Metacollecting or the process of collecting collections, with examples from The Tricottet Collection
Métacollectionner ou collectionner les collections, avec exemples pris de la collection Tricottet
- Arnaud Mignan
Despite the broad literature on the history of collecting, the material used as basis for those studies remains scattered all over the world and usually hidden from sight. Specimens that exemplify the collecting process, although often recognized for their historical importance, are kept out of context, in scientific, historical or art collections. This article formalizes the concept of metacollecting, i.e. the process of collecting collections. Examples taken from The Tricottet Collection show how the collection-object, with its biography and collection attributes, is the 'guarantor' of the history of collecting. To prove that the collection-object transcends the specimen intrinsic value, all possible types of collectibles - natural history specimens, cultural objects, technological devices - are treated the same way. This essay suggests that making the metacollection the central stage for the study of the history of collecting will fill a gap in postmodern museology.
Keywords : metacollection - history of collecting - material culture - naturalia - artificialia
Malgré la vaste littérature sur l’histoire des collections, le matériel utilisé pour ces études reste dispersé à travers le monde et généralement caché à la vue. Les spécimens qui illustrent le processus de collection, bien que souvent reconnus pour leur importance historique, sont conservés hors contexte, dans des collections scientifiques, d’histoire ou d’art. Cet article formalise le concept de métacollection, c.-à-d. le processus de collectionner les collections. Les exemples tirés de la collection Tricottet montrent comment l’objet-collection, avec sa biographie et ses attributs de collection, est le « garant » de l’histoire des collections. Pour prouver que l’objet-collection transcende la valeur intrinsèque du spécimen, tous types possibles d'objets de collection - spécimens d'histoire naturelle, objets culturels, appareils technologiques - sont traités de la même manière. Cet essai suggère que faire de la métacollection le lieu central de l'étude de l'histoire des collections comblera un vide de la muséologie postmoderne.
Mots clés: métacollection - histoire des collections - culture matérielle - naturalia - artificialia
History of collecting, as a part of material culture, teaches us about the history of science, art, society, and even politics (Alberti, 2008). The collecting process is investigated in social psychology (Belk, 1995; McIntosh and Schmeichel, 2004) and in economics (Burton & Jacobsen, 1999). The literature on the history of different collection themes abounds: e.g. Dance (1986) on shells, Wilson (1994) on minerals, McCall et al. (2006) on meteorites, Basbanes (1995) on books, Waring & Waring (1980) on Teddy Bears, Robertson (2004) on dolls, etc., to only cite a few. Scholarly work about the collecting process that transcends boundaries between private and institutional collections (psychology versus museology), and between collection topics, is best epitomized by “Interpreting Objects and Collections” (Pearce, 1994) and by, for instance, the Journal of the History of Collections founded in 1989 1. The collected objects can take a central role in the literature, such as a bone (Dahlbom, 2007; 2009) or an officer’s jacket (Pearce, 1994). Yet, the reinterpretation of the object often relates to the object itself, not to the collecting process (e.g. meaning of the bone in terms of historical zoological taxonomy, meaning of the officer’s jacket in terms of war memory). The collection attribute of the object remains in most cases a means to an end, not a means to itself 2.
The links, resemblances and differences between different collection topics, as well as the milestones in the history of collecting are rarely thoroughly explored. The study of both naturalia and artificialia collectibles often remains limited to the Wunderkammer period (e.g. Impey & Macgregor, 1985; Schulz, 1990) and scholarly works considering the explosion of collection specializations related to mass consumption remain rare (see Pearce & Martin (2002) for an eclectic list of collectibles). A lot of questions therefore remain. How have collecting trends evolved through time (innovations, collecting crazes, etc.)? Who are the most notorious collectors? How does a new collection theme emerge? What are the differences in cataloguing, storage, display, marketing and dealing of different types of collectibles? How does a collectible story survive through generations, conflicts and the other ravages of Time?
Hints are disseminated throughout the literature, as are the historic collectibles that hold such tangible information, scattered across museums and other archives. Objects studied in the history of collecting originate from various collections whose primary aim is of scientific, historical, artistic, or educational nature. The Center for the History of Collecting and the Society for the History of Collecting are, despite their generic titles, only concerned with the history of art collecting. There is so far, to the best of the author’s knowledge, no specific collection dedicated to the general history of collecting. Metacollecting, therefore, remains a secondary, derivative, endeavour.
This article presents The Tricottet Collection, owned and curated by the author, which is possibly - although relatively modest in size - the first explicit metacollection or collection of collections. Due to the novelty of the process of metacollecting, the present essay should be seen as a pictorial catalogue of objects and documents that exemplify the richness of this new form of museology. No attempt is made to provide a synoptic history of collecting nor a comprehensive overview of collection themes, which would be the long-term endeavour of the metacollection.
Section 1 will describe the concept of collection-object as well as its related Socio-Historical Collection Index (Mignan, 2016), which will be used throughout the article as a proxy to both the chain-of-custody length and the level of documentation associated with each collectible. Section 2 will present selected collection-objects from The Tricottet Collection and discuss what we may learn from such objects. Examples will include: fossils, meteorites, pottery, merchandise, minerals, shells, calculating devices, and video games. Section 3 will present documents, such as correspondence letters and manuscripts, also from The Tricottet Collection, which are preserved for the information they contain about the collecting process. Examples will include: tektite field collecting, the making of a comic book collection pedigree, the collecting of computer parts, collecting habits in 19th century France, the pricing of meteorites, and the mise-en-scène of natural history specimens in photographs. The importance of metacollecting in the context of museology will finally be discussed in some concluding remarks.
Metacollecting refers to the act of collecting collections in which the term 'collection-object', introduced by Mignan (2016), represents an abstract, high-level object defined by its attributes of being from collections built or arranged by specific collectors or curators. In practice, it is defined by the information associated with the concrete, lower-level objects (or specimens) the collection contains. Those attributes are related to the way the specimens are collected, catalogued, stored and displayed. Metacollecting thus yields a focus shift from objects of intrinsic value to objects of extrinsic socio-historical value associated to the collecting process. An example is given in Fig. 1.
The collection-object is compatible with object biography, promoted by Alberti (2005) to reconstruct histories of science by embedding the study of scientific practice in material culture (see also Kopytoff, 1986; Pearce, 1994 among others). But in contrast to Alberti (2005) who was concerned with the history of scientist-curators, the collection-object relates also to the psychological, artistic and economic aspects of collecting, both private and institutional. It is not only the chain-of-custody that is of interest here but also the associated collection attributes.
The Tricottet Collection is a metacollection, which purpose is not to find the most scientifically important or most aesthetic objects but the most important collection-objects. The main reason to explicitly 'metacollect' is to create a proper repository for the study of the history of collecting. Without such a metacollection, access to collection-objects remains hampered by the shear size of conventional collections and the potential lack of interest by the collection curators, who may fail to see their extrinsic value. Many objects and other documents of interest might be discarded or simply lost in the process. Also, instead of focusing on one specific collection topic, all should be equally considered (Table 1). A metacollection is therefore composed of collection-objects (section 2) and its paraphernalia, such as collection catalogues, notices and other museological tracts, ephemera (e.g. invoices, newspaper articles, postcards), photographs of collection-objects, correspondence and other manuscripts about the collecting process (section 3).
Table 1. Informal classification 4 of collection topics used by The Tricottet Collection
To help evaluate the a priori socio-historical value of collection specimens from a collection-object perspective, Mignan (2016) proposed the following metric,
SHCI = Nprov + Nlab + Nnum +Nmisc
where Nprov is the number of verified provenances, Nlab is the number of labels, Nnum is the number of inventory numbers (directly on the specimen, on labels, etc.), and Nmisc is the number of additional miscellaneous collection attributes uniquely linked to the specimen (e.g. containers, photographs, drawings, letters, manuscripts, articles – except published collection catalogues which may yield unstable SHCIs – see Mignan, 2016). The term Nlab + Nnum + Nmisc represents the attributes of the collection(s) and Nprov the number of collections represented in one specimen.
The aim of the SHCI is (1) to rapidly assess the potential socio-historical value of a specimen in disregard of its intrinsic value and (2) to emphasize the importance of collection attributes such as labels and inventory numbers in this assessment 5. A null SHCI means that the specimen is of unknown origin and has no collection attribute. A non-zero SHCI defines the biography of the specimen. A high SHCI (with both Nprov > 1 and Nlab + Nnum + Nmisc > 1) is synonymous of a factual chain-of-custody. It should be emphasized that, as any other metric, the SHCI has a number of limitations, remains subjective and should only be seen as indicative. For more details about the SHCI, read Mignan (2016).
One goal of metacollecting, which is to identify and analyse from collection specimens the links between different individuals including museum curators, researchers, dealers and other collectors, is not new. The use of collections in historical research is well established with collections referred to as non-printed biographical sources, at the same level as non-published documents such as letters or diaries (Williams, 1990; Wyse Jackson, 1999). Prosopography, which is the collective study of people’s lives through history, already uses collection specimens as input data, although still marginally (Allen, 1990; Groom et al., 2014; Mignan, 2016). In such analyses, use of multiple high-SHCI specimens would for instance help building prosopographical networks with fewer specimens.
A simple network built from two high-SHCI meteorite specimens is described in Figure 2 to illustrate the process (SHCI = 6 and 8). The meteorite biographies are represented by inventory numbers (e.g. Mignan & Reed, 2012), which in turn can be traced to a number of collection catalogues. In the present example, both specimens were part of the Field Natural History Museum (FNHM) collection of Chicago in 1916 (Farrington, 1916) and both originated from the Henry Augustus Ward 6 (1834-1906) collection. The Forest City specimen reached the FNHM in 1895 (Farrington, 1895) following the 1893 Columbian Exposition, which formed the nucleus of the FNHM 7and where Ward’s natural history material was showcased, including meteorites available for sale (Ward, 1892). Interestingly, this Forest City meteorite did not stop at the FNHM and continued its journey into two other collections, the American Meteorite Laboratory (no date available) and the Institute of Meteoritics, University of Mexico (Scott et al., 1990). The Pultusk specimen, although connected to the other stone, had a relatively different story. It was part of the so-called Ward-Coonley collection (Ward, 1901; 1904), a private collection, arguably the largest in the world, that Ward built obsessively in the last years of his life once he had reached financial stability after marrying the wealthy widow Lydia Avery Coonley (Kohlstedt, 1980; Barrow, 2000). The FNHM purchased the collection in 1912, a few years after Ward’s premature death. At the time, the collection was on display at the American Museum of Natural History but the museum failed to exercise its option to purchase it (Ebel, 2006). The Pultusk stone was then deaccessioned from the FNHM years later as a scientific sample to researcher Robert D. Evans (Evans et al., 1939). A study of the FNHM meteorite collection catalogues teaches us also that their lot of Pultusk stones (with the same Ward and FNHM inventory numbers) was reduced from 110 specimens in Farrington (1916) to 96 in Horback and Olsen (1965) to finally 54 specimens left in 1995 (unpublished label data). Those are thus good examples of 'mobile stones' (Chalk, 2012), moving from collection to collection, from museum object to scientific sample 8. They prove the dynamics of the FNHM meteorite collection, as well as the plurality of links between Ward and the FNHM in its early years.
The Tricottet Collection only represents an early attempt at metacollecting. It is not The Tricottet Collection’s primary vocation to systematically metacollect, as it is a private collection with limited funds and space. It is thus so far composed of cherry-picked collection-objects that showcase important collecting trends in history. Specimens of high SHCI, as exemplified above (Fig. 2), concentrate many different collections in a limited number of specimens that can be used for prosopography. However lower-SHCI specimens (with Nprov ≈ 1) can also be of high interest, as illustrated by the following examples.
A fascinating aspect of the collecting process is how a type of object suddenly becomes fashionable as a collectible. Collecting crazes, also referred to as bubbles, mania, frenzies or fevers, can be considered as "an allegory for collecting behaviour in general" in this regard (Long & Schiffman, 1997). They give us insight into both rational (socio-economical) and irrational (emotional) aspects of the collecting process. Early examples include the European 'Conchyliomanie' in the first half of the 18th century 9(Dance, 1986), the Victorian fern craze or 'Pteridomania' (Allen, 1969), and, at the turn of the 20th century Teddy Bears (Waring & Waring, 1980) and dolls, so-called 'dollatry' (Robertson, 2004). Modern examples include the 1983 Cabbage Patch Kids doll frenzy (Beisel, 1984; Robertson, 2004), the Swatch Fever of 1990-1993 (Long & Schiffman, 1997), Beanie Babies in 1995-1998 (Morris & Martin, 2000), and Pokemon trading cards in 1999-2000, so-called 'Pokemania' (Katkar & Reiley, 2006). The two collection-objects pictured in Fig. 3 illustrate two other historic crazes, the Cincinnati Japanese Mania of the late 19th century (Trapp, 1987) and the Pac-Man fever of the early 1980s (Palicia, 2002).
Figure 3a shows a Japanese slip-decorated cup. Originally part of the Edward S. Morse (1838-1925) collection, it was then purchased by Maria Longworth Nichols (1849-1932) who loaned it to the Cincinnati Art Museum 10. Morse is remembered for building one of the largest Japanese pottery collections of his time. While most of his collection is now shared between the Boston Museum of Fine Arts and other museums, several hundred pieces were directly purchased from his estate by Nichols, an avid collector and the founder of Rookwood Pottery Factory, Cincinnati, Ohio. As told by Trapp (1987), the transaction between Morse and Nichols happened in 1886, the year "the Japanese mania in Cincinnati climaxed." It all started at the Centennial Exhibition of 1876 in Philadelphia after which "the American public quickly developed a near-manic taste for things Japanese [...] In few American cities was the Japanese mania more avid than in Cincinnati [...] With the founding of the Rookwood pottery in 1880, the powerful influence of Japanese art upon Cincinnati's decorators was soon to become a matter of nationwide note and emulation." The present cup epitomizes this craze by its multiple connections to its main actors. Figure 3b shows a suite of sealed Pac-Man merchandise from the Kennett Neily collection, made of games (jigsaw puzzle, yo-yo, figurine, etc.) and everyday objects (pens, eraser, etc.). Dated between 1982 and 1984 by Neily, it documents the Pac-Man craze of the epoch. Pac-Man was the first video game character to be heavily merchandised (Wolf, 2007). Palicia (2002) lists hundreds of such Pac-Man products turned collectibles. It should be mentioned that it remains difficult to find collection-objects (i.e. documented collectibles) of such crazes, especially for recent manufactured objects (see section 2.4). Neily is best remembered for his collection of Silver Age comic books (see section 3.1) but he accumulated and recorded many other objects throughout the 1980s and 1990s, such as video games (section 2.4), toys, merchandise, etc., which could explain how this Pac-Man collectible suite came into existence.
The importance of collectible documentation was emphasized above, and was expressed by the SHCI. Some collectors understand the importance of documentation to keep records, but not all, many discarding previous collection labels and replacing them by their own labels and inventory systems. This is not limited to private collectors, with some museum curators defacing previous inventory numbers or separating specimens from labels during deaccession. Therefore, at each change of ownership, past documentation becomes more likely to be lost 12. Bonnaffé (1867) already lamented that the genealogy of most antique artworks is unknown.
In this context of high entropy, old metacollections are highly valuable as they concentrate information on even older collections. Examples are rare and require early collectors to have understood the importance of chain-of-custody documentation. One example is the Arthur Russell (1878-1964) mineral metacollection. Russell was a famous British mineralogist and mineral collector, described as a 'collector of collections' on Wikipedia. He acquired a number of historic mineral collections and kept track of the provenance on his labels. The Russell labels shown in Fig. 4 give the following provenances (including some chains-of-custody) for some Cornwall mineral specimens: 1st Baron de Dunstanville (1757-1835) / Lady Elizabeth Coxe Hippisley (1760-1843), Sir Warington Wilkinson Smyth (1817-1890) (including his own label with British Museum stamp on the back), and John Lavin (1796-1856) / Baroness Burdett-Coutts (1814-1906). Many other mineral collections from the 18th and 19th centuries were incorporated into the Russell collection, which is now part of the Natural History Museum of London (Kingsbury, 1966).
A second example is the René Langlassé (1854-1936) shell metacollection. Langlassé, a member of several savant French societies who helped classify the shells of a regional Natural History Society, meticulously recorded the provenance of his specimens, by writing the name of the collector, or gluing their original label, on the back of his own handwritten cardboard labels (Fig. 5). Names include: Hippolyte Crosse (1826-1898), Emile Eudel (1831-1892), Laurent Joseph Morlet, and Auguste Sallé. A number of labels have yet to be deciphered, requiring a comparison of the handwritings with other conchological archives (e.g. Breure, 2015; Breure & Audibert, 2017). Quite noticeable in this metacollection are the shell specimens from the Eudel 13 collection, which include the ship campaign during which they were found, here dated between 1860 and the 1880s (Fig. 5). Such historical metacollections can help build social networks of collectors (e.g. Groom et al., 2014), as is also possible with high-SHCI collection-objects (section 2.2).
Collection catalogues are evidently an important part of a metacollection library. They document the whereabouts of the collection-objects that they accompany at a given date (e.g. Fig. 2); some also represent milestones in the history of collecting. Two examples are shown in Figure 6: (a) the catalogue of Johannes Kentmann (1518-1574), which represents the first documented mineral collection in history (Kentmann, 1565; Wilson, 1994), published the same year as the oldest known museological tract by Samuel Quiccheberg about the collecting process (Schulz, 1990; Brizon, 2018); and (b) the 1736 shell sales catalogue of Edmé-François Gersaint (1694-1750), published for the first ever natural history auction in France, importing the Dutch style of purchasing (Gersaint, 1736; Dance, 1986; McClellan, 1996). The book is not only a sales catalogue but also an essay on shell collecting, including a list of the principle cabinets of shells in France and Holland. It also epitomizes the European 'Conchyliomanie' of the early 18th century (Dance, 1986).
The Kentmann catalogue was once part of the library of Franciscus Rassius Noëns, who identified himself as a surgeon of Paris and who is also known to have been a discerning bibliophile of the Renaissance period (all of his books were signed and dated; Fig. 6a). Gersaint’s copy was part of the library of Germain Louis Chauvelin (1685-1762), Marquis de Grosbois and French politician under Louis XV, as attested by his coat of arms, stamped on the catalogue (Fig. 6b). The catalogue is itself listed in the auction catalogue of the sale of Chauvelin’s library (Anonymous, 1762, lot no. 1228). Kentmann’s and Gersaint’s catalogues, themselves collection-objects, are here put into a wider socio-historical context. The first shows that book collecting predates the earliest documented mineral collection (e.g. Basbanes, 1995). Chauvelin collected paintings, including from Watteau of whom Gersaint was a friend; Gersaint also promoted shell collecting as part of Rococo chic. This association emphasizes the links between art and shell collecting under Louis XV, as confirmed elsewhere (McClellan, 1996).
It should be mentioned that not all collecting themes are equally documented. Natural history collections are systematically labelled to provide at least the name and locality of the specimens. Artworks often have notes or stamps proving the chain-of-custody (on the back of a painting for instance). Books have bookplates. Collections of scientific and technological devices (e.g. calculators, phones) and of play memorabilia (e.g. movie posters, sport equipment, music instruments, toys), on the other hand, are seldom documented. The main reason is certainly that the maker, release date and other data are directly printed on those objects making labelling unnecessary.
The Tricottet Collection makes every effort to find those rare documented collections of devices and play memorabilia. Two examples are shown in Fig. 7, a circular slide rule from the Allan Bromley (1947-2002) collection and video games from the Kennett Neily collection. Bromley is recognized as one of the greatest collectors of mechanical calculators (Bromley, 1981; Sydney Morning Herald, 1999; Williams, 2000); Neily’s video games, dated 1984-1988, may represent the earliest instance of video game collecting 14. Neily, of White Mountain pedigree fame, was also a famous collector of comic books, as described in section 3.1.
The Tricottet Collection is complemented by an archive on the history of collecting, composed of correspondence letters, manuscripts, photographs, and ephemera, such as postcards and newspaper clippings.
A lot has been written on the history of art collecting and natural history collecting, but far less about the dynamics of collecting in the 20th century 16 and how it compares with earlier collecting habits. With mass consumption, the number of potential collections has exploded. To the best of the author’s knowledge, there is so far no publication that considers all of those aspects in an integrative manner. The work of Pearce & Martin (2002), for instance, is an anthology of collecting habits, not a scholarly work on the collecting process. In general, a systematic analysis of both collection and auction catalogues - to find new collection themes 17, the most notorious collectors, the dynamics of fashions and fads, etc. - would help depict the entire history of collecting from the 16th to the 21st century. Correspondence letters and unpublished manuscripts can play a complementary role in this endeavour.
Three excerpts from documents part of The Tricottet Collection are given in Figure 8 to illustrate this point: (a) John Saul’s 1965 notebook about the first scientific expedition to the Ivoirite strewn field, Ivory Coast (Saul, 1969), where the in situ collecting of those elusive tektites is described for the first time. Saul provides a travel log, detailed information on how the specimens were obtained from the local population, and a catalogue of the finds; (b) Allan Bromley’s draft article on private collecting of computers (Bromley, 1981). Bromley, previously mentioned as a famous collector of mechanical calculators (section 2.4), here explains how one could start a new collecting trend by collecting computer parts 18 ; (c) a letter from Jerry Weist to Kennett Neily, dated 10 January 1992, about the making of the White Mountain Pedigree of comic books 19. Jerry Weist pioneered the comic book collecting genre and was instrumental in the mounting of the first major comic book and comic art auction by Sotheby's in 1991. The White Mountain pedigree is considered the flagship of Silver Age Pedigree collections (1956-c. 1968) (Sotheby’s, 1991). The three aforementioned examples clearly represent milestones in the history of collecting, and it is crucial - for their uniqueness - that they are preserved in a metacollection and made accessible to the scholar.
An invaluable resource part of The Tricottet Collection, which is pictured in Figure 9, is the Paul Eudel correspondence archive used as input for his anthology “Collections et collectionneurs” (Eudel, 1885). The bound volume called “Correspondance, Collections et collectionneurs, avant et après” consists of over eighty letters and a 21-page manuscript on shell collecting by his brother Emile (Fig. 5). It includes letters from 19th century French collectors, such as Arthur Maury (1844-1907), one of the fathers of philately, some from Gustave Gouellain (1836-1897), famous collector of faïence, others from Arsène Vigeant (1844-1916), famous collector of fencing, etc. This will be the subject of a future article.
Economics is an important aspect of collecting (Burton & Jacobsen, 1999 - and references therein). Collecting represents a secondary market, based on offer and demand, which includes speculation and bubbles (section 2.1). Once again, auction catalogues provide a valuable source of information. Price outliers set new limits, as for example Colonel Bob Henderson’s 1904 cinnamon Steiff 'Teddy Girl', which fetched 110,000 GBP in 1994 21 (Christie’s, 1994). Little has been written on the topic compared to the extensively studied art market. Other valuable sources of information are old price lists sent by dealers to prospective buyers (ephemera), and again correspondence letters. Figure 10 shows excerpts from letters that document the high pricing of meteorites in the late 19th and early 20th centuries: (a) Two letters written in 1883 by priest Rabajoli, who describes the recent fall and recovery of the Alfianello meteorite in Italy. We learn that the meteorite was put into pieces with an iron pole and that the fragments were taken away by the villagers as objects of speculation (“oggetto di speculazione”). The asking price a few days later for a large piece was 6000 lire! (“domandano Lire 6000!”); (b) A 1920 letter from George Merrill, curator at the Smithsonian Institution, to dealer George English of the Ward’s Natural Science Establishment, in which the scientist complains about the high price of meteorites. We read: “I agree with you that a dollar a gram for the Cumberland Falls stone is a preposterous price. The same may be said regarding the majority of sales made by dealers. I would just as leave consider a dollar a ton a fair price if others will do the same.” Those prices, which are associated to specific objects, dates and places, can be used to constrain price indices (Chanel et al., 1996), be compared to the pricing of other collectibles, etc.
Images of collectors with their findings in the field (e.g. Lepage et al., 2018), or of specimens in their cabinets or drawers (e.g. Ferry, 2010), depict the collecting process as it could never been done with words alone. Collection notices generally only contain vague statements on the appearance of the collections themselves, i.e., on the rules of visual arrangement (e.g. Schulz, 1990), and studies on collection displays remain rare (e.g. Ferry, 2010). It is from their catalogue engravings that we recall the famous cabinets of curiosities of the Renaissance (e.g. Impey & Macgregor, 1985; Wilson, 1994). Both engravings of collection mises-en-scéne, as created by Gersaint in the 18th century (e.g. Gersaint, 1734), and photographs of modern museum displays have been copied in a number of publications. But except for those classical displays, most collections remain without a face. Engravings, paintings and photographs of collections that still exist are scattered in various archives and most remain unknown to the metacollection scholar.
The Tricottet Collection aims at finding such rare images. Figure 11 shows two original mise-en-scènes of natural history specimens, here highlighting the artistic part of the collection display. Whereas the first one - possibly the oldest surviving photograph of a mineral display (Wachtler, 2008) - was published (Friedrich, 1854-1855), the second one, of the Holbrook meteorite, is certainly unique. The mineral albumen photograph shows an artistic composition of orthoclase, quartz and asbestos, taken by photographer Johannes Schaefer (Fig. 11a). The meteorite photograph, likely from 1912, shows a reconstitution in studio of the Hobrook meteorite strewn field; the installation, made of meteorites of decreasing size and gravel, lies on top of a white sheet over a wooden floor. The cover image of a Foote catalogue (Foote, 1912) shows another, but different reconstruction of the Holbrook strewn field, suggesting that this photograph is from dealer Warren Foote (Fig. 11b). Other photographs part of The Tricottet Collection are as varied as the psychic museum display with its founder Sir Arthur Conan Doyle (a press photograph of 1929), or vintage home photographs of the Ackermansion, the most celebrated science fiction collection (e.g. Guernsey’s, 1987).
This article gave a rapid tour d’horizon of collection-objects and of paraphernalia on the collecting process hold by The Tricottet Collection. Those examples illustrate how metacollecting can proceed: shift from the object itself to its collection identity, use of an index such as the SHCI to evaluate their a priori socio-historical value based on collection attributes (Mignan, 2016), and focus on specimens with high SHCI or which exemplify a specific aspect of collecting. The present article’s aim was to emphasize the necessity to make the metacollection the central stage for the study of the history of collecting. There is therefore a gap to fill in postmodern museology: A systematic collection of objects serving as 'guarantors' (Latour, 1999) of the collecting process is still missing.
It was on purpose that the present paper mentioned so many collection themes (books, calculating devices, comic books, computers, fossils, merchandise, meteorites, minerals, pottery, shells, tektites, video games, etc.), to show that they are all, despite their differences, similar collection-objects. It of course does not denigrate the specimens themselves, which have their own value (e.g. Allmon, 1994; Winston, 2007), but suggests finding the right balance between the intrinsic and extrinsic value of every specimen, i.e. finding the right 'hierarchy of use' (see discussion in Chalk, 2012). For instance, if two specimens of equal scientific value are available and are needed for destructive testing, the curator should aim at saving the specimen with the highest SHCI.
What are the 'Mona Lisas' (Bell, 2011), the 'icons' (Pekarik, 2002) of metacollecting? Take for example the “Mandible of a Horse Grown in a Treeroot” that survived from Ole Worm’s cabinet of curiosities to the present Zoological Museum of the University of Copenhagen (Dahlbom, 2009); although recognized for its historical value, its importance is lost out of the history-of-collecting context. Imagine having this collection-object displayed between a sculpture with chain-of-custody going back to Antiquity (Bonnaffé, 1867) and a 1477 chiselled piece of the Silver Table, believed to be the oldest surviving mineral specimen (Wilson, 1994). Have the fossils of Mary Anning, one of the greatest fossil collectors (Torrens, 1995), more value in a paleontological collection? or in a metacollection, next to meteorites found by Harvey Nininger (Nininger, 1972), and seaweeds found by Margaret Gatty (1809-1873; Gatty, 1872), two other leading figures in their own respective fields? Imagine another cabinet full of the recent collectibles that fetched record prices, such as Colonel Henderson’s Teddy Bear or an Amazing Spider-Man of White Mountain pedigree. With such a metacollection, a holistic approach to the history of collecting could finally emerge.
All the objects and documents pictured in this article are part of The Tricottet Collection. The name of the metacollection is in honour of my grandfather, Guy Tricottet, who showed me the way of the naturalist when I was just a kid, leading me to a life in the categorization and cataloguing of the world's contents.
Alberti S.J.M.M., 2005. Objects and the Museum. Isis, 96: 559-571. doi: 10.1086/498593
Alberti S.J.M.M., 2008. Constructing nature behind glass. Museum and Society, 6: 73-97.
Allen D.E., 1969. The Victorian Fern Craze. London, 83 p.
Allen D.E., 1990. Arcana ex multitudine: prosopography as a research technique. Archives of Natural History, 17: 349-359.
Allmon W.D., 1994. The Value of Natural History Collections. Curator, 37: 83-89.
Alvaro J.J. & Vizcaïno D., 2002. Controverses géologiques sur Cambro-Ordovicien de la Montagne Noire (France) à l’aube du XXe siècle: les contributions de Jean Miquel (1859-1940). Geodiversitas, 24: 725-752.
Anonymous, 1762. Catalogue des livres de la bibliothèque de feu Messire Germain-Louis Chauvelin, Minitre d’Etat, Commandeur des Ordres du Roi, et ancient Garde des Sceaux de France, dont la Vente commencera Jeudi, 1er Juillet 1762… Lottin A. & Musier, Paris, 280 p.
Audibert C., 2018. Histoires de collections : 1. La "Mouette de Rossitten". Colligo, 1: 29-33. https://perma.cc/5TWM-CRV8
Barker A.W., 2012. Provenience, Provenance, and Context(s), in Adler M.A. & Bruning S.B., eds. The Futures of Our Pasts, School for Advanced Research Press: 19-30.
Barrow M.V. Jr., 2000. The Specimen Dealer: Entrepreneurial Natural History in America’s Gilded Age. Journal of the History of Biology, 33: 493-534.
Basbanes N.A., 1995. A Gentle Madness: Bibliophiles, Bibliomanes, and the Eternal Passion for Books. Henry Holt and Company, 638 pp. Beisel D.R., 1984. Thoughts on the Cabbage Patch Kids. The Journal of Psychohistory, 12: 133.
Belk R.W., 1995. Collecting as luxury consumption: Effects on individuals and households. Journal of Economic Psychology, 16: 477-490.
Bell G., 2011. Out of a Closet: The Early Years of The Computer Museum. In Jones C.B. & Lloyd J.L., eds. Dependable and Historic Computing, Lecture Notes in Computer Science, 6875: 130-146.
Bonhams, 2007. Historic Meteorites and Related Americana. Bonhams, Sunday October 28, 2007, New York, 47 p.
Bonnaffé E., 1867. Les collectionneurs de l’ancienne Rome, notes d’un amateur. Aug. Aubry, Paris, 128 p.
Breure A., 2015. The malacological handwritings in the autograph collection of the Ph. Dautzenberg archives, Brussels. Folia conchyliologica, 33: 1-111.
Breure A.S.H. & Audibert C., 2017. ‘Mon cher Directeur’: an inventory of the correspondence addressed to Hippolyte Crosse during his years as director of the ‘Journal of conchyliologie’. Folia conchyliologica, 44: 3-108.
Brinkman P.D., 2018. The strongest kind of competition: expanding zoology at Chicago's Field Columbian Museum, 1894-1895. Colligo, 1: 41-56. https://perma.cc/B9BY-F9RC
Brizon C., 2018. De la collecte à l'usage: Les artefacts du cabinet de l'Académie de Lausanne au 18e siècle. Colligo, 1: 57-67. https://perma.cc/P5LG-KZS3
Bromley A., 1981. Collectorabilia Dr. Allan Bromley. COMDEC magazine, Oct. 81: 58-60.
Burton B.J. & Jacobsen J.P., 1999. Measuring Returns on Investments in Collectibles. The Journal of Economic Perspectives, 13: 193-212.
Chalk H.-L., 2012. Mobile Stones: The Uses and Meanings of Earth Science Teaching Specimens. Material Culture Review, 74-75: 149-160.
Chanel O., Gérard-Varet L.-A. & Ginsburgh V., 1996. The Relevance of Hedonic Price Indices, The Case of Paintings. Journal of Cultural Economics, 20: 1-24.
Christie’s, 1994. Teddy Bears. Christie’s South Kensington, Monday 5 December 1994 at 2:00 p.m., 69 p.
Dahlbom T.H., 2007. A mammoth history: the extraordinary journey of two thighbones. Endeavour, 31: 110-114. doi: 10.1016/j.endeavour.2007.08.001
Dahlbom T., 2009. Matter of Fact: Biographies of Zoological Specimens. Museum History Journal, 2: 51-72. doi: 10.1179/mhj.2009.2.1.51
Dance S.P., 1986. A history of shell collecting, 2nd ed., Leiden, 265 p.
Ebel D.S., 2006. History of the American Museum of Natural History meteorite collection. Geological Society, Special Publications, 256: 267-289. Doi: 10.1144/GSL.SP.2006.256.01.13
Eudel P., 1885. Collections et collectionneurs. G. Charpentier et Cie., Paris, 300 p.
Evans R.D., Hastings J.L. & Schumb W.C., 1939. Radioactive determination of protactinium in siliceous terrestrial and meteoritic material. Geological Series Field Museum of Natural History, 7: 71-78.
Farrington O.C., 1895. Handbook and Catalogue of the Meteorite Collection. Field Columbian Museum Geological Series, 1: 1-66. Farrington O.C., 1916. Catalogue of the Collections of Meteorites. Field Museum of Natural History Geological Series, 3: 231-312.
Ferry E.E., 2010. 'Ziegfeld Girld Coming Down A Runway' Exhibiting Mienrals at the Smithsonian. Journal of Material Culture, 15: 30-63.
Foote W., 1912. Meteorites, part I. Prices of individual specimens, part II. The Foote Collection, with synopsis of the Rose-Tschermak-Brezina classification. Philadelphia, 64 p.
Friedrich S., 1854-1855. Aus der Naturgeschichte der Kristalle. Abhandlungen, herausgegeben von der Senckenbergischen Naturforschenden Gesellschaft, 1: 268-306.
Gatty A., Mrs, 1872. British Sea-weeds: Drawn from Professor Harvey’s “Phycologia Britannica”. Bell and Daldy, 160 p.
Gersaint E.-F., 1736. Catalogue raisonné de coquilles et autres curiosités naturelles. Flahault & Prault, Paris, 167 p.
Kentmann J., 1565. Catalogvs Rerum fossilivm lo. Kentmani numerus folij pvncto praeeunte, faciem priorem indicat: sequente, posteriorem. In Gesner C., De Omni Rervm Fossilivm Genere, Gemmis, Lapidibvs, Metallis, Et Hvivsmodi: Libri Aliqvot, Pleriqve Nvnc Primvm Editi. Tiguri, Excudebat lacobus Gesnerus.
Groom Q.J., O’Reilly C.O. & Humphrey T., 2014. Herbarium specimens reveal the exchange network of British and Irish botanists, 1856-1932. New Journal of Botany, 4: 95-103, doi: 10.1179/2042349714Y.0000000041
Guernsey’s, 1987. Science-fiction, Fantasy, Horror, The World of Forrest J Ackerman at Auction. Guernsey’s, December 12-13, New York, 162 p.
Horback H. & Olsen E.J., 1965. Catalog of the collection of meteorites in Chicago Natural History Museum. Fieldiana: Geology, 15, 319 p.
Impey O. & Macgregor A., eds., 1985. The Origins of Museums, Oxford University Press, Oxford.
Katkar R. & Reiley D.H., 2006. Public versus Secret Reserve Prices in eBay Auctions: Results from a Pokémon Field Experiment. Advances in Economic Analysis & Policy, 6: 1-23.
Kingsbury A., 1966. Sir Arthur Russell. Mineralogical Magazine, 35: 673-677.
Kohlstedt S.G., 1980. Henry A. Ward: the merchant naturalist and American museum development. Journal of the Society for the Bibliography of Natural History, 9: 647-661.
Kopytoff I., 1986. The cultural biography of things: commoditization as process. In Appadurai A., ed. The social life of things, Cambridge University Press, chapter 2: 64-91.
Latour B., 1999. Pandora's Hope: Essays on the reality of science studies. Harvard University Press, Cambridge, 324 p.
Lepage Y., Buffetaut E. & Lepage G., 2018. The first photographs of a dinosaur excavation in Europe: Emile Savalle and the stegosaur from Octeville (Normandy, 1898). Colligo, 1: 35-40. https://perma.cc/EAH6-7STS
Long M.M. & Schiffman L.G., 1997. Swatch Fever: An Allegory for Understanding the Paradox of Collecting. Psychology & Marketing, 14: 495-509.
McCall G.J.H., Bowden A.J. & Howarth R.J., eds., 2006. The History of Meteoritics and Key Meteorite Collections: Fireballs, Falls and Finds. Geological Society Special Publications, 256.
McClellan A., 1996. Watteau’s Dealer: Gersaint and the Marketing of Art in Eighteenth-Century Paris. The Art Bulletin, 78: 439-453.
McIntosh W.D. & Schmeichel B., 2004. Collectors and Collecting: A Social Psychological Perspective. Leisure Sciences, 26: 85-97. doi: 10.1080/01490400490272639
Mignan A., 2016. Metacollecting and use of “collection-objects” in prosopographical studies of meteorite collections. Meteorites, 4: 11-22. doi: 10.5277/met160102
Mignan A. & Reed B., 2012. The Monnig Meteorite Collection Numbers Revisited. Meteorite, 18: 10-13.
Miquel J., 1932. Une visite à Barroubio, Note sur les Collections de Préhistoire et de Géologie. Excursion de Mai 1932. Self-published, 6 p.
Morris R.J. & Martin C.L., 2000. Beanie Babies: a case study in the engineering of a high-involvement/relationship-prone brand. Journal of Product & Brand Management, 9: 78-98. doi: 10.1108/10610420010322143
Nininger H.H., 1972. Find a falling star. Paul Eriksson, Inc., New York, 254 p.
Palicia D., 2002. Pac-Man*r Collectibles. Schiffer Publishing, Limited, 160 p. Pearce S.M., ed., 1994. Interpreting Objects and Collections. Routledge, London, 343 p.
Pearce S. & Martin P., eds., 2002. The Collector’s Voice: Critical Readings in the Practice of Collecting, Volume IV, Contemporary Voices. Ashgate Publishing.
Pekarik A., 2002. The Power of the Object. Curator, 45: 89-91. doi: 10.1111/j.2151-6952.2002.tb01183.x
Robertson A.F., 2004. Life Like Dolls, The Collector Doll Phenomenon and the Lives of the Women Who Love Them. Routledge, 283 p.
Saul J., 1969. Field Investigations at Lake Bosumtwi (Ghana) and in the Ivory Coast Tektite Strewnfield. National Geographic Society, Research Reports, 1964 Projects: 201-212.
Schulz E., 1990. Notes on the history of collecting and of museums. Journal of the History of Collections, 2: 205-218.
Scott E.R.R, Keil K., Smetana A.M. & Pun A., 1990. Fourth catalog of the meteorite collection of the Institute of Meteoritics, University of New Mexico. UNM Institute of Meteoritics Special Publication, 24.
Sotheby’s, 1991. Comic Books and Comic Art. Sotheby’s, New York, Wednesday, December 18, 1991.
Stanford University, 2001. Guide to the Stephen M. Cabrinety Collection in the History of Microcomputing, ca. 1975-1995. Department of Special Collections, Stanford University Libraries, 407 p.
Sydney Morning Herald, 1999. On the trailing edge. Sydney Morning Herald, April 3, 1999: 4-6.
Torrens H., 1995. Mary Anning (1799-1847) of Lyme; ‘the greatest fossilist the world ever knew’. British Journal for the History of Science, 28: 257-284.
Trapp K., 1987. Rookwood and the Japanese Mania in Cincinnati. Cincinnati Historical Society Bulletin, 39: 51-75.
Wachtler M., 2008. Kristallwanderungen, Wie die Menschen lernten, die Steine zu verstehen. Christian Weise Verlag, 207 p.
Ward H.A., 1892. The Ward Collection of Meteorites and Specimens for Sale. Ward’s Natural Science Establishment, Rochester.
Ward H.A., 1901. The Ward-Coonley Collection of Meteorites. Chicago.
Ward H.A., 1904. The Ward-Coonley Collection of Meteorites. Maesh, Atkins & Curtis, Chicago.
Waring P. & Waring P., 1980. In Praise of Teddy Bears, Pictorial Presentations. Souvenir Press, 128 p.
Watkins R., Sellen A. & Lindley S., 2015. Digital collections and digital collecting practices. CHI 2015, Digital Collections, Practice & Legacy. doi: 10.1145/2702123.2702380
Williams R.B., 1990. Who, what, where, when and why: the elements of history. Archives of Natural History, 17: 263-282.
Williams M.R., 2000. Allan Bromley. IEEE Annals of the History of Computing, 22: 3, doi: 10.1109/MAHC.2000.10007
Wilson W.E., 1994. The History of Mineral Collecting 1530-1799. The Mineralogical Record, 25, 264 p. Winston J.E., 2007. Archives of a small planet: The significance of museum collections and museum-based research in invertebrate taxonomy. Zootaxa, 1668: 47-54.
Wolf M.J.P., 2007. The Video Game Explosion. Greenwood Publishing Group, 400 p.
Wyse Jackson P.N., 1999. Geological Museums and their Collections: Rich Sources for Historians of Geology. Annals of Science, 56: 417-431.
Swiss Federal Institute of Technology, Zurich, ETHZ, Switzerland.
|Mignan A., 2018. Metacollecting or the process of collecting collections, with examples from The Tricottet Collection Colligo, 1(2).|