New temple discovery at the archaeological site of Nysa (western Turkey) using GPR method

We carried out a ground-penetrating radar (GPR) study at specific sites around the Nysa city (western Turkey) to assess the potential of detection method and imaging of buried archaeological features. As a major educational and cultural Aegean city during the Hellenistic and Roman times, Nysa has been the focus of archaeological investigations for the last 100 yrs. Past and ongoing excavations have revealed major ancient buildings such as theatres, amphitheatres, a library and shops. However, it is suspected that the original city may have extended further and reached a larger size.     

Finding millet in the Roman world

Examining the evidence for millet in the Roman empire, during the period, circa 753 bc–610 ad, presents a number of challenges: a handful of scant mentions in the ancient surviving agrarian texts, only a few fortuitous preserved archaeological finds and limited archaeobotanical and isotopic evidence. Ancient agrarian texts note millet’s ecological preferences and multiple uses. Recent archaeobotanical and isotopic evidence has shown that millet was being used throughout the Roman period. The compiled data suggests that millet consumption was a more complex issue than the ancient sources alone would lead one to believe. Using the recent archaeobotanical study of Insula VI.I from the city of Pompeii, as a case study, the status and role of millet in the Roman world is examined and placed within its economic, cultural and social background across time and space in the Roman world.     

Caught in a trap: landscape and climate implications of the insect fauna from a Roman well in Sherwood Forest

Sherwood Forest in Nottinghamshire is often considered a well-preserved ancient landscape, subsequently having survived by way of centuries of management as a hunting preserve. Archaeological evidence suggests otherwise, with an enclosed landscape beginning in the pre-Roman Iron Age and continuing through the Roman period. Due to the nature of the region’s soils, however, there is little empirical, palaeoecological evidence on its environmental history prior to the medieval period. This paper presents an insect fauna from a Roman well in a small enclosure in north Nottinghamshire, on the edge of Sherwood Forest, and its interpretation in terms of contemporary land use. Wells and small pools act as large pitfall traps and may effectively sample aspects of the local and regional insect fauna. The Wild Goose Cottage fauna and its environmental implications are also compared with a number of archaeologically and geographically similar contexts.     

A Roman Egyptian Painting Workshop: Technical Investigation of the Portraits from Tebtunis,Egypt

Roman‐period mummy portraits are considered to be ancient antecedents of modern portraiture. However, the techniques and materials used in their manufacture are not thoroughly understood. Analytical study of the pigments as well as the binding materials helps to address questions on what aspects of the painting practices originate from Pharaonic and/or Graeco‐Roman traditions, and can aid in determining the provenance of the raw materials from potential locations across the ancient Mediterranean and European worlds. Here, one of the largest assemblages of mummy portraits to remain intact since their excavation from the site of Tebtunis in Egypt was examined using multiple analytical techniques to address how they were made. The archaeological evidence suggests that these portraits were products of a single workshop and, correspondingly, they are found to be made using similar techniques and materials: wax‐based and lead white–rich paint combined with a variety of iron‐based pigments (including hematite, goethite and jarosite), as well as Egyptian blue, minium, indigo and madder lake to create subtle variations and tones.     

Influence of Short Segments in the Trabeation With Opposing Inclined Edges on the Seismic Vulnerability of the Marble Blocks Colonnade in the Archaeological Site of Pompeii

This study presents the vulnerability analysis of a masterpiece of the architectural heritage of the ancient city of Pompeii in Italy. First, a historical analysis of the structure is proposed; then finite element analyses are discussed to evaluate the seismic vulnerability of the colonnade today, including the effect of water leakage and pollutants in between the marble blocks of the structure. Pompeii, in fact, is a partially buried Roman town-city; after suffering many earthquakes in the past it was destroyed during a long catastrophic eruption of the Vesuvius volcano in 79 ad and remained covered until its accidental rediscovery in 1749. After excavations, the ruins of the ancient town present many partially collapsed buildings, not only due to other earthquakes during the past three centuries, but also due to rapid degradation of the archaeological material. Temples and public places mainly present slender columns and typical shapes of discrete marble overlaying blocks. In the case of the colonnade of the Forum, residing in the main square of the town, an “innovative solution” was adopted for the trabeation. To avoid long span beams over the columns, short segments were built up providing opposing inclined patterned edges. Numerical analyses show the seismic vulnerability of a colonnade, in order to understand how a UNESCO World cultural heritage site can be preserved. The beam segmentation was an “innovative solution” for that period aiming to simplify the constructability of those structures. This solution did not substantially alter the colonnade current seismic vulnerability. Nevertheless any contemporary alteration between blocks could potentially increase the colonnade’s seismic vulnerability, potentially putting at risk cultural heritage and human life.     

Characterization of concrete from Roman buildings for public spectacles in <Emphasis Type="Italic">Emerita Augusta</Emphasis> (Mérida,Spain)

The aim of this work is to characterize the original concrete from Roman buildings for public spectacles, theatre and amphitheatre, from Emerita Augusta, Mérida, Spain. An advanced knowledge of the Roman concrete composition is required for a reliable restoration and preservation of these ancient monuments. The concrete was studied through mineralogical (optical polarized microscopy and X-ray diffraction) and petrophysical (bulk and real density, open porosity to water and Hg, mechanical strength and ultrasonic velocity) analyses. With this work, it is possible to fill the gap that exists in this field and the characterization of the materials used in the Roman concrete from these two buildings, never previously studied, despite the significance of this archaeological ensemble, declared a World Heritage Site by UNESCO in 1993. The results allowed us to determine the composition of the Roman concrete and to infer the provenance of the aggregates used in these monuments.     

基于概率法的木构古建筑地震破坏综合评价方法

为了研究木构古建筑地震破坏状态评估的准确性,应用概率的方法,以结构损伤指数、最大层间位移角作为评价因子,建立了地震破坏综合评价模型,提出了基于概率法的木构古建筑地震破坏综合评价方法。该方法在综合现状分析与实验数据,在一定烈度下计算各种破坏状态等级中每一种破坏状态出现的概率,古建筑地震破坏状态应为概率最大的地震破坏状态,从而比较准确地判别木构古建筑地震破坏程度。并对经受过汶川地震的两种结构形式的古建筑进行了验证,从而验证了该方法的合理性和有效性。这一方法将提高木构古建筑震害预测的准确性,为古建筑抗震加固提供有效的理论支持。     

Multi-Isotope Investigations for Scientific Characterisation and Provenance Implication of Banded Travertines from Tripolis Antique City (Denizli–Turkey)

The coloured stones used in buildings and monuments were an indicator of power and wealth during the ancient times. In this study, Tripolis city samples have been compared with Tripolis quarry samples in order to recognise the provenance of the banded travertine blocks in the ancient city. The banded travertine samples have similar mineral compositions and mainly consist of calcite with minor amounts of dolomite, aragonite, clay and iron oxide minerals. These results are also supported by CRS studies. Calcite is in the form of needle-shaped crystals ranging between 0.163–1.418?mm (in city) and 0.303–1.270?mm (in quarry). Tripolis banded travertine samples show the similar compositional spread in terms of major oxide, trace elements. δ¹³C_V-PDB values of banded travertines range from 1.93 to 5.25‰ (in city) and 2.99 to 3.99‰ (in quarry), δ¹⁸O_V-PDB values change between (?16.93)–(?10.08) ‰ and (?15.93)–(?13.01)‰, respectively. The U–Th radiometric ages are determined between ～267 and 9?ka in Tripolis city samples and ～350 and 2?ka in Tripolis quarry samples. The minero-petrographic, geochemical, C–O and U–Th isotope results fairly matched with each other. It seems highly probable that the banded travertines in Tripolis city were extracted from the Tripolis quarry, which is located at the northeast of the antique city with a distance of 3?km.     

Methods of Palaeodemography: The Case of the Iberian Oppida and Roman Cities in North‐East Spain

Ancient demography is a recurrent topic in archaeology, thanks to new methods and evidence from different surveys and excavations. However, different cultures or periods are studied on their own, without any comparison being made between them and of their population dynamics. The present paper seeks to advance the situation by defining methodologies to allow diachronic comparisons between two different periods and cultures. After setting out a methodological approach, the paper goes on to apply the same to a case study: namely the Roman conquest of north‐east Spain, comparing the demography of the ancient Iberian communities (fourth‐second centuries BCE) to the Roman colonization (first century BCE to first century CE). Roman urbanism is generally supposed to increase the population in a particular territory, but our present evidence refutes this point: a decrease in population is visible in urban or proto‐urban sites from the Iberian to Roman periods, though there is an increase in the rural densities.     

Dunster and Its Lords

As part of a wider study of the archaeological evidence for slavery in the ancient world, this paper deals with the typology, mechanism, chronology, and distribution of iron age and Roman slave-shackles. These are subdivided into neck-shackles, manacles (for hands), and fetters (for feet). The distribution of iron age examples defines a trading pattern between the Celtic and Roman worlds. The preponderance of Roman types a) on the limes and b) in Gaul and Britain suggests the role of the military in slave-taking on the one hand, and the use of slaves in agriculture on the other. Separate sections deal briefly with the Pompeian material, the physiological evidence for shackles (including Greece), and animal hobbles of iron age and recent date. A catalogue of the material is appended.     

X‐Ray Fluorescence and Stable Isotope Analysis of Marble in Central Lydia,Western Turkey

This paper presents the results of carbon and oxygen stable isotope analysis on marble quarries and artefacts from central Lydia, western Turkey under the auspices of the Central Lydia Archaeological Survey (CLAS). The marble survey and sampling programme studied 11 small‐scale quarries in the hinterland of the ancient city of Sardis. These quarries demonstrate evidence of ancient tool use, though their precise periods of operation were unknown prior to this study. The results presented here correlate material from these quarries with material previously studied from Sardis and from several tumuli in the monumental cemetery known as Bin Tepe. This study demonstrates that small quarries were important components of ancient social and economic landscapes, and that they are deserving of more consideration in archaeometric and marble studies. The data also point towards different social and economic factors at work in Lydian and Roman‐period marble acquisition.     

THE BIRDS OF ROMAN BRITAIN

Summary. Wild birds were probably of little importance for food in Roman Britain, but there is some advantage, for ecology, conservation, archaeological reconstruction and education, in establishing a tolerably correct list of species present in Roman times. There are special problems for the recovery and identification of bird bones; on the other hand, historical and other sources are wanting for Roman Britain. There is no evidence for falconry in the Roman period; birds would be caught, for sport by lime-rods, and for food by a variety of methods. There is little definite evidence for religious use of wild birds in Roman Britain. The environment of Britain in the Roman period was, in many respects, quite similar to that of recent times, but the bird species recorded from Roman sites suggest that the landscape was rather varied, and favourable to wildlife. An up-to-date list of 94 wild species can be roughly quantified by the number of sites on which each has been found; both the more numerous species and the absentees offer some surprises, and the effect is to emphasize the Romanization of eating habits in the province.     

ANALYSIS OF COPPER-BASED METALLIC ARTIFACTS BY PROMPT GAMMA-RAY NEUTRON ACTIVATION ANALYSIS

Non-destructive analysis of the major elements in copper-alloyed artifacts by prompt gamma neutron activation analysis is reported. Copper, zinc, tin and lead were measured in several ancient Roman, Greek and Iranian objects. Good agreement was found in comparison with analysis of similar objects by destructive methods.     

Conservation projects in Pergamon. Building Z and the shelter constructed above it

Abstract

The reconstruction and conservation of buildings in Pergamon has been an important aim of the excavations of the German Archaeological Institute Istanbul over the last twenty years. The paper discusses the structure known as Building Z situated about halfway up the slope to the acropolis of Pergamon on a rise between the terrace of the Sanctuary of Demeter and the precinct of the Temple of Hera. Although the southern fringes of this Hellenistic building were discovered in 1909, digging here was soon abandoned due to the very poor preservation of the walls. In 1990, a trench of the 'City Excavations' revealed the northern part of the building. The well-preserved Roman mosaic pavements and other remains found here — eventually exposing the best preserved examples of interior decoration yet discovered in the ancient city of Pergamon — prompted the construction of a shelter open to visitors. The construction of this shelter began in 1996 and was completed in 2004. The roofed area covers only the northern part of the former ancient building. The modern roof construction, on steel-trussed girders above the walls, has been deliberately designed as an independent unit.     

The Tell Abu Duwari Project, 1988–1990

Abstract

The second (1988–1989) and third (1990) seasons of excavation and survey at the 2nd-millennium B.C. urban site of Tell Abu Duwari (ancient Mashkan-shapir), Iraq, have yielded important new evidence on the organization of ancient Mesopotamian cities. A combination of aerial and surface survey has provided a broad overview of the differing functional areas, and of the role played by canals, streets, and walls to divide the city. Excavations consisted of both small soundings and one broad horizontal exposure. The soundings were designed to test the relationship between surface traces and the remains beneath the ground, and the larger excavation generated an artifactual, faunal, and floral inventory from an administrative district which will be compared with similar collections excavated in other parts of the city in future seasons.     

古建筑木结构的保护问题

我国古建筑以木结构体系为主,主要承重材料是木材。木材是生物体,由有机物组成,容易发生腐朽、虫蛀、火灾和力学性能衰减等劣化,其中腐朽和虫蛀等生物危害的发生最为普遍。本文重点介绍了古建筑修缮和保护中,木材的保存、干燥、木材防腐处理的通用药剂和使用方法,针对古建筑保护中存在的树种选择困难、木材防腐处理质量和木材含水率过高等问题,提出建议,为古建筑木结构的保护和维修提供最新的信息。     

Water and power in South Arabia: the excavation of “Monumental Building 1” (MB1) at Sumhuram (Sultanate of Oman)

The ancient port city of Sumhuram (Dhofar Governorate, Sultanate of Oman) has been the focus of over 20 years of research by the Italian Mission to Oman (IMTO), University of Pisa, in collaboration with the Office of the Adviser to His Majesty the Sultan for Cultural Affairs (Muscat-Salalah, Sultanate of Oman). Excavation has revealed most of the town layout, leading to the identification of several buildings, alleyways, squares and workshops, among which two massive buildings stand out, significantly named by the excavators as “Monumental Building” 1 and 2 (MB1 and MB2). This paper presents the results of the excavation inside MB1, characterised by the presence of the only well discovered within the city walls, which was previously interpreted alternatively as a palace or as a temple. The architectural development of the building, its distinctive features, the archaeological material discovered inside it, and its chronology will be discussed. These results highlight the absence of fitting parallels from other ancient South Arabian towns. Overall, it is clear that access to, management of, and control over the water supply of the town represented a key asset which justified the huge investment in workforce and building materials that is reflected in the monumental architecture of this edifice.     

临潼城市生态保护初探

历史城市一般都具有自然生态与传统文化同生共荣的特征。研究历史城市的生态保护,对于城市未来的良性发展,具有十分重要的意义。
陕西临潼骊山山色秀美,华清宫温泉载誉中外。城市因帝王行宫而发展,山、水、城独具特色,生态环境良好。在城市化快速发展过程中,临潼城区蔓延式扩张和内部空间的整合,对城市内部生态系统造成改变与破坏;景区在发展旅游过程中,面临生态环境质量下降的问题。本文立足于定性分析,通过对临潼城市生态问题分析,提出落实"景城分治"的基本策略,以及遗址区生态保护应当注意的问题。     

Dimensional variations of Roman masonry subjected to wetting-drying cycles

Abstract

Many Roman monuments made of opus caementicium are subjected to wetting and drying phenomena caused by water or/and humidity from the ground. The action of water impregnation on the hypothetical dimensional changes in this Roman concrete has not been considered in the literature and no experimental data are available.

The purpose of this work was the evaluation of the effect of wetting and drying cycles in a number of cores taken from an ancient Roman monument (Domus Tiberiana in the Palatine, Rome). The concrete samples were made of a pozzolanic mortar with large pieces of tuff, marble and bricks.

In spite of some differences in their composition, the behaviour of the cores was similar and, generally, quite constant during the experimental cycles. On the average, the length variation was about 3–4%,or 3–4mm for each metre and, when related to high structural walls and monuments, the possible dimensional changes were quite impressive.