The city of al-Raqqa in north central Syria rivalled early Baghdad in scale, and was briefly during the ‘Abbasid caliphate the imperial capital of an empire stretching from North Africa to Central Asia. Now largely levelled the multifaceted Islamic cityscape is revealed by aerial and satellite imagery. It is at this site that the evidence of innovative Islamic industries has been revealed by excavations undertaken by the Raqqa Ancient Industry project since 1994. Here they discuss the production models for glass and ceramics in their socio-economic contexts.

A study of warfare in late medieval Merv, pivotal city on the silk route.

Stable isotopes in teeth are providing important correlations between ancient people and the geographical location of their childhood homes. In an exciting new application, the authors measured the varying signatures of strontium, oxygen and carbon isotopes in the teeth of a sequence of people buried in Thailand during the period of the introduction and intensification of agriculture. Preliminary results point to the arrival of immigrant men, followed by a change in the relationship between the sexes: the women grow up on local food, the men have access to more widespread resources. This perhaps implies a matrilocal system, where forager men raised elsewhere marry into farming communities. It provides a likely antithesis to the social consequences of introducing agriculture into central Europe.

The ‘desert castles’ are intriguing fortresses of early Islam. Here the author shows how the fort became a town, using new research from a key site in Syria.

The early mosque at Jarash is reconstructed by archaeological excavation and survey and attributed to a wave of urban renewal in the reign of caliph Hisham (AD 724-743).

In this exercise in early modern Islamic archaeology, the authors make an intriguing link between pearl fishing and the wind-towers which provided air-conditioning to the luxury apartments of the successful merchants.

Although the origins of domestic animals have been well-documented, it is unclear when livestock were first exploited for secondary products, such as milk. The analysis of remnant fats preserved in ceramic vessels from two agricultural sites in central and eastern Europe dating to the Early Neolithic (5900-5500 cal BC) are best explained by the presence of milk residues. On this basis, the authors suggest that dairying featured in early European farming economies. The evidence is evaluated in the light of analysis of faunal remains from this region to determine the scale of dairying. It is suggested that dairying—perhaps of sheep or goats—was initially practised on a small scale and was part of a broad mixed economy.

The archaeological definition of a plague should be possible from skeletal populations, because the age profile of a population afflicted by a catastrophe will be different to that of a community exposed to a more normal mortality. The authors show how this can be done using a Bayesian statistical analysis.

By extracting residues from pottery sherds the authors show that it is possible to say whether they had contained dairy or carcass fat residues. Correlation with faunal assemblages showed a good match between the incidence of dairy fat in pottery which implied a strong dairy fraction in the diet and a milking herd implied by the animal bones. They also show that dairy fat was more likely to be found in the smaller pots while carcass fats occurred in the larger ones. The method has demonstrated dairying in England from the fifth millennium BC, and offers a novel way of studying economies with pottery but few animal bones.

Using plasma chemistry, carbon was extracted from charcoal paint samples collected from megalithic monuments in north-west Iberia. Nine accelerator mass spectrometric radiocarbon dates on these paints establish their age to be within 1000 14C years of each other, centred at approximately 5000 BP. These radiocarbon ages for megalithic paintings fall within the proposed time period for north-west Iberian megalithic culture. Multiple layers of paint on some stones show that more than one painting episode occurred.

High resolution satellite photographs offer a new picture of the tracks along which the Easter Island giant statues were hauled from the central quarry to the exhibition sites. The survey traced 32 km of seven major roads, confirmed by features on the ground, where their current condition gives reasons for concern. The authors suggest that the radial pattern implies social division into small groups.

Lidar (Light Detection and Ranging), which has recently come into use for airborne environmental monitoring, is now beginning to find success in archaeological survey. Liaison between the Environment Agency and English Heritage has led to a lidar survey of the Stonehenge landscape, where new sites have been discovered, known ones extended and its potential as an important new tool for the management of archaeological landscapes is discussed for the first time. Lidar has the potential to radically transform our future understanding and management of the historic environment. The article by Devereux et al. (pages 648-660 of this volume) shows the technique applied to woodland.

The Nasca lines are geoglyphs – arrays of stones forming geometric shapes constructed by ancient humans, the largest ones occupying areas of more than 1km2. The authors used optically stimulated luminescence dating of quartz buried when the stone lines were constructed to give new dates for contexts associated with geoglyphs on high mesetas near Palpa. They conclude that the stone lines at sites at San Ignacio and Sacramento were constructed between AD 400 and 650. This suggests that they were made in the later part of the Early Intermediate Period by people of the Nasca culture.

The development of lidar opens a new era in archaeological survey. Working with Forest Research, staff of the Unit for Landscape Modelling here explain the technique, and demonstrate its application to woodland, showing how it can be used to see through the trees. The article by Bewley et al. (pages 636-647 of this volume) shows the technique applied to the Stonehenge landscape.

A new survey and spatial analysis enables the author to argue that inland examples of Easter Island’s famous stone statues were not in transport to the coast but mark out ancient territories proposed by ethnologist Katherine Routledge in 1919.

Pottery of the Rouletted ware family belongs to India’s Early Historic period (c. 500 BC to c. AD 200) and has been found as far east as Bali in Indonesia and as far west as Berenike in Egypt. Although they appear similar to Mediterranean products, scientific tests by the authors show that Rouletted ware Arikamedu Type 10 and Sri Lankan Grey ware had a common geological origin in India. Since Grey ware at least pre-dates the arrival of Roman pottery in India, all these related wares were probably the products of indigenous communities.

The authors describe rock art dating research in Australia using the oxalate method. While the array of dates obtained (which range from c. 1200 to c. 25 000 BP) show a satisfactory correlation with other archaeological data, there are mismatches which suggest that some motifs were often imitated by later artists, and/or that the mineral accretions continued to form periodically, perhaps continuously, as a regional phenomenon over a long period of time.

How has Turkey used archaeology to define itself and address political goals? How have these goals clashed with western Europeans in pursuit of the Hittites and ancient Greeks? The author analyses the context of her own work in the Black Sea coastal area of Turkey, and deconstructs its ethnic influences in the context of modern archaeology.

Aerial survey in a country with restricted overflying can be frustrating. Armenian and British archaeologists solved the problem by acquiring a two-person paramotor and photographing with a digital camera at 300m. Here are some of the first aerial pictures of the rich tapestry of Armenia’s archaeology.

Andrew Fleming takes phenomenology by the horns.