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Foreword
(2019)
The construction of fortified settlements upon mountain summits and mountain spurs signifies a new form of defensive architecture for the Bronze Age in the 2nd millennium BC, which we designate ‘Bronze Age’ hillforts or fortresses. With mighty walls and gates built using various techniques with wood, clay and stone, the fortifi ed hill settlements manifest an eminent need for protection from assault, while at the same time they were obviously centres of power, from which territories and natural resources as well as travel routes could be controlled. Within the focus of the Hesse excellence initiative LOEWE “Prehistoric Conflict Research – Bronze Age Fortifi cations between Taunus and Carpathian Mountains” new approaches are made on the subject “War and Fortresses as Architecture of Power” in 2016–2019. Th ese studies are being carried out by the Goethe University in Frankfurt/Main and the Römisch-Germanische Kommission in Frankfurt/Main. The objective was to observe the development and character of fortifi ed structures in cultural spheres south of the Alps and landscapes north of the Alps in diachronic comparison in order to better understand the genesis and function of fortifications in their cultural milieu.
Attributing the large-scale, but tactically suspect, south Levantine Bronze Age fortification systems a ‘social’ role has become an archaeological commonplace, yet it begs the crucial question of form – if a polity, a social class, or a collective wish to advertise their cohesion, power, or wealth, why choose fortifications, rather than burial monuments, temples or palaces? In other words, what social end was served by conspicuous, inefficient, military consumption? This paper aims to offer a preliminary answer to this question through three interlocking arguments: The first, that societies like that of the Levantine Bronze Age are characterized by the existence of cooperative labor obligations; the second, that this collective labor investment was, in the ancient Levant, primarily dedicated to defense; the third, that tactically imperfect fortifications were nonetheless strategically successful as defensive installations, even while promoting social cohesion and projecting elite power.
In Bronze Age Cyprus, fortifications are only known from the beginning of Late Cypriote I (17th century BC) onwards, after previously only open settlements existed. In the first phase of the construction of these fortifications they had no uniform character, while later in the 13th century BC (Late Cypriote IIC), like in the Levant, they served primarily to secure settlements with a character of economic and administrative centres. Castles as enwalled noble residences are generally unknown in the Bronze Age of Cyprus.
The current paper summarizes the development of Bronze Age Aegean fortifications with a special focus on the Aegean Early and Middle Bronze Age. In order to get a better understanding of Aegean fortifications for each period, their numbers are set into relation with the number of known sites and other features. The impressive multi-phased fortifications of sites such as Troy or Kolonna on the island of Aegina will be used as case studies to explain the development of Early to Middle Bronze Age sites in the central Aegean. The final part of the paper gives a preview on the development of Late Bronze Age (Mycenaean palatial and postpalatial) fortifications.
The paper presents a reconsideration of settlement pattern and defensive systems in south-eastern Italy during the Bronze Age, on the ground of the archaeological data coming from the excavations at Coppa Nevigata. In particular, the transformations of the defensive lines of the settlement are discussed, which were strictly linked to both defensive and offensive strategies and their changes. Moreover, the paper seeks to examine some related problems, such as the possible origin for the model of complex fortification lines in southern Italy, the pattern(s) of fortified settlement in the Eastern Adriatic and matters related to the social organisation of the Bronze Age southern Italian communities that built the fortification lines.
The hillfort settlement of Monkodonja, located in the vicinity of the town Rovinj, is representative of the Bronze Age Castellieri culture in Istria. Twelve years of excavations that lasted one month each year revealed a proto-urban settlement with extensive fortification system, and a tripartite division of its interior that could well reflect the hierarchical social structure of its inhabitants. Remarkably, a change in the fortification concept during the time of the settlement’s existence could also be observed. With regard to bronze objects and ceramic finds the settlement is dated generally between the developed Early Bronze Age and the beginning of the Middle Bronze Age, or in Br A2 and Br B1 periods according to the chronology of Paul Reinecke. Moreover, about 40 radiocarbon dates from the Monkodonja settlement have also been analysed. The foundation of the settlement is dated to around 1800 cal BC. The second extensive building phase, including the rebuilding of the fortification system according to new defensive concepts, is dated approximately to 1600 cal BC, while the destruction of the settlement occurred around 1500 cal BC or in the middle of the 15th century BC at the latest.
Until now 33 hilltop settlements that might represent Bronze Age hillforts have been registered in South Bohemia. However, only four sites have been distinguished and designated with certainty as Bronze Age fortifications through modern archaeological excavations. As for the other sites, the probability is smaller. The main chronological horizons of the preference for hillforts are the turn of the Early to the Middle Bronze Age (Br A2/B1–B1; c. 1800–1500 BC) and the turn of the Late and Final Bronze Age (Ha A2–B1 and Ha B; c. 1050–800 BC). Enclosed areas of rather small dimensions existed throughout the Bronze Age. There are several Bronze Age hillforts, about which we have gained a fairly clear idea about the construction of their fortifications.
Among many prehistoric hillforts of the Western Carpathians the one located at Maszkowice village displays unique traits. The site was excavated in 1960s and 1970s, but it was not until 2015 that the new field project revealed remains of massive stone fortifications. The wall of the Zyndram’s Hill is dated to the Early Bronze Age (18th century BC), being one of the earliest examples of defensive stone architecture in Europe outside Mediterranean. In our paper we shall discuss the development of the defensive system with its geographical and settlement context. Considering the results of fieldwork and other applied methods we can assume, that the enclosed settlement in Maszkowice functioned as an isolated point located in scarcely populated area. Therefore, we need to stress the landscape and geological circumstances which played a significant role in inner layout organization, social perception and the development of settlement and its fortifications. The stone wall was erected already at the beginning of the site’s occupation. The defensive system existed then in its most elaborated form (with at least two gates leading into the village), while later during several dozen years the fortifications slowly but constantly deteriorated. Finally, in conclusion we shall consider the stone wall of Zyndram’s Hill not as a product of local adaptation, but as a result of a prepared execution of a project.
Despite the fact that the fortification in Sântana-Cetatea Veche has been known since the 18th century and various local scholars have taken a direct interest in the site, the first excavations only started much later. The fortification was correctly attributed to the Bronze Age only in the second half of the 20th century. Until then, those interested in the issue of the great fortifications in Banat believed that the ramparts had been constructed during the Avar Period. New research on the fortification in Sântana was initiated in 2008. The northern side of the third fortification system was tested in 2009, and its construction system was documented on that occasion. The fortification system in question consisted of an earthen rampart, a wall made of wood and clay built upon the crest of the rampart, and a defense ditch. At the same time we noted that the erection of the earthen rampart had disturbed a cemetery in use in that area. The present article focuses on the dating of the third system of fortification excavated in 2009 and on the presentation of the contexts from which radiocarbon data have been collected. The results indicate that the cemetery disturbed by the construction of the fortification was used at the end of the 15th century BC and that the fortification was certainly in use during the 14th century BC.
Geophysical prospection and excavations show that the heavily fortified Teleac hillfort was densely occupied with a population reaching the low thousands. In this article it is argued that Teleac was a local political centre that acted as a hub for transportation and trade in a region that is rich in mineral resources. Recent investigations also reveal that Teleac was attacked in the late 10th century in an event that breached and destroyed the formidable northern defensive system. This attack suggests that the level of military threat was quite severe in the eastern Carpathian Basin. The attacking forces must have had significant offensive capabilities in order to tackle Teleac’s defences. It is also a strong indication that not only Teleac, but contemporary fortified settlements in the surrounding region were at least in part erected to resist serious military threats.
The large hillfort of Teleac, commanding the Mureş River valley, the principal East-West connecting axis in the Carpathian Basin, was likely built in the second half of the 11th century BC and occupied until the end of the 10th or the early 9th century BC. The fortification wall was destroyed around 920 BC, according to recent investigations. More than 40 iron objects were discovered in the fortified complex. These iron finds viewed together with numerous other iron finds from other sites signify that Transylvania was an early centre of the implementation of iron and presumably iron production. Thereby, the use of iron for producing weapons probably stood in the foreground. This is indicated by corresponding grave finds in Greece that contain a sword as offering, but also iron swords found in Slovenia and Romania.
Th e article discusses the plant species found during the 2016 archaeological campaign inside the fortification of Teleac. Analysis of the macro remains recovered from archaeological deposits in Teleac helped to reconstruct the plant species cultivated by the Late Bronze Age inhabitants. The predominant cereal species in the samples was Panicum miliaceum (broomcorn/domestic millet) with 51 seeds, followed by Triticum monococcum (einkorn) with 27 seeds and Triticum spelta (spelt wheat) with 14 seeds. Also revealed were Triticum dicoccum (emmer) with 9 seeds and Secale sp. (rye) with 7 seeds. An overview of the entire Bronze Age, our focus shows that during this period the communities were engaged predominantly in agriculture, preserving their habits from the area of their origin. The results of specific analyses show that peasant farming was the mainstay of Bronze Age life.
This paper provides a glimpse into the palaeoecological conditions at the prehistoric settlement Corneşti-Iarcuri in the southwest Romanian Banat, which is known as the largest Bronze Age fortification in Europe. Preservation of pollen is generally poor in the region, where extensive marshlands have been drained and converted into arable lands since the 18th century. Remarkably, some fossil topsoils buried under thick colluvial layers within the fortification proved to contain pollen. Together with the sediments themselves, which serve as direct evidence for anthropogenically infl uenced geomorphodynamics and could partially be put into chronological context by radiocarbon dating, the on-site palynological data offer a unique opportunity to reconstruct the palaeoenvironmental setting at Corneşti. Results reveal that during the Chalcolithic period, a partially cleared open woodland with Tilia, Quercus and Corylus prevailed. Soil erosion began in some central parts of the settlement site, resulting in the accumulation of up to 90 cm of colluvium in the main valley. Until the Early Iron Age, regional tree percentages dropped from around 38 to 22 %, while anthropogenic indicators (Cerealia, Plantago lanceolata, Polygonum aviculare) increased from 11 to 16 %. Meanwhile, between 50 to 170 cm of colluvium were deposited at the investigated floodplain sites.
The large fortifi cation of Corneşti-larcuri is located on the Mureş River in Romania and comprises four rings of defensive ramparts. With the outermost rampart encircling a total area of 17.65 km2, Corneşti-larcuri is thus considered the largest Bronze Age fortification in Europe. New intensive research began in 2007 with the six-year project “Investigations on settlement structures and the chronology of the Late Bronze Age fortification of Corneşti-larcuri in Romanian Banat”, funded by the German Research Foundation (DFG). The project terminated in the autumn of 2017. Now the goal is to evaluate the data collected during the last eleven years and to develop the first syntheses. As part of the new excavations, a total of 109 radiocarbon datings from diff erent contexts (ramparts, ditches, pits, house structures, etc.) were obtained. The subsequent phase model based upon these data essentially refers to the dating of ramparts I and II and to pits associated with house contexts. Thus, it enables a site biography for Corneşti-larcuri to be outlined for the first time and four settlement phases to be distinguished.
Micromorphology is a suitable method to study the contents and stratigraphic relationships of pit fills. Within the ramparts of Corneşti-Iarcuri, fill layers of a pit were sampled. Th e pit fill was macroscopically divided into primary and secondary fill due to striking differences. These differences could be verified and concretized micromorphologically.
The Nok Culture of Central Nigeria is known for its sophisticated terracotta figurines initially described in the 1950s by the British archaeologist Bernard Fagg. Since 2009, the Nok Culture has been the subject of research at the Goethe University Frankfurt within the scope of a long-term project funded by the German Research Foundation (DFG). This book is the outcome of a PhD thesis that involved pXRF analysis of features associated with the Nok Culture, namely stone-pot-arrangements and pit features.
Stone-pot-arrangements are considered to be burials, indicated by arranged and modified stones associated with complete pots and, in a few cases, a necklace made of stone beads. However, the absence of bones and other skeletal remains meant that their interpretation as burials was unresolved. The interpretation of pits or pit-like structures, of various shapes and sizes, also remained inconclusive.
Employing pXRF analysis succeeded in revealing traces of a decomposed body, supporting the hypothesis of stone-pot-arrangements being interments. Together with the analysis of pits, new ideas about the formation and use of Nok sites were advanced. These culminated in a 'patchwork model' that assumes a repetitive cycle of utilising land for farming, settlements and burials, followed by abandonment and subsequent re-visiting and re-use of the formerly abandoned land.
In this contribution, two open problems in computational stemmatology are being considered. The first one is contamination, an umbrella term referring to all phenomena of admixture of text variants resulting from scribes considering more than one manuscript or even memory when copying a text. This problem is one of the biggest to date in stemmatology since it implies an entirely different formal approach to the reconstruction of the copy history of a tradition and in turn to the reconstruction of an urtext. (Maas 1937) famously stated that there is no remedy against contamination and (Pasquali and Pieraccioni 1952) coined the terms 'open' vs. 'closed' recensions to distinguish contaminated from uncontaminated. We present a graph theoretical model which formally accommodates traditions with any degree of contamination while maintaining a temporal ordering and give combinatorial numbers and formula on the implication for numbers of possible scenarios.