Vrbjanska Čuka is a tell site in the region of Pelagonia (Macedonia) established 8000 years ago by the Neolithic communities. Later it was used as an agricultural unit during the Roman era and the Middle Ages when it was also employed as a burial area. The excavations performed in the 1980s and during the last five years indicate a Neolithic farming society that constructed large buildings made of daub in a settlement enclosed by a circular ditch. The buildings had many clay structures, such as ovens, granaries, bins and grinding areas for processing cereals and bread production. The Neolithic communities used sophisticated fine pottery and modeled figurines and altars, while the stone tools were mainly used for cutting trees, harvesting and grinding. Apart from the cereal-based food (einkorn wheat, emmer wheat or barley), the inhabitants of Vrbjanska Čuka consumed lentils, peas and a variety of gathered wild fruits, while cattle, caprovine, mussels, fish and wild game meat was also part of a diet, as well as the dairy products. This paper will be a summary of a variety of data provided from the current international and multidisciplinary research of the site that involves excavation, prospection, geomagnetic survey, study of material culture, examination of architecture, radiocarbon dating, geoarchaeological, archaeobotanical, archaeozoological, lipid and use-wear analyses, as well as the topographic and 3D modeling. The recent knowledge on Vrbjanska Čuka provides novel understanding of the Early Neolithic in Pelagonia and contributes to the more extensive research of first farming societies in the Balkans.

Recent study of Vlaho in Pelagonia confirms that it is the earliest known Neolithic settlement in North Macedonia. Multidisciplinary research of the architecture and material reveals a complex enclosure site dating to the seventh millennium BC, with dozens of ditches, daub buildings, white painted pottery and domesticated plants and animals.

Abstract

North Macedonia is a crucial region for understanding the spread of agriculture into the Mediterranean and Central Europe. To date, however, the area has been subject to relatively limited archaeological research. Here, the authors present use-wear and archaeobotanical analyses on material from two Neolithic sites, Govrelevo and Vrbjanska Čuka, to investigate practices that were previously unstudied in this part of the Balkans, such as sowing, cultivation and harvesting techniques. The results suggest the presence of permanent crop fields located in wetlands, with autumn and spring sowing, and harvesting using curved sickles. The study illuminates early agricultural practices in North Macedonia and adds to our knowledge of the spread of the Neolithic package across Europe.

Pelagonia is a mountain valley in North Macedonia that was densely occupied by early farming communities in the second half of the 7th and early 6th millennium bce. Archaeobotanical analysis is being done on material from three sites there, Vrbjanska Čuka, Veluška Tumba and Vlaho. This paper presents the results of archaeobotanical analyses of remains from Pelagonia, which represent some of the oldest directly dated remains of cereals and pulses in Europe, and discusses the results on crop diversity among Early Neolithic communities within the region. The crop spectrum was broad, with five cereal species and several varieties, two pulses and potentially two oil crops. The diversity is slightly narrower than the one found in southwestern Asia, Greece and Bulgaria as Cicer arietinum (chickpea), Lathyrus sativus (grass pea) and Vicia ervilia (bitter vetch) were not present or very rare, and Triticum aestivum/durum (naked wheat) was only found in small amounts, probably because the early farmers were adapting their choices of crops to the different climatic conditions in Pelagonia. On the micro-regional level we have observed that the diversity and importance of certain crops may vary in relation to the 8.2 ka bp climate cooling event, as well as due to local environmental or cultural factors, showing the need for finer scale analyses beyond the level of site or phase.