Your search
Results 5 resources
-
4
-
During the 3rd millennium BC, a series of oases located along the western foothills of the al-Hajar Mountains saw the establishment of intensive human occupation, associated with the construction of large buildings (the so-called “towers”) and residential structures. These settlements were supported by the onset of agriculture and their development was often associated with and made possible by the introduction of substantial water management systems, including simple wells and complex, large ditches. The oasis of Salūt, near Bisya in the central Sultanate of Oman, is one such Early Bronze Age (EBA) centre. There, extensive investigation of ancient hydraulic structures provided an opportunity to study contexts preserving significant information on ancient climate change and water availability, from the late 3rd to the second half of the 1st millennium BC. A geoarchaeological investigation targeted the huge ditch surrounding the EBA stone tower of Salūt-ST1. Its complete layout was revealed and large portions were fully excavated, allowing the documentation of its infillings and the geological substratum. At the same time, wells excavated at the bottom of the ditch witness the attempt to cope with the lowering water table at the turn of the 3rd millennium BC. Exploration of Iron Age (IA) wells, paired with the geoarchaeological study of sediments from the plain, further extended the chronological scope of the research, while a survey of the area identified ancient and more recent underground and open-air channels, including the exceptional radiometric dating for the introduction of the aflaj (the local term – plural – for the underground water tunnels) network serving the oasis in the late Holocene. This contribution presents the first synthesis including fresh data on how water was harvested and managed in the area of Salūt over almost two millennia, with a diachronic approach that finds little parallels in the region.
-
The geoarchaeological investigation around the Bisya and Salut Archaeological Park disclosed the complexity of local archaeological landscape dating to the last millennia of the Holocene and the main steps in developing sophisticated systems for land exploitation. Recent fieldwork focused on the importance of rock art in the region, which needs to be systematically surveyed and documented. Rock art sites feature various representations dating from the second millennium BCE onwards and the research carried out in 2022 aimed to assess its archaeological potential, as well as identify any threats to its preservation. The investigation confirms that local rock art is a valuable asset for Oman’s archaeology and potential tourism. It suggests the development of geo-cultural tourism routes that combine archaeological sites and rock art with the natural landscapes. Nonetheless, the preservation of rock art and the issues threatening it need careful consideration and assessment for future planning.
-
Agricultural terraces are prominent features in landscapes across the world. Terraces enable the cultivation of steep land for crops including cereals, fruit, vegetables, flowers and trees, and can be irrigated where careful water management is required. They allow the redistribution of sediment to create soils with improved root penetration and water retention. Terraces are highly variable, their regional development reflecting a combination of natural factors (differing geologies, geomorphology, hydrological conditions) and landscape histories (manuring, field management, crop selection, water availability). The histories of terraced landscapes remain poorly understood, including in Oman. Little is known about when they were constructed, and how they were used and developed across different periods and environments. A key reason for this lack of knowledge is that terraces have proven exceptionally difficult to date using conventional or scientific archaeological methods. This research project uses a new method developed by the research team to date terraces in Oman for the first time and use geoarchaeological methods to investigate how they were used in the past. In March 2023, targeted fieldwork in two villages of Jabal Akhdar (Ash Shuraijah and Wadi Bani Habib) allowed collection of sediment samples for dating and geoarchaeological analysis.
-
Marine shells containing greenish or blackish pigments are frequently found at pre-Islamic archaeological sites in Southeast Arabia and are generally interpreted as ancient eye makeup, representing a long-standing tradition that continues to the present day. While these ‘cosmetic’ shells are primarily found in funerary contexts, their presence in residential areas suggests broader use within the community. Although relatively abundant, these shells have undergone limited chemical and mineralogical analysis, hindering a deeper understanding of their composition and production. This study presents the first archaeometric results from six marine shells excavated at Bronze and Iron Age sites in the Salūt and Bisya oasis (Sultanate of Oman). Chemical analyses reveal copper- and manganese-bearing minerals as the primary components of the greenish and blackish pigments, respectively. The presence of these minerals near the Salūt oasis suggests local pigment sources. This study represents the first step in a broader analytical programme aimed at the characterisation of samples from other archaeological sites of Southeast Arabia spanning over a wider chronological time frame.