Anthropology and the British Museum: A conversation with John Mack

John Mack is Keeper of Ethnography at the British Museum, and until recently was also Senior Keeper. He curated The Museum of the Mind: Art and Memory in World Cultures as part of the British Museum's 250th anniversary programme. Major changes have taken place at the museum, including the return of the Museum of Mankind to the British Museum's Bloomsbury site. This site will by next year also house the Anthropology Library, one of the largest anthropology libraries in the world, the holdings of which were greatly enhanced by the gift of the Royal Anthropological Institute (RAI) Library to the British Museum Ethnography Department Library in 1976. John Mack can be contacted at J.Mack@british-museum.ac.uk .     

Recent research into oldowan hominin activities at Kanjera South, Western Kenya

This paper presents the initial results of excavations at Kanjera South, located on the Homa Peninsula in Western Kenya. Since 1995, our exploration of this locality has yielded a combination of artefacts and well preserved faunal remains in a sedimentary context that also allows for environmental reconstruction. Here we examine the history of exploration of Kanjera and its significance in the development of palaeoanthropological research in East Africa. We also summarise our findings from the recently discovered Oldowan site. Taphonomic analyses suggest that the archaeological layers were formed at least partially by hominin activity. Artefacts made from a wide variety of raw materials are abundant, as are animal bones. Results of our first analyses confirm that Oldowan hominins had considerable behavioural flexibility and occupied a range of habitats.Cet article présente des résultats préliminaires de nos fouilles au site de Kanjera South, situé sur la péninsule de Homa au Kenya occidental. Depuis 1995 nos explorations à cette localité ont produit une combinaison des outils lithiques et des restes fossils dans un bon état de conservation venant d’un contexte sédimentaire qui permet également les reconstitutions paleoenvironnementaux. Ici nous examinons l’histoire de l’exploration de Kanjera et de son importance dans le développement de la recherche paleoanthropologique en Afrique de l’Est. Nous récapitulons également nos résultats du gisement récemment découvert d’Oldowan. L’étude taphonomique suggère que les couches archéologiques ont été formées au moins partiellement par l’activité des hominins. Les objets fabriqués faits à partir d’une grande variété de matières lithiques sont abondants, de même que les os animaux. Les résultats de nos premières analyses confirment que les hominins d’Oldowan ont eu une flexibilité de comportement considérable et ont occupé une gamme d’habitats différents.     

The Bricks and Mortar of Revolutionary Administration

This article investigates office space during the French Revolution.It argues that material conditions played an important rolein configuring the post-Revolutionary state and its relationshipto the ‘public sphere’. In the 1790s, ministry employeesmoved from Versailles to Paris, from serving individual aristocratsto serving the Nation, from a state of operative obscurity toone of contentious publicity. Although an ideal regulation ofspace in new unified ministry buildings would invite the publicin and make government transparent (preventing a return to theOld Regime), Ministers had to balance this imperative with practicaloperational and financial concerns. By the Empire, ministrieswere consciously constructing antechambers to keep petitionerswaiting. Meanwhile, employees also engineered their physicalenvironment to protect their jobs, constructing corridors andmakeshift walls. The disjuncture between the aims and the outcomesof 1790s administrative reform developed out of the physicalimpossibility of making ‘transparent’ bureaucracywork.     

Streptomycin, Schatz v. Waksman, and the balance of credit for discovery

A recent article in Nature, arguing that "the misallocation of credit is endemic in science," used Selman Waksman as an illustration, claiming that the true discoverer of streptomycin was one of his graduate students. The article received wide publicity and seriously damaged Waksman's great reputation. What actually happened was that the success of penicillin stimulated Merck to fund research by Waksman, a soil scientist, into the collection of actinomycetes that he had assembled over thirty years. He applied the systematic, uncreative testing techniques that had made the German pharmaceutical industry so successful to these, and streptomycin was discovered within a matter of months. Work in the Mayo Institute then showed that it was marvelously effective against tuberculosis, and Waksman received the Nobel Prize for it in 1952. The test that turned out to be the crucial one could have been carried out by any of several students, but the lucky one was Albert Schatz. He then sued the university for a share of the royalties payable by Merck and also petitioned the Nobel committee to include him in the award. Although he obtained a very substantial out-of-court settlement, this probably damaged his subsequent academic career, and he has never ceased to argue his case for recognition, of which the Nature article is a reflection. To claim that Waksman took credit properly due to Schatz is to fail to understand that once pharmaceutical research had become primarily a matter of large-scale, routine testing, little individual creativity was left in this work. Credit for any successful results must therefore be given to whoever is the originator or director of a particular program. Nature refused to publish evidence that this case could not be used as an example of misallocation of credit for discovery. This in itself illustrates that editors of scientific journals should be every bit as mindful of scientists' reputations as they are of scientific facts.     

Age‐related variation in isotopic indicators of diet at medieval Kulubnarti,Sudanese Nubia

This study compares trends in dietary composition in two large cemetery populations from the site of Kulubnarti (AD 550–800) in Sudanese Nubia. Bone collagen and bone apatite carbonate were analysed to characterise stable carbon, nitrogen and oxygen isotopes. Previous research on these cemeteries has suggested marked differences in nutritional status and health between the populations. Contrary to expectations, there were no significant relationships between any isotopic indicators related to sex or cemetery of burial, suggesting no isotopically‐measurable differences in diet. However, collagen δ¹³C and δ¹⁵N were significantly related to age, suggesting age‐related differences in protein intake or other factors. Weaning trends are gradual and variable, with the range in δ¹⁵N values exceeding 4‰ among infants/young children (0–3 yrs) and standard deviations exceeding 1‰ in collagen δ¹³C and δ¹⁵N for both infants/young children and subadults (4–17 yrs). This suggests varied weaning strategies among both populations and variable diets prior to adulthood. Also observed was a distinct range of isotopic carbon and nitrogen values among individuals classified as subadults (4–17 yrs), who are depleted in collagen δ¹³C and δ¹⁵N relative to adults. However, both infants/young children and subadults are slightly enriched in δ¹⁸O relative to adults, which suggests the presence of non‐local individuals or age‐related variation in water sources. While most isotopic studies of age‐related dietary trends have focused on reconstructing the weaning process, this study presents findings that indicate tripartite isotopic trends distinguishing infancy, subadulthood and adulthood as separate dietary categories. Broad similarities are evident between the results presented here and those from several earlier studies of smaller populations and to nutritional studies of modern communities. These findings suggest that further research into health disparities at Kulubnarti should focus on non‐dietary causal factors, and more generally, that greater attention should be paid to subadulthood in palaeodiet studies. Copyright © 2006 John Wiley & Sons, Ltd.     

Insights into immigration and social class at Machu Picchu,Peru based on oxygen,strontium, and lead isotopic analysis

The Inca Empire (AD 1438–1532) made common practice of relocating individuals, households and entire communities throughout their expansive realm for different reasons depending on subjects' assigned social class. Reconstructing patterns of immigration at Inca-period sites could therefore permit some estimation of the social class(es) among their constituents, and thereby provide insights into the functional dynamics of Inca political economy. However, this is a difficult endeavor using only archaeological lines of evidence. This study presents oxygen, strontium and lead isotopic results from the well-preserved, well-contextualized skeletal population (N = 74) from the Inca site of Machu Picchu, Peru. Isotopic data are used to reconstruct patterns of immigration at the site, which are in turn used to directly estimate the social class of the population. The resulting isotopic data are widely distributed with no apparent modality, matching the expected distribution of a particular class of nonelite retainers. A novel application of multivariate statistics coupled with geological and faunal isotopic reference data also permits tentative estimation of individuals' regions of origin. This study provides empirical and analytical frameworks for future research in reconstructing residential movement and class dynamics in the late prehistoric Andes.