-quality tourmaline crystals during his tenure. The Hamlin name remains forever linked to these tourmalines, as specimens from this locality have been closely associated with the family for over 80 years. Elijah L. Hamlin (?-?), Augustus's father, discovered Mount Mica in 1820. The first specimens, identified as the rare tourmaline variety elbaite, were classified by Professor Silliman, whom Elijah and his co-discoverer, Ezekiel Holmes, had consulted for verification. Two years later, Elijah's younger brothers, Cyrus and Hannibal Hamlin, undertook a more thorough exploration of the site. Over time, mineralogists showed great interest in Mount Mica tourmalines, and Cyrus exchanged some of the finest crystals for money or other minerals. Elijah eventually left the region, followed later by Cyrus, while Hannibal took little interest in mineralogy. As a result, the hunt for and trade of specimens ceased. The fine crystals from this early period were scattered across the world, with many losing their original provenance. Years later, Augustus attempted to track down these lost specimens, but his efforts were in vain. Following the Civil War, he became determined to further explore the site. Between 1866 and 1880, twenty-seven pockets of tourmaline were opened, with continued excavations the following years. Hamlin's passion for Mount Mica tourmalines was reflected in his writings, including three books on the subject. One of these, History of Mount Mica of Maine, U.S.A. and its Wonderful Deposits of Matchless Tourmalines (1895), features beautiful watercolour sketches painted by Hamlin himself. In addition to producing exquisite illustrations of elbaite crystals, he also designed the iconic Hamlin Necklace. The Hamlin legacy and deep appreciation for Maine tourmalines live on through the Hamlin Collection at the MGMH. Many specimens from Augustus C. Hamlin's era found their way into other renowned collections, such as those of Vaux and Kunz.
Many of the Mount Mica Tourmalines depicted in Hamlin (1895), arranged in line, at scale, by the TC.
A.C. Hamlin's Scarce 1895 History of Mount Mica, an Exhibition Catalogue of Matchless Tourmalines
PRESENTATION COPY - The History of Mount Mica..., by A.C. Hamlin
Bangor, Maine: A.C. Hamlin, 1895
Description: Hamlin, Augustus Choate (1895), The History of Mount Mica Of Maine, U.S.A. And Its Wonderful Deposits of Matchless Tourmalines. Published by Augustus Choate Hamlin, Bangor, Maine, 72 pp., 51 plates (43 chromolithographies), 4 photographic illustrations (1 folding). 8vo, original publisher's red cloth binding with gilt lettering on front cover and on spine, lightly rubbed, water stain in left bottom corner of the first pages, loose binding of the first few pages. It should be noted that publisher's bindings exist in red and dark green cloth. Inscribed by the author "To Mrs Shedd with the best wishes of the author, Augustus C Hamlin Nov. 6, 1903". Three lines of text stricken through p. 63 by a pencil; plate numbers 24 and 26 switched in red p. 68 - This privately published volume chronicles the history of an important, early American gemstone locality. Beginning with a chapter on the discovery of Mount Mica, the book continues with stories of other explorations, a description of the deposit, and diagrams showing where the major pockets were found. Of particular interest are the finely executed plates, showing various tourmaline crystals collected over the years. These plates are among the best chromo-lithographes of minerals ever produced in the United States (Schuh). This very scarce book can be considered an exhibition catalogue with the fine specimens illustrated in the 43 colour plates given their provenance. Many were part of the Hamlin Cabinet; others were from Harvard, Amherst College, Yale, and the Carter collection.
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COMING LATER
Portrait of George Frederick Kunz [from a news archive, mounted on red paper, with a handwritten note '8550' struck through on the reverse and replaced by '#6097']. We have been unable to locate another copy of this photograph.
George Frederick Kunz (1856-1932) of New York City, remembered as America's first gemologist, was also one of the most important builders of mineral, gem and meteorite collections, next only maybe to Henry A. Ward. By the time Kunz was twenty he had already amassed a personal collection of over 4,000 mineral specimens, which he sold to the University of Minnesota. This marked the beginning of a career spent assembling and then selling world-class mineral collections to institutions and collectors of prominence, likely due to his position at the nation's most prestigious jewellery. He was indeed hired in 1879 by Charles L. Tiffany as a gem expert. His passion, knowledge and innovative ideas (introducing semi-precious coloured gems as jewels) kept him busy at Tiffany & Co. for the next fifty-three years where he ultimately became vice-president. Kunz's many responsibilities included finding sources-in American and elsewhere-of the semiprecious, coloured gemstones that now captured his employer's and the public's attention, which is epitomised by the gemstone named Kunzite (Conklin, 1986). He wrote profusionaly over his lifetime, producing about 500 papers mostly on gems but also minerals and meteorites. Kunz became acquainted with prestigious customers, among them the wealthy financier John Pierpont Morgan. In 1888, Morgan commissioned Kunz to assemble a gemstone collection for international exhibition. The 382-specimen collection that Kunz put together won two gold medals at the 1889 Exposition Universelle in Paris. In 1900, Morgan commissioned Kunz to assemble another world-class collection of gems and minerals: the 4,000-specimen Second Tiffany-Morgan Collection. The following year, Morgan, again relying on Kunz's collecting expertise, paid $100,000 to acquire Clarence S. Bement's spectacular 12,300-specimen collection. Morgan later donated these Kunz- assembled collections to New York City's American Museum of Natural History (AMNH). Of the dozen collections Kunz made, another noteworthy one was for part of the 1893 World's Columbian Exposition in Chicago, purchased by Marshall Field to form the core of the Field Museum of Natural History (FNHM). Kunz also helped other collectors acquiring new specimens, for instance, Clarence S. Bement, Heber R. Bishop for jades, and Colonel Roebling. His personal meteorite collection was sold to the AMNH in 1905 (ref. needed).
- Conklin, L.H. (1986), Notes and Commentaries on Letters to George F. Kunz: Correspondence from Various Sources, including Clarence S. Bement. Privately printed, New Canaan, 137 pp. - The original edition is a true bibliographical treasure, limited to only 150 copies, with just 43 containing an original manuscript letter from the Conklin collection, unlike the more common later issue (Tiffany edition) often mistaken for it [in coll.: (i) Limited edition: One of 150 numbered copies, here number 126, signed by the author, editor, and designer, gilt title on spine faded (includes some ephemera). (ii) The Tiffany edition: Presentation copy with inscription to William W. Pinch, "4-13-91 For Bill - Few people have known me longer and, I hope, not better. Larry".]
- Hovey, E.O. (1907), The Foyer Collection of Meteorites. American Museum of Natural History, guide leaflet no. 26, 40 pp. [in coll.: in original wrappers]
- Mason, B. (1964), The Meteorite and Tektite Collection of the American Museum of Natural History. American Museum Novitates, no. 2190, 40 pp. [in coll.: Offprint from the Elbert A. King library with "King" penned on title page]
- Reeds, C.A. (1937), Catalogue of the Meteorites in The American Museum of Natural History, As of October 1, 1935. Bulletin of the American Museum of Natural History, vol. LXXIII, art. VI, pp. 517-672 [in coll.]
I. An Exceptional Suite of Forest City Meteorites from the George F. Kunz / AMNH Collection
Forest City
Winnebago County, Iowa, USA. 1890 fall. Ordinary chondrite (H5)
Description: Suite of two meteorites, with rich accompanying documentation:
(i) ILLUSTRATED - Large individual of 325 grams with 3 inventory numbers: two red, 11 and 67xvii, and the AMNH
number 2409 (black on white paint). Also accompanied by an original AMNH label. This superb specimen is illustrated in a photograph of the
AMNH Forest City meteorite display in the Foyer (Hovey, 1907; see also the 1923 photograph below), confirming its presence there, very likely
between 1905 and 1935.
Dimensions: 8.5 x 6 x 4.5 cm
(ii) Individual of 76 grams (with polished window) with 3 inventory numbers: two red, 11 and 67xxiii, and the AMNH
number 2424 (black on white paint). This specimen is listed as am 81-gram complete mass in the 1937 and 1964 AMNH catalogues (so before a small
end-cut was removed).
Dimensions: 5.3 x 3 x 3 cm
Reeds (1937) indicates that the system of applying individual AMNH inventory numbers to meteorite specimens was adopted in 1918 during
the assistantship of Joseph Tyson. This was an improvement over the previously used system consisting of combined numbers and letters. It is
therefore likely that the alphanumeric designation ('67' for Forest City, followed by a Roman numeral) represents an early AMNH inventory number,
while the number '11' was applied by Kunz to Forest City specimens.
Provenance: George F. Kunz (1890-1905) • AMNH (1905-2000 TBC). Kunz sold his meteorite collection to the AMNH in 1905 (ref. needed).
References: Hovey (1907:34, (i) only); Reeds (1937:560); Mason (1964:14)
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The "Forest City" Meteorite
NYC, New York, USA: Culver Service Photos Research of New York City, 1923
Description: A rare original photograph showing the Forest City meteorites on display in the Foyer of the AMNH. Stamped "Please credit photograph to the AMERICAN MUSEUM OF NATURAL HISTORY New York", with the penned note "1781 | The "Forest City" Meteorite | Winnebago County, Iowa | Nov. 1923" and sticker from Culver Service Photos Research of New York City. Accompanied by The Foyer Collection of Meteorites guide leaflet (Hovey, 1907) where a cropped version of the TC 1923 photograph is featured p. 34.
Provenance: American Museum of Natural History (1923)
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II. Valuable & Rare Documentation on George F. Kunz' Gem Collecting: on Jades & Pearls
Ephemera on Jadeite Collecting
NYC, New York, USA: Unpublished material, 1888, 1900s
Description: An archive formed by the TC consisting of:
(i) Letter about Kunz's jade collecting. Four-page letter, dated October 22, 1888, addressed by G.F. Kunz to fellow mineralogist John Eyerman.
Kunz proudly notes: "I have one
of the finest collections in the U.S., especially of archaeological varieties. Several of the objects are unique." In the letter, Kunz
describes a 7-pound "snow cutter of jade" from Alaska and a "jadeite adze" he deems "the finest in the world" (now known as the Kunz Axe,
currently on loan at the AMNH). He also mentions a labeled series of jadeites from the late Dr. Heinrich Fischer, along with over a hundred
pamphlets on jade from the Fischer library. Fischer, an authority on the subject, authored the landmark 1875 study Nephrit und Jadeit.
This fascinating letter provides an intimate glimpse into the early days of Kunz's jade collecting providing a window into his passion and
expertise.
(ii) Rare photograph of G.F. Kunz examining a large Jade mass at the American Museum of Natural History. The white marks and black oval
indicate the parts of the photograph to be masked for publication. With stamp on the back side from the NYC 6th Avenue studio of Jessie
Tarbox Beals (opened in 1905; Beals (1870-1942) is remembered as the first published female photojournalist in the United States).
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Col. ROEBLING COPY - Pearls, their Occurrence... by G.F. Kunz
Washington, D.C., USA: U.S. Fish Commission, 1894, 1898
Description: Two published works on American pearls, bound together for presentation: Kunz, G.F. (1900), Pearls, their Occurrence in the United States, etc. Two parts: (i) Kunz, G.F. (1898), The Fresh-water Pearls and Pearl Fisheries of the United States. Extracted from U.S. Fish Commission Bulletin for 1897, pp. 373-426, pls. I-XXII. (ii) Kunz, G.F. (1894), On Pearls, and the Utilization and Application of the Shells in which they are found in the Ornamental Arts, as shown at the World's Columbian Exposition. Extracted from the Bulletin of the U.S. Fish Commission for 1893, pp. 439-457, pls. 18-41. Quarto half leather and marbled boards. Spine with five raised bands and lettered in gilt. Marbled endpapers. A bound-in ribbon marker. Top page edges gilt. Inscribed by the author: "To Col Washington A. Roebling with the compliments of the author, George R. Kunz, Jan 7, 1901" - The 1894 article details the pearls exhibited at the 1893 World's Columbian Exposition. The reader is guided through the displays by Kunz the gem expert, as he visits the Tiffany Pavilion in the Manufactures Building. He also explores the exhibits of French jewellers Vever and Boucheron, Professor Ward's collection in the south gallery, and other notable examples of pearls and pearl artistry showcased across various national sections of the exposition.
Provenance: Colonel W.A. Roebling (1901-1926). Washington Augustus Roebling (1837-1926), an American civil engineer who supervised the construction of the Brooklyn Bridge, was one of the great mineral collectors of the turn of the twentieth century. His collection of over 16,000 specimens was donated in 1926 by his son to the Smithsonian Institution and became an important part of its mineral and gem collection. In his 1927 recollections, Kunz recounts how he assisted Colonel Roebling in enhancing his mineral collection.
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III. Minerals from Collections Prepared by George F. Kunz Collection
Staurolite
Windham, Maine, USA
Description: Not an aesthetic showpiece, but rather a representative example from a site renowned among mineral collectors.
Particularly interesting for bearing a Kunz label (variant from 1886 or before) and the red painted number 428.2 on the back. This number
helped us track the specimen to the New York State Academy of Mineralogy (NYSAM). Staurolite specimens nos. 428.7, 428.8 and 428.9 are indeed
found in the 2018 NYSAM catalogue.
Dimensions: 13.5 x 9.5 x 4 cm
Provenance: George F. Kunz (?-1886) • New York State Academy of Mineralogy (1886-?). From NYSAM’s records, we learn that in 1886 an extensive general mineral collection was purchased from Kunz.
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Stratford C. Harvey Bailey (1822-1910), a New York lawyer, was an "indefatigable collector" of minerals and, later, of meteorites. Little is known about Bailey's career and personal life except for his connections with the AMNH, which purchased his first mineral collection in 1874. This collection numbered about 7,000 mineral specimens (Seaman, 1965) but only eight meteorites at the time (Hovey, 1896). It became the cornerstone of the AMNH mineral collection, displayed in the Old Arsenal Building at 64th St. and Fifth Avenue. Only a decade after the first collection's sale to the AMNH, Bailey's second collection already counted 107 meteorites, as of the fifth of June 1885 (as proven by the TC manuscript). His collection was known as one of the largest in private hands in the number of falls and finds represented (Wülfing, 1895). The AMNH acquired the second Bailey collection of 3915 minerals and 293 meteorites in 1912 from his niece, through the generosity of banker J.P. Morgan Jr. (1867-1943) in continuity with the philanthropic work of his father (see Bement mineral coll.; Bernard Franck dance-card case coll.; Carl Marfels antique watch coll.). The second Bailey collection added many important falls to the AMNH collection, and provided to the museum a large number of specimens for exchange (Ebel, 2006:274). Interestingly, dealer Warren M. Foote already had a suite of meteorites from the Bailey collection available for sale in November 1912, likely obtained from a trade the same year with the AMNH. Foote also noted in his 1912 catalogue that "during the last third of the 19th century [the Bailey collection] was one of the finest private collections of meteorites in the world".
- Ebel, D.S. (2006), History of the American Museum of Natural History meteorite collection. Geological Society, London, Special Publications, 256, 267-289.
- Hovey, E.O. (1896), Catalogue of Meteorites in the Collection of the American Museum of Natural History, to July 1, 1896. Bull. Am. Museum Nat. Hist, VIII, 149-155.
- Seaman, D.M. (1965), The History and Collections of the Department of Mineralogy. Rocks & Minerals, 40(5), 325-329.
- Wülfing, E.A. (1895), Verbreitung und Wert der in Sammlungen aufbewahrten Meteoriten. E. Schweizerbart'sche Verlagshandlung (E. Koch), 21 pp. [in coll.: offprint with original wrappers: "Separat-Adruck aus den Jahresheften des Vereins für vaterl. Naturkunde in Württemberg. Jahrg. 1895" released in 1894 according to date below publisher name]
A Unique Manuscript Catalogue of the Second S.C.H. Bailey Meteorite Collection from 1885
List of Meteorites in Collection of S.C.H. Bailey
Cortlandt on Hudson, Westchester Co., NY.: Unpublished manuscript, 1885
Description: One-page manuscript registering 107 meteorites that were in the S.C.H. Bailey collection as of June 5th, 1885. A study of this catalogue led Bandli (2017) to list some of the most notable specimens: Benares (a) (59 grams), an important meteorite in the story of the scientific acceptance of meteorites as extra-terrestrial objects, Lodran (20 grams), the type specimen for the lodranite meteorite group, or the main mass of Tomhannock Creek (1,357 grams). Bailey also listed a "considerable number due from Harvard University" he was to receive that same year, including the ultra rare Martian meteorite Chassigny. The timing suggests that Harvard University, having purchased the J. Lawrence Smith (1818-1883) collection back in 1883, now had numerous duplicates available for trade. The red marks visible on the manuscript indicate the specimens that the prominent British dealer James Reynolds Gregory (1832-1899) was interested in for trade.
Provenance: S.C.H. Bailey (1885) • J.R. Gregory (1885-?)
References: Bandli, M. (2017), A collection of short, historical notes on meteorites. Space Rocks Hunting & Collecting Magazine, 2(1), 16-17.
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"The Bement Collection of Minerals is one of just celebrity, and in the quality of its contents, the average beauty, in some cases, the unique perfection of its specimens, secures a deserved eminence. It is a collection naturally, which abounds in very beautiful and very rare and scientifically precious mineral examples. It represents the sifted and compressed results of a lifetime of collecting, in which the widest latitude of liberal appraisement of specimens has been met on the part of Mr. Bement by as boundless a generosity. There can be no question as to its importance."
Louis Pope Gratacap, A Popular Guide to Minerals. With chapters on the Bement Collection of Minerals..., 1912:260
Clarence Sweet Bement (1843-1923), a manufacturer in Philadelphia, spent 35 years of his time, money, and effort in building what has been considered "the finest private collection of minerals ever made" (Canfield, 1923). Bement began to collect minerals shortly after the end of the Civil War, in about 1866, and patronised the leading mineral dealers of his days to obtain the very best specimens. He also secured the privilege of picking out the best samples from the minerals accumulated by earlier collectors (e.g., Ernest Schernikow and Joseph Willcox collections; Canfield, 1923) and purchased part of the Norman Spang collection in 1882 among others (e.g., from Hidden, from Baron Braun of Vienna). In 1900, J. Pierpont Morgan presented to the American Museum of Natural History (AMNH) the Bement collection. While Bement allowed visitors to his collection room, it was not until its display in the newly formed Morgan Hall that its extent could be fully appreciated.
Postcard of the Morgan Hall at the AMNH where the Bement mineral collection is displayed.
A rare glimpse into the atmosphere of Bement's study. An 1895 letter (here cropped) sent by Bement to a future visitor of his collection that reads: "I duly received your favor of October 18th, and would say in reply that I shall be at home next Sunday afternoon, ready to receive you and your wife, as suggested. Please come rather early, if you can, - say at two o'cock, so as to have as much day-light as possible, for my mineral room is very dark."
- Canfield, F.A. (1923, 1990), The final disposition of some American collections of minerals. In: The Mineralogical Record, 21, Twentieth Aniversary Issue [in coll.]
- Gratacap, L.P. (1912), A Popular Guide to Minerals. With chapters on the Bement Collection of Minerals in the American Museum of Natural History.... D. Van Nostrand Company, New York, 330 pp. [in coll.]
- Kunz, G.F. (1886), Bement Collection of Minerals. Abstract from Notes by Prof. Gerhard vom Rath. Translated from the Verhandlungen des naturh. Vereins D. Preus Rheini. U. Westf., 1884, pp. 295-304. The Jewelers’ Circular, 16(12) - Unrecorded in Schuh or Sinkankas [in coll.: Offprint in original printed wrappers, institutional library stamp]
I. Classic European Minerals from the Celebrated Clarence S. Bement Collection
Siderite on Galena
Neudorf, Harz, Saxony-Anhalt, Germany
Description: This cabinet-size specimen features excellent Siderite rhombs of an iridescent golden-brown colour,
on modified cuboctahedral Galenas with good metallic luster (all on sparkling Quartz). The intergrown Galenas range up to
1.8 cm across and the Siderites reach up to 1.6 cm on edge. Accompanied by an antique AMNH label with inventory
number 8114.
Dimensions: 9.6 x 7.5 x 6.0 cm
Provenance: Clarence S. Bement (?-1900) • AMNH (1900-?), presented by J.P. Morgan
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Scheelite
Traversella Mine, Piedmont, Italy
Description: This miniature specimen consists of a unique modified, pseudo-octahedral crystal with sharply defined faces,
marked luster, and a deep orangey colour. The back side is an uncrystallised contact face. Accompanied by an antique AMNH label with inventory number 16928.
Dimensions: 3.9cm x 3.3cm x 2 cm
Provenance: Clarence S. Bement (?-1900) • AMNH (1900-?), presented by J.P. Morgan
References: Gratacap (1912:310). The Scheelite paragraph reads: "Bohemia, Saxony, Germany at Guttenen, Switzerland, France, Scotland, England, Silesia, are represented with, of course, a good deal of emphasis laid on Bohemia. Of these the noteworthy members are 16899, 16901, 16902, 16903, 16905, (tabular, interesting, base and pyramid, crystals, curiously etched, and minutely pitted), 16906 (distorted, beautifully shagreened faces, translucent), 16907, 16909 (apparently two generations of crystals), 16918, 16919, (magnificent golden-red octahedron), 16928, 16929, (a very large yellow opaque octaedron, with faces impressed, striated, and curved)..."
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II. A 'Holy Grail' Pseudomorph from the Celebrated Clarence S. Bement Collection
'Lady Slipper' pseudomorph, Siderite pseudomorph after Baryte
Virtuous Lady Mine, Buckland, Devon, England
Description: A remarkably complete and highly aesthetic 'Lady Slipper', extremely sharp cast of what once
was a bladed crystal of Baryte, replaced by encrustation by the Siderite.
Carries the AMNH inventory 8166 penned in white on the back and a later number 29M. Accompanied with the
AMNH photocopy of their original accession information here cut into four smaller labels. It notes the purchase
price of $1 in 1875. Further, it retains a modern display label from the Morgan Hall where much of the collection was
displayed for some 50 years (the back displays a note that reads "29M Morgan Hall Display label AMNH") - The legendary
'Lady Slippers', name given by the 19th-century English miners, have always been some of the most famous epimorph/pseudomorphs.
These have never been found again, and remain one of the most rare and hard to get of the mid-19th century European classics.
Dimensions: 9.4 x 5.1 x 1.0 cm
Provenance: Clarence S. Bement (1875-1900) • AMNH (1900-?), presented by J.P. Morgan
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III. An Exquisite American Mineral from the Norman Spang Collection, Cherry-Picked by Clarence S. Bement
Wulfenite on Pyromorphite
Wheatley Mine, Phoenixvill, Chester Co., Pennsylvania, USA
Description: A small cabinet-size specimen of an American classic: Orange tabular crystals of Wulfenite (to about 1.5 mm) scattered over crystalline green Pyromorphite coating a
matrix of white Quartz (including tiny Quartz crystals in vugs) and limonitic gossan. The accompagning AMNH index card photocopy indicates
that C.S. Bement acquired the specimen from Norman Spang in 1864. Carries on the back the AMNH painted number 17007 and an older glued sticker
with no. 8.
Dimensions: 9.5 x 5.0 x 3.5 cm
Provenance: Norman Spang (?-1864) • Clarence S. Bement (1864-1900) • AMNH (1900-?), presented by J.P. Morgan. Canfield (1923) wrote: "SPANG, Norman, Pittsburgh, Penn. This collection was the result of great expense and of years of exertion. Its standards were of the highest rank, and its only rivals in America were the Vaux and the Bement collections. It is said that Mr. Bement paid $22,500 for the privilege of taking only such specimens as would not be duplicates in his own collection..."
References: Gratacap (1912:311). It reads, with a charming reference to Ruskin: "The Wulfenite section is a mineral flower-garden; perhaps Ruskin's curiously whimsical, perverted and extravagant words in his Ethics of the Dust are applicable here, though it is very evident that American contributions have made Wulfenite the flaming spectacle it now is in cabinets [...] There is an interesting suite from the Wheatley Mine, Chester Co., Pa. (Phoenixville), 17007-10."
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Mineral collecting from the Regency Era to the Victorian Era
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The earliest photograph of a mineral display, by Johannes Schäfer (1822-1885?) in Aus der Naturgeschichte der Kristalle (Friedrich, 1855:Pl.XX) and representing an artistic composition of mineral specimens (Orthoclase from Baveno, smoky quartz & rock crystals from the Alps, Asbestos, etc.). Albumen paper was first introduced in c. 1847, twenty years after the oldest surviving photograph.
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Victorian philanthropist Baroness Angela Georgina Burdett-Coutts (1814-1906), the wealthiest woman in England in 1837, spent the majority of her wealth inherited from her grandfather's fortune (banker Thomas Coutts) on scholarships, endowments, and a wide range of philanthropic causes. She had a passion for minerals and built a large and beautiful money-no-object collection. She bought the mineral stock of John Lavin in 1863 and employed James Tennant (1808-1881) to curate and develop the collection. After her death, it was examined by George L. English (1864-1944) of Ward's Natural Science Establishment, Rochester, New York, who declined to acquire it. It was finally bought from the Baroness estate by Sir Charles Russell, Arthur's elder brother (Cooper, 2006:204-205). Between her death and the final purchase, the collection remained at Holly Lodge, Highgate, until the death of her husband William Lehman Ashmead Bartlett Burdett-Coutts MP in 1921. 285 specimens from the Burdett-Coutts collection could be located at the NHM (Starkey, 2022:134-138). John Lavin (1796-1856) was a stationer and bookbinder in Penzance, Cornwall, who was also dealing in minerals by 1830. Such was his success that he was able to build the famous Egyptian Hall, 'Lavin's Museum', in Chapel Street in 1835-36. This remarkable building, which Russell and many others hated, represents nowadays a unique survivor of the craze for Egyptian style. Particularly well-known for minerals of western Cornwall, Lavin's considerable stock was not confined to specimens from that region. After his death, his son Edward took over the business but soon wearied of it and in 1863 sold the entire stock to Baroness Burdett-Coutts for £3,500 (Cooper, 2006:203-205).
- Cooper, M.P. (2006), Robbing the Sparry Garniture, A 200-Year History of British Mineral Dealers. The Mineralogical Record, Tucson, Arizona, 358 pp. [in coll.: A signed copy with faded spine]
Classic Cornwall Minerals with Precious Lavin • Baroness Burdett-Coutts • Sir Russell Chain-of-Custody
Chalcedony
Pednandrea Mine, Redruth, Cornwall, England
Description: Cabinet-size specimen representing a complex translucent, orange-brown, botryoidal growth pattern augmented by a silky
luster on a matrix of quartz. A similar-size specimen but of elongated stalactitic growths is illustrated Figure 212 of Starkey (2022), no.
BM.1964,R2308, of which the present specimen is a duplicate. Pednandrea Mine, of which this specimen originates, is a famous historical Cornish
locality which was closed in 1891. With Sir Russell's typical handwritten label: "Chalcedony. Pednandrea mine, Redruth,
Cornwall. J. Lavin of Penzance specimen. Baroness Burdett-Coutts" and modern British Museum (Dept. of Mineralogy) label indicating "Arthur Russell
duplicate".
Dimensions: 9.7 x 8.7 x 4.3 cm
Provenance: John Lavin (?-1856) • his son Edward (1856-1863) • Baroness Angela Burdett-Coutts (1863-1906) • Burdett-Coutts estate (1906-1922) • Sir Arthur Russell (1922-1964) • British Museum (1964-?)
References: Bowell, R., ’Cornwall: Mining and History’, 2018 Dallas Mineral Collecting Symposium, 26’03”-27’31”
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Pyromorphite
Wheal Rose, Sithney, Cornwall, England
Description: Small cabinet-size specimen consisting of a sparking green druse mostly emplaced on a knob of matrix.
With Sir Russell's handwritten label: "Pyromorphite. Wheal Rose, Sithney, Cornwall. J. Lavin of Penzance specimen.
Baroness Burdett-Coutts collection". The East Wheal Rose mine, of which this specimen originates, closed in 1886.
Dimensions: 7.7 x 5.5 x 3.2 cm
Provenance: John Lavin (?-1856) • his son Edward (1856-1863) • Baroness Angela Burdett-Coutts (1863-1906) • Burdett-Coutts estate (1906-1922) • Sir. Arthur Russell (1922-?)
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Mineral collecting during the Enlightenment
Mineral collecting was an important cultural and scientific practice in Enlightenment-era Europe. The most prominent collectors possessed the wealth and leisure necessary to assemble exceptional private collections. These included ruling families, members of the aristocracy, and affluent individuals. Some collectors were also mine owners, affording them direct access to mineral resources (for example, in Cornwall). The traditional Grand Tour of Europe provided another important means of acquiring specimens. While a distinguished mineral collection conferred prestige upon its owner, it also reflected the enduring desire to gather and display the natural wonders of the Earth, in continuity with earlier cabinets of curiosities. This impulse was coupled with a growing scientific interest, ranging from practical concerns such as the economics of mining to more theoretical pursuits, including crystallography. Scientists and scholars formed an important group of collectors in this context, contributing new material through fieldwork and, at times, serving as curators and cataloguers of major collections.
The census of mineral collectors 1530-1799 (Wilson, 1994) is used here as a reference for the inclusion of collectors in this section.
- Vogel (2015), Stony Realms: Mineral Collections as Markers of Social, Cultural and Political Spaces in the 18th and Early 19th Century. Historical Social Research, 40(1), 301-320.
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James Sowerby (1757-1822), who studied art at the Royal Academy in London, started the first of his illustrated natural history works in 1790 with English Botany, which took 23 years to complete. Other monumental works would overlap, all issued in parts over many years, including British Mineralogy (1804-1817) and Exotic Mineralogy (1811-1820). James Sowerby accumulated a considerable number of natural history specimens, including some thousands of minerals, for the completion of his illustrated works. This took the form of a private museum, and in 1796 he was obliged to add a room to the rear of his house in which to store them. Sowerby’s plan was to eventually have a complete collection of the natural history of Great Britain. He also owned the Wold Cottage (Yorkshire) meteorite, which made a lot of publicity to his museum. Parts of the collection were sold by Stevens’ Auction Rooms in 1831; other parts were purchased by the British Museum (Conklin, 1995:89). Some of his specimens survive only as illustrations in his Mineralogies. British Mineralogy and Exotic Mineralogy, "making together a complete mineralogical cabinet" (Sowerby, 1811), are considered the two most ambitious hand-coloured publications in mineralogical literature (Schuh and Wilson, 2007). They have also been described as fascinating and exquisitely rendered books, justifiably among the most coveted items in all of mineralogical literature (Conklin, 1995). They are here categorised as exhibition catalogues since the provenance of most depicted specimens is provided, giving a glimpse into Jame Sowerby’s own mineral collection and of the who's who of English mineral collectors of the time: William Babington (1757-1833), William Hyde Wollaston (1766-1828), Henry James Brooke (1771-1857), Smithson Tennant (1761-1815), Jacques Louis, Count de Bournon (1751-1825), John Henry Heuland (1778-1856), Adolarius Jacob Forster (1739-1806), Friedrich Stromeyer (1776-1835), Christian Gottlob Gmelin (1792-1835), Sir Joseph Banks (1743-1820), Hon. Charles Francis Greville (1749-1809) and Mrs Mawe, the wife of John Mawe (1764-1829). For the remaining specimens, for which Sowerby cited nothing in the way of provenance, the reader is left to assume that those specimens were his own (Conklin, 1995:99).
- Collins, J. (1973), A Note on the History of the Sowerby Family Archive Together with a short title catalogue of Natural History works written or illustrated by members of the family. London: J.S. Seaton & Co., 22 pp. Lim. to 66 copies of which 60 are for sale [in coll.: some foxing on covers]
- Conklin, L.H. (1995), James Sowerby, his publications and collections. In: Mineral Books, The Mineralogical Record, 26(4), 85-105. [in coll.: see above]
- Quaritch (1969), Supplementa Sowerbiana; or a Catalogue of Books and Manuscripts written or illustrated by Members of the Sowerby Family. Supplement to Bernard Quaritch's Catalogue No. 894, London: Bernard Quaritch Ltd., 20 pp. [in coll.: some foxing on cover page]
An Issue of Jame Sowerby's Celebrated 1811 Exotic Mineralogy, Acting as an Illustrated Mineralogical Cabinet
No. III of EXOTIC MINERALOGY, by James Sowerby
London: Benjamin Meredith, 1811
Description: Complete bi-monthly part no. III with the wrappers, six plates (XIII-XVIII), and fourteen pages of text (pp. 25-38). One out of 28 parts composing Exotic Mineralogy. Believed to be in almost original state, as originally issued with stab holes from the original stitching of the part. Describes the following six minerals: Boracite (Tab. XIII), Azurite (Tab. XIV), Lapis Lazulite (Tab. XV), Meionite (Tab. XVI), Muriate of Quicksilver (Tab. XVII) and Cinnabar (Tab. XVIII). James Sowerby personally engraved and etched the copperplates used to produce his Mineralogies. They were based on his own drawings of specimens that he owned or that were lend by other collectors. Once the copperplate-engraved outline was printed, usually in black ink on an octavo-sized sheet of paper, it was then hand-tinted within the printed outlines using watercolour paints. This was realised by James Sowerby himself, some family member or employee (Conklin, 1995:87). It can be added that all plates are reverse images of the actual specimens.
Provenance: J. Sinkankas • W. Leicht
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Sir Robert Ferguson (1769-1840), born into a wealthy Scottish family, assembled a mineral collection which, "'for richness and extent, is surpassed by few private collections of this sort in the kingdom' [Murray, 1845]" (Wilson, 1994). Benefiting from his father's generous allowances, Ferguson made frequent and substantial mineral purchases during his travels across Europe, as documented in his journal from 1786 to 1810. Among his most notable acquisitions was the 5,000-specimen collection of Peter Ludwig Heinrich von Block (1754-1834) of Dresden's famed museum of treasures, the Green Vault. Upon returning to Scotland with his newly established collection, Ferguson gained considerable recognition in mineralogical circles. A mark of this esteem was James Sowerby's dedication of Exotic Mineralogy (1811) to him. However, Ferguson's interest in mineral collecting appears to have declined around 1806, when he became a Member of Parliament, and seems to have ceased entirely after his father's death in 1810, when he assumed responsibility for managing the family estates. A report compiled shortly after Ferguson's death noted the collection's neglected condition, with specimens described as being covered with dust, suggesting that he had largely lost interest in it toward the end of his life (Lloyd & Lloyd, 2000). The collection was housed in the three-story Raith Tower, purpose-built as Ferguson's private museum. As described by Farquhar (2025), "the upper and lower chamber rooms in the Tower Museum were lavishly furnished with glass wall cases, drawered cabinets, large tables, and several desks" for organizing and displaying his minerals, gems, fossils, and artifacts. After Ferguson's death, the collection passed to his heirs and remained in the Tower Museum, gradually fading into obscurity. Apart from a visit by Sir Arthur Russell in 1932 (during which he was gifted thirteen specimens; Starkey, 2022), the collection was largely forgotten. It was only rediscovered in late 1997, when Ferguson's descendants sold the remaining material to Brian Lloyd of the London firm Gregory, Bottley & Lloyd. Portions of the collection were subsequently dispersed among collectors and dealers, including Herbert Obodda, Rob Lavinsky (The Arkenstone), and John Vaevert (Trinity Minerals).
- Lloyd & Lloyd (2000), The Journals of Robert Ferguson (1767-1840). The Mineralogical Record, 31(5), 425-442.
- Farquhar (2025), Tale of the Silver Dragon. The Mineralogical Record, Addicted to Beauty, The Legacy of Jack Halpern, 56(2) (suppl.), 223-228.
A 'Holy Grail' Pseudomorph from the Sir Robert Ferguson Collection
Steatite, pseudomorph of Talc after Quartz
Göpfersgrün, Fichtelgebirge, Bavaria, Germany
Description: Classic pseudomorph of Talc (Steatite) after Quartz from the famous historic Göpfersgrün locality. These unique pseudomorphs,
where the softest mineral has replaced one of the hardest minerals on the Mohs scale, are highly praised by collectors. Large pieces, such as this one,
are virtually impossible to find. The crystals are here very sharp and have a soft vitreous luster. It comes with two labels handwritten by
Ferguson, one glued on the specimen and the other loose.
Dimensions: 9.5 x 8 x 6 cm
Provenance: Sir R. Ferguson (1803*-1840), Raith Tower Museum • Raith Tower Museum (1840-1997) • Brian Lloyd (1997) • Rob Lavinsky (1998). *: A 1803 purchase is inferred from: "On a visit to Hanau in April [1803] he purchased about 30 specimens for [pound]11 including [...] a steatite after quartz at 9 Ecus, found near Bareuth, described as very rare and singular".
References: extraLapis (2012), Pseudomorphosen. extraLapis, 43, 98 pp. [on 'Klassiker aus Gopfersgrun' double page, illustrated p. 47]
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Sir John St. Aubyn (1758-1839) led a privileged life, owning several estates and extensive lands in Cornwall and Devon. He inherited both the family estates and the title of baronet at the age of fourteen, following the death of his father in 1772, who had himself been an enthusiastic mineral collector. St. Aubyn's wealth afforded him the leisure to pursue his interests, most notably the formation of a substantial mineral collection comprising nearly 2,000 specimens. This collection was assembled partly through his own field discoveries, but more extensively through purchases from Cornish dealers, miners, and auction houses. Among his most significant acquisitions was a large portion of the mineral collection of John Stuart, 3rd Earl of Bute (1713-1792), which he obtained from his friend Dr. William Babington (1756-1833), as well as a smaller collection from the son of Richard Greene (1716-1793). At one time, the Comte de Bournon served as curator and cataloguer of St. Aubyn's collection. However, an increasingly extravagant lifestyle led to the accumulation of considerable debt, ultimately resulting in the dispersal of most of his estates and possessions following his death in 1839. A few years earlier, in 1834, St. Aubyn had already begun to dispose of his mineral collection, commissioning the Cambridge-based mineralogist and dealer Isaiah Deck to assist in its sale. Two smaller collections were retained within the family, being given to his wife, Lady Juliana, and to his daughter, Mrs. Parnell. A larger portion was donated to the Civil Military Library at Devonport, while a smaller group of specimens was presented to the Saffron Walden Museum.
- Shepherd, J. (2009), The St. Aubyn Mineral Collection (c.1794-2010) at Plymouth City Museum and Art Gallery. Geological Curator, 9(2), 45-56.
- Freedman, J. (2021), Hidden Gems: Using Collections in Museums to Discover the Motivations of Collectors. Collections: A Journal for Museum and Archives Professionals, 17(4), doi: 10.1177/1550190621998330.
A Classic British Mineral from the Sir John St. Aubyn Collection, Rare in Private Hands
Cassiterite with Quartz
St. Michael's Mount, Marazion (most probable), Cornwall, England
Description: Well developed black crystals of Cassiterite with a brilliant lustre, ranging between 4 and 8 mm, together with small,
transparent Quartz crystals, richly covering a 7 x 4 cm sloping surface of a block of mixed slate and massive Quartz.
Glued to the specimen are a Devonport label "Or[der] 12; Sp[ecie] 11; [No.] 18" (written by chemist John Prideaux during
the collection cataloguing in c. 1834; Sheperd, 2009:tab.1) and another sticker "282" (of unknown origin but also found
on other St. Aubyn specimens). It is highly probably that this specimen is from St. Michael's Mount, of which St. Aubyn
was the owner.
Dimensions: 11 x 6 x 6 cm
Provenance: Sir John St. Aubyn (1790s?-1834) • Military Library Museum, Devonport (1834-1881) • Devonport Museum (1881-1924) • Plymouth City Museum (1924-?). According to the detailed label of Peter S. Burr, the specimen would have been acquired by Sir Arthur Russell. He notes "Specimen, Devonport 12/11/22 (286), is in the Sir Arthur Russel Collection at the Natural History Museum, London. Arthur Russel's label reads: 'Cassiterite. St. Michael's Mount, Marazion, Cornwall. Sir John St. Aubyn Collection, Clowance.'" A St. Aubyn Cassiterite with similar label "Or[der] 12; Sp[ecie] 11; [No.] ??" is illustrated in Freedman (2021:fig.2).
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Francis Basset, 1st Baron de Dunstanville and Basset (1757-1835) was an English nobleman and politician, who amassed great wealth from his Cornish mine possessions. Described as ‘Mineral Lord’ of Cornish mines by Russell (1952), we learn from the same reference that Philip Rashleigh acquired mineral specimens from him. Very few specimens from the de Dunstanville collection have survived. According to a survey by Cotterell & Williams (2019), only sixteen specimens are extant in the Bath Royal Literary and Scientific Institution (twenty-four having originally been donated by Lord de Dunstanville in 1826) and thirty-six more are preserved in Sir Arthur Russell’s collection at the Natural History Museum (NHM), London. This second suite was almost exclusively given by Lord de Dunstanville to his sister-in-law, Lady Elizabeth Anne Coxe Hippisley (1760-1843), of Ston Easton Park, Somerset, in 1810-1811. The Lord-de-Dunstanville–Hippisley provenance was saved for posterity on the labels of the Sir Russell collection. At least two minerals with this important chain-of-custody can be found in private collections, which includes the present Olivenite from Wheal Gorland, Cornwall. The Lord de Dunstanville collection must have been relatively small and was limited to Cornish minerals, more precisely to only eight different mines.
- Cotterell, T., Williams, M. (2019), Francis Basset, 1st Baron De Dunstanville and Baron Basset of Stratton, and his mineral specimens at the Bath Royal Literary and Scientific Institution and the Natural History Museum, London. The Geological Curator, 11(2), 121-142.
An Exceptionally Rare Surviving Cornish Mineral Specimen from the Lord de Dustanville Collection
Olivenite on Quartz
Wheal Gorland, St Day, Cornwall, England
Description: Specimen hosting a rich showing of olive green Olivenite (acicular crystals that exhibit an almost 'hairy' appearance)
on a quartz crystal matrix, with quartz crystals inter-grown with the Olivenite. Dates back to the turn of the 19th century, after the opening of
the mine of Wheal Gorland in 1792 and prior to Lord de Dunstanville's gift to his sister-in-law in 1810/11. With Sir Russell's handwritten label:
"Olivenite on quartz. Wheal Gorland, Gwennap, Cornwall. From Lord de Dunstanville to Lady Elizabeth Anne C. Hippisley of Stoneaston Park". We
learn from Starkey (2022:171) that Sir Arthur Russell visited the Hippisley collection at the Old Ashmolean Museum in 1939 when it
was part of the private collection of curator R. T. Gunther. He noticed "a good series of Cornish minerals presented by
Lord de Dunstanville", including "Good olivenites - Wheal Gorland". The Russell collection at the NHM contains
seven specimens of olivenite from the Lord-de-Dunstanville–Hippisley chain-of-custody, five of them noted as from
Wheal Gorland (Cotterell & Williams, 2019).
Dimensions: 5.7 x 3.8 x 4.6 cm
Provenance: Lord de Dunstanville (>1792-1810/11) • Lady E.A.C. Hippisley (1810/11-1843) • Horner family (1843-1930s) • R.T. Gunther, Old Ashmolean Museum (c. 1930s-1940) • Sir. Arthur Russell (1940-1964 or before). Lady Elizabeth Anne Coxe Hippisley, née Horner (1760-1843) and Lord De Dunstanville's sister-in-law, had a large collection of minerals, which included a suite presented to her by the dealer White Watson (1760-1835). She was also a correspondent of dealer Henry Heuland (Starkey, 2022:171). She spent proliferously in order to acquire the finest specimens, but her extensive geological collection lay hidden for nearly a century in the Literary and Scientific Institute at Frome near to her Ston Easton Park estate in Somerset. In 1937, it was discovered and acquired by Dr. Robert William Theodore Gunther (1869-1940), curator and founder of the Museum of the History of Science, Oxford (Russell, 1944). Following Gunther's death, in 1940, Russell acquired the collection and assimilated the better quality specimens into his own personal collection which he bequeathed to the British Museum (now the NHM) in 1964. The specimens which Russell did not integrate into his own collection he used for exchange. This specimen from the Lord de Dunstanville collection is one of two known in private hands, one of only 62 known to still exist.
References: Mignan (2018:fig.4); Cotterell & Williams (2019:122)
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Mineral Collecting during the Renaissance
"Many, if not most, early collections have not survived [...]; they have fallen prey to fire, war, theft, or the ignorance and apathy of heirs and institutions. Those early collections which were not destroyed have usually been dispersed through many later collections, their original pedigrees long since lost [...] Most of what remains is on paper: rare antiquarian references, privately published collection catalogs, [...] and so on."
Wendell Wilson, The History of Mineral Collecting 1530-1799, 1994:11
As we look further back in time, pedigreed objects become increasingly scarce. Mineral specimens are among the oldest collectibles that can still be traced, largely because their valuable labels were often preserved alongside them. This is why this gallery features specimens dating back to the late 18th century. Going even further back, however, the trail becomes far more elusive, with collection catalogues often representing the only surviving evidence of vanished collections. The previous section highlighted some of the most beautifully illustrated mineral catalogues of the Enlightenment, as well as very early catalogues from the 1730s. Earlier documentation of minerals is scattered across the inventories of 17th-century cabinets of curiosities (see our Wunderkammer gallery). A notable outlier is the mineral collection catalogue of Johannes Kentmann, published in 1565, which provides a rare glimpse into mineral collecting during the Renaissance.
The Earliest Mineral & Meteorite Specimens. The oldest documented mineral specimens are two small native silver chisels, collected in 1477 from the St. Georg Mine in Saxony and preserved by Duke Albrecht of Saxony (1443-1500) (Wilson, 1994:16). It is no coincidence that both these early specimens and the first documented mineral collection originated in Saxony, which had been a central hub of European mining since the Middle Ages. Similarly, the meteorite that fell in 1492 at Ensisheim (Alsace, Further Germany) remains the oldest meteorite with a preserved provenance. It was spared destruction to be presented to King Maximilian, son of the reigning Holy Roman Emperor Frederick III, and it is still held today at the sixteenth-century Musée de la Régence. This specimen was collected as a good omen, or, as indicated on the postcard reproduced here, a mythological stone.
ENSISHEIM (Haut-Rhin) 1 - La Pierre Mythologique. Mâcon: Combier, Photographie Véritable.
Johannes Kentmann (1518-1574) assembled a mineral collection of about 1,600 specimens from 135 locations, with emphasis on metallic and ore minerals from Saxony. Swiss polymath Conrad Gesner (1516-1565), a close scholarly friend of Kentmann, published two of Kentmann's treatises in his eight-part compendium De Omni Rerum Fossilium Genere. The first tract, Catalogus Rerum Fossilium, is recognised as the earliest known mineral collection catalogue. In his dedication to Gessner, Kentmann notes that he had "amassed a collection of [mineral] treasures at great expense". His detailed inventory of 1,608 specimens (1,136 from Saxony, 472 from foreign localities) represents the first documented mineral collection in history. It also provides the earliest depiction of a collection cabinet: Kentmann's orderly mineral cabinet, illustrated with 13 drawers, organises specimens into 26 categories (Wilson, 1994). This woodcut symbolises the early stages of modern mineral collecting and has been reproduced widely in scholarly publications, becoming iconic of Renaissance collection displays alongside later Wunderkammer illustrations.
Kentmann's Rare 1565 Mineral Collection Catalogue: The First Mineral Catalogue & First Depiction of a Collection Cabinet
RASSE DES NEUX COPY - Catalogus Rerum Fossilium Io. Kentmani
Zurich: J. Gesner, 1565
Description: Modern binding, red edges. Stand-alone collection catalogue, including the title page of De Omni Rervm Fossilivm Genere (repaired at bottom corner) and the 2-pp. table of contents describing the eight parts. Inscription on title page: "Franciscus Rassius Noëns chirurgus paxifrinsis, 1566". According to Schuh (Schuh, C.P., Annotated Bio-Bibliography of Mineralogy and Crystallography 1469-1919, unpublished), its printing history is a difficult bibliographic problem: Each of the included works is known to exist as its own separate volume, while complete collections of these tracts are a rarity, suggesting that they were assembled by the publisher from the remaining stock of the various treatises.
Provenance: François Rasse des Neux (1566-1587). François Rasse des Neux (c. 1525-1587), a reputed surgeon at the service of Catherine de Médicis and the Kings of France Henri II, François II and Charles IX in Paris, was also a passionate bibliophile and collector of curiosities and ephemera. About 300 signed volumes originating from hiy library are still known to exist, only one tenth of which dated (Greengrass (2014), Desserrant les nœuds. François Rasse et les premières guerres de Religion. Médialité et interprétation contemporaine des premières guerres de Religion, 64-80). This makes the present copy one of only thirty dated books from the Rasse des Neux library. Greengrass (2014) mentions 1566 as the start of a second wave of acquisitions by Rasse, stopped abruptly the following year by the second war of religions. Interestingly, Rasse des Neux is also mentioned as a mineral collector in Wilson's census.
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