The discovery of the Iceman in 1991 led to considerable speculation about the reason for his presence at such a remote location in the high Alps. One theory suggested that he was engaged in transhumant pastoralism when he met his death. Recent archaeological and palynological studies, however, have found no evidence of pastoral activities in this region during the Chalcolithic period. Regular exploitation of this upland landscape appears to have begun no earlier than the Middle Bronze Age. The theory that the Iceman was a high-altitude herdsman therefore appears to be untenable.

The discovery of a Neolithic quarry and production site for basanite bifacial tools at Giv‘at Kipod in Israel has provided new insights into these socially significant artefacts. Geochemical analysis of material from the quarry distinguishes it from other basaltic rock sources in Israel, allowing stone tools from a variety of sites and dated contexts to be assigned a provenance. Results suggest that Giv‘at Kipod was an important production centre for over several millennia. It operated primarily on a local, regional level and independently of the parallel manufacture-and-distribution mechanisms of flint bifacials. While flint tools developed in response to the practical requirements of the transition to agriculture in the region, ground-stone bifacials appear to have been a product of economic changes and evolving social structures.

The interment of bodies in ceramic vessels, or ‘pot burial’, was a widespread practice across the ancient world. Commonly associated with poverty, and with child and infant burials, the reuse of domestic vessels for burial has been taken to indicate that low value was assigned to the containers and their contents. New analysis urges a more holistic and culturally situated understanding. Contradictory evidence reveals that this burial practice was also used for adults and is represented in high-status tombs. Far from being recycled ‘rubbish’, the ceramic containers may have reflected symbolic associations between pots, wombs and eggs, facilitating rebirth and transition into the afterlife.

For the past 15 years, a succession of stable isotope studies have documented the abrupt dietary transition from the Mesolithic to the Neolithic in Western and Northern Europe. Portugal, with its Late Mesolithic shell middens and burials apparently coexisting with the earliest Neolithic, further illustrates the nature of that transition. Individuals from Neolithic contexts there had significantly different diets to their Mesolithic counterparts. No evidence was found for a transitional phase between the marine-oriented Mesolithic subsistence regimes and the domesticated, terrestrial Neolithic diet. Two later Neolithic individuals, however, showed evidence for partial reliance on marine or aquatic foods. This raises questions about the possible persistence of marine dietary regimes beyond the Mesolithic period. This article is followed by a brief note by Mary Jackes and David Lubell.

The first direct absolute dates for the exploitation of several summer crops by Indus populations are presented here. These include rice, millets and three tropical pulse species at two settlements in the hinterland of the urban site of Rakhigarhi. The dates confirm the role of native summer domesticates in the rise of Indus cities. They demonstrate that, from their earliest phases, a range of crops and variable strategies, including multi-cropping, were used to feed different urban centres. This has important implications for understanding the development of the earliest cities in South Asia, particularly the organisation of labour and provisioning throughout the year.

The internal layout of early settlements can provide insight into social organisation and the processes of Neolithic expansion into Europe. Analysis of variables describing 71 sites revealed a spectrum extending between two distinct settlement types that can be regionally and chronologically situated. The very early ‘Anatolian village’ in the south-east exhibits multi-level organisation, reflected in concentrated residence and temporal stability; the younger (post 6000 BC) ‘Balkan village’ in the north-west represents a new model with less centralised control of space and a less permanent layout. Between these types is a transitional domain of more heterogeneous, and ever-changing settlement layouts, which is characterised as a ‘third space’ of hybridised traditions.

The assemblage of Neolithic cremated human remains from Stonehenge is the largest in Britain, and demonstrates that the monument was closely associated with the dead. New radiocarbon dates and Bayesian analysis indicate that cremated remains were deposited over a period of around five centuries from c. 3000–2500 BC. Earlier cremations were placed within or beside the Aubrey Holes that had held small bluestone standing stones during the first phase of the monument; later cremations were placed in the peripheral ditch, perhaps signifying the transition from a link between specific dead individuals and particular stones, to a more diffuse collectivity of increasingly long-dead ancestors.

New investigations at the site of Monjukli Depe in southern Turkmenistan challenge traditional ideas regarding the distinction between the Neolithic and the Aeneolithic in this region. It had previously been argued that the former (the ‘Jeitun’ culture) represented an expansion of agricultural villages from Mesopotamia, while the latter (best known from the site of Anau) marked the incorporation of local Iranian elements. By integrating multi-scalar analyses of the layout, architectural design and patterning of different household activities at Monjukli Depe, a more nuanced interpretation of temporal and spatial variability of the site's successive occupations becomes possible. The new insights afforded by this approach show that the contrast between the Neolithic and Aeneolithic may not have been as clear-cut as has traditionally been believed.

Despite a general paucity of archaeological, archaeozoological and iconographic evidence from the Upper Palaeolithic through to Late Antiquity, the corpus of whalebone finds in the Mediterranean region indicates that some level of interaction between humans and whales did indeed occur. A concentration of finds from Roman contexts suggests more active interventions in this period, especially around the Western Mediterranean and the Strait of Gibraltar—a ‘cetacean hotspot’. Whale vertebrae or scapulae were sometimes fashioned into portable chopping boards, identified from cut-marks made by fishermen or craftsmen, but whale meat and blubber may have been less important owing to abundant alternative food and fuel sources.

In 1994 we published the unexpected result of an extreme Mesolithic stable isotope signal from a Neolithic context (Lubell et al.1994; Table 1). The sample, identified as Gruta de Lagar I, was from one of two caves at the site of Melides, near the Atlantic coast of Portugal between Sines and Setúbal. A sample from the second cave at Melides, Cerca do Zambujal, gave results consonant with our Neolithic samples from north of the Tagus River. Lagar I, on the other hand, had stable isotope values similar to Cabeço da Arruda N, a Late Mesolithic individual from the Muge Valley to the north-east of Melides.

Why did the early farming societies of south-east Europe ‘collapse’ and become apparently less complex at the end of the Neolithic? Stable isotope analysis of human bone collagen from Late Neolithic and Copper Age cemeteries in eastern Hungary provides new insights into this question by exploring dietary changes during this key transitional period. Results show that diet did not change significantly over time, and there was no evidence that individuals of different sex or social status were consuming privileged diets. The changes of this period appear to indicate a reorganisation of society, perhaps based around extended families, with greater dispersal across the landscape, but without reliance on dairying or the emergence of powerful leaders.

Many famous archaeological sites have been subjected to destructive fires, whether hostile or accidental, including Near Eastern cities constructed largely of mud-brick. But how long did it take to burn down a city? The mud-bricks themselves provide a valuable record. By heating experimental bricks of different sizes, shapes and compositions to high temperatures, the minimum duration of an ancient conflagration can be calculated. The resulting equations were applied to bricks from the destruction of Tel Megiddo at the end of the Iron Age I, and indicate that the burning lasted a minimum of two to three hours: a much shorter period than expected.

How did ancient communities around the Mediterranean exploit the presence of whales in their seas? Given that the whales currently present in the region are seldom found near the coast, it seems probable that ancient whale exploitation would have been restricted to stranded animals. The authors explore, however, the possibility that additional species migrated seasonally through the Strait of Gibraltar to visit coastal calving grounds, which could have supported an organised whaling industry. Classical literature provides a number of descriptions suggestive of coastal encounters with whales. New methods of whale bone identification will shed light on which species were previously present in the Mediterranean and thus on the probability of ancient whaling. This article is one of two on ancient whaling in the current issue, and should be read in conjunction with that by Darío Bernal-Casasola and colleagues.

Recent excavations at the coastal cemetery of Pain Haka on Flores have revealed evidence of burial practices similar to those documented in other parts of Southeast Asia. Chief among these is the use of pottery jars alongside other forms of container for the interment of the dead. The dating of the site combined with the fact that this burial practice is present over such a wide geographic area suggests a widespread belief system during the Neolithic period across much of Southeast Asia.

The appearance of the distinctive ‘Beaker package’ marks an important horizon in British prehistory, but was it associated with immigrants to Britain or with indigenous converts? Analysis of the skeletal remains of 264 individuals from the British Chalcolithic–Early Bronze Age is revealing new information about the diet, migration and mobility of those buried with Beaker pottery and related material. Results indicate a considerable degree of mobility between childhood and death, but mostly within Britain rather than from Europe. Both migration and emulation appear to have had an important role in the adoption and spread of the Beaker package.

Early Iron Age pastoralists of the Eurasian steppes relied heavily on copper for weapons and ornaments, and new analysis of metal composition enables long-distance networks to be identified. Primary circulation from source areas where copper was mined can be distinguished alongside the secondary circulation of alloy types with high proportions of tin-bronze or leaded tin-bronze. The relative presence of trace elements, depleted during recycling events, provides a proxy for the flow of metal between regions. The localised seasonal movements characteristic of these mobile steppe societies underlie some of these patterns, but the evidence also indicates more extensive transfers, including the direct movement of finished objects over considerable distances.

Why was pottery developed and adopted? Food residues on ceramic material from three sites in the Upper Great Lakes region of North America suggest that there is no single answer, and contradict previous indications that pottery was created for the ritual processing of fish oil. Samples from two sites showed evidence of both plant and animal remains, but no fish oils were detected, even for the site believed to be a fishing camp. Nut oils dominated for the third site, being present on both fire-cracked rocks and pottery, and were suggestive of an acorn-rendering process. All of the vessels were ideally suited to slow simmering, but it seems that their applications were diverse.

Optically stimulated luminescence (OSL) dating has provided the first absolute dates for the prehistoric stone arrangements known as ‘wheels’, found in Jordan's Black Desert region. These sub-circular enclosures are one form of a series of enigmatic structures known as ‘works of the old men’. Over 1000 ‘wheels’ have been identified in the basalt fields of eastern Jordan and Syria, but their original purpose is unclear. They are divided into irregular sections, and often contain a number of burial cairns. OSL analysis has been carried out on samples from two wheels in the Wisad region: one dated broadly to the Late Neolithic period, and the second to the Late Chalcolithic–Early Bronze Age transition.

Representations and remains of sharks are found in Mesoamerican art and archaeology from the first millennium BC onwards. They appear at coastal sites, but also remarkably far inland, hundreds of kilometres from the waters where they were sighted or hunted. For the Maya of the interior of the Yucatán Peninsula, encounters with live sharks would have been an exceedingly rare occurrence. Yet the animals arrived inland in piecemeal fashion—as chunks of meat and sets of teeth—and via stories. By following the procurement, transportation, representation and ritual use of sharks from the sea to the jungle, the author shows how the ancient Maya drew on both evidence and myth to imagine and explain these unfamiliar marine creatures.

The Mauryan dynasty of the third century BC was the first to unite the greater part of the Indian subcontinent under a single ruler, yet its demographic geography remains largely uncertain. Here, the HYDE 3.1 database of past population and land-use is used to offer insights into key aspects of Mauryan political geography through the locational analysis of the Ashokan edicts, which are the first stone inscriptions known from the subcontinent and which constitute the first durable statement of Buddhist-inspired beliefs. The known distribution of rock and pillar edicts across the subcontinent can be combined with HYDE 3.1 to generate predictive models for the location of undiscovered examples and to investigate the relationship between political economy and religious activities in an early state.