Megalithic Graves Research Articles

Repeated plague infections across six generations of Neolithic Farmers

In the period between 5,300 and 4,900 calibrated years before present (cal. bp), populations across large parts of Europe underwent a period of demographic decline1,2. However, the cause of this so-called Neolithic decline is still debated. Some argue for an agricultural crisis resulting in the decline3, others for the spread of an early form of plague4. Here we use population-scale ancient genomics to infer ancestry, social structure and pathogen infection in 108 Scandinavian Neolithic individuals from eight megalithic graves and a stone cist. We find that the Neolithic plague was widespread, detected in at least 17% of the sampled population and across large geographical distances. We demonstrate that the disease spread within the Neolithic community in three distinct infection events within a period of around 120 years. Variant graph-based pan-genomics shows that the Neolithic plague genomes retained ancestral genomic variation present in Yersinia pseudotuberculosis, including virulence factors associated with disease outcomes. In addition, we reconstruct four multigeneration pedigrees, the largest of which consists of 38 individuals spanning six generations, showing a patrilineal social organization. Lastly, we document direct genomic evidence for Neolithic female exogamy in a woman buried in a different megalithic tomb than her brothers. Taken together, our findings provide a detailed reconstruction of plague spread within a large patrilineal kinship group and identify multiple plague infections in a population dated to the beginning of the Neolithic decline.

Six feet under – the Funnel Beaker megalithic graves under the Ahlen-Falkenberger Moor, Germany

Abstract In the Elbe-Weser Triangle, located in the north-west of Germany and framed by the rivers Elbe and Weser, a total of approx. 350 megaliths of the Funnel Beaker Culture (FBC) have been identified. Despite their large number there is little knowledge about the monuments themselves, their architecture or their history of use. This lack of information is partly attributed to widespread destruction or disturbance of the megaliths located in the open landscape during the past centuries. Other monuments have been covered by bog or clay deposits of marine inundations and thus have not been investigated or even found, yet. However, due to intense draining measures within the bog area of Ahlen-Falkenberg, dist. Cuxhaven several megalithic graves were discovered in the past decades, revealing a protected burial landscape of the 4th and 3rd millennium BC. This paper focuses on three passage graves, which have been examined in the scope of a research project in the years 2019–2022. The fieldwork has brought to light well preserved elements of the original burial structures, including a protective massive stone packing around the chambers. We were further able to identify and typochronologically date different burial activities of the FBC, as well as activities related to people associated with the Single Grave Culture. The latter seem to have had massive impact on the monuments and their accessibility. In the light of environmental changes in the Neolithic, the reconstruction of the monuments biographies was attempted. In sum the monuments show individual, local and regional traditions that were embedded in a supra-regional FBC network.

Creating World Views: Work-Expenditure Calculations for Funnel Beaker Megalithic Graves and Flint Axe Head Depositions in Northern Germany

Abstract The creation, maintenance, and modification of prehistoric built spaces and structural landscapes required communities that engaged and interacted collectively. Starting from the appearance of early monumentality and depositional behaviour in Funnel Beaker communities, we trace the variation in this phenomenon among three study areas in what is now northern Germany. In doing so, we build on a specific perspective and approach, namely that of work-expenditure calculations for megalithic graves and flint axe heads. In the process, variable dynamics of construction and deposition activities within the Early and Middle Neolithic are revealed, which we regard as differentiated translations of widespread impulses, adapted to the needs of different socio-cultural communities. The similar developments seen in flint axe head depositions and in the construction of megalithic monuments are indicative of evolving spaces of memory, landscapes of cooperative collaboration, and an increasing structuring of local environments that seem to follow a specific understanding of, and interaction with, space.

Sounds from a Mountain. Acoustics at La Peña de los Enamorados (Antequera, Spain), a Neolithic sanctuary

La Peña de los Enamorados, a limestone massif located in Antequera, Spain, is a famous landmark since (at least) the Middle Ages on account of its marked anthropomorphic silhouette and geographic position right at the crossroads of Andalucía’s two main communication routes (connecting Málaga and Córdoba, in a South-North direction, and Sevilla and Granada in a West-East direction). In the last fifteen years, archaeological research has revealed substantial evidence of intense Late Neolithic, Copper Age and Early Bronze Age activity (spanning from the mid-4th to the early 2nd millennia BC) on its northern sector. This includes various loci of activity: (i) the Matacabras shelter, with schematic-style rock art, which is located at the foot of Tajo Colorado, a 100 m-high rocky wall that forms the mountain’s ‘chin’; (ii) the recently discovered Piedras Blancas megalithic grave; (iii) and several remains of activity, including Locus 4, on the steep glacis at the foot of Tajo Colorado. In this paper, we examine the acoustic behaviour of Tajo Colorado, Matacabras and Locus 4. Signals produced by means of a blank-shot pistol were recorded at each reception point by means of a high-quality audio recorder via a microphone condenser mic while controlling background noise levels. The study included impulse response analysis based on its temporal and frequency behaviour, through Schroeder decay curves, Envelop-Time Curves, spectrograms and spectrum curves. The results show good acoustic conditions, not unlike some ancient theatres, which reinforces the interpretation of the area as a major Neolithic open-air sanctuary.

Bell Beaker Burial Customs in North-western France

Ever since large amounts of Bell Beaker complex pottery were first discovered within megalithic graves in north-western France, the Bell Beaker has been tightly tied to the ‘megalithic phenomenon’. However, the fact of construction of these various kinds of megalithic monument during the Middle to Late Neolithic pre-dates the users of Bell Beakers. While this is a case of the re-use of older funerary monuments, it is assumed that Bell Beaker funerary practices witness a shift from Neolithic collective burial to individual inhumation. For a long time finds from the megalithic graves have constituted our main source of information on the Bell Beaker complex in north-western France. However, these ‘artificial caves’ have biased our understanding of the Bell Beaker complex and, in particular, of its funerary practices. The re-assessment of old finds and recent large-scale excavations have brought to light a large number of new sites, revealing a greater diversity in Bell Beaker funerary practices in the region than had been perceived previously. In the first part, we set the broader picture, stating what we know or can say about funerary practices during the Recent and Late Neolithic (3350–2550 bc), before the beginning of the Bell Beaker phenomenon. We then discuss the different Bell Beaker burial practices (2550–1950 bc), their chronological and regional variabilities, and, above all, the research biases that might have affected their understanding.

A model of spatial location: New data for the Gor River megalithic landscape (Spain) from LiDAR technology and field survey

AbstractThe megalithic cluster of the Gor River valley (Andalusia, Spain) is one of the biggest dolmenic groups in Europe, made up of 151 preserved megaliths. In spite of this high number of known monuments, increasing loss and destruction of many of the graves has taken place during the last decades due to enormous soil erosion and anthropogenic activities. With the aim of recording the location of these lost megaliths, Digital Terrain Models and LiDAR data have been used to analyse the terrain showing a high quantity of structures that seem similar to those actually documented in the zone but that were not noticed until now. These possible new burial mounds have been tested by archaeological surface survey, choosing three contrasting areas as samples. Results have shown a high success rate for this methodology, even allowing the discovery of new megalithic graves in heavily researched areas. We interpret the likely higher number of burial mounds in the area to indicate greater territorial control in boundary areas between 4th and 3rd millennium BC.

Släktskap och neolitiska kulturer

Kinship and Neolithic cultures. As a result of their alkaline soil, due to limestone bedrock, the two Swedish islands of Öland and Gotland, are locations where bone is well preserved. Stable isotope investigations have shown that there were two contemporary populations during Middle Neolithic on the islands. One population was buried in megalithic graves, and shows evidence of a subsistence lifestyle with high proportion of terrestrial food, most probable from agriculture. The other population has had a lifestyle based on marine subsistence, and buried their dead in earth graves at shore sites. Ancient DNA investigations now show that the two populations may also have different origins. The hunter-gathers of the ”Pitted Ware Culture” might descend from a Mesolithic population, while the supposed farmers buried in the megaliths and affiliated with the ”Funnel Beaker Culture”, are more likely to descend from immigrants that arrived in the Ewarly Neolithic and brought agriculture to the islands.

Burning the dead: Human bones subjected to fire in southwestern Swedish megalithic graves

In this paper, a series of new radiocarbon dates on burnt human bones recovered from megalithic graves in southwestern Sweden is reported. The purpose was to reveal possible chronological patterns of these depositions. Both the location of the bones within the grave and the characterisation of the burnt bones are discussed. The megalithic graves in the study area were mainly used for successive inhumation burials and have been subjected to extensive reuse throughout prehistory. Burnt human bones have therefore been assumed to originate from later periods when cremation was the dominant burial practice, although indications of Neolithic cremations occur. The radiocarbon dates demonstrate that most of the burnt bones derived from later reuse of the graves. More unexpectedly, several depositions also dated to the Neolithic and Early Bronze Age, confirming parallel practices of inhumation and cremation during these periods. Furthermore, the results indicate that the placement of the burnt bones and the treatment of the human remains to some degree varied over time.

Leon Kozłowski (1892-1944) – krakowski etap życia naukowca, żołnierza, polityka

Leon Kozłowski (1892-1944), the outstanding prehistorian, soldier, and politician, was connected with Kraków from the beginning of his studies until he obtained his postdoctoral degree. He studied natural sciences and then archaeology at the Jagiellonian University while being also an unofficial assistant at the Archaeological Museum of the Academy of Arts and Sciences in Kraków. The Academy appointed him to explore Lusatian cemeteries near Tarnobrzeg, to excavate a Palaeolithic site in Jaksice (former Miechów district), megalithic graves in Kuyavia, and the Mammoth Cave in the Polish Jura. He collected materials for the Academy during a scientific expedition to the Crimea and the Caucasus organized by Robert Rudolf Schmidt (1882-1950) from the University of Tübingen. During the First World War, Kozłowski joined the Polish Legions and was thus involved in the struggle for Polish independence. He moved to Warsaw to write his doctoral thesis based on the collection of the Erazm Majewski Museum and then defended it in Tübingen. After he gained his postdoctoral degree in Kraków, he took the chair of prehistory in Lwów/Lviv and his contacts with the Jagiellonian University and the Academy of Arts and Sciences in Kraków came to a close. It was only in 1935 that he was elected a corresponding member of the Academy.

Subsistence shift and socio-economic response to cultural and climate changes among north-central Iberian megalithic groups

The insufficient attention traditionally paid to the complex mortuary biographies of megalithic graves has long obscured a significant amount of synchronic and diachronic information. The Rioja Alavesa region of north-central Iberia holds a number of megalithic graves with large skeletal assemblages that can generally be ordered by internal stratigraphy and/or relatively fine-grained radiocarbon chronologies, providing a rare opportunity to assess the potential of such information. Here, we undertake stable carbon and nitrogen isotope analyses of 125 human and seven animal bone collagen samples from six late prehistoric megalithic graves (La Cascaja, El Sotillo, San Martín, Alto de la Huesera, Chabola de la Hechicera and Longar) which, together with 107 previously published Late Neolithic/Early Chalcolithic (ca. 3600-2900 BC) bone collagen samples (100 humans and six animals) from the same tombs, are used to explore subsistence trends over time. This approach provides a means to address the socio-economic response of northern Iberian megalithic communities to the cultural and climatic changes occurring in late prehistory. Isotopic data are contextualized using palaeoenvironmental and osteoarchaeological information. The results show a significant shift in diet between the late Middle Neolithic and the Late Neolithic/Early Chalcolithic that coincides with marked changes in burial practices that are likely related to the transition from mainly pastoral to mixed farming economies. There may also be a change in subsistence between the Late Neolithic/Early Chalcolithic and the following periods, suggested by differences in δ15N values between the layers of the Alto de la Huesera megalithic grave, as well as in population and funerary dynamics. By contrast, an apparent continuity in subsistence is seen, at least isotopically, from the Middle Chalcolithic to the Bronze Age, despite clear changes in beliefs and socio-economic practices. These findings support the existence of substantial asynchronous changes in lifeways and ideology among Iberian megalithic groups and challenge the traditional idea of a long and uniform stability in late prehistoric northern Iberia.

Mobility patterns in inland southwestern Sweden during the Neolithic and Early Bronze Age

In this paper, we investigate population dynamics in the Scandinavian Neolithic and Early Bronze Age in southwestern Sweden. Human mobility patterns in Falbygden were studied by applying strontium isotope analysis combined with archaeological and bioarchaeological data, including mtDNA and sex assessment on a large dataset encompassing 141 individuals from 21 megalithic graves. In combination with other archaeological and anthropological records, we investigated the temporal and spatial scale of individual movement, mobility patterns of specific categories of people and possible social drivers behind them. Our results of strontium and biomolecular analyses suggest that mobility increased in the Late Neolithic and Early Bronze Age compared to the earlier parts of the Neolithic. The data indicate individuals moving both into and away from Falbygden. Mobility patterns and contact networks also shift over time.

Old bones or early graves? Megalithic burial sequences in southern Sweden based on 14C datings

Megalithic tombs have since long been a focus of debate within the archaeological research field, not least regarding their emergence, use life and the various bursts of building activity in different regions and periods. The aim of this study is to investigate the temporal span of the main burial sequences in the conventional megalithic grave types of southern Sweden, with special focus on the less studied gallery graves. In Scandinavia, megalithic tombs are divided into three main types: dolmens, passage graves and gallery graves. Here, this prevailing typological seriation was tested. The study was based on 374 14C dates from unique individuals selected from 66 tombs. The form, layout and dating of the different types of tombs were studied in order to examine regional and chronological variation in the use of megaliths. By comparing sum plots, KDE models, individual 14C dates and typology of artefacts, the existing chronologies were evaluated. The 14C dates from dolmens and passage graves more or less agreed with the conventional chronology, while the presence of early skeletons in gallery graves was unexpected. The results indicate that megalithic graves appeared more or less simultaneously in southern Sweden and were first used around 3500–3300 cal BC. The dolmens and passage graves were used contemporaneously, although the proportion of early dates supports a slightly earlier start of the dolmens. Some of the gallery graves may also have been introduced at this time, although reburial of old bones cannot be ruled out.

Multi-isotope evidence for the emergence of cultural alterity in Late Neolithic Europe.

The coexistence of cultural identities and their interaction is a fundamental topic of social sciences that is not easily addressed in prehistory. Differences in mortuary treatment can help approach this issue. Here, we present a multi-isotope study to track both diet and mobility through the life histories of 32 broadly coeval Late Neolithic individuals interred in caves and in megalithic graves of a restricted region of northern Iberia. The results show significant differences in infant- and child-rearing practices, in subsistence strategies, and in landscape use between burial locations. From this, we posit that the presence of communities with distinct lifestyles and cultural backgrounds is a primary reason for Late Neolithic variability in burial location in Western Europe and provides evidence of an early "them and us" scenario. We argue that this differentiation could have played a role in the building of lasting structures of socioeconomic inequality and, occasionally, violent conflict.

High-resolution trace element distributions and models of trace element diffusion in enamel of Late Neolithic/Early Chalcolithic human molars from the Rioja Alavesa region (north-central Spain) help to separate biogenic from diagenetic trends

High resolution in situ trace element μXRF maps and profiles were measured on the enamel exposed in cross sections through archaeological human permanent molars from seven Late Neolithic/Early Chalcolithic funerary caves and megalithic graves of north-central Iberia. Changes in concentrations of Fe, Zn and Sr in inward direction into the enamel shed light on diagenetic and endogenous trace element concentrations in archaeological tooth enamel. Most of these profiles resemble sigmoid-shaped leaching profiles, suggesting that a combination of diffusion and advection processes govern the uptake of trace elements into the enamel from pore fluids on the outside of the tooth and in the more porous dentine. The present study shows how diffusion-advection (DA) models can be fitted to these trace element profiles to explain changes in trace element concentrations that happen during diagenesis. DA models explain a major part of the variation observed in leaching profiles into the enamel and can be used to reconstruct endogenous trace element concentrations, leaching times and leaching depth as well as trace element concentrations in ambient pore water during diagenesis. Models of trace element leaching together with trace element mapping reveal that Fe, Zn and Sr concentrations consistently increase during diagenesis, regardless of the type of burial site (i.e. funerary caves vs. megalithic graves). Profiles of Pb concentrations show much smaller concentration gradients, causing DA model fitting to be less accurate. Modelled leaching depths of 300–400 μm warrant a careful approach when sampling for endogenous archaeological tooth enamel for trace element and stable isotope analysis. Results also show that it is possible to reconstruct endogenous trace element concentrations from these samples, even without applying pretreatment procedures, because leaching of trace elements into the enamel often remains limited to the outer 300–400 μm of the enamel on archaeological timescales. Modelled leaching times are about ten times lower than the age of the samples, suggesting that the rate of trace element leaching into tooth enamel slows down or even halts during the burial period.

Radiocarbon dates and Bayesian modeling support maritime diffusion model for megaliths in Europe

There are two competing hypotheses for the origin of megaliths in Europe. The conventional view from the late 19th and early 20th centuries was of a single-source diffusion of megaliths in Europe from the Near East through the Mediterranean and along the Atlantic coast. Following early radiocarbon dating in the 1970s, an alternative hypothesis arose of regional independent developments in Europe. This model has dominated megalith research until today. We applied a Bayesian statistical approach to 2,410 currently available radiocarbon results from megalithic, partly premegalithic, and contemporaneous nonmegalithic contexts in Europe to resolve this long-standing debate. The radiocarbon results suggest that megalithic graves emerged within a brief time interval of 200 y to 300 y in the second half of the fifth millennium calibrated years BC in northwest France, the Mediterranean, and the Atlantic coast of Iberia. We found decisive support for the spread of megaliths along the sea route in three main phases. Thus, a maritime diffusion model is the most likely explanation of their expansion.

Dead and buried? Variation in post-mortem histories revealed through histotaphonomic characterisation of human bone from megalithic graves in Sweden.

This study investigates possible variation in post-mortem histories during the Neolithic period in southwestern Sweden based on microscopic studies of human bone. Numerous megalithic graves were built in this region and good preservation conditions have left a rich skeletal record. After more than a hundred years of research, it is still a controversy whether or not these skeletal assemblages were the result of primary burials, or ossuaries where skeletonized remains were deposited. In this study we apply histological analysis to obtain insights into post-mortem histories and taphonomic processes affecting the human remains, potentially including funerary rituals. This type of analysis records the condition and traces of degradation found in skeletal material at a microscopic level. Human skeletal material from four different megalithic tombs in the Falbygden area has been sampled and analysed by thin-section light microscopy, and by scanning electron microscopy. The results of the study provide evidence of variation and changes in burial conditions for skeletal remains from the different graves, also for remains from the same grave. Extent of bioerosion varied, from extensive to moderate/arrested, to none. Bone samples from the same graves also differed in the type of staining and mineral inclusions, showing that the non-bioeroded samples relatively early post-mortem must have experienced an anoxic environment, and later a change to an aerated environment. This could be taken as an indication of primary burial somewhere else, but more likely reflect a special micro-environment occurring temporarily in some graves and parts of graves after the tombs were filled with soil and sealed by roof slabs. The study illustrates the usefulness of bone histological analysis in the reconstruction of post-mortem histories, revealing variations not discernible at macro-level that may aid in the interpretations of funerary rituals. However, the results also highlight the issues of equifinality. Based on current data and knowledge, several scenarios are possible. Further histotaphonomic work is advisable, including archaeological remains from megalithic tombs, and bones from taphonomic experiments.

New Perspectives on the Late Neolithic of South-Western Sweden. An Interdisciplinary Investigation of the Gallery Grave Falköping Stad 5

AbstractThis article presents the results of an interdisciplinary study combining archaeology, osteology, and stable isotope analyses. The geological conditions and richness of megalithic graves in Falbygden is suitable for studies of Neolithic human remains. Nevertheless, the Late Neolithic period (2350-1700 BC) is poorly investigated. This paper explores new knowledge of the Late Neolithic megalithic population in Falbygden. In-depth osteological and archaeological studies focusing on a single gallery grave (Falkoping stad 5) were conducted. Radiocarbon dating and carbon, nitrogen, and strontium isotope analyses of teeth from twenty-one individuals revealed the time of the grave’s use, as well as the subsistence and mobility practices of the buried individuals. The grave was already in use during the first part of the Late Neolithic and used into the second part of the period by individuals of different origin. Furthermore, the results indicated changing population dynamics in the Late Neolithic Falbygden, with increased human mobility, variability in subsistence strategies, and growing population density.

GIS-based landscape analysis of megalithic graves in the Island of Sardinia (Italy)

One of the most important megalithic groups in Western Europe in terms of number and characteristics is the group of over 200 monuments of various types in Sardinia. It now seems to be confirmed that the rise of the megalithic phenomenon was during the culture of San Michele of Ozieri (Late Neolithic, 4000-3300 B.C.E.). The Sardinian dolmen graves, however, had a maximum distribution during the Chalcolithic, as evidenced by most of the finds from excavations. The phenomenon also shows a close relationship beyond Sardinia and especially with the monuments of Catalonia, Pyrenees, non-coastal departments of French-midi, Corsica and Puglia.
 About 90 dolmen graves of various types have been investigated, namely the simple type, “corridor” type, “allée couverte” type, and others of uncertain attribution, located in central-western Sardinia, and particularly in a significant area of ca. 3500 km2 coinciding with the historical regions of Marghine-Planargia, Middle Valley of Tirso and Montiferru. This includes some 40% of all Sardinian dolmens. Locational trends and relationships with regard to landscape elements were studied with the aid of GIS methodologies such as viewshed and cost surface analysis. This allowed an evaluation of the role of visual dominance on the surroundings in relation to waterways and natural access routes.
 These dolmens enjoy an isolated positional character, being found more often in high plateaus, but also on low plateaus and hills. Although different concentrations are found in dolmenic graves, these do not seem to have any direct relationship among them, but their influence is apparently directed towards travel routes and sensitive elements of the landscape that have capabilities of territorial demarcation.
 The particular location emphasizes the significance of these monuments as territorial markers for segmentary societies. It seems that a dolmen was constructed according to the territory immediately surrounding it. This reinforces the hypothesis of there being a secondary task, in addition to that of burial, to symbolize a message or landmark for those who moved towards "another" territory: a sign of belonging.

GIS-based landscape analysis of megalithic graves in the Island of Sardinia (Italy)

One of the most important megalithic groups in Western Europe in terms of number and characteristics is the group of over 200 monuments of various types in Sardinia. It now seems to be confirmed that the rise of the megalithic phenomenon was during the culture of San Michele of Ozieri (Late Neolithic, 4000-3300 B.C.E.). The Sardinian dolmen graves, however, had a maximum distribution during the Chalcolithic, as evidenced by most of the finds from excavations. The phenomenon also shows a close relationship beyond Sardinia and especially with the monuments of Catalonia, Pyrenees, non-coastal departments of French-midi, Corsica and Puglia.About 90 dolmen graves of various types have been investigated, namely the simple type, “corridor” type, “allée couverte” type, and others of uncertain attribution, located in central-western Sardinia, and particularly in a significant area of ca. 3500 km2 coinciding with the historical regions of Marghine-Planargia, Middle Valley of Tirso and Montiferru. This includes some 40% of all Sardinian dolmens. Locational trends and relationships with regard to landscape elements were studied with the aid of GIS methodologies such as viewshed and cost surface analysis. This allowed an evaluation of the role of visual dominance on the surroundings in relation to waterways and natural access routes.These dolmens enjoy an isolated positional character, being found more often in high plateaus, but also on low plateaus and hills. Although different concentrations are found in dolmenic graves, these do not seem to have any direct relationship among them, but their influence is apparently directed towards travel routes and sensitive elements of the landscape that have capabilities of territorial demarcation.The particular location emphasizes the significance of these monuments as territorial markers for segmentary societies. It seems that a dolmen was constructed according to the territory immediately surrounding it. This reinforces the hypothesis of there being a secondary task, in addition to that of burial, to symbolize a message or landmark for those who moved towards "another" territory: a sign of belonging.

Rock of Eternity: The Megalith of Pallikonda

The south Indian megalithic age exhibits a wonderful range of sepulchral and non sepulchral stone monuments erected possibly within 1100 BC–300 AD. However, building megalithic graves fell into disuse post-1000 AD for yet unknown reasons. The state of Tamil Nadu, southern India, hosts a large number of such megalithic sites and one monument, in particular, erected in the small panchayat town of Pallikonda, demands special attention. The site harbors a large, non-sepulchral stone arrangement comprising a large capstone balanced on three boulders. The entire structure lies at the foot of the large Pallikonda hill and overlooks the fertile basin of the Palar river. The capstone is oriented in the north-south axis, with a double projection that points towards north-west. Spatial analysis of the site reveals several unique features of the megalith. The structure is positioned strategically, so that a straight line drawn from the tip of the hill and passing through the north-west projection of the cap stone points towards the confluence of rivers Palar and Koundanyanadi, and on further extrapolation, to the summer solstice sunset. It is positioned at a point separating the arable from the non-arable lands. The capstone of the structure is dotted with cupules, some of which form distinct sightlines. Most of the sightlines match with the Iron age rising and setting azimuths of the stars Vega, Capella, Cassiopeia and Deneb. The study concludes that unique characteristics of the Pallikonda megalith mark it as a geographical, territorial and most possibly, as an astronomical marker.