Suchergebnisse

Morphometric analysis offers an alternative or augmentation to traditional archaeobotanical methods to address differences within and between plant species and their remains, refining and enhancing taxonomic resolution. Morphometrics, the measurement of size and shape, and the multivariate statistical analysis of generated quantitative variables, have long played a major role in biological research, including plant taxonomy and systematics, although its application in archaeobotany is relatively recent. Over the last few decades, there has been an increasing interest in the use of morphometrics for analysing a varied range of archaeological plant materials (mainly seeds, pollen, phytoliths, and starch grains). In particular, morphometrics have contributed to the study of the domestication and spread of many cereals world-wide, as well as that of other taxa including legumes, underground storage organs (USO), and fruits (such as olives, grapes, and dates). This paper reviews current methodologies, recent applications, and advances in the use of morphometrics in archaeobotanical research, discusses its role in exploring major research questions, and suggests possible future directions for its use. ; MP work was carried out within the framework of the EU Horizon 2020 MICROARCHEODUNG project. This project has received funding from the European Union's Horizon 2020 research and innovation program under the Marie Sklodowska-Curie grant agreement No. H2020-MSCA-IF-2015-702529. MW is funded by an anonymous donation to the University of Sheffield matched by the Alumni Office – DARE. CM research is funded by European Research Council advanced grants (ComPAg no. 323842). SPD and MRA were funded by the 'Programa Estatal de Promoción del Talento y su Empleabilidad en I + D+i Juan de la Cierva'. ; Peer reviewed

"Ancient Plants and People is a timely discussion of the global perspectives on archaeobotany and the rich harvest of knowledge it yields. Contributors examine the importance of plants to human culture over time and geographic regions and what it teaches of humans, their culture, and their landscapes"--Provided by publisher

Recent archaeobotanical investigations (2013-2015) at three sites situated in the southeastern part of the Lake Sevan basin (Sotk-2, Norabak-1 and Sotk-1 settlements, and Sotk-10 cemetery) revealed important data on plant economy, agriculture, diet, and environment of the region during the Early Bronze Age, Middle-Late Bronze Age and Mediaeval periods. These materials show that agriculture was the main direction of plant economy to gain vegetal food staple, but it was likely accompanied also by gathering of wild plants. The principal direction of agriculture at the studied region was the cultivation of cereals for all the above-mentioned periods. Correspondingly, the main source of vegetal food were cereal-based products (presumably bread, porridges, etc).

Archaeobotany in South America: Landscape, diet, and use of plants in the past

This contribution focuses on the preliminary results of the AGRIWESTMED project which focuses on the archaeobotanical analyses of early Neolithic sites in the western Mediterranean region (both in Iberia and in northern Morocco). A large number of sites has been studied producing an interesting dataset of plant remains which places the earliest examples of domesticated plants in the second half of the 6th millennium cal BC. Plant diversity is high as it is shown by the large number of species represented: hulled and naked wheats, barley, peas, fava beans, vetches, lentils and grass peas. To more crops, poppy and flax, are also part of the first agricultural crops of the area. Although agriculture seems to occupy a first place in the production of food, gathering is well represented in the Moroccan sites where a large number of species has been identified. ; The research leading to these results has received funding from the European Research Council under the European Union's Seventh Framework Programme (FP7/2007- 2013)/ERC Grant Agreement nº 230561. In addition, the research has also benefited from the project I-COOP0011 funded by the CSIC (Spanish National Research Council) and from projects TPC-CSD2OO7-00058, HAR2008- 09120/HIST and HAR2011-23716 funded by the Ministry of Science and Innovation of Spain. L. Zapata is part of the Research Group in Prehistory IT622-13/ UFI 11-09 of the University of the Basque Country UPV/EHU. ; Peer reviewed

Roman Gordion, on the Anatolian plateau, is the only excavated rural military settlement in a pacified territory in the Roman East, providing a unique opportunity to investigate the agricultural economy of a permanent Roman garrison. We present combined results of archaeobotanical and zooarchaeological analyses, assessing several hypotheses regarding Roman military provisioning. The garrison adapted its dietary preferences to local agricultural systems, but maintained its traditional meat supply of pork, beef, and chickens as well. There is evidence for economic interdependence with local farmers and cattle herders, self- sufficiency in pork and chicken production, and complex relationships with autonomous sheep and goat herders who pursued their own economic goals. If the Roman military in Gordion exercised a command economy, they were able to implement that control only on specific components of the agricultural sector, especially cereal farming. The sheep and goat herding system remained unaltered, targeting secondary products for a market economy and/or broader provincial taxation authorities. The garrison introduced new elements to the animal economy of the Gordion region, including a new pig husbandry system. Comparison with contemporary non-military settlements suggests both similarities and differences with urban meat economies of Roman Anatolia. ; 0832125 - US National Science Foundation

The sedimentological, geochemical and palynological analyses performed in the Conquezuela palaeolake (41°11′N; 2°33′W; 1124 m a.s.l.) provide a detailed, multiproxy palaeoenvironmental reconstruction in one of the key areas of inner Iberian Neolithic colonization. Combined with archaeobotanical and archaeological data from well-dated settlements along the Conquezuela–Ambrona Valley we investigate how environmental conditions may affect both socio-economic adaptations and livelihood strategies of prehistoric communities. The first evidences of early Neolithic occupation in the valley ca. 7250–6450 cal yr BP (5300–4500 BC) coincided with the onset of a period (7540–6200 cal yr BP, 5590–4250 BC) with higher water availability and warmer climate as alluvial environments were substituted by carbonate-wetland environments in the basin. The Conquezuela record supports an early Neolithic colonization of the inner regions of Iberia favored by warmer and humid climate features and with preferential settlement patterns associated to lakes. The maximum human occupation of the valley occurred during the mid–late Neolithic and Chalcolithic (6200–3200 cal yr BP, 4250–1250 BC) as evidenced by the high number of archaeological sites. Although a number of hydrological oscillations have been detected during this period, the intense landscape transformation at basin-scale, leading to a deforested landscape, was largely a consequence of widespread farming and pastoral practices. Socio-economic activities during Bronze, Iron and Roman times modified this inherited landscape, but the second largest ecosystem transformation only occurred during Mediaeval times when a new agrarian landscape developed with the expansion of stockbreeding transhumance. The current vegetation cover characterized by patches of holm and marcescent oaks and fields reflects an intense human management combining both extensive herding with agrarian activities in order to transform the previous forested landscape into a dehesa-like system. ; The funding for the present study derives from DINAMO2 (CGL-BOS 2012-33063) and AGRIWESTMED (ERC Grant Agreement #230561) projects, provided by the Spanish Inter-Ministry Commission of Science and Technology (CICYT) and the European Research Council under the European Union's Seventh Framework Programme (FP7/2007–2013). XRF data were obtained at the XRF Core Scanner Laboratory (CRG Marine Geosciences, University of Barcelona). Josu Aranbarri acknowledges the predoctoral funding provided by the Basque Country Government (ref: FI-2010-5). Graciela Gil-Romera hold a post-doctoral contract funded by "Juan de la Cierva" (ref: JCI2009-04345) program. Eduardo García-Prieto and Maria Leunda are supported by predoctoral FPI grants BES-2010-038593 and BES-2013-063753, respectively. We also thank Elena Royo for her help with the lab procedures and the two anonymous referees for their valuable suggestions. ; Peer reviewed

Plant finds recovered from archaeological sites in southern Scandinavia dated to the Viking Age reflect the diversity of useful plants that were cultivated and collected. This review presents the results of 14 investigations of deposits that are dated between AD 775 and 1050. The site types are categorized as agrarian, urban, military and burials. Garden plants are unevenly distributed, as the greatest diversity is recorded in features from urban contexts. We argue that taphonomic processes played an important role in the picture displayed. Archaeobotanical research results from neighbouring regions suggest that Viking Age horticulture has its roots in older traditions, and that the spectrum of garden plants is influenced by central and north-western European horticultural customs, which were to a great extent shaped by Roman occupation.

Large, pre-modern complex agricultural societies faced signicant environmental and social challenges in sustaining and maintaining the intensication of agricultural production that facilitated wide-scale redistributive food systems. Yet how agricultural societies embedded in larger social and economic networks balanced the needs of non-local political entities and the necessities of everyday local life is not often explored for communities living on the margins of polities who utilized written language. The archaeological site of Dhiban in the contemporary Hashemite Kingdom of Jordan has been occupied for at least 3,000 years by sedentary agricultural communities. Nevertheless, regional elites wrote little about the settlement. It is still unknown how successive communities managed to flourish despite the environmental challenges of inhabiting a semi-arid landscape with annual precipitation too low for reliable rain-fed farming. This dissertation focuses on the Byzantine (300 - 640 CE) and Mamluk (1260 - 1450 CE) empires, who oversaw two separate attempts to increase the production of agricultural goods within their respective political territories. The specific trajectories and economic prerogatives of those empires differed, and therefore provide insight into how varying political and ideological institutions affected local lifeways at Dhiban. Archaeological data derived from the excavation of the mounded archaeological site in 2009, 2010, 2012, and 2013, and the high-resolution sampling, recovery, and analysis of paleoethnobotanical data, combine to explore empirically the local agricultural practices of historical farmers in Dhiban and their responses to state intervention via the agricultural economy. Contrary to perceptions of timeless and unchanging agricultural practices in southwest Asia and the eastern Mediterranean, the results of the project reveal that communities at Dhiban in these two periods exercised considerable agency in the choice of agricultural crops, the composition of agricultural fields, and the organization of agricultural labor and crop processing. Mamluk period archaeological deposits contain paleoethnobotanical evidence of an irrigated wheat and barley monocropping strategy with signicant crop-processing occurring on site, although there is also archaeological evidence of periodic site abandonment. Byzantine period deposits, in contrast, contain no evidence of abandonment, and little crop-processing occurring on site. Nevertheless new varieties of agricultural crops appear in Mamluk period deposits, such as plum and sorghum, as a result of trade or garden-plot cultivation. Therefore, although these communities faced environmental constraints in the range of crops that could be grown, and participated in the unique economic networks of each political intervention, they demonstrated choice in the kinds and proportions of agricultural goods produced. The theoretical contributions of this project thus apply both to the archaeological and general scientic community concerned with sustainability by providing a diachronic paleoethnobotanical data-set nuanced by the influence of human decision-making.

This research aims to shed light on the early stages of agricultural development in Northern Africa through the analysis of the rich macro-botanical assemblages obtained from Ifri Oudadane, an Epipalaeolithic-Early Neolithic site from North-East Morocco. Results indicate the presence of domesticated plants, cereals (Hordeum vulgare, Triticum monococcum/. dicoccum, Triticum durum and Triticum aestivum/. durum) and pulses (Lens culinaris and Pisum sativum) in the Early Neolithic. One lentil has been dated to 7611 ± 37 cal BP representing the oldest direct date of a domesticated plant seed in Morocco and, by extension, in North Africa. Similarities in both radiocarbon dates and crop assemblages from Early Neolithic sites in Northern Morocco and the Iberian Peninsula suggest a simultaneous East to West maritime spread of agriculture along the shores of the Western Mediterranean. Wild plants were abundantly collected in both the Epipalaeolithic and the Early Neolithic periods pointing to the important role of these resources during the two periods. In addition to fruits and seeds that could have been consumed by both humans and domesticated animals, fragments of esparto grass (Stipa tenacissima) rhizomes have been identified. This is a western Mediterranean native plant that may have been used as a source of fibres for basketry. © 2013 Elsevier Ltd. ; The research leading to these results has received funding from the European Research Council under the European Union's Seventh Framework Programme (FP7/2007–2013)/ERC Grant Agreement n° 230561. In addition, the research has also benefited from the project I-COOP0011 funded by the CSIC (Spanish National Research Council) and from projects TPC-CSD2OO7-00058 and CGL2011-30512-C02-01 and HAR2008-09120/HIST funded by the Ministry of Science and Innovation of Spain. Fieldwork was funded by the German Research Foundation (DFG) in the frame of the CRC 806 "Our way to Europe". ; Peer Reviewed

Plants from the Past is a fascinating, comprehensive record of the work of two dedicated plant scientists who were instrumental in the establishment of archaeobotany and paleoethnobotany as vigorous subdisciplines within American archaeology. Hugh Carson Cutler and Leonard Watson Blake worked together for many decades at the Missouri Botanical Garden in St. Louis, identifying and interpreting plant remains from archaeological sites all over North America. Covering a period of 30 years and tracing the development of the study of plant remains from archaeological sites, the volume will give arch.

This essay synthesizes research findings in the fields of microbiology, archaeology, and archaeobotany to explore the significance of malaria on the peopling of early tropical Africa before the Common Era. It contends that the human genetic responses to malarial infections in early tropical Africa constitute the earliest known chapters in the human experience with infectious disease. It also advances a new interpretation of the colonization of much of tropical Africa during the demographic processes known as the "Bantu expansions" (fifth to first millennia B.C.E.). It argues against diffusionist theories and in favor of a more integrated theory of the peopling of the continent.