New temporal dimensions of the Linearbandkeramik cemetery horizon in Schwetzingen (Germany)

VIRVELINĖS KERAMIKOS KULTŪRA LIETUVOJE 2800–2400 cal BC

The object of the paper is to update the current concept of the chronology of the Neolithic (c. 5400–3300 BC) of the Czech Republic and northern Lower Austria by comparing the typo-chronological development of pottery and modelling the corresponding radiocarbon dates. Up until now, pottery and its style have often been perceived in Central Europe as “basic indicators” of archaeological cultures or pottery traditions, which are then further divided into chronological stages and phases. And yet, an analysis of the relationships of all three levels of these entities in the context of four types of models of radiocarbon dates indicates that changes in the original material culture do not necessarily occur on a time axis. While it is true that archaeological cultures have proven to be the robust materialisation of primarily chronological trends valid in larger geographic areas, at the level of general and more detailed pottery groups, development can be manifested in other ways (regionally, socially or in a way that is difficult to interpret). Central Europe – Neolithic – pottery typo-chronology – archaeological culture – radiocarbon dating

Late Neolithic long barrows are commonly found throughout Central and Northwestern Europe, within the Funnel Beaker Culture territory. The sites of this Culture are known from Bohemia covering a period between 3900 and 3400 BC. However, long barrows have not been detected in Bohemia for a long time. The main reason is that they are located in areas where they were affected by modern ploughing. A significant contribution to their recognition was the remote sensing of modern fields, especially aerial archaeology. Current research in Bohemia provided new evidence of dozens of long barrows of several types, significantly expanding our knowledge of this phenomenon in the southeastern margins of its distribution. A new type of long barrow has been identified in Bohemia using remote sensing and current excavation data. The characteristic parameters of the long barrows in Bohemia are an east-west orientation with the ceremonial place in the eastern front and the delineation of the perimeter by a palisade trough or a ditch. The mounds can be divided into at least two structural and chronological forms. The first is the narrow and sometimes extremely long mound with perimeter defined by a palisade trough dating to the 3900–3800 BC. The second type of barrow is enclosed by a trapezoidal ditch. Based on radiocarbon dating, these structures were constructed during the 3700–3600 BC. This type of monument is currently known exclusively from Bohemia.

<p>The Holocene climate shifts had a significant impact on the development of ombrotrophic peatland ecosystems located in various biogeographic zones. Disturbances of the plant communities at peatlands ecosystems took place also due to intensified human activities in the past several centuries, that include peat excavation, fires, as well as deposition of dust and pollutants on peatland surfaces. This merger of natural and human impacts has led to direct hydrological and biochemical disturbances that triggered changes in plant populations, e.g. often leading to the decline of some species, such as Sphagnum austinii in Great Britain.</p><p>The knowledge about the development of peatlands across mountain ranges in Europe is still poor. Determining the resilience of peatland vegetation to disturbance is an important and significant task to aid further protection and management of the entire range of ombrotrophic peatlands found in the European mountains, from destroyed or restored to pristine. We carried out high-resolution, multi-proxy studies including plant macrofossils, pollen, testate amoebae, geochemical analyses (XRF and stable carbon isotopes), micro- and macro-charcoal, supported by radiocarbon dating, on replicate peat cores from five well-preserved ombrotrophic peatlands across Europe where peat-forming process is active. The studied peatlands are located along an east west gradient in the Central and Western Europe: Eastern Carpathian Mts. (Calimani-Gurghiu-Harghita, Romania; Bieszczady, Poland), Harz Mts. and Schwarzwald Mts. (Germany), and Vosges Mts (France). In our palaeocological studies we aimed to: i) reconstruct long-term local (mainly Sphagnum populations) and regional (forest communities) vegetation changes at and around selected bogs; ii) reconstruct long-term palaeohydrological shifts; iii) assess mountain peatland ecosystems resilience to Holocene climate shifts and disturbance by fire events and human impact (deforestation, dust and pollution).</p><p>Based on our results, we found that: i) despite human activites (pollutants and dust deposition, drainage) some of the mountain peatlands remained in a pristine state, however some plant communities had changed; ii) plant communities composed mainly by Sphagnum species, could repeatedly self-regenerate via autogenic processes following a decline in stressors; iii) recent climate warming has stimulated the spreading of some species indicative of more dry habitats; vi) lack of macrocharcoal in the peat layers indicate that fires did not play a significant role in the development or evolution of local peatland communities. Results from our studies show that palaeoecological records play an important role for the determination of present peatland ecosystem stage and reference conditions for the restoration of damaged ombrotrophic peatlands in European mountains.</p><p>The research has received support National Science Centre (Poland) grant No UMO-2016/23/B/ST10/00762 (PI: Mariusz Gałka).</p>

The timing and course of the recolonisation of Central Europe after the Last Glacial Maximum are intensively debated. Particularly puzzling is the distribution of sites between 19,000 and 18,000 calBP, attributed to the so-called Magdalenian ‘a navettes’, where the easternmost site (Maszycka, Poland) is located 1300 km away from its closest neighbour to the west (Grappin, France). The question of early recolonisation pulses into Central Europe is linked to the problem of identifying weak occupation signals within archaeological palimpsests, whose largest parts have accumulated during later periods of more intensive human activities. In order to disentangle palimpsest assemblages and identify components of early occupation events, we set aside traditional archaeological units such as Middle Magdalenian and instead focus on artefact associations. Under this premise, we review the evidence of faunal assemblages, radiocarbon dates, artefact morphology, technology and artisan craftwork of sites in Central Europe between roughly 20,000 and 14,000 calBP. We identify numerous, previously overlooked evidence for early occupations, particularly for the periods from 19,000 to 18,000 calBP and 18,000 to 15,800 calBP. Our findings add new tesserae to the mosaic picture of the repopulation process in Central Europe after the Last Glacial Maximum and significantly alter the current view on its timing and course.

Ancient DNA and dating evidence for the dispersal of hippos into central Europe during the last glacial.

The study presents a legal historical comparison of various ethnic marked consuetudinary laws from Southeastern and Central Europe during the Middle Ages and early modern history. Such customary laws were enacted in proper codifications specific to the ethnic communities of the South Slavs (Zakon sudnyi ljudem, Serbian and Croatian customary laws), Germans (Sachsenspiegel, Schwabenspiegel, Magdeburgisches Stadtrecht, Ofner Stadtrecht), Transylvanian Saxons (Codex Altemberger, Eigenlandrecht der Siebenbürger Sachsen), Hungarians (Werbőczy István’s Tripartitum), Vlachs (Jus Valachicum in Croatia, Serbia, Montenegro, Herzegovina) and Romanians (Jus Valachicum in South Transylvania). In each of the illustrated cases we specify the emergence and features of the customary laws specific to various Southeast and Central European ethnic communities, the manuscript editions, variants and copies of the original sources, the languages in which they were written, as well as their spread, importance and influence upon the neighbouring ethnic communities. We show that, in spite of the multiethnic cohabitation in Central Europe and the Balkans, the various ethnic consuetudinary laws had a parallel development, while each of the ethnies, social categories, medieval and modern nations involved kept their own ethno-juridical peculiarities.

Cattle dominate archaeozoological assemblages from the north-central Europe between the sixth and fifth millennium BC and are frequently considered as exclusively used for their meat. Dairy products may have played a greater role than previously believed. Selective pressure on the lactase persistence mutation has been modelled to have begun between 6000 and 4000 years ago in central Europe. The discovery of milk lipids in late sixth millennium ceramic sieves in Poland may reflect an isolated regional peculiarity for cheese making or may signify more generalized milk exploitation in north-central Europe during the Early Neolithic. To investigate these issues, we analysed the mortality profiles based on age-at-death analysis of cattle tooth eruption, wear and replacement from 19 archaeological sites of the Linearbandkeramik (LBK) culture (sixth to fifth millennium BC). The results indicate that cattle husbandry was similar across time and space in the LBK culture with a degree of specialization for meat exploitation in some areas. Statistical comparison with reference age-at-death profiles indicate that mixed husbandry (milk and meat) was practised, with mature animals being kept. The analysis provides a unique insight into LBK cattle husbandry and how it evolved in later cultures in central and western Europe. It also opens a new perspective on how and why the Neolithic way of life developed through continental Europe and how dairy products became a part of the human diet.

The transition from the Neolithic to the Early Bronze Age in Central Europe has often been considered as a supra-regional uniform process, which led to the growing mastery of the new bronze technology. Since the 1920s, archaeologists have divided the Early Bronze Age into two chronological phases (Bronze A1 and A2), which were also seen as stages of technical progress. On the basis of the early radiocarbon dates from the cemetery of Singen, southern Germany, the beginning of the Early Bronze Age in Central Europe was originally dated around 2300/2200 BC and the transition to more complex casting techniques (i.e., Bronze A2) around 2000 BC. On the basis of 140 newly radiocarbon dated human remains from Final Neolithic, Early and Middle Bronze Age cemeteries south of Augsburg (Bavaria) and a re-dating of ten graves from the cemetery of Singen, we propose a significantly different dating range, which forces us to re-think the traditional relative and absolute chronologies as well as the narrative of technical development. We are now able to date the beginning of the Early Bronze Age to around 2150 BC and its end to around 1700 BC. Moreover, there is no transition between Bronze (Bz) A1 and Bronze (Bz) A2, but a complete overlap between the type objects of the two phases from 1900–1700 BC. We thus present a revised chronology of the assumed diagnostic type objects of the Early Bronze Age and recommend a radiocarbon-based view on the development of the material culture. Finally, we propose that the traditional phases Bz A1 and Bz A2 do not represent a chronological sequence, but regionally different social phenomena connected to the willingness of local actors to appropriate the new bronze technology.

Luminescence and radiocarbon dates from alluvial sediments, Podhale, Central Europe — A methods comparison

I discuss here a series of radiocarbon dates from sites of the earliest phase of the Linearbandkeramik (LBK) culture. The samples were collected during excavations directed by Prof. Jens Lüning (Frankfurt am Main) between 1979 and 1987. The samples were mainly charcoal, including cereals and food remains, but bones and potsherds containing organic temper were also included in the study. Although the results on cereal, bone and food remains were consistent, almost all differed from those measured on charred wood. From a series of dates measured by accelerator mass spectrometry (AMS) on organic temper in potsherds, variable amounts of sample contamination were observed, probably deriving from the natural organic components of the clay used in the ceramic production. By critically evaluating 14C dates, individual activities on the sites were dated as accurately as possible. A chronological framework could then be established for the earliest phase of the LBK culture. The dating results provided information on taphonomic processes.

The late Middle Paleolithic and earliest Upper Paleolithic in Central Europe and their relevance for the Out of Africa hypothesis

This issue consists of eleven papers dedicated to migrations of individuals and/or communities in Southeast and Central Europe. The concept of its topic is interdisciplinary – it is comprised of papers which examine the migration phenomenon, combining research methods of ethnology and social anthropology, sociology, history and political science. Despite the immense diversity of migration types researched, a significant number of them is, in their different ways, directly or indirectly, connected to the war (the first six papers). Economic reasons are also at the core of many migrations, and can be, but not necessarily so,connected to the war and the crisis common in post-war regions. In addition, personal reasons represent a possible motive for initiating migration, as shown in several papers.Key words: migration, Southeast Europe, Central Europe, interdisciplinarity

The expansion of agrarian societies towards the north – new evidence for agriculture during the Mesolithic/Neolithic transition in Southern Scandinavia

A recent study from Central Europe has changed our perception of the cat's domestication history. The authors discuss how this has led to the development of an interdisciplinary project combining palaeogenetics, zooarchaeology and radiocarbon dating, with the aim of providing insight into the domestic cat's expansion beyond the Mediterranean.