Journal of Archaeological Studies

Abstract This study investigates the absolute and relative chronology of the Bronze Age at Tappeh Shireh-Paz-Khāneh (Shiretal) in the Qazvin Plain, northern regions of Central Plateau of Iran, based on excavations conducted in 2015-2016. The site presents a multiperiod archaeological record, including Late Neolithic, Middle Bronze, and Late Bronze Age deposits. Despite the limited knowledge of the Bronze Age in the Central Plateau, particularly the notable gap from the mid-third to the mid-second millennium BC, the findings at Tappeh Shireh-Paz-Khāneh provide valuable insights into the cultural and social dynamics of the period. This research aims to document and analyze the archaeological features and pottery assemblage to establish a relative and absolute chronology for the Bronze Age phases represented at the site. The study will also compare the cultural traditions observed at Tappeh Shireh-Paz-Khāneh with those of contemporary sites in the neighboring regions, to assess cultural continuity and regional interactions. Methodologically, systematic excavation and stratigraphic analysis have been conducted to categorize artifacts and architectural remains. The typological and chronological frameworks will facilitate dating the artifacts, especially pottery assemblage, and constructing a timeline of cultural sequences. By examining these findings, this research will contribute to a deeper understanding of the socio-political dynamics of the Bronze Age in the region, shedding light on the transitions leading to the Iron Age and the subsequent Median and Achaemenid empires. Based on relative and absolute chronological evidence for the Bronze Age, the site was occupied during both the Middle and Late Bronze Age settlement phases. The estimated date ranges for these phases at this site are 2400–2100 BC for the Middle Bronze Age, and 1800–1700 BC for the Late Bronze Age.

Abstract The central part of the southern Caspian Sea region was densely inhabited during the third millennium B.C.E. From an archaeological perspective, it is important to understand when and how such lush environments supported large populations during the Bronze Age, and how these communities developed new socio-economic structures during the third and second millennia B.C.E. Ghal e-Ben is one of the key Bronze Age sites in the central part of Mazandaran Province, excavated in 2019. The site's occupation dates back to the Late Chalcolithic period (around 3200 B.C.E) and continued until the second half of the second millennium B.C.E (around 1500 B.C.E). Archaeological evidence from Ghal-e Ben indicates that during the Bronze Age, it was a fully sedentary agricultural settlement, inhabited by a large population whose economy was based on a combination of animal husbandry, including sheep, goat, pigs, and cattle, and large-scale farming. In a regional context, communities in the area became more complex during the second millennium B.C.E., as evidenced by the emergence of large cemeteries containing status goods, the development of new farming systems, and the establishment of long-distance trade networks. The cultivation of Chinese broomcorn and foxtail millet suggests the introduction of new crops and an evolving agricultural economy during this period. Our research program at the site of Ghal-e Ben not only provides a comprehensive chronological framework for the Bronze Age in both the southern and northern slopes of the Alborz Mountains, but also allows us to revise the chronology of several other sites that were previously dated using relative methods.

Abstract Abstract
The Shahneh Poshte Cemetery, located in the Babol district and encompassing approximately 11 hectares, represents one of the richest Iron Age sites in both Mazandaran and Iran. Situated in the foothills of the central Alborz Mountains, the site was excavated over two field seasons in 2018 and 2019. These investigations resulted in the identification of 39 analyzable burials, along with a diverse assemblage of associated grave goods, including pottery vessels, ornaments, decorative items, and weapons. This study seeks to establish both relative and absolute chronologies through comparative analysis of selected artifacts, supplemented by radiocarbon dating of human remains and charcoal samples. In addition, it addresses questions concerning cultural interactions between Shahneh Poshte and both intra-regional sites within Mazandaran and extra-regional sites across the Iranian Plateau. The funerary assemblages indicate that the majority of burials and material culture correspond closely to local Mazandaran stylistic traditions. However, certain objects exhibit affinities with broader trans-regional formal styles characteristic of areas such as Gilan, Gorgan, the central Iranian Plateau, and northwestern Iran during the late second and first millennia BC. Radiocarbon analysis of five human skeletons, yielding dates from the late second millennium to the second half of the first millennium BC, corroborates the relative chronology established through typological comparison. On the basis of combined relative and absolute chronological assessments of the 39 burials, 29 graves can be assigned to Iron Age I–III, while the remaining 10 are attributable to the late Achaemenid–early Parthian period (Iron IV). As at other significant Iron Age cemeteries, pottery constitutes the principal diagnostic category for establishing relative chronology at Shahneh Poshte. The range and typology of ceramic vessels demonstrate strong stylistic and cultural connections with contemporaneous sites within Mazandaran and across Iran more broadly.
Keywords: Shahneh Poshte Cemetery, Relative and Absolute Chronology, Iron Age, Human Burials, Funerary Objects.
 
1. Introduction
The Iron Age and its early stages are among the most questionable and complex archaeological topics in Iran and fundamental questions about it are still being raised after years of archaeological excavations. From the beginning until now, the focus of research on the Iron Age in Iran has been mainly on the Central Plateau, Zagros and especially northwestern regions, which was first established by Dyson’s extensive excavations at Hasanlu and the study of other important sites in the Solduz and Oshnavieh plains such as Yanik Tepe, Geoy Tepe, Haftvan, Dinkhah and Aqrab Tepe (see Dyson, 1965a; Dyson and Muscarella. 1989). In other words, other problems related to study of the Iron Age in Iran are dating, presenting a chronology and dividing it into three stages which was previously done based on the Hasanlu project. Now, with our increasing knowledge of different regions of Iran, the need to review the chronology and the way in which the Bronze Age cultures ended, the transition process and the beginning of the Iron Age is felt more than ever. However, studies related to Iron Age cultures in different regions of Iran have not been conducted in the same way, and many regions including northern slopes of the Alborz and the plains of the southern margin of Caspian Sea are full of ambiguities about processes of the beginning of the Iron Age and its developmental stages. In this regard and based on a study of one of the Iron Age societies in northern Iran, the present study attempts to address the questions of this important field by providing absolute dating of five human burials and two charcoal samples from the settlement area, as well as a comparative study of the cultural materials of the Shahneh Poshte cemetery and their comparative studies within the Iron Age chronology of Mazandaran and Iran. In other words, the combination of absolute and relative dating is one of the most advanced projects in explaining the chronology of Iron Age of Mazandaran and northern Iran, which will partially address the challenges of the limited knowledge of this period in this field and will answer questions about the absolute and relative date and sequence of use of this site, the chronological relationship of the burials of site with each other, as well as explaining the chronology of Iron Age and historical period of Mazandaran and some cultural regions of Iran.
 
2. Discussion
One of the most important aspects of the Shahneh Poshte cemetery study, which distinguishes it among the many Iron Age sites in the Mazandaran region and Iran, is the absolute carbon-14 dating studies on a number of human remains and cultural materials from this cemetery. A total of 7 absolute dating samples, including 5 human burial remains and 2 charcoal samples from two settlement trenches, clearly show that 39 burials at this site are located in the Iron I to Achaemenid-Early Parthian period (Iron IV), such that burial number 3 is related to Iron I (1008-1216 BCE/1192-1047 BCE), burial number 8 is related to late Iron I and early Iron II (917-1108 BCE/936-1043 BCE), burial number 35 is related to the Iron II period (834-925 BCE/822-983 BCE), burial number 18 is related to the late Achaemenid/Iron IV period (338 BCE) and finally burial number 20 belongs to late Achaemenid-Early Parthian period (Iron IV/4th to 2nd centuries BCE). In addition to the absolute dating of human burials, also two absolute dating samples were extracted from trench 7 and contexts 4 and 5 with settlement evidence which are very valuable in their own right. Therefore, two charcoal samples from Context 4 dated 215±30 BCE and Context 5 dated 160±30 BCE in Trench 7 showed that the Shahneh Poshte cemetery was used simultaneously as a cemetery and settlement space after the end of Iron III during the Achaemenid, Seleucid and early Parthian periods (in line with burial findings of Trench 6). Also, comparative studies for relative dating including the morphology of the body and handle and the color of the vessels in forms such as gray, red, brown, red-orange jars and jugs, bowls, vessels with solar bodies and handles, milk jugs, tripod vessels as well as weapons, ornaments and some structures of the graves, in line with the absolute dates of the site, exactly complement the chronological framework of Shahneh Poshte and all can be dated to the Iron Ages I, II, III and finally IV (late Achaemenid to early Parthian), generally the 12th to 3rd centuries BC. In fact, these objects are clearly comparable with contemporaneous intra-regional sites in Mazandaran province as well as other regions including the Gorgan Plain, Gilan, central plateau and northwest Iran. Based on the archaeological evidence, it seems that during the Iron I-III periods and then Iron IV (Achaemenid to early Parthian period), there is a great deal of similarity between Iron Age sites in large parts of Iran. Among these, Iron Age of Mazandaran has the greatest similarity with the Gilan region sites such as Qaleh-e-Kuti I and II, Kalvarz, Meryan, Tandovin, Tol, as well as with the Central Plateau region with sites such as Sagzabad and Qeytariyeh.
 
3. Conclusion
As one of the large and very rich cemeteries in the central Alborz basin in northern Iran, the Shahneh Poshte cemetery is an important site for a case study on the cultural trends and cultures of the Iron Age in northern Iran and the Mazandaran region. It can answer many questions about the processes of the region’s entry into the Iron Age, including socio-cultural changes, economic and nutritional patterns, burial traditions and practices, social classifications and common class systems, structures of graves and cultural-commercial connections within and outside the region through the study of burial data. Initial studies of the cultural materials of this site in the form of 39 burials and settlement contexts, as well as other surface artifacts obtained during two seasons of archaeological excavations indicate abundant typological connections with findings from neighboring Iron Age sites in Mazandaran and other parts of Iran, just as a major part of the chronology and sequence of the Iron Age in different regions of Iran is based on relative and comparative chronology with other regions. In summary, the diverse and diverse collection of graves in the Shahneh Poshte cemetery, based on absolute dating studies (5 samples of human skeletal and 2 charcoal samples from settlement contexts) as well as relative and comparative dating with intra-regional areas of Mazandaran and neighboring areas like the Gorgan Plain, Gilan, Semnan and the central plateau (Tehran, Rey, Qazvin, Karaj and Kashan) indicates a long-term history of use of site from the late 2nd millennium BCE to the early second half of the 1st millennium BCE. More precisely, the people of northern foothills of the Alborz mountain range in the south of the Babol region of Mazandaran used this space and place to bury their dead from the Iron Age I, probably continuously, to the Achaemenid, Seleucid and early Parthian periods (Iron IV) and have used their burial methods and traditions for several generations. The set of 7 absolute dating samples along with the study of dateable burial objects reveals the cultural and social trends of Shahneh Poshteh people society and thus makes a significant contribution to the reconstruction and compilation of the Iron Age chronology of Mazandaran and Iran.

Abstract Abstract
Throughout ancient periods, geographical conditions and natural factors have had a significant impact on the formation, prosperity, decline, and settlement patterns of ancient sites. This article examines the settlement of human groups in the northwestern part of the Central Plateau (Qazvin) and their settlement patterns from the beginning of the Late Neolithic period to the end of the Chalcolithic period, in light of geomorphological and altitudinal characteristics, drainage networks, and climatic changes. The results show that natural conditions have had a significant impact on the settlement pattern of ancient sites in the Qazvin sub-basin, as well as settlement discontinuities and continuities.
Keywords: Niche Construction, Settlement Pattern, Central Iranian Plateau, Qazvin sub-basin.
 
1. Introduction
The relationship between culture and the natural environment has been one of the oldest debates in archaeology and anthropology, consistently providing a source of discussion (Meggers, 1954). By observing the relationship between humans and the environment from the past to the present, it can be seen that this relationship has always been two-way. Although in the past, due to less knowledge and a more primitive level of technology, this influence was much greater than it is today, people have always been influenced by the environment and, in turn, have changed the environment (Haggett, translated by Shapour Goudarzinejad, 1384: 401).
This article examines the niche construction of human groups in the northwestern part of the Central Plateau (the Qazvin watershed sub-basin) and the displacement of settlements in relation to geomorphological, altitudinal, drainage network, and climatic changes during the Late Neolithic, Transitional Chalcolithic, and Chalcolithic periods. Niche construction refers to the activities, choices, and processes through which organisms define, select, modify, to some extent create their environments (Odling-Smee et al., 1996; Laland & O’Brien, 2012 & 2015; Laland et al., 2016). The shifting of settlements and the selection of new habitats throughout ancient periods in response to environmental and climatic changes can also be considered a form of niche construction, wherein humans shape the environment according to their needs and lifestyle. In their search for new habitats, communities were compelled to alter the environment around them. Early architecture and the beginning of agriculture are examples of such human interventions in the environment. While the relocation to new areas was a strategy for adapting to environmental changes, it was also itself a significant factor in causing environmental change.
 
2. Methodology 
The study area of this research is the Qazvin sub-basin (Fig. 1). This sub-basin is itself a small part of the larger Namak Lake sub-basin. In terms of geomorphology, the Qazvin sub-basin is divided into three units: the northern unit (Alborz sub-unit), the interior basins and plains unit, and the central Iranian mountains unit (Alaei Taleghani, 1388). The most important landforms in the study area include mountains, alluvial fans, and alluvial plains.
The research began by delineating the Qazvin sub-basin using a 30-meter Digital Elevation Model (DEM) and ArcGIS. Based on the topography of the study area, the drainage network and all potential streams within the Qazvin sub-basin were extracted from the DEM. Subsequently, using ArcGIS, maps of distance from rivers and stream order were created, and analyzed in relation to the distribution, frequency, and density of sites. Afterward, geomorphological zones within the study area were identified and mapped using Google Earth satellite imagery, along with 1:50000 topographic maps and 1:100000 geological maps of the region. Subsequently, the location of ancient settlements was examined in relation to elevation, as well as the distribution of ancient sites across various geomorphological zones. In the next phase, the impacts of Holocene climate change on the settlement patterns of ancient sites over three specified periods were studied and analyzed.
 
3. Discussion
Analysis of settlement locations in relation to geomorphological features revealed that alluvial fans were the most densely occupied geomorphological landforms in this sub-basin during all three periods. Due to favorable geographic conditions such as gentle slopes, easy access to water resources, and the presence of fine-grained sediments, alluvial fans have historically been among the most preferred geomorphic landforms for settlement on the Iranian Plateau in general. The study of settlements in relation to altitude revealed that the highest density and percentage frequency of sites during the three periods under consideration were found in the 1000 to 1500-meter altitude range. During the Neolithic period, all ancient sites were located within this range, but during the Transitional Chalcolithic and Chalcolithic periods, in addition to this range, the distribution of sites extended to higher altitudes as well. A study of ancient sites in relation to their distance from rivers revealed that in the Qazvin sub-basin, the 0-500-meter range from the rivers was the most densely populated in all three studied periods. On the other hand, examining the location of these sites in relation to the stream order showed that in this sub-basin during the Neolithic period, most of the sites were located near third-order streams. In the Transitional Chalcolithic period, the concentration of sites was near to the first and second-order streams, while in the Chalcolithic period, first and third-order streams had the highest frequency of site concentration in their vicinity.
The relationship between settlement patterns and climate change was also examined. During the Neolithic period, most humans likely settled in low-lying areas with favorable environmental conditions for agricultural activities. During this period, all ancient sites were located in alluvial plains and alluvial fans. Most of the Neolithic archaeological sites in this study belong to the Late Neolithic period with an absolute and relative chronology ranging from 6000 to 5200 BCE (Fazeli Nashli et al., 1398: 48). Comparing this time frame with the climatic events of 9200 and 8200 BP indicates that the beginning of the cultural flourishing of the Neolithic period occurred after these two climatic events and coincided with more favorable climatic conditions.
Research conducted on the Transitional Chalcolithic period indicates an increase in aridity and dust during a portion of this timeframe. According to findings compiled by Sheikh Biklou Islam and colleagues (2023), this period is divided into three climatic phases: (a) 7300-7000 BP, the climate was temperate and humid; (b) 7000-6700 BPE, when humidity decreased; and (c) 6700-6300 BP, when the climate was relatively warm and humid, tending toward aridity towards the end. Our results show that settlement continuity persisted at several ancient sites, while settlement was disrupted at others. All settlements that continued to be occupied during the Neolithic and Transitional Chalcolithic periods were situated on alluvial fans at altitudes ranging between 1000 and 1500 meters. The increase in the frequency of settlements during the Transitional Chalcolithic period compared to the Neolithic period may be attributed to the favorable climatic conditions. Many climate proxies in the Middle East indicate dry climatic conditions during the Chalcolithic period ca. 6400-6000 BP. More than 30% of Chalcolithic sites are located in mountainous areas, and the aridity may have led to a change in subsistence patterns to pastoralism, towards higher altitudes. This indicates a type of ecological continuity and adaptation. On the other hand, a number of ancient sites were abandoned during the Chalcolithic period, mostly located between 500 and 1000 meters from watercourses, and often adjacent to lower-stream orders. As mentioned, during dry periods, due to less rainfall, the probability of watercourses drying up increased, and lower-order streams were often devoid of water flow during these periods. This could have been an aggravating factor in the difficult conditions for continued settlement during the Chalcolithic period in these sites.
4. Conclusion
The results of the study showed that natural conditions including geomorphology, altitude, drainage networks, and paleoclimate have had a significant impact on the pattern and the discontinuities and continuities of the settlement.

Abstract The Mesolithic period and its transition to the Neolithic period in Western Asia is one of the most important stages of human cultural evolution during which. humans gradually changed their way of life and cultural behavior. After millennia of living as mobile hunter-gatherers, these changes in human lifestyle were so significant that some scientists consider them to have triggered the Anthropocene (Smith and Zeder, 2013). Therefore, the study of the Mesolithic hunter-gatherer way of life and its transformation into a Neolithic society is crucial for investigating the first steps and possible triggers of this fundamental change. A small number of important archaeological sites in the southeastern edge of the Caspian Sea coast provide rich sequences of hunter-gatherers dating from about 15,000 to 10,000 years ago with abundant cultural materials. One of those, Hotu Cave located nearby the modern Iranian city Behshahr, was firstly described by the American anthropologist Carlton Coon in 1949 and then excavated by him in 1951. Due to various reasons, a proper report on this cave was never presented. Our new activities at the site after 70 years aim to establish a secure chronology from the Mesolithic to the Parthian period and to link obvious gaps in the cave sequence to climatic and environmental changes during the Late Pleistocene and Holocene. The new excavation at Hotu Cave is not only useful to contextualize the data from the Coon excavations, but has also helped us to generate additional data to propose a regional chronology from the Mesolithic onwards. In this paper we present not only the current data on the chronology of the cave, but also all the chronological schemes attempted by scholars, which we have brought together. Our project not only includes activities in Hotu Cave, but also carried out excavations in 2022 and 2023 at the two other key sites of the relevant Mesolithic-Neolithic transitional horizon, Kamarband Cave and Komishani Tappe, which lies in front of Komishani Cave. The material culture from the recent excavations is very important in proposing a new model of the transition from the Mesolithic to the Neolithic for the Iranian highlands that goes beyond the Zagros region, which – until now – has been considered an independent core region of early domestication and Neolithization.

Abstract The study of architecture and architectural decorations is one of the most basic archaeological tools for the recognition of ancient cultures and societies. However, despite its importance as the prologue of Iranian architecture in the historical period (i.e., Median and Persian architecture), Iranian Iron Age architecture has been studied less than it deserves. Painted bricks and tiles— which are found across different regions of Iran, e.g., the Northwest, Luristan, and the Central Plateau at ancient sites such as Hasanlu, Qalaichi, Rabat, Baba Jan, Qoli Darvish, Sialk, Shamshirgah, and Gholam Tape—are among the most significant elements of Iron Age architecture, about which our knowledge has grown considerably over the last few decades. The present article deals with the descriptions of the aforementioned bricks and their typology. We try to show how much these bricks have been influenced by the art of neighboring nations. This article also aims to indicate the function of these painted bricks, and by extension, the function of the buildings on which these bricks are adorned. The research results suggest that these bricks can be divided into three distinct categories that are consistent with a triple political and geographical division of Iran during the first half of the first millennium BCE. The research also shows that despite the fact that these bricks have been influenced by the art of neighboring regions, they are indigenous and have been made by native artisans. It seems that the painted bricks of the Iranian Iron Age are mostly used in religious buildings and temples of this time.

Abstract The societies of the northern and southern zones of the “Iranian Central Plateau” flourished during the last quarter of fourth millennium BCE. This floruit was marked by the rise of complex social systems, long distance trade, and new systems for the management of economic activities, such as the “proto-Elamite writing system” (Vidale 2018; Helwing 2019; Fazeli Nashli and Nokandeh 2019). This evidence supports the view that the inhabitants of the Iranian Plateau during this time were connected to each other, represented by a relatively uniform writing system and similar economic organization. However, nowadays we know that the similarity of the “Grey Ware Culture” occurring in Proto-Elamite sites of the north-central Plateau such as Sofalin, Qoli Darvish, Meymanatabad and Sialk also suggests inter-regional contact, beyond the “Proto-Elamite phenomenon” during the last quarter of fourth millennium BC. The population of the whole of the north Central Plateau appears to have dispersed during the third millennium BCE and current information suggests that most Chalcolithic settlements were gradually abandoned beginning around 3400 BCE, and that the hiatus in settled occupation continued throughout the third millennium BCE. This may be connected with climatic events during the last quarter of the fourth millennium BCE, characterized by aridity and increased aeolian activity, which destabilized the agriculture system. As Vidale postulated (Vidale et al. 2018) the social evolution of theCentral Plateau, based on non-centralised networks during the Chalcolithic period and were extinguished shortly after 3000 BC but shaped again sortly which was different from the previou period.

Abstract A joint program by the University of Tehran and the University of Leicester carried out a first season of archaeological exploration of Zoroastrian societies in Maybod, Yazd province during May 2016 for two weeks. Historical archaeology is still in its infancy in Iran. Due to extensive modernization vast amounts of data have been lost and therefore most research into the recent past can be considered as salvage program.  The aim of this research is to explore some aspects of the social history and ritual activities of the last communities of Zoroastrian societies of Yazd province based on the analysis of architectural layout, archaeological survey of the contemporary villages, interview, and historical records. Here we represent the preliminary report of the survey results of Mazra’e Kalantar and Asr’ Abad villages. In this paper we have clarified the architectural patterns and the typology of buildings of Zoroastrian communities. We have analyzed two different buildings types of religious and domestic spaces of Mazra’e Kalantar and Asr’ Abad villages. The second part of this paper is focused on the ethnographic results in order to achieve a holistic understanding of life experience based on the historical knowledge of local people. 

Abstract Tracking the emergence of political authority and social hierarchy in the archaeological record has been one of the major challenges addressed by archaeologists in the past fifty years or more, with considerable attention given to potential material correlates of early stages in developments leading ultimately toward statehood (Chapman 2003; Smith 2012). Much of this research has explored the evidence from past societies of the ancient Near East, including Mesopotamia and Iran (Wright 1998; Flannery 1999; Smith 2003), but there has been less investigation of the communities of the Iranian plateau in this light (Matthews and Fazeli 2004). What was their role(s) in the complex series of socio-political developments leading to the appearance of hierarchical societies in the centuries between 5500 and 4000 BC, and how might the archaeological evidence inform us on those roles? Recent and ongoing research into societies of the Iranian plateau in the so-called Transitional Chalcolithic period (5200-4200 BC) is continuing to enhance our understanding of this question. In this article we summarise and analyse the evidence from archaeological investigations of sites and regions on the Tehran, Kashan, and Qazvin plains, addressing in turn settlement patterns, subsistence strategies, craft production, and mortuary practices (Fig. 1).

Abstract Pottery is one of the cultural evidences that its developments in different times are important archaeological indicators. Pottery can be viewed from different aspects. Appearance features such as form, shape, color, decoration and pottery production technology have changed over time. In this research, with the study of the technology of the pottery obtained from the excavation of the Sagzabad Tepe in Qazvin plain, which is one of the important areas of excavation in the central plateau of Iran, the period of the transition from the Bronze Age to the Iron Age has been investigated. In this study, with focus on the pottery in this region, new information on the production of pottery has been obtained. To determine the chemical composition of the potteries, a series of excavated objects consisting of a selection of potteries from each period were analyzed using the ICP-OES method and a statistical comparison of the data obtained from the measurement of 40 elements was performed consisting of the major, minor and trace ones. The correlation coefficient of the analyzed samples also was   studied. Comparing the results obtained from the analysis of potteries according to the hypothesis suggests that all potteries are probably local productions and it is possible that they have been produced in the same region (clay sources) in different periods.is possible that they have been produced  in the same region (clay sources) in different periods.

Abstract A joint team from University of Tehran and Leicester University carried out a first season of archaeological exploration of Zoroastrian societies in Maybod of Yazad province during May of 2016 for two weeks. Historical archaeology is in its infant stage in Iran while most of data in nowadays due to the modernity has been disappeared and therefore, any researches can be considered as salvage program. The aim of this research is to answer some historical archaeology approach concerning social history and ritual activities of the last communities of Zoroastrian societies of Yazd province based on the analysis of architectural layout and ethnographic data. In this paper we represent the preliminary report of the survey results of Mazra’e Kalantar and Hassan Abad villages. In this paper we have clarified the architectural patterns and the typology of buildings of Zoroastrian communities. We have analyzed two different buildings types of religious and domestic spaces of Mazra’e Kalantar and Hassan Abad villages. The second part of this paper has focused on the ethnographic results in order to achieve a holistic understanding of life experience based on the historical knowledge of native people. The second season of this project will help us to focus more on the cultural interaction of the present and past societies of the above mentioned region.

Abstract The main goal of this paper is study of the internal and external cultural interactions of the Bronze Age sites in the Mazandaran plain and its mountainous areas on the basis of pottery analysis. Plain and painted red and burnished gray and dark wares are two prototypes potteries of the Mazandaran Bronze Age period. We have studied potteries which were gathered from some excavations and surface survey projects carried out in the region through comparing them with other potteries from the neighboring regions. This study has been to identify the parallel production of red and gray potteries and internal and gradual transformation of ceramic technology in the Bronze Age of Mazandaran to assess assertions concerning its eastern or western interactions.

Abstract Sagz?b?d Mound was one of the first areas excavated in the course of archeological surveys conducted by the University of Tehran in Qazvin Plain. Findings indicate its permanent establishment since the end of the third millennium up to the mid-first millennium B.C.; However, during the recent explorations made by the University of Tehran in October and November 2008, absolute dating was carried out on Sagz?b?d Mound as a result of which the area was estimated to have been established at around 1700 B.C., in addition to the southern part of the Mound which contained layers established since the mid-fourth millennium B.C. Excavations revealed that the area between the two regions of Sagz?b?d and Qabrest?n is likely to contain layers established in the second half of the fourth millennium B.C. buried under a large amount of sediment. Accordingly, it is most probable that in the New Chalcolithic (Copper-Stone) Age the establishment of Qabrest?n Mound must have been towards the east.

Abstract The archaeological record is an insufficiently defined concept. The concept is used by archaeologists as a model for their evidence. As a model, it brings metaphysical implications to archaeological theory. Some of the implications of the concept of the archaeological record show that there are actually two different models of archaeological evidence as a record: physical model and textual model. Different conceptions of the archaeological record disagree more fundamentally on the formation processes that have produced the record.