Publications
Project Phi Grid — Archaeological Extension v1.1: Monte Carlo test of dual-anchor φ-ratio grid node association with UNESCO World Heritage Sites and sensitivity analysis
A groundbreaking analysis identifies six statistically significant associations between UNESCO World Heritage Sites and a dual-anchor grid system, with one of the strongest signals (p = 0.0056) observed at a 200 km threshold. The study, an extension of Project Phi Grid, applies a Monte Carlo test to 87 cultural and archaeological sites using two anchor points: Wilkes Land (Antarctica) and the Hiawatha impact crater (Greenland). Sensitivity analysis reveals consistent results between 100–300 km, peaking at 150 km (p = 0.0001), while land-only nodes further confirm the signal with p = 0.0018. Notably, Göbekli Tepe exhibits a triple alignment against both anchors, marking it as 'HIGH INTEREST,' and Arslantepe Mound is confirmed as an additional hit at 125.6 km from Wilkes P13 n+1. All parameters were pre-specified to ensure robustness.
5000 years of mudbrick at Arslantepe: ancient earthen architecture and modern sustainability
Arslantepe Mound, a 5000-year-old site in eastern Anatolia, showcases advanced early earthen architecture with durable mudbrick structures that have endured for millennia. The study highlights the potential of traditional mudbrick construction as both structurally robust and sustainable, contrasting it with modern building practices that exclude this know-how despite its earthquake-resistant capabilities. By comparing Arslantepe’s techniques to those found in nearby Orduzu, researchers propose integrating ancient methods with contemporary engineering to inform future rural housing policies. This approach balances cultural continuity with environmental sustainability.
The Characterization of the Lower Town of the UNESCO Archaeological Site of Arslantepe (Malatya, Türkiye) Using the Geophysical E-PERTI Method (Extended Data-Adaptive Probability-Based Electrical Resistivity Tomography Inversion Method)
A potential fortification trace has been identified at the UNESCO World Heritage Site of Arslantepe (Malatya, Türkiye) using advanced geophysical techniques. The study applied the Extended data-adaptive Probability-based Electrical Resistivity Tomography Inversion (E-PERTI) method to a large dataset covering 4300 m² in an unexplored area at the site's lower town. This approach effectively reduced noise and enhanced resistivity highs, revealing new archaeological insights that challenge existing knowledge of the site's structure. The findings suggest that E-PERTI is a powerful tool for uncovering hidden features in complex stratigraphic contexts, offering significant potential for future archaeological research.
Arslantepe in the foreground: The economic and social role of the large blades at the end of the 4th millennium BC
Large chert blades from Arslantepe Mound (3500–3200 BCE) reveal significant insights into the economic and social dynamics of late prehistoric societies. These tools, analyzed through raw material characterization, technological studies, use-wear analysis, and experimental archaeology, demonstrate their potential as proxies for reconstructing technical systems and routine activities. The study highlights how large blades played a pivotal role in reinforcing social inequality during this period, coinciding with the emergence of centralized administration and symbols of power at the site.
Kültür Turizmi ve Malatya’nın Saklı Hazinesi: Arslantepe Höyüğü
Arslantepe Mound, a hidden gem in Malatya, Turkey, holds significant cultural tourism potential that remains largely untapped due to ineffective marketing and inadequate infrastructure. Despite its high appeal, the site has not been fully leveraged as a major tourist destination. A qualitative study involving semi-structured interviews with local tourism professionals revealed 12 main themes, 51 sub-themes, and 97 codes, highlighting gaps in promotion, branding, and support systems. Addressing these issues could transform Arslantepe into a globally recognized cultural heritage site, benefiting both the region's development and the preservation of its historical treasures.
Space inside the wall, space outside the wall. The contribution of the macro-lithic and chipped stone tools use-wear analysis to disclose the role of the monumental wall in the EBA village of Arslantepe (Malatya, Turkey)
A monumental wall at Arslantepe Mound, initially thought to have lost its defensive function by the late Early Bronze Age (EBA), was found to play a multifaceted role. Use-wear analysis of macro-lithic and chipped stone tools from phase VI B2 (2900–2750 BCE) revealed that rooms adjacent to the wall served dual purposes: storage and active workspaces, indicating sustained utility beyond defense. These findings contrast with the village's apparent lack of internal hierarchy, suggesting the wall's function evolved over time. By comparing tool-use data from inside and outside the wall, researchers identified distinct yet overlapping activities, providing new insights into the spatial organization and functional dynamics of this EBA farmer’s village in Eastern Anatolia.
Bellekteki İz Arslantepe
Arslantepe Mound, a significant archaeological site in Turkey, has yielded valuable insights into the transition from nomadic to settled life and early bureaucratic structures. Recent studies have uncovered traces of ancient civilizations, contributing substantial evidence to global historical narratives. The research highlights the importance of interdisciplinary conservation efforts, including systematic inventorying, legal protection, excavation, and preservation, as outlined by UNESCO's 1972 World Heritage Convention. These efforts ensure the safeguarding of cultural heritage while facilitating public access, thereby bridging gaps in our understanding of humanity's past.
Petrographic and geochemical analyses of Late Bronze and Iron Age pottery from Arslantepe (Malatya, Turkey): insights into the local organization of the production and extra-regional networks of exchange
A study analyzing Late Bronze and Iron Age pottery from Arslantepe Mound (Malatya, Turkey) reveals significant continuity and change in local production practices over the second millennium BC. The research, combining thin-section petrography and X-ray wavelength dispersive fluorescence techniques, highlights the persistent use of volcanic-based recipes for painted vessels while noting increased exploitation of geological deposits south of Arslantepe and standardization of cooking pot paste recipes. Additionally, it identifies extra-regional exchanges, such as the importation of Late Bronze Age Red Lustrous Wheel-made Ware from Cilicia, contrasting with locally produced foreign tradition wares in Middle Iron Age levels.
A Spools Enigma? The Iron Age case at Arslantepe (Malatya, South-Eastern Turkey)
A comprehensive analysis of clay spools from the Iron Age levels at Arslantepe Mound, a UNESCO World Heritage Site candidate in southeastern Turkey, reveals a significant shift in textile production techniques. The study, which systematically examined hundreds of these objects, demonstrates a marked decline in other types of loom weights concurrent with an increase in weaving activities, suggesting a transformation in textile manufacturing practices during this period. This finding sheds new light on the widespread distribution and functional significance of spools across the Mediterranean region. The research employs a combined typological, diachronic, and techno-functional approach to explore these changes and their chronological distribution.
Making Copper: Processing in Early Bronze Age Arslantepe (VI B2)
Archaeometallurgical analysis of Arslantepe Mound (VI B2) reveals that Early Bronze Age copper smelting was conducted using portable crucibles with a sophisticated air supply system, challenging the prevailing model of deliberate fluxing. Lead isotope and petrology studies of slags trace copper sources across East Anatolia, including regions along the Black Sea coast (Artvin/Murgul, Trabzon) and Upper Mesopotamia (Ergani Maden), expanding our understanding of the Kura-Araxes cultural network's trade routes during this period. The research also demonstrates that slags from Arslantepe, Çayönü Tepesi, and Nevali Çori formed through partial eutectic smelting processes, ruling out the non-liquation of refractory materials.
The Dawn of Metallurgy at Chalcolithic Arslantepe: Metal Finds and Other Metallurgical Remains from Level VII
Archaeometallurgical analysis at Arslantepe (Malatya, Turkey) reveals the earliest evidence of sophisticated metalworking during the Late Chalcolithic period (3900-3400 BC), challenging assumptions about the timeline of metallurgy's emergence. The study identified distinct copper, arsenic-copper, and arsenic-nickel copper alloys, alongside lead slags suggesting silver extraction, through trace element and lead isotope analysis. These findings, compared with earlier (Level VIII) and later (Levels VI A, B) periods, indicate diverse raw material sources and trade networks, supported by slag texture and phase content reconstructions. The research sheds light on the complex metallurgical practices of a UNESCO World Heritage Site, offering insights into early technological innovation in the Near East.
Centralisation and decentralisation processes and pottery production at Arslantepe (SE Anatolia) during the 4th and early 3rd millennium BCE
Pottery production at Arslantepe Mound underwent significant shifts from the 4th to early 3rd millennium BCE, reflecting broader changes in economic and political organization. The study reveals that while wheel-finished pottery maintained consistent raw materials, labor organization became more centralized under elite control, with increased task division by the Late Chalcolithic period. Conversely, handmade burnished pottery showed stable labor organization but reflected drastic changes in supply strategies linked to non-sedentary subsistence practices. By the Early Bronze Age I, pottery manufacture demonstrated a more autonomous and skilled community of craftspeople, independent of political hierarchies. The research combines compositional, technological, and morpho-typological analyses to elucidate these transitions.
Geleneksel Bürokrasi’nin İlk İzleri: Malatya Arslantepe
Archaeological excavations at Arslantepe Mound, located near Malatya in Turkey, have uncovered evidence suggesting the presence of one of the earliest bureaucratic systems, predating those found in ancient China and Egypt. The site, featuring a continuous settlement layer rising 30 meters above ground, reveals structures such as palatial buildings, storage facilities, and hieroglyphic seals, indicating organized economic and administrative practices. Artifacts including metal swords and figurines hint at a stratified society with a ruling elite, potentially linked to political and ceremonial functions. This discovery challenges traditional narratives on the origins of bureaucracy, proposing that its roots extend further back in history than previously believed.
Lime Production in the Late Chalcolithic Period: The Case of Arslantepe (Eastern Anatolia)
A groundbreaking analysis of plaster and mortar samples from Arslantepe Mound reveals sophisticated lime production techniques during the Late Chalcolithic period (3800–3400 BCE). The study, employing polarized light microscopy (PLM), X-ray powder diffraction (XRPD), and scanning electron microscopy with energy dispersive spectroscopy (SEM-EDS), identified a marly limestone as the primary raw material for lime production. This material likely originated from both local sources and locations within the Malatya plain. The research also uncovered variations in aggregate selection and production techniques, suggesting functional differences among buildings, including temple C and elite residences. Additionally, evidence of routine re-plastering was detected, indicating a structured maintenance practice during this ancient period.
Lived monuments: A microarchaeological study of monumental architecture in the tell-site of Arslantepe (Malatya, Turkey)
A groundbreaking microarchaeological study of Arslantepe Mound reveals that monumental architecture from the 4th and 1st millennia BCE was not merely symbolic but a dynamic, lived environment shaped by continuous material engagement. The research, employing minimally invasive microstratigraphic analysis combined with chemical spot-tests, uncovered evidence of recycled construction materials, selective plaster use for specific features, and varied maintenance practices. This challenges traditional views of monuments as static embodiments of ideology, instead portraying them as multifaceted outcomes of diverse human activities and interactions over time.
Quando il Re è Interrato:Il Caso della Porta dei Leoni ad Arslantepe
A rare glimpse into Iron Age Syro-Anatolian ritual practices emerges from the discovery of a buried royal statue at Arslantepe's Lions' Gate, revealing a deliberate act of mutilation and deposition. This finding suggests that such statues, often symbolizing royalty or divinity, were intentionally interred in significant urban areas like city gates, indicating their ritual significance and political implications. The study, based on excavations led by J.L. Delaporte, analyzes the historical context and meaning behind this act, offering insights into the power dynamics and religious beliefs of the time.
Re-assessing the notion(s) of craft standardization through diversity statistics: A pilot study on Late Chalcolithic pottery from Arslantepe in Eastern Anatolia
A new approach to assessing craft standardization in pottery reveals that raw material procurement and processing are more indicative of standardization than vessel shape variability. The study, focusing on Late Chalcolithic pottery from Arslantepe in eastern Anatolia, found that higher standardization correlates with the scale of production rather than the use of a wheel or its rotational speed. This suggests a shift from communal to more segregated potting practices, marked by increased variability in technical procedures and end products. In contrast, coeval contexts in northern Mesopotamia show univocal trends towards standardization, likely due to incipient urbanization fostering bonds between vessel makers and the transmission of models and practices.
The Beginning of the Iron Age at Arslantepe: A14C Perspective
Arslantepe Mound, a significant archaeological site, shows evidence of early Iron Age development as early as the mid-13th century BC, predating the collapse of the Hittite Empire. This finding challenges previous assumptions about the transition from the Late Bronze Age to the Iron Age in the Syro-Anatolian region. Researchers used high-precision radiocarbon (14C) dating via accelerator mass spectrometry (AMS), combined with archaeobotanical analysis and stratigraphic data, to establish a more accurate local chronology. The study integrates Luwian hieroglyphic inscriptions and archaeological data from the site and its surroundings, providing a robust framework for understanding the historical events that shaped the region during this pivotal period.
When did roosters start singing at Arslantepe? A preliminary assessment of the presence and spread of Gallus gallus (Linnaeus, 1758) in Iron Age Eastern Anatolia
A significant discovery at the Iron Age site of Arslantepe (South-East Turkey) has revealed the presence of a rooster, Gallus gallus, dating to the beginning of the 1st millennium BC. This finding marks one of the earliest confirmed instances of this species in the Near East, providing crucial evidence for its spread from south-eastern Asia to Anatolia and beyond. The red junglefowl, though not native to Anatolia, was domesticated in Asia and reached Mesopotamia by the early 3rd millennium BC. While Bronze Age records are sparse, a notable increase in findings occurs during the late 2nd millennium BC, aligning with the rooster's discovery at Arslantepe. This study integrates zoological, chronological, and cultural data to contextualize the rooster's significance within Iron Age Syro-Anatolian societies, suggesting it may have held symbolic or ritualistic importance beyond its practical use.
Drifting Southward? Tracing Aspects of Cultural Continuity and Change in the Late 2nd Millennium BC Syro-Anatolian Region
Arslantepe Mound, a significant archaeological site in southeastern Turkey, showcases complex cultural dynamics during the Late Bronze Age. The study reveals that while the site maintained continuity with Hittite traditions following the fall of the Hittite Empire, it also exhibited emerging influences from the western Euphrates valley and inner Syrian regions. This dual pattern of local identity preservation and extra-regional contact suggests a nuanced relationship between Arslantepe and its neighboring areas, shaped by cross-cultural interactions. The research employs a diachronic perspective to integrate Late Bronze Age material into a broader historical context, providing insights into the transformations in cultural relationships over time.
Drifting Southward? Tracing Aspects of Cultural Continuity and Change in the Late 2nd Millennium BC Syro-Anatolian Region
Arslantepe Mound, a site with over a thousand years of occupation in southeastern Turkey, exhibits complex patterns of cultural continuity and change during the Late Bronze Age. Research reveals that while Hittite influence was prominent in material culture, local traditions persisted even after the fall of the Hittite Empire. The study identifies new trends emerging from the Euphrates valley and northern Levant, suggesting dynamic cross-cultural relationships. By comparing Early Iron Age artifacts at Arslantepe with those from neighboring regions, the research highlights both local identity and broader extra-regional contacts, offering insights into the transformations in regional interactions during this period.
Using laser scanner technology to analyse mud-brick architecture in the ancient Near East: the Palatial Complex of Arslantepe (Malatya, Turkey)
Laser scanning technology has proven highly effective in analyzing the complex, ever-changing structures of mud-brick architecture at Arslantepe Mound, a UNESCO World Heritage Site candidate in eastern Turkey. This study demonstrates that laser scanning can provide extremely accurate measurements and structural monitoring over time, addressing the challenges posed by the irregular designs typical of such ancient buildings. The research, conducted on the Palatial Complex dating back to the 4th millennium BCE, offers valuable insights into the architectural evolution and condition assessment of these monumental structures, aiding in their preservation and interpretation.
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