‘Uproot and destroy,build and plant’: legatine authority under Pope Gregory VII

Confronted with the need for scholarly criteria in properly defining the ad hoc papal institution existent under Pope Gregory VII (1073–85), this paper seeks to clarify the title, office, and jurisdiction of the eleventh-century reforming legate. Discussing the Roman origins of this office through to the twelfth century – taking into account the political, ecclesiastical and legal constraints of the period – questions are raised concerning the extent and nature of legatine authority (especially as the reformers understood it). Contemporary criteria are unclear, but modern scholars can infer some regularities from Gregory VII's Register and other contemporary sources as to how this office operated in the last quarter of the eleventh century, and ultimately, to understand more clearly how reform was being implemented in the provinces.     

Environmental impacts around the time of Norse landnám in the Qorlortoq valley,Eastern Settlement,Greenland

Palynology, radiocarbon dating, and open-section stratigraphies from archaeological trenches are used to examine the impact of human activity around the time of Norse landnám on vegetation and landscape associated with a small farm (Ø34) in the Qorlortoq valley, Eastern Settlement, Greenland (61° N 45° W). Peat deposits from a mire abutting the Norse ruins revealed a discontinuous palaeoenvironmental record containing a possible hiatus from ca. AD 410–1020. Palaeovegetational data were recovered either side of this period. Pollen assemblages suggest that open Salix scrub dominated the landscape during the pre-settlement phase. The later phases of landnám resulted in the creation of hay fields and heavily-grazed grassy heath. Site abandonment is reflected by a re-expansion of Salix. This occurs shortly before the onset of deposition of a Sphagnum peat, dated to cal AD 1420–1630 (2σ) and reflecting an increase in mire surface wetness, probably in response to a deteriorating climate. Radiocarbon dates were obtained on peat and plant macrofossils sampled from either side of the proposed hiatus at two different but closely-spaced (<20 m) locations across the mire. These produced significantly different dates for the cessation of peat formation in the pre-landnám period (cal BC 2130–1770 and cal AD 240–410 respectively), but near-synchronous dates for the recommencement of peat growth (cal AD 890–1150 for peat and a probably more reliable interval of cal AD 1020–1190 based on plant macrofossils). It is suggested that this hiatus may represent the first direct evidence for peat cutting in Norse Greenland.     

Memorializing Race in the Deep South: The 'Good Darkie' Statue,Louisiana, USA

Abstract

The period between World War I and World War II saw the development of several memorials commemorating African Americans in the Southern USA. The 'Good Darkie' is unique amongst these in being a life-size bronze statue. It was erected in Natchitoches, northwestern Louisiana in 1927, where it remained in a prominent position in the centre of the town until it was taken down in 1969, ending up in the Louisiana State University Rural Life Museum where it is displayed as the statue of 'Uncle Jack'. The various meanings and values given to the statue over the last 80 years, from acceptable paternalism to its politicization in the 1960s, to the criticism currently levelled at its use make this an important case study in public commemoration. This paper explores the various meanings given to the statue by different social groups, which reveal how the concept of race, and solutions to the 'race problem' of the Southern USA have evolved over time.     

Geoarchaeological insights from a Roman age incineration feature (ustrinum) at Enconsta de Sant'Ana (Lisbon,Portugal)

Ustrina are incineration funerary structures that are relatively common in Roman age cemeteries. Salvage excavations at Encosta de Sant'Ana (Lisbon, Portugal) in 2002 brought to light a part of the necropolis of the Roman town of Olisipo, including some ustrina. One of them, designated Burial 1 during fieldwork, is analyzed here from a geoarchaeological viewpoint to understand the formation processes of such an archaeological feature, namely its construction technique, use and function. The study of site context and subsurface pedofeatures, and the application of archaeological soil micromorphology, revealed that the ustrinum was constructed digging a hollow in bedrock and building a mud-brick ridge around it, with raw material taken from the local bedrock. The structure was used at various times and remodelled at least once, and its base was not always thoroughly cleaned – according to the custom called “pars pro toto” by Roman authors – and probably left open when not in use.     

Pollen analysis of a soil sample associated with a Greek cult statue as a guide to provenance

A Classical Greek cult statue of a Goddess, “Aphrodite”, currently on display in the J. Paul Getty Museum has recently been reclaimed by the Italian government. The statue is thought to have been sculpted between 425 and 400 B.C. in southern Italy or Sicily, but its provenance is obscure. Soil incorporated into the true right arm socket of the acrolithic statue at the time of burial was pollen analyzed to provide information on its geographic origin. Since palynomorphs are often not well preserved in soils, a preliminary study was undertaken to investigate preservation and abundance of palynomorphs to determine the potential benefits of undertaking further analyses. Although concentration was low, the soil contained sufficient pollen and spores to determine the environment in the vicinity of the burial site of the statue. The landscape had been cleared of natural arboreal vegetation and intensively cultivated. Juglans regia and cereals were cultivated, and pastoralism may have been practiced. A specific geographic location could not be inferred without comparative soil analyses.     

Using the concept of genre de vie: French geographers and colonial Algeria, c.1880-1949

By the mid-twentieth century, French geographers had produced substantial works of research aiming to classify genres de vie. They had broken with the idea that nomadic and sedentary genres de vie were the successive stages of a universal history of human societies, and argued instead that they were the result of human adaptations to specific natural environments. Within this new conceptual framework, nomadism was thus understood as a form of highly evolved genre de vie responding to the particular characteristics of the steppe. But if pastoral nomadism was the best possible adaptation to the dry steppe zone, on what natural basis could the extension of European sedentary agriculture be justified? Scientific answers to this question were of strategic importance in Algeria which was the most important colony of settlement in the French empire and in fact often considered as a part of France. Through the analysis of a corpus of works published by institutionally recognized geographers concerning Algeria and Algeria’s indigenous genres de vie (including doctoral theses, articles in the Annales de Géographie and literary reviews), the paper attempts to show how the concept of the ‘adaptation of mankind’ to the natural environment, when applied to Algeria, generated a series of intractable divides and deep contradictions. This in turn requires us to reconsider the idea that in French geography, the neo-Lamarckian concept of natural determinism systematically supported a distinction between so-called ‘European’ and ‘Native’ populations. By examining precisely the scientific usages of the concept of genre de vie in the colonial and imperial situation, the paper will attempt to reveal how the academic debates of the time were shaped by competing views of the civilizing mission of French colonialism in Algeria.     

Middle Stone Age pièces esquillées from Sibudu Cave,South Africa: an initial micro-residue study

In this paper I present the results of a micro-residue study conducted on ten pièces esquillées (scaled pieces) from Sibudu Cave, South Africa. These artefacts are associated with the Howiesons Poort Industry (∼61.7 and ∼64.7 ka years ago at Sibudu), representing part of the later phase of the Middle Stone Age. Until now, it was unclear on what these pieces were used, and whether they were functional. Previous experimental use-wear work tentatively pointed towards bone processing. However, replication work on stone tool production technology suggests that pièces esquillées are merely the by/end-product of bipolar knapping. I used residue analysis on the Sibudu artefacts because this alternative method has the potential to identify if they were used, and if so, illuminate the specific materials the pieces were used on. Although the sample is small, all the pièces esquillées reveal a clear animal processing signal. There are some bone deposits on the utilised edges that may substantiate bone processing, or perhaps a bone hammer was used with them, but additional study, including Later Stone Age artefacts, is needed to assess the feasibility of these observations. It remains possible that the artefacts are core reduced pieces that were subsequently used as tools or simply knapped with a bone hammer.     

First dendroarchaeological dates of prehistoric contexts in South America: chullpas in the Central Andes

Despite the existence of long-lived tree species with excellent tree-ring characteristics, the use of dendrochronological techniques for dating archaeological contexts has been very limited in South America. Recent research in the Bolivian Altiplano of the Central Andes has yielded a network of Polylepis tarapacana chronologies that goes back to the 13th century. This species was regularly used by local populations since pre-Columbian times as raw material for beams, lintels, hooks and other architectural features in houses, storage chambers, and sepulchers. The aim of this study is to argue in favor of the potential of P. tarapacana for providing high resolution dates of significant archaeological events during the pre-Columbian era. The chronology of chullpas (burial towers and storage chambers) in the southern Andean Altiplano is used as a case study. Growth rings from P. tarapacana have provided several centennial-length dendrochronological records including a reference regional chronology covering the last 786 years in the Central Andean highlands. Based on this long reference chronology calendar years were assigned to woody pieces from pre-Hispanic chullpas. Dendroarchaeological results are consistent with contextual evidence and most radiocarbon dates from woody samples and related archaeological items. Our results indicate that P. tarapacana has a high potential for providing annually-resolved tree-ring dates for archaeological contexts in the Altiplano since the early 13th century.     

‘Everything is made of atoms’: the reprogramming of space and time in post-war London

From the middle of the Second World War until the early 1950s, architects, planners and designers in Britain made an unprecedented investment in reforming the built environment as a means to ensure a stable and secure post-war society. This essay considers the importance of movement, trajectory and repetition within this reconstruction vision and how the organisation of these things provided a basis for imagining a new form of consensual urban community. The essay begins by exploring how the County of London Plan (Abercrombie and Forshaw, 1943) and the Greater London Plan (Abercrombie, 1945) articulated a set of spatio-temporal logics, based on the prescribed trajectory of the individual embedded within a programme of quotidian repetitions. These logics suggested that urban space could be built to foreclose the possibility of historical conflict. The essay then explores the material design of two post-war exhibitions, Britain Can Make It (1946) and the Festival of Britain's South Bank Exhibition (1951), which offered visitors an experiential taster of what these new urban choreographies would feel like. To end, the essay explores the recurrent figure of the atom within post-war public pedagogy. Within this briefly ubiquitous mechanistic image lay an unacknowledged assurance about how hierarchical structures of movement and repetition sustained the material world, just as these things were being invoked to secure London's position across a range of scales from the local urban neighbourhood to the post-war Commonwealth.     

COUNTRY HOUSE POEMS: THE POLITICS OF A GENRE

Abstract

The St. Louis Art Museum’s statue of Reclining Pan proved inspirational to many artists of the seventeenth century, none more so than Giovanni Benedetto Castiglione. The artist reproduced the statue in many of his works, making it a symbol of his invenzione. Previously, the few reproductions known of the statue have given the impression that Baroque audiences considered it antiquwct 2 e, and of less interest than other antiquities. This article corrects that assumption by examining Castiglione’s, as well as Peter Paul Rubens’, Joachim von Sandrart’s, Nicolas Poussin’s, and Salvator Rosa’s uses of the statue. The artists used the Pan as both figural exemplar and symbol for pastoral themes. These artistic responses are here set alongside new information concerning the Pan’s seventeenth-century provenance, display, and attribution to Bernini, to reveal the Reclining Pan as a primary catalyst for the period’s extensive Arcadian and bacchanalian imagery while simultaneously representing lessons of the classical style.     

Investigating archaeological site formation processes on the battleship USS Arizona using finite element analysis

Scientists from the National Institute of Standards and Technology (NIST) worked in a collaborative partnership with archaeologists from the National Park Service's (NPS) Submerged Resources Center (SRC) to develop a finite element model (FEM) of the battleship USS Arizona. An FEM is a computer-based engineering model that calculates theoretical stresses, propagation of force, and shape changes to a structure under loads using thousands or even millions of individual elements whose individual responses are well understood. NIST researchers created an FEM of an 80 ft. (25 m) midships section of the Arizona site to analyze archaeological site formation processes on the sunken battleship, in particular to determine the current condition of the wreck and predict its future strength and structural integrity as it continues to corrode. The NIST's FEM study is one aspect of a larger project under the direction of the NPS, the USS Arizona Preservation Project, whose goal is to determine the nature and rate of corrosion affecting USS Arizona, and to model its long-term structural deterioration. The FEM incorporates findings from other key components of the USS Arizona Preservation Project, such as steel hull corrosion rates, structural surveys of the vessel, sediment compaction studies, and analysis of the concretion that covers the ship's hull, into a single tool that is being used to predict how the wreck will degrade in the future.     

Stable isotope analysis of dog,fox, and human diets at a Late Holocene Chumash village (CA-SRI-2) on Santa Rosa Island,California

Stable carbon (δ¹³C) and nitrogen (δ¹⁵N) isotope analyses of dog (Canis familiaris), island fox (Urocyon littoralis), and human bone collagen from CA-SRI-2 (AD 130–1830) on Santa Rosa Island, California provide a proxy of diet and the relationships between humans and these animals. Carbon isotopic signatures indicate that Native Americans and their dogs at CA-SRI-2 subsisted almost exclusively on marine resources, while the island fox ate primarily terrestrial foods. Nitrogen isotopes and archaeofaunal remains indicate that humans and dogs also ate higher trophic level foods, including finfishes, marine mammals, and seabirds with smaller amounts of shellfish. The CA-SRI-2 island foxes appear to have eaten higher amounts of terrestrial foods, similar to the diets observed in modern fox populations. These data generally confirm the commensal relationship assumed to exist between domesticated dogs and people, but the carbon isotopic composition of dogs is enriched ∼2‰ compared to humans. We hypothesize that the difference in carbon isotopes between dogs and humans may have resulted from a higher consumption of C3 plants with lower δ¹³C values by humans, or less likely from the ingestion by dogs of significant amounts of bone collagen, which is enriched by ∼4‰ over associated muscle.     

Chemical analysis of 17th century Millefiori glasses excavated in the Monastery of Sta. Clara-a-Velha,Portugal: comparison with Venetian and façon-de-Venise production

A set of ten Millefiori glass fragments dating from the 17th century, originated from archaeological excavations carried out at the Monastery of Sta. Clara-a-Velha (Coimbra, Portugal), were characterized by X-ray electron probe microanalysis (EPMA), Raman microscopy and UV–Visible absorption spectroscopy. All glasses are of soda-lime-silica type. The use of coastal plant ash is suggested by the relatively high content of MgO, K₂O and P₂O₅, as well as by the presence of chlorine. Tin oxide or calcium antimonate were the opacifiers used in the opaque glasses, cobalt in the blue glasses, copper in the turquoise glasses, iron in the yellow and greenish glasses, and iron and copper were found in the opaque red and aventurine glasses. Based on the concentrations of alumina and silica four different sources of silica were identified, allowing the classification of the glasses into the following compositional groups: low alumina (<2 wt%), which includes a sub-group of cristallo samples with SiO₂ > 70 wt%, medium alumina (2–3 wt%), high alumina (3–6 wt%) and very high alumina (>6 wt%). Comparison with genuine Venetian and façon-de-Venise compositions showed that two fragments are of Venetian production, one of Venetian or Spanish production and the remaining are of unknown provenance. In two fragments the glass of the decoration is probably Venetian or Spanish but the glass used in the body is also of unknown provenance.     

Irrigated taro (Colocasia esculenta) farming in North Kohala,Hawai‘i: sedimentology and soil nutrient analyses

How did traditional farming transform the natural environment in the Hawaiian Islands? This question is one that has largely been addressed for rainfed farming of crops like sweet potato (Ipomoea batatas), but evidence is lacking for irrigated farming of the critical staple crop taro (Colocasia esculenta). We describe the results of soil nutrient and sedimentological analyses of deeply-stratified pondfield deposits representing a 600-year-long record of irrigated taro farming in the North Kohala District, Hawai‘i Island. Soil is categorized by particle size to determine modes of transport and deposition, and concurrent soil nutrient analyses were conducted to infer shifts in the source of sediments and changes associated with taro harvesting. The advent of farming is clearly detectable in sedimentology, the presence of charcoal found within sediments, and soil chemistry. However, diminished nutrient concentrations can be attributed largely to deposition of a mixture of upstream sediments. Overall, there is no clear evidence for nutrient draw-down by taro harvesting, but we cannot yet rule it out as a factor. This study demonstrates the inherent difficulty of correlating changes in soil nutrients evident in irrigated pondfields with the long term history of soil nutrient cycling.     

A short note on the archaeometric study of two sculptures in the <Emphasis Type="Italic">Gabinetto Segreto</Emphasis> of Naples National Archeological Museum: the ‘Pan and the She-Goat’ group and the ‘Bikini Venus’

Presented here are the results of an archeological and archaeometric study of two famous marble sculptures displayed in the Gabinetto Segreto of the National Archeological Museum of Naples: the “Pan and She-Goat” group from the Villa of the Papyri at Herculaneum and the statue of the “Bikini Venus” leaning on a statuette of Priapus from the House of Julia Felix in Pompeii. This study offers some art historical observations about the sculptures and the first minero-petrographic (polarizing microscopy on thin section and x-ray diffraction on powders) and isotopic (C and O stable isotope ratio) investigation of their marble types. The results indicate that the “Pan and She-Goat” group employed the statuary white Carrara variety, while the Parian lychnites was used for the “Bikini Venus”. Analyses proved also that the red finishing layer present on the latter statue is composed by sandyx.     

Genetic characterization of an archaeological sheep assemblage from South Africa’s Western Cape

The Neolithic Revolution, constituting a shift from food acquisition to food production, came to Africa as it did to most of the rest of the world: through processes of transmission rather than through de novo innovation. In contrast with other regions the pastoral management of cattle, sheep and goats was widespread in Africa thousands of years before settled agricultural communities or the use of domesticated plants were in evidence ( 46, 35 and 10). We report here the discovery of haplogroup B in the first genetic analysis of an African archaeological sheep assemblage.     

Pollen-wood analysis at the Neapolis harbour site (1st–3rd century AD,southern Italy) and its archaeobotanical implications

Three Roman shipwrecks (Napoli A and Napoli C – 1st cent. AD; Napoli B – 2nd century AD) were recovered in the sandy-silt sediments representing the infilling of a protected inlet of Neapolis harbour (Naples, southern Italy). Extensive wood analysis suggests that a very attentive selection of species was made in shipbuilding, the choice of timber being related to wood technological properties and to the structural uses of the construction elements. Pollen data obtained from the coeval sedimentary layers revealed that all the timber taxa (apart from Picea/Larix) were present in the surroundings of the study area. The identified forest taxa are very common in the Mediterranean basin and thus the pollen-wood comparison was not able to define the location of the shipyards. Broad comparison with western Mediterranean wrecks evidenced the peculiarity of the Neapolis ships where the systematic use of both Juglans regia and Cupressus sempervirens was highlighted. Archaeological, biogeographical and archaeobotanical considerations suggest the local provenance of the ship C and constrain the possible origin area of both the ship Napoli A and Napoli B to central-southern Tyrrhenian coasts.     

Plant microfossil analysis reveals disturbed forest and a mixed-crop,dryland production system at Te Niu,Easter Island

Plant microfossil analysis was carried out on 12 soil samples from a variety of landscape features at three locations (100–250 m a.s.l.) along a 950 m transect at Te Niu, Easter Island. Pollen and phytolith assemblages were dominated by palms and ground ferns, and suggested disturbed forest. We identified pollen of bottle gourd (Lagenaria siceraria) and starch grains of the common yam (Dioscorea alata), sweet potato (Ipomoea batatas) and taro (Colocasia esculenta). The data suggest a mixed-crop, dryland production system at Te Niu dominated by yam and sweet potato, and supplemented by taro and bottle gourd. The data provide direct evidence of crop type and range, supporting the indirect evidence (topographic and landscape features, field and historical research, comparisons with elsewhere in the Pacific) that much of the rock covered landscape of Easter Island was used for intensive horticulture.     

Ancient DNA analysis on Clonorchis sinensis eggs remained in samples from medieval Korean mummy

In the present study, Clonorchis sinensis (C. sinensis) ancient DNA (aDNA) was successfully extracted from human remains discovered in a tomb dating to the medieval Joseon dynasty of Korea. The presence of C. sinensis eggs was confirmed by microscopic observation, after which a PCR-based aDNA analysis was performed using primer sets designed for the amplification of nuclear ribosomal internal transcribed spacer 1 (ITS1), 2 (ITS2) and mitochondrial cytochrome c oxidase 1 (CO1) genes. The sequences obtained were 100% homologous to some contemporary C. sinensis gene sequences reported from Korea and other East Asian countries. We believe that the results of our analysis expand the temporal and geographical scopes of research on the history of C. sinensis infection in different human populations.     

Short-chain n-alkanes (C16–20) in ancient soil are useful molecular markers for prehistoric biomass burning

The incorporation of plant biomass into soil usually leads to long-chain n-alkanes with a relative predominance of odd carbon numbered homologues. Contrastingly, an increase in short-chain even carbon numbered n-alkanes was found in charred biomass with progressing temperatures. We applied lipid analysis to buried ancient topsoils that contained charred organic matter and to corresponding control soils, which were characterized by a lighter color and lower contents of charred materials. Commonly, the proportion of lipid extracts was found to be lower in the ancient soil than in the control samples, which indicated an enhanced degradation of organic matter, e.g., by thermal degradation. All samples displayed a particular pattern of short-chain and even carbon numbered n-alkanes (maximum at n-C₁₆ or n-C₁₈). The ratios CPI (carbon preference index) and ACL (average chain length) for the investigated soil samples matched the ratios found for maize and rye straw charred at 400 °C or 500 °C, respectively. These molecular ratios indicate the presence of charred biomass. The predominance of short-chain and even carbon numbered n-alkanes was a result of thermal degradation of biomass. The degradation products were preserved in ancient soils and could be applied as molecular markers in archaeological or palaeoenvironmental research.