Publications
Esarhaddon in Yemen, Punt, and the Horn of Africa
A groundbreaking study identifies the ancient land of Bāzu, conquered by the Assyrian king Esarhaddon in 676 BCE, as South Arabia (modern-day Yemen), resolving a longstanding historical enigma. By cross-referencing Esarhaddon's ten recorded conquests with known polities of ancient South Arabia and the Horn of Africa, researchers pinpointed Bāzu's location near Wadi Zabid, coinciding with archaeological evidence of a wealthy Red Sea trading power linked to the legendary Land of Punt. This finding sheds light on Esarhaddon's strategic motivations for his arduous campaign, potentially tied to the Sargon Geography's description of a 'bridge' into Kush (ancient Nubia), suggesting an alternative route bypassing northern defenses. The study leverages toponymic analysis and historical records to reconstruct ancient geopolitical dynamics, offering new insights into the connectivity between South Arabia, Punt, and the Horn of Africa during the Assyrian period.
LST-Based Heritage-Sensitive Greening for Surface Heat Mitigation in Zabid, Yemen: A Spatial Decision-Support Framework for Earthen Historic Cities
A novel spatial decision-support framework for heritage-sensitive greening has been developed to mitigate surface heat stress in earthen historic cities, using Zabid, Yemenas a case study. The research reveals that the walled historic core of Zabid exhibits a recurrent daytime 'cool-core' phenomenon, with land surface temperatures (LST) 1.69 °C and 1.78 °C lower than surrounding areas on two hot-season dates in 2024. Overheating is concentrated on vegetation-deficient surfaces, with 98.40% of hotspots occurring in the least vegetated zones. The framework integrates LST, NDVI, wetness-risk screening, and earthen-fabric sensitivity to propose five intervention classes for targeted greening while minimizing moisture-related risks to heritage structures. This method offers a planning-level approach that requires field verification before implementation.
Culte des saints à Zabid
Zabid, once the most populous city in Arabia during the medieval period, emerged as a significant center of urban development and political power under the rule of the Aghlabid and Mahdide emirs. Located 25 km from the Red Sea in Yemen's Tihama coastal plain, Zabid flourished between the Wādī Rima′ to the north and the Wādī Zabīd, becoming a prominent hub alongside Sanaa and Mecca. Founded in 820 by Emir Muhammad b. Ziyād under Caliph al-Ma’mūn's patronage, the city's strategic position and fertile surroundings facilitated its rise as a key cultural and administrative metropolis in the region.
Les quartiers marchands en Arabie : Aden et Zabid
Aden and Zabid, two prominent ports in medieval Arabia, exemplify the coastal urbanization phenomenon that reshaped the Arab world between the 10th and 11th centuries. This study reveals how these merchant quarters thrived as pivotal commercial hubs along the Red Sea, facilitating trade and cultural exchange. The research employs a comparative approach, analyzing architectural patterns, economic activities, and urban dynamics in both cities to highlight their roles as key nodes in transregional networks. Findings underscore the strategic significance of coastal settlements during this period, offering insights into the spatial organization and socio-economic structures of medieval Islamic port cities.
Natural and human-induced drivers of groundwater depletion in Wadi Zabid, Tihama coastal plain, Yemen
Groundwater depletion in Wadi Zabid, Yemen, is primarily driven by human activities and policy measures rather than natural factors. Despite no significant decrease in rainfall over 40 years, runoff slightly declined while agricultural land expanded dramatically, increasing irrigation water demand. This led to extensive well-drilling and water harvesting structures, causing the water table to drop by an average of 1 meter per year between 1972 and 2016. The study introduces a novel approach combining natural and human-induced drivers, including government policies, to investigate groundwater depletion in data-scarce regions. This method provides valuable insights for understanding and addressing groundwater management challenges.
The Challenge of Interpreting Archaeological Remains in the Light of Written Sources: A Discussion Based on the Work of the Canadian Archaeological Mission in Zabid, Yemen
Archaeological interpretations of Zabid, Yemen, face significant challenges when integrating written sources with material remains. The Canadian Archaeological Mission's work highlights the complexities of aligning textual evidence—such as historical chronicles and inscriptions—with physical artifacts, structures, and stratigraphic data. This study demonstrates that discrepancies often arise due to varying preservation states, interpretive biases, or gaps in source reliability. By employing a multidisciplinary approach combining epigraphy, architecture, and stratigraphy, researchers aim to reconcile these inconsistencies, offering deeper insights into Zabid's urban evolution from the 9th century CE. The findings underscore the necessity of critical cross-referencing between written and archaeological records to reconstruct accurate historical narratives.
A combined approach to assess groundwater resources depletion in data-scarce areas: a case study in Wadi Zabid, Yemen
A combined approach effectively assesses groundwater depletion in data-scarce regions, offering a sustainable solution for Wadi Zabid, Yemen. This study demonstrates that integrating participatory rural appraisal, integrated data analysis, crop budget modeling, and water balance modeling can address the socio-economic impacts of groundwater depletion at a regional level. While this method proves useful for developing scenarios for groundwater storage recovery, it is less effective at sub-regional levels due to data limitations. The research highlights the potential of this approach in arid and semi-arid regions where complex hydro-economic models are impractical.
Agricultural Development in the Yemeni Tihama: The Past Ten Years
Over the past decade, agricultural development in Yemen's Tihama region has been characterized by a significant shift towards lift-pump farming, which has expanded substantially since the 1970s. This modern irrigation method has bypassed traditional spate-irrigated wadis, such as those around Zabid, Risyan, and Jizan, which historically served as the core of settlement and production. The study highlights that optimal agricultural conditions are only feasible in small areas with assured irrigation, emphasizing the need to expand these zones for broader development. By analyzing historical and recent trends, the research underscores the transformative impact of lift-pump farming on the region's agricultural landscape.
Urban Primacy; Historical Cities; Cultural Tourism; Rehabilitation; Historical City of Zabid.
Historical cities, such as Zabid—a UNESCO World Heritage Site since 1993—face significant urban challenges due to the dominance of larger metropolitan areas. This phenomenon, known as urban primacy, leads to deterioration in historical infrastructure, loss of cultural identity, and diminished economic benefits for local communities. The study proposes a development strategy to counteract these declines by preserving authenticity while enhancing tourism and cultural appeal. Using an analytical-descriptive approach, it examines Zabid's urban transformation through two frameworks: one descriptive, tracking historical features and changes, and another analytical, offering solutions to revitalize degraded environments. The research aims to restore Zabid's role as a vibrant cultural and tourist hub, addressing the broader issue of historical city preservation in the face of modern urban pressures.
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