Publications
Exploring Contemporary Cultural Buildings in Heritage Areas in Bahrain: Enhancing Visitor Experience Through Phenomenological Approaches
Cultural buildings within heritage areas, such as those in Bahrain, can significantly enhance visitor engagement and retention by incorporating multi-sensory experiences that authentically reflect traditional sensory and cultural environments. This study reveals that visitors disconnect from these sites when they lack opportunities to physically interact with the space—such as touching traditional walls, inhaling natural scents, or hearing ambient sounds—suggesting that phenomenological approaches can counteract declining interest. To address this, the research proposes integrating modern interpretive techniques with classic architectural elements to create vibrant, informative experiences. Employing a mixed-methods approach, it combines theoretical literature review and analytical study to explore visitor behavior and sensory engagement in cultural heritage sites.
Immigration patterns inferred from oxygen isotope analysis of human teeth from the Tylos-period Maqaba burial mounds in Bahrain
A groundbreaking analysis of oxygen isotopes in human teeth from the Tylos-period Maqaba burial mounds in Bahrain reveals that many interred individuals were immigrants, likely involved in trade or administration, rather than native to the region. This finding challenges the assumption that these mounds primarily housed local Bahrainis and suggests significant cross-regional migration during this period (330 BC to AD 300). The study employed stable oxygen isotope analysis of dental enamel, comparing it with modern water isotopic signatures from Bahraini sources to infer geographic origins. While the exact origins remain unclear, this research provides compelling evidence for the movement of people across major trade routes linking the Mediterranean, Mesopotamia, and India during the Tylos period.
The cultural significance of the architecture of the Umm an-Nar culture tombs (2700–2000 BCE) in the Omani Peninsul
Umm al-Nar tombs, dating from 2700–2000 BCE, represent a distinct architectural style unique to the Omani Peninsula during the Umm an-Nar culture. Unlike other structures of their time, these tombs were constructed with limestone exclusively for external walls, adorned with intricate carvings depicting humans, animals, plants, and symbolic shapes. This deliberate emphasis on aesthetic factors suggests a cultural significance beyond mere functionality, positioning the tombs as icons of the Umm an-Nar culture's architectural identity. The study highlights how these tombs' external features—unmatched in other buildings of the period—reflect a sophisticated understanding of symbolism and design, offering insights into the cultural priorities and artistic achievements of ancient Omani societies.
Early Dilmun Burial Mounds in Bahrain: the Wâdî al-Sail Archaeological Project and the Dilmun Mapping Project
Archaeological research on Early Dilmun burial mounds in Bahrain, spanning over 100 years, reveals significant insights into the mortuary practices and social organization of a complex society that emerged on the island. Excavations, particularly those led by the Wâdî al-Sail Archaeological Project under Masashi Abe, have shed light on previously poorly understood burial practices from the Early phase of the Early Dilmun period. Additionally, the Dilmun Mapping Project, directed by Akinori Uesugi, focuses on the distribution patterns of these mounds and their role in forming extensive cemeteries. These projects collectively provide crucial clues about the origins of Dilmun, offering a deeper understanding of its social structures and cultural evolution.
Identifying locals vs non-locals using 87Sr/86Sr isotope analysis: a multimethod approach in the homogeneous environments of the Arabian Gulf
A significant portion of humans and animals buried at the Dilmun Burial Mounds in Bahrain were identified as non-local, suggesting extensive trade and movement during the Early Dilmun to Islamic periods. Using a multimethod statistical approach on 87Sr/86Sr isotope analysis—combining human and herbivore enamel samples with previously published faunal data—the study found that 13.7% to 32.9% of humans and 18.5% to 44.4% of non-human animals exhibited strontium isotope ratios inconsistent with a local origin. This challenges the assumption that faunal samples alone can accurately define a 'local' range in geologically homogeneous regions like the Arabian Gulf, where trade was a prominent feature. The findings highlight the potential of statistical methods to identify probable non-locals even when detailed isoscape data are limited, though context-specific archaeological interpretation remains essential.
Reviving the heritage of ceramic works from the Dilmun era As an artistic value in the State of Kuwait.
A groundbreaking approach using AI techniques has successfully revived the heritage of ceramic works from the Dilmun era, offering new insights into Kuwait's cultural legacy. This study analyzes artifacts unearthed across Kuwait, employing historical and anthropological methods to uncover their creation contexts and purposes. The findings highlight the potential of integrating advanced technology in education, inspiring students with Dilmun-era ceramics while fostering creativity and meaningful learning transformations. The research not only deepens our understanding of the region's past but also demonstrates how AI can be leveraged to redefine educational practices, bridging ancient heritage with modern innovation.
Rituals of Sacrificing Followers in the Cemeteries of the Arabian Gulf During the Third Millennium BC and their Civilizational Significance
Archaeological evidence from the Arabian Gulf, specifically the Dilmun burial mounds and Umm Al-Nar cemeteries, reveals a widespread ritual of human sacrifice following the death of leaders during the third millennium BC. This practice, likely influenced by older traditions in Mesopotamia and ancient Egypt, was common across most Gulf burials but not universally adopted. The study suggests that while the ritual's origins may trace back to eastern civilizations, its persistence in the Gulf reflects complex cultural exchanges and local adaptations.
Exchange networks of the Early Bronze Age Gulf: The imported ceramics from Kalba 4 (United Arab Emirates)
A shift in long-distance exchange networks from Mesopotamia to the Indus Valley occurred around 2500 BCE, with Kalba 4 (United Arab Emirates) emerging as a key hub for Mesopotamian trade during the Late Akkadian period. This finding is supported by a typological analysis of imported ceramics at the site, which reveals complex multidirectional exchange patterns involving southern Mesopotamia, the Indus Valley (Meluhha), southeast Iran (Marhashi), and Bahrain (Dilmun). The study suggests that socioeconomic changes during the Hafit and Umm an-Nar periods were driven by external demand for copper, while disruptions to trade networks at the end of the Umm an-Nar period may have accelerated shifts in exchange directions. Additionally, state-organized textile production in Mesopotamia for export to the lower Gulf is highlighted as a significant factor in regional dynamics.
From Dilmun to Wādī al‐Fāw: A forgotten desert corridor, c. 2000 BC
A previously unknown desert trade corridor linking the Kingdom of Dilmun on the Arabian Gulf coast with southern Saudi Arabia, likely extending to Yemen, was identified around 2000 BC. Contrary to assumptions about arid conditions in Bronze Age central Arabia, this study reveals a thriving commercial network supported by donkey trains, as evidenced by Dilmun seals, pottery, and unique burial practices at Wādī al‐Fāw. The discovery challenges existing models of cultural transmission across the region, suggesting significant linguistic, ideological, genetic, and technological exchanges during a period marked by unusually arid conditions. The research reconstructs the likely route based on archaeological evidence, including dry mummification mound burials that differ from classic Dilmun burial customs.
From Cradle to Grave: A Life Story in Jewelry
A significant discovery at the UNESCO World Heritage Site Dilmun Burial Mounds reveals that jewelry played a profound social and ritual role in ancient Arabian Gulf societies, spanning from life to death. The study, based on 24,000 Neolithic shell and stone beads unearthed at al-Buhais 18 in Sharjah, suggests that elaborate adornments—ranging from head decorations to anklets—were integral to burial rituals, possibly extending to other ceremonial occasions like marriage or coming-of-age rites. The widespread presence of carnelian beads across the Arabian Peninsula, including sites like Umm Al Nar and Saruq Al-Hadid, further underscores the cultural significance of jewelry in this region during the Neolithic period.
Sediment-filled karst depressions and riyad – key archaeological environments of south Qatar
Research reveals that sediment-filled karst depressions, known as 'riyad,' and the larger Asaila depression in southern Qatar have preserved significant archaeological evidence, including traces of Early and Middle Neolithic occupation. The study, combining geomorphic mapping, sediment cores, and optically stimulated luminescence dating, shows that these environments experienced dynamic changes during the Holocene, with aeolian morphodynamics dominating the early to mid-Holocene period. Notably, mounds preserved by evaporite horizons indicate a drop in groundwater levels post-6000–4500 years ago, suggesting more favorable living conditions than present. However, the sediment record of the riyad is notably younger (ca. 1500 to 2000 years), explaining the absence of older archaeological findings. The study suggests that geophysical prospection and further analysis could enhance understanding of environmental changes and cultural history in this region.
Heritage erasure and heritage transformation: how heritage is created by destruction in Bahrain
Heritage erasure can lead to heritage transformation, as demonstrated by the case of Bahrain's Dilmun Burial Mounds. The study reveals that the destruction of these ancient burial sites due to modern development has paradoxically elevated them to significant national heritage status in Bahrain. This finding challenges conventional notions of heritage preservation and highlights the dynamic processes through which heritage is created and redefined. The research employs a comparative approach, analyzing three distinct cases: the Dilmun Burial Mounds, neglected Shia religious shrines, and the destroyed Pearl Monument from the 2011 uprising. These cases illustrate different modes of engaging with the past—preserved history, living heritage, and future-oriented transformation—shedding light on the complex interplay between destruction, identity, and national narrative in Bahrain.
Landscapes of nation: Constructing national identity in the deserts of Bahrain
Bahrain's national identity is increasingly shaped by modern architectural landscapes, diverging from its historical emphasis on burial mounds and pearl monuments. This shift reflects a broader struggle to reconcile grand historical narratives with contemporary urban development, creating a coherent social construct of the nation. The study analyzes how competing idealisms—such as the reconstruction of traditional landscapes versus postmodern urban settlements—define national space in Bahrain's deserts.
Mesopotamian ceramics from the burial mounds of Bahrain, c.2250-1750 BC
A distinct two-phase pattern of Mesopotamian ceramic imports and local emulations, spanning c.2250–1750 BC, has been identified at the Dilmun burial mounds of Bahrain. The first phase, characterized by a specific vessel type exclusive to pre-Dilmun 'state' Early Type mounds, is linked to Mesopotamia's late third-millennium Magan trade network, serving as a key fossil directeur for this period. The second phase, found in compact cemeteries coinciding with Dilmun's peak, reflects the contracted Isin-Larsa network of Dilmun trade. This study reconstructs trade dynamics and political interactions between Mesopotamia and the 'Lower Sea' populations through ceramic distribution analysis.
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