Zooarchaeology and Changing Food Practices at Carrizales,Peru Following the Spanish Invasion

Through analysis of zooarchaeological remains from two occupations at the site of Carrizales, we examine how an indigenous Peruvian maritime community responded to imperial interventions in their daily lives in the late sixteenth century. Following their forced resettlement into a planned reducción village, and amidst demographic decline and tribute extraction, Carrizales’s residents significantly changed how they put food on the table, pursuing less time-intensive strategies of food collection and incorporating Eurasian animals into their diets. These results illustrate the dynamism of relations between imperial political economies and domestic life and the efficacy of indigenous survival strategies.     

Ethnoarchaeological analysis of Arctic fish processing: chemical characterization of soils on Nelson Island,Alaska

Activity area analysis of archaeological soils using multi-element characterizations can illuminate how subsistence operations are organized and how subsistence behavior has changed over time, and is increasingly common at archaeological sites. However, in many regions it is impossible to examine the elemental signatures in known anthropogenic soil samples in order to compare them with unknown archaeological samples. This ethnoarchaeological study examines the chemical composition of the soils at known fish processing areas in the contemporary community of Tununak on Nelson Island, western Alaska. Using a quadrupole inductively coupled plasma mass spectrometer (Q-ICP-MS), the concentrations of the following elements in the soil extract were recorded in parts per million (ppm): aluminum (Al), barium (Ba), calcium (Ca), iron (Fe), potassium (K), magnesium (Mg), manganese (Mn), sodium (Na), phosphorus (P), strontium (Sr), titanium (Ti), and zinc (Zn). Fish processing area features are elevated in various elements, including sodium, magnesium, phosphorus, potassium, and manganese, and Ba/Sr, Ba/Ca, and Sr/Ca are also useful in distinguishing between fish processing areas and offsite areas.     

‘Now’, ‘now’, ‘even now’: temporal deixis and the crisis of the present in some Northern Irish poems of the Troubles

The problem of how to describe and account for the present can be identified as a particular preoccupation of poets of the so-called Northern Irish renaissance. This article examines how the temporal deictic ‘now’ functions in some well-known poems by Seamus Heaney, Michael Longley and Derek Mahon. All three poets explore how to combine the plausibility of lyric derived from an individual consciousness with the authority of narrative derived from social interactions. This article will do three related things. First, it will argue that discussing ‘now’ as a temporal deictic enables us to appreciate the full ambiguity and complexity of some poems written at the height of the Northern Irish Troubles. Second, the article will argue that these poems reveal that ‘now’ actually functions in poetry more complexly than some theorists of deixis have allowed. Finally, the article will suggest newly fruitful ways of combining literary stylistics with more conventional close reading.     

Soil chemical signatures of a historic sod house: activity area analysis of an arctic semisubterranean structure on Nelson Island,Alaska

On Nelson Island in western Alaska, some Yup’ik inhabitants built and inhabited semisubterranean houses until the early 1960s. This affords a unique opportunity to examine known activity areas of ethnoarchaeological soils using multielement chemical characterization of soils. These data can then be compared to archaeological investigations, allowing a nuanced and sophisticated understanding of the activities performed in the past. Here, we present elemental concentration data from soil extracts, generated with a quadrupole inductively coupled plasma mass spectrometer, of the following elements in the soil extract recorded in parts per billion: sodium (Na), magnesium (Mg), aluminum (Al), phosphorus (P), potassium (K), calcium (Ca), titanium (Ti), chromium (Cr), manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), arsenic (As), strontium (Sr), barium (Ba), lead (Pb), and uranium (U). When compared to an offsite area, the sod house samples were enriched in phosphorus and magnesium, and specific areas within the sod house exhibited different signatures related to different activities, including the incorporation of wood ash and waste into the soil.     

A biometric technique for assessing prehistoric freshwater mussel population dynamics (family: Unionidae) in north Texas

Biometry is useful for a suite of analyses relevant to zooarchaeology, which include analysis of mortality profiles, taphonomy, paleoecology, among other purposes. Here, size-age prediction models are developed for 10 freshwater mussel species found in north Texas to develop a method for studying paleoenvironmental conditions. Shell length is often used to evaluate the structures of modern mussel populations, but its use on paleozoological specimens is not feasible because complete shells rarely preserve. Instead, pallial line-to-lateral teeth length (PLL) and pseudocardinal teeth-to-pallial line length (PSP) are evaluated as proxy measures for shell length. Linear regression models based on PLL and PSP using modern mussels demonstrate that they are accurate proxies of shell length for multiple species from a variety of habitats. In addition, ontogenetic-age structures for a modern sample and for two late Holocene assemblages from north Texas are developed using PLL and PSP. These techniques are useful tools for evaluating past ecological conditions of freshwater mussel populations when large samples are available for study, which expands analytical potential of zooarchaeological studies of prehistoric unionid remains.     

Kites — new discoveries and a new type

The stone structures known as kites and found widely in ‘Arabia’, are one of the more intriguing archaeological traces in what are often arid and bleak landscapes. They were first reported from the air in 1927, and by 1995 — largely through interpretation of old aerial photographs — c.500 had been identified. Now (2012), remote‐sensing techniques of various kinds have produced a huge increase, to over 3000. Recent work has also extended the geographical spread of kites in ‘Arabia’, from south‐eastern Turkey and north‐western Iraq to central Yemen. Much detailed work will be required to develop and refine a typology for kites as a whole and to digest and present data from remote sensing on which specialists may build interpretations and explanations. Current tabulation and mapping, however, already reveal patterns, and the discovery of an unusual form in the desert between Damascus and Palmyra in Syria deserves special attention.