2. ON ISLAMIC TIME: RETHINKING CHRONOLOGY IN THE HISTORIOGRAPHY OF MUSLIM SOCIETIES

This article argues that the academic representation of Islamic history as a single timeline, which was established in the nineteenth century and continues to predominate to the present, is a primary issue restricting fruitful readings of Islamic historical materials. Utilizing insights in thinking about history that favor multiple temporalities, I suggest that scholars in Islamic studies can expand the possibilities of their work by paying attention to the diversity of ways in which time is conceptualized within original materials. As illustrations for the rethinking I advocate, I provide readings of the structures and literary affects of three Persian works in different genres, produced circa 1490–1540 ce . I suggest that a foundational reorientation in the field of Islamic historiography has the potential to help us break out of binds identified in the critique of orientalism provided by Edward Said and others and would lead to better ways to approach developments in Muslim societies.     

Spatio‐Temporal Modelling As A Way to Reconstruct Patterns of Past Human Activities

This paper examines the possibilities of creating quantified models of past human activities in both time and space. The study area lies in the south‐eastern Czech Republic and western Slovakia. The spatio‐temporal model of behavioural categories was calculated with the help of Monte Carlo simulations and statistical testing. One of the main advantages of our approach is that it admits the probabilistic nature of input data, quantifies them and provides probabilistic results comparable with other proxies. It also presents a less biased way of how archaeological data from regions and periods with low numbers of ¹⁴C datings can be incorporated into models of past population dynamics.     

Bayesian modelling of an absolute chronology for Egypt's 18th Dynasty by astrophysical and radiocarbon methods

Only a few astrophysical points and synchronisms listed in texts provide anchor points for the absolute chronology of Ancient Egypt. At first we will show how we can re-calculate some of these anchor points by using Sothic dating based on the arcus visionis method, and modelling lunar dates using a Bayesian approach. Then, we will discuss two radiocarbon studies carried out on short-lived Egyptian materials held at the Louvre Museum that could be attributed to particular reigns or other precise periods. Using a Bayesian approach, these dates were combined with the known order of succession and the lengths of reigns. Sothic and lunar dates were integrated as priors in the model. This approach has led to a new proposal for the absolute chronology of Egypt's 18th Dynasty.     

U-series dating of soda straw stalactites from excavated deposits: method development and application to Blanche Cave, Naracoorte, South Australia

This study aimed to further test the method, reported by St Pierre et al. (2009), to develop robust chronologies of deposits in limestone caves through U/Th (Uranium/Thorium or U-Series) dating of soda straw stalactites. The chronology of fossil bearing deposits at Blanche Cave was further constrained with thermal ionisation mass spectrometry (TIMS) U/Th dating of 17 additional soda straw stalactite samples, and results were compared to recalibrated ¹⁴C ages of charcoal. The results support the assertion that soda straw stalactites can provide ages close to the time of sediment deposition and may be used as reliable chronological markers, particularly for periods reaching or beyond the radiocarbon dating limit. The application of an enhanced cleaning technique facilitated the reduction of detrital Th in samples, significantly increasing age accuracy and precision. Additionally U/Th age accuracy and precision was increased through the application of site-specific measured U/Th ratios to correct for the detrital ²³⁰Th component in samples.     

Neolithic cultures of the Ukraine and adjacent areas and their chronology

Considerable progress has been made in the study of the Ukrainian Neolithic within the last 30–40 years. Some 500 settlements and more than 20 cemeteries are now known and show many features in common with Neolithic cultures elsewhere in Europe. The Ukrainian Neolithic can be divided into two distinct zones: the food producers (both agriculturalists and animal husbandmen) occupied the forest-steppe on the right of the Dnieper and in the western regions of the Ukraine; the hunter-gatherer-fishers occupied areas to the north and east. The early Neolithic lasted from the end of the eighth to the beginning of the sixth millennium B.P., and the food-producing economies seem to have spread from the south and west. The middle Neolithic lasted until the first quarter of the fifth millennium B.P. and overlapped in time with some of the Aeneolithic cultures. The Neo-Aeneolithic period includes only the last three-quarters of the fifth millennium B.P.     

Lithostratigraphy of Border Cave, KwaZulu, South Africa: a Middle Stone Age sequence beginning c. 195,000 b.p.

Border Cave is well-known for its Middle Stone Age (MSA) sequence and associated hominids, as well as for the earliest demonstrable Later Stone Age (LSA) (c. 38,000 b.p.) strata in southern Africa. Detailed lithostratigraphic and sedimentological study permits identification of 8 Pleistocene sedimentary cycles, including 6 major cold phases and 2 intervening weathering horizons. The 2 youngest cold phases are associated with the LSA and have 8 ¹⁴C dates 38,600-13,300 b.p. By gauging sedimentation rates in finer and coarser sediments, duration of sedimentary breaks, and allowing for differential compaction, the excellent radiocarbon framework provided by 28 available ¹⁴C dates can be extrapolated to the 6 cold intervals and 2 palaeosols that are older than 50,000 b.p. These clearly span oxygenisotope stages 4, 5 and 6, placing the base of the MSA deposits at c. 195,000 b.p., Homo sapiens sapiens at c. 90,000–115,000 b.p. and the sophisticated, microlithic “Howieson's Poort” industry at 95,000 b.p. These results require radical reassessment of the age and nature of the MSA complex and of the earliest evolution of anatomically-modern people.     

The late prehistory of xinjiang in relation to its neighbors

Recent research by Chinese archaeologists has identified many late prehistoric (2000-400 B.C.) oases, pastoral settlements, and cemeteries in eastern Central Asia (Xinjiang province of China). The synthesis presented here organizes the data into 10 archaeological cultures, defined on the basis of ceramics, burials, small finds, and architecture. The archaeological cultures reveal two periods, corresponding to the Bronze Age and the Iron Age. The oases cultures formed a core area before the Chinese Han period and maintained close contacts with nearby highland pastoralists in Siberia and western Central Asia. The evidence for interaction between Xinjiang and the complex cultures in China and western Central Asia is evaluated with regard to the origins of the early Xinjiang cultures.     

Valorising the Samad Late Iron Age

The Late Iron Age (LIA) in Central Oman is known from the eponymous site of Samad al‐Shān as well as al‐Moyassar (formerly al‐Maysar), which teams from Bochum and Heidelberg investigated from 1977 to 1996 in twelve campaigns. The chronology of this little known period has evoked much controversy but although this contribution contains critical comments, these regard mostly smaller issues or details and there is a general unspoken agreement about the basic chronological issues. The present study adds both new and old unpublished documentation to the discussion. What follows includes a re‐examination of the original documentation of M42 and M43 sites which confirms the excavators' chronology. New LIA sites are added. M. Mouton's attempted deconstruction of the existing chronology and his new combined definition of the PIR and Samad LIA assemblages rest on slight inconsistencies in the original al‐Moyassar site report of 1981. Despite the spotty nature of our sources, Oman's latest prehistoric facies shows a distinctive character separate from that known principally in the United Arab Emirates (UAE).     

Pre-Columbian Settlement Trajectories in Eastern Dominica: Report on Initial Radiocarbon Age Estimates

Radiocarbon age estimates from a micro-regional survey of Eastern Dominica provide a chronological framework for Ceramic Age (ca. 400 BC to AD 1492) settlements and population movements in relation to inter-island communities of the Windward Islands. This report covers the design of the survey, the recovery context of the radiocarbon samples, and the implications for the future of research involving Dominica. Although only a small number of radiocarbon age estimates are reported, these are among the first published from systematically excavated pre-Columbian contexts in Dominica.