University of Amsterdam
ACASA Archaeology
Ceramics, by far the most common find in the archaeological record, are of vital importance in reconstructing the past. Pottery studies have been mainly concerned with assessing degrees of standardization/specialization, functional... more
Ceramics, by far the most common find in the archaeological record, are of vital importance in reconstructing the past. Pottery studies have been mainly concerned with assessing degrees of standardization/specialization, functional properties of artefacts, and classification of stylistic attributes. Indeed, greater attention has been given to the definition of similarities in the chaîne opératoire, rather than its variants. On the contrary, the evaluation of experimentation processes may provide powerful tools to analyse the individuality of artisans/artists, as well as highlight the contexts in which major cultural and technological interactions took place.
This session aims to gather a variety of studies (from Neolithic to Roman period across the ancient Mediterranean), which illustrate pottery production as an experimental and innovative phenomenon, with respect to technology, function and decoration. The issues to be explored could include (but are not limited to):
- Identification of trials, tests and experiments;
- Hybridization within shape, function and decoration;
- Shapes that shift in function through time, and vice versa;
- Incorporation of new technologies or motifs into customary practices;
- Adoption of technique and styles derived from other craft technologies (metal, textile, wood, etc.),
We are particularly interested in interdisciplinary research and fresh perspectives on traditional approaches; moreover, we encourage participation of scholars using material science analysis and advanced technical tools of inquiry.
Organizers:
Dr. Maria Cristina Biella, University of Southampton, UK, and The British School at Rome, ITALY;
Dr. Orlando Cerasuolo, University at Buffalo – The State University of New York, USA;
Dr. Antonio Francesco Ferrandes, Università Sapienza di Roma, ITALY;
PhD Martina Revello Lami, University of Amsterdam, NETHERLANDS
This session aims to gather a variety of studies (from Neolithic to Roman period across the ancient Mediterranean), which illustrate pottery production as an experimental and innovative phenomenon, with respect to technology, function and decoration. The issues to be explored could include (but are not limited to):
- Identification of trials, tests and experiments;
- Hybridization within shape, function and decoration;
- Shapes that shift in function through time, and vice versa;
- Incorporation of new technologies or motifs into customary practices;
- Adoption of technique and styles derived from other craft technologies (metal, textile, wood, etc.),
We are particularly interested in interdisciplinary research and fresh perspectives on traditional approaches; moreover, we encourage participation of scholars using material science analysis and advanced technical tools of inquiry.
Organizers:
Dr. Maria Cristina Biella, University of Southampton, UK, and The British School at Rome, ITALY;
Dr. Orlando Cerasuolo, University at Buffalo – The State University of New York, USA;
Dr. Antonio Francesco Ferrandes, Università Sapienza di Roma, ITALY;
PhD Martina Revello Lami, University of Amsterdam, NETHERLANDS
Archaeologists have started to form a compact professional body only recently, gradually becoming aware of their role in modern society and exploring their working prospects. This belated awareness has resulted in dissimilar educational... more
Archaeologists have started to form a compact professional body only recently, gradually becoming aware of their role in modern society and exploring their working prospects. This belated awareness has resulted in dissimilar educational paths, under-developed career structure and overall misperception of labour market demand. This paper will particularly focus on the latter aspect, since the inability to understand job market needs is further compounding the already major occupational problems faced by professional archaeologists.
Generally, archaeologists can choose to pursuit a career within a number of sectors, namely the academia, commercial/private sector, local and central government authorities, museums, and community archaeology (the practice of engaging the public). Looking at figures, it is quite evident that the commercial sector employs by far the majority of archaeologists across Europe, whereas universities and museums straggle behind as tail-enders. Nonetheless, more than a third of young graduates in archaeology continue studying at post-graduate level, and further on at doctoral level, actively seeking an academic position and largely overlooking other options.
By discussing a number of examples from the academic and the private sectors across Europe, I argue that the mismatch between career choices and market demands is mainly due to a wrong understanding of what different sectors do actually offer in terms of working prospects. On the one hand, academia is often perceived as the only sector where to carry out publicly acknowledged scientific research. Moreover, the academic system, being set up around the concept of ‘tenure’, seems to grant eventually long-term contracts and a clearly structured professional trajectory. However, the low rate of placement and the endemic lack of permanent positions should make the academia the least attractive professional option. On the other hand, short-term contracts tend to rule over the commercial sector and greatly contribute to increase feelings of job insecurity. Thus, although the majority of archaeologists end up working in this field, the private sector hardly ever corresponds to their first choice.
As an archaeologist working within the academia in Italy and abroad with previous experience in the private and community archaeology sectors, I believe that this picture of professional archaeologists torn between the daydream of tenure and the reality of progressively more flexible jobs is too simplistic. Both the university and private sector are currently undergoing deep changes, and their impact on the working prospects within archaeology needs to be reassessed. In fact, the old fashioned academic path following a linear progression from researcher to professor - possibly employed at the same institution - is in sharp contrast with the fluidity of the market and the high mobility of researchers. At the same time, archaeology in the private sector is slowly structuring a more solid career (excavator, field supervisor, project manager etc.) allowing its employees to develop their professional trajectories on a longer term. More importantly, the slight shift of academic and private career paths seems to move towards building a reciprocal relationship, crossing their traditional boundaries, and opening up new professional positions within archaeology.
Generally, archaeologists can choose to pursuit a career within a number of sectors, namely the academia, commercial/private sector, local and central government authorities, museums, and community archaeology (the practice of engaging the public). Looking at figures, it is quite evident that the commercial sector employs by far the majority of archaeologists across Europe, whereas universities and museums straggle behind as tail-enders. Nonetheless, more than a third of young graduates in archaeology continue studying at post-graduate level, and further on at doctoral level, actively seeking an academic position and largely overlooking other options.
By discussing a number of examples from the academic and the private sectors across Europe, I argue that the mismatch between career choices and market demands is mainly due to a wrong understanding of what different sectors do actually offer in terms of working prospects. On the one hand, academia is often perceived as the only sector where to carry out publicly acknowledged scientific research. Moreover, the academic system, being set up around the concept of ‘tenure’, seems to grant eventually long-term contracts and a clearly structured professional trajectory. However, the low rate of placement and the endemic lack of permanent positions should make the academia the least attractive professional option. On the other hand, short-term contracts tend to rule over the commercial sector and greatly contribute to increase feelings of job insecurity. Thus, although the majority of archaeologists end up working in this field, the private sector hardly ever corresponds to their first choice.
As an archaeologist working within the academia in Italy and abroad with previous experience in the private and community archaeology sectors, I believe that this picture of professional archaeologists torn between the daydream of tenure and the reality of progressively more flexible jobs is too simplistic. Both the university and private sector are currently undergoing deep changes, and their impact on the working prospects within archaeology needs to be reassessed. In fact, the old fashioned academic path following a linear progression from researcher to professor - possibly employed at the same institution - is in sharp contrast with the fluidity of the market and the high mobility of researchers. At the same time, archaeology in the private sector is slowly structuring a more solid career (excavator, field supervisor, project manager etc.) allowing its employees to develop their professional trajectories on a longer term. More importantly, the slight shift of academic and private career paths seems to move towards building a reciprocal relationship, crossing their traditional boundaries, and opening up new professional positions within archaeology.
We are pleased to announce the closing conference of the NPAP project. We started in 2007 with research that mainly concerns the ancient pottery of excavation in Italy (Satricum) and excavations in Greece (Halos, Zakynthos). The main aim... more
We are pleased to announce the closing conference of the NPAP project. We started in 2007 with research that mainly concerns the ancient pottery of excavation in Italy (Satricum) and excavations in Greece (Halos, Zakynthos). The main aim was the development of new methodologies in archaeological pottery studies for increasing the quality and quantity of the information that can be derived from a basic ceramic dataset. Perspectives from a range of traditions in pottery studies were thus combined and integrated, such as technological, stylistic and geological approaches. Data from other regions mainly in Greece and Italy were also used and compared to increase the proportion of diagnostic material.
In this conference the final results of the NPAP material studies will be presented and specific research questions regarding the cross-regional production, distribution and use (consumption) of pottery will be addressed. The NPAP final conference aims at facilitating dialogue and interaction between young and established researchers. Merging a wide spectrum of pottery analyses and adopting cross-regional and cross-temporal approaches, this conference will represent a innovative multidisciplinary event for all those working with ancient ceramics and interested in a holistic approach to the subject.
In this conference the final results of the NPAP material studies will be presented and specific research questions regarding the cross-regional production, distribution and use (consumption) of pottery will be addressed. The NPAP final conference aims at facilitating dialogue and interaction between young and established researchers. Merging a wide spectrum of pottery analyses and adopting cross-regional and cross-temporal approaches, this conference will represent a innovative multidisciplinary event for all those working with ancient ceramics and interested in a holistic approach to the subject.
- by Martina Revello Lami and +2
- •
- Pottery (Archaeology)
NPAP is an innovative archaeological research project started in 2007 in the Dept. of Archaeology at the University of Amsterdam. The research concerns mainly the ancient pottery of excavations and surveys in Italy (Satricum) in Greece... more
NPAP is an innovative archaeological research project started in 2007 in the Dept. of Archaeology at the University of Amsterdam. The research concerns mainly the ancient pottery of excavations and surveys in Italy (Satricum) in Greece (Halos, Zakynthos). The main aim of the project was to develop new methodologies in archaeological pottery studies for increasing the quality and quantity of the information that can be derived from a basic ceramic dataset. Perspectives from a range of traditions in pottery studies were thus combined and integrated, such as technological, stylistic and geological approaches. Data from other regions in Greece and Italy were also used and compared to increase the proportion of diagnostic material. In this conference the final results of NPAP material studies will be presented and specific research questions regarding the cross-regional production, distribution and use (consumption) of pottery will be addressed.
To enable a representative overview of current research in pottery analysis that encompasses also topics, periods and archaeological projects that are related to but are not the main focus of the conference, and to stimulate the debate between participants in a more direct way, a poster session will be held within the NPAP final conference. In particular, a focus on new methodologies and novel approaches in pottery analysis is strongly encouraged. For those interested in attending the poster session, please submit an abstract (c. 300 words) by the 15th November 2014 at [email protected].
To enable a representative overview of current research in pottery analysis that encompasses also topics, periods and archaeological projects that are related to but are not the main focus of the conference, and to stimulate the debate between participants in a more direct way, a poster session will be held within the NPAP final conference. In particular, a focus on new methodologies and novel approaches in pottery analysis is strongly encouraged. For those interested in attending the poster session, please submit an abstract (c. 300 words) by the 15th November 2014 at [email protected].
The concept of standardization has been mostly used in pottery studies as evidence of craft specialization, an essential element for tracing the development of complex economic and social systems within past societies. The underlying... more
The concept of standardization has been mostly used in pottery studies as evidence of craft specialization, an essential element for tracing the development of complex economic and social systems within past societies. The underlying assumption is that a ‘high degree of standardization or homogeneity in vessel attributes reflects mass production, while relative heterogeneity is taken to indicate household production’ . However, modern scholarship has called into question this direct link, arguing against the strong hierarchical approach embedded in this model, which interprets craft production as a unilinear, evolutionary sequence from simple to complex. A number of ethnoarchaeological studies show that specialization and standardization are multidimensional phenomena and cannot be straightforwardly related. On the one hand, specialization encompasses many ways to organize craft production, which may vary according to intensity (full-time /part-time) context (attached/independent potters) concentration (individual/nucleated) and scale (kin-based/factory workshop) . On the other hand, ceramic standardization may be influenced by numerous factors such as differences in raw material, potters’ skills, market demand, manufacturing techniques, local traditions etc. In this paper, I examine some of the indexes more often used to infer craft specialization, particularly the characteristics of metric, compositional and technological standardization, using as case study the coarse ware pottery production at Satricum (Italy) from the Archaic to the Post-Archaic period. By applying analytical techniques from materials sciences and statistical analysis, I aim at emphasizing the importance of integrating different approaches to gain a better understanding of ceramic standardization as well as shed light on the dynamic interactions between modes of production and more or less standardized products.
Over the last fifteen years, three-dimensional digitization has been successfully used for the study and preservation of a wide range of cultural heritage objects, from architecture to in situ monuments, from archaeological artefacts to... more
Over the last fifteen years, three-dimensional digitization has been successfully used for the study and preservation of a wide range of cultural heritage objects, from architecture to in situ monuments, from archaeological artefacts to precious manuscripts. Most frequently brought into play for documentation purposes, 3D scanning systems are highly precise measurement tools, which provide a high quality, high-resolution three-dimensional archive of an object’s surface topography. However, the possibilities offered by 3D scanning technologies have not been fully explored in archaeological research so far, where these systems have been mainly used in order to speed up the traditional practice of visual recording and build automated classifications and typologies. Pottery studies, in particular, have paid greater attention to the development of increasingly sophisticated methods for deducing from 3D scanner output most accurate and representative profiles of complete ceramic vessels as well as small fragments, largely overlooking other promising applications.
To bridge this gap, we will present the preliminary results of a pilot study carried out on consistent bodies of pottery, spanning from the Iron Age to the Mid Republican period, in which systematic ceramic analyses have been coupled with 3D scanning technologies. By means of this integrated approach, we aim at demonstrating that the full potential of 3D scanning technology applied to archaeological ceramics goes way beyond accurate documentation procedures. In receiving the complete account of surface geometry, texture and volume, 3D models enable to determine vessels capacity, calculate the density of ceramic material and virtually assemble dislocated fragments. More importantly, three-dimensional models provide additional information on the very process of making a pot, shedding light on manufacturing methods, technological choices and potters’ motor habits. In fact, the detailed recording of surface topographies can lead to more accurate analysis of features such as grooves, spiral ridges and cracks, commonly examined to assess different shaping techniques (wheel throwing, moulding, coil-building). Likewise, 3D models may establish different degrees of variability in the morphological attributes of a ceramic assemblage, contributing therefore to trace scale and intensity of pottery production.
To bridge this gap, we will present the preliminary results of a pilot study carried out on consistent bodies of pottery, spanning from the Iron Age to the Mid Republican period, in which systematic ceramic analyses have been coupled with 3D scanning technologies. By means of this integrated approach, we aim at demonstrating that the full potential of 3D scanning technology applied to archaeological ceramics goes way beyond accurate documentation procedures. In receiving the complete account of surface geometry, texture and volume, 3D models enable to determine vessels capacity, calculate the density of ceramic material and virtually assemble dislocated fragments. More importantly, three-dimensional models provide additional information on the very process of making a pot, shedding light on manufacturing methods, technological choices and potters’ motor habits. In fact, the detailed recording of surface topographies can lead to more accurate analysis of features such as grooves, spiral ridges and cracks, commonly examined to assess different shaping techniques (wheel throwing, moulding, coil-building). Likewise, 3D models may establish different degrees of variability in the morphological attributes of a ceramic assemblage, contributing therefore to trace scale and intensity of pottery production.
Over the past two decades, the application of ethnographic and experimental data to archaeological material made substantial contribution towards the definition of attributes characteristic of specific ceramic forming techniques. In... more
Over the past two decades, the application of ethnographic and experimental data to archaeological material made substantial contribution towards the definition of attributes characteristic of specific ceramic forming techniques. In particular, the thorough study of surface features, axial symmetry and regularity in wall thickness proved to be a key-element for identifying wheel-fashioning methods. However, to investigate the morphology and co-occurrence of surface macrotraces such as striations, fractures, undulating ridges and grooves, archaeologists rely almost exclusively on their experience in the visual and tactile examination of the ceramic material. Although recent studies on symmetry analysis carried out on archaeological ceramics have already demonstrated the importance of using 3D acquisition for distinguishing wheel-fashioning methods (e.g. Mara, Sablatnig 2008), not as much has been done to explore the full potential of this innovative tool in terms of surface analysis.
In this paper, we argue that the integration of 3D scanning technology within standard procedures of macrotrace analysis not only enables us to record vessels’ surface topographies more systematically and in greater detail than with the naked eye, but may lead ultimately to the development of an algorithm that automates the process of identifying different forming techniques. By presenting a multidisciplinary study conducted on both experimental and archaeological ceramics (from Late Bronze and Early Iron Age Central Italy), involving ceramic analysts and IT specialists, we seek to illustrate how significantly the use of 3D technology may implement the quality and quantity of information at our disposal for assessing wheel-fashioning methods.
In this paper, we argue that the integration of 3D scanning technology within standard procedures of macrotrace analysis not only enables us to record vessels’ surface topographies more systematically and in greater detail than with the naked eye, but may lead ultimately to the development of an algorithm that automates the process of identifying different forming techniques. By presenting a multidisciplinary study conducted on both experimental and archaeological ceramics (from Late Bronze and Early Iron Age Central Italy), involving ceramic analysts and IT specialists, we seek to illustrate how significantly the use of 3D technology may implement the quality and quantity of information at our disposal for assessing wheel-fashioning methods.
The past two decades have seen increasingly rapid advances in the field of three-dimensional digitization, which is nowadays commonly used for the study, preservation and valorisation of various cultural heritage objects. Despite... more
The past two decades have seen increasingly rapid advances in the field of three-dimensional digitization, which is nowadays commonly used for the study, preservation and valorisation of various cultural heritage objects. Despite widespread and successful practice, the many possibilities offered by 3D technologies have not been equally exploited in all archaeological fields. Pottery studies, in particular, have mainly used 3D systems for documentation purposes, in order to accelerate the traditional practice of visual recording and develop automated typologies, largely overlooking other promising applications.
In this paper, we seek to demonstrate that the full potential of 3D scanning technology applied to archaeological ceramics goes way beyond accurate documentation procedures. For this purpose, we have undertaken a multidisciplinary research project, involving ceramic analysts and IT specialists, on a wide range of pottery material (from Iron Age burnished wares, to Hellenistic black gloss and Roman Terra Sigillata) from several sites and museum collections in Greece, Italy and the Netherlands. On the one hand, the application of 3D technologies enabled us to determine vessels capacity, calculate the density of ceramic material, examine in greater detail surface texture and macrotraces, leading ultimately to a better understanding of the very process of making a pot, manufacturing methods and potters’ technological choices. On the other hand, the possibility of carrying out part of the study in museum open spaces allowed us to involve the public in actual research and experimental sessions, proving the communication advantages of integrating technologies such as 3D printing and augmented reality.
In this paper, we seek to demonstrate that the full potential of 3D scanning technology applied to archaeological ceramics goes way beyond accurate documentation procedures. For this purpose, we have undertaken a multidisciplinary research project, involving ceramic analysts and IT specialists, on a wide range of pottery material (from Iron Age burnished wares, to Hellenistic black gloss and Roman Terra Sigillata) from several sites and museum collections in Greece, Italy and the Netherlands. On the one hand, the application of 3D technologies enabled us to determine vessels capacity, calculate the density of ceramic material, examine in greater detail surface texture and macrotraces, leading ultimately to a better understanding of the very process of making a pot, manufacturing methods and potters’ technological choices. On the other hand, the possibility of carrying out part of the study in museum open spaces allowed us to involve the public in actual research and experimental sessions, proving the communication advantages of integrating technologies such as 3D printing and augmented reality.
The past two decades have seen increasingly rapid advances in the field of three-dimensional digitization, which is nowadays commonly used for the study, preservation and valorisation of various cultural heritage objects. Despite... more
The past two decades have seen increasingly rapid advances in the field of three-dimensional digitization, which is nowadays commonly used for the study, preservation and valorisation of various cultural heritage objects. Despite widespread and successful practice, the many possibilities offered by 3D technologies have not been equally exploited in all archaeological fields. Pottery studies, in particular, have mainly used 3D systems for documentation purposes, in order to accelerate the traditional practice of visual recording and develop automated typologies, largely overlooking other promising applications.
In this paper, we seek to demonstrate that the full potential of 3D scanning technology applied to archaeological ceramics goes way beyond accurate documentation procedures. For this purpose, we have undertaken a multidisciplinary research project, involving ceramic analysts and IT specialists, on a wide range of pottery material (from Iron Age burnished wares, to Hellenistic black gloss and Roman Terra Sigillata) from several sites and museum collections in Greece, Italy and the Netherlands. On the one hand, the application of 3D technologies enabled us to determine vessels capacity, calculate the density of ceramic material, examine in greater detail surface texture and macrotraces, leading ultimately to a better understanding of the very process of making a pot, manufacturing methods and potters’ technological choices. On the other hand, the possibility of carrying out part of the study in museum open spaces allowed us to involve the public in actual research and experimental sessions, proving the communication advantages of integrating technologies such as 3D printing and augmented reality.
In this paper, we seek to demonstrate that the full potential of 3D scanning technology applied to archaeological ceramics goes way beyond accurate documentation procedures. For this purpose, we have undertaken a multidisciplinary research project, involving ceramic analysts and IT specialists, on a wide range of pottery material (from Iron Age burnished wares, to Hellenistic black gloss and Roman Terra Sigillata) from several sites and museum collections in Greece, Italy and the Netherlands. On the one hand, the application of 3D technologies enabled us to determine vessels capacity, calculate the density of ceramic material, examine in greater detail surface texture and macrotraces, leading ultimately to a better understanding of the very process of making a pot, manufacturing methods and potters’ technological choices. On the other hand, the possibility of carrying out part of the study in museum open spaces allowed us to involve the public in actual research and experimental sessions, proving the communication advantages of integrating technologies such as 3D printing and augmented reality.
Over the last decades, the systematic investigation of urban settlements in Central-Tyrrhenian Italy led to the discovery of a growing number of contexts revealing both direct and indirect evidence of artisanal workshops. Such research... more
Over the last decades, the systematic investigation of urban settlements in Central-Tyrrhenian Italy led to the discovery of a growing number of contexts revealing both direct and indirect evidence of artisanal workshops. Such research commitment has yielded a vast amount of new data that may greatly contribute to paint a more comprehensive picture of the ways in which craft production was organised across different cities and time periods. The one-day conference Craftsmen and the City aims to bring together most recent data and analyse them, providing international researchers and scholars concerned with the subject a platform for discussion and debate.
The workshop seeks to:
Take stock of the situation concerning the artisanal structures in urban areas in central Tyrrhenian Italy between 8th and 3rd century BC. Specific case studies will be presented, focusing in particular on the location of different production sites in urban/suburban areas, their possible “relocations” through time and the organisation, scale and intensity of production connected to single workshops.
Draw attention on the ways in which craftsmanship developed through the centuries: from family-oriented systems to productions geared first to meet city’s needs, then to satisfy a wider superregional demand.
Collect data that may enable us to analyse the social role of artisans within the indicated geographical and chronological framework.
The workshop seeks to:
Take stock of the situation concerning the artisanal structures in urban areas in central Tyrrhenian Italy between 8th and 3rd century BC. Specific case studies will be presented, focusing in particular on the location of different production sites in urban/suburban areas, their possible “relocations” through time and the organisation, scale and intensity of production connected to single workshops.
Draw attention on the ways in which craftsmanship developed through the centuries: from family-oriented systems to productions geared first to meet city’s needs, then to satisfy a wider superregional demand.
Collect data that may enable us to analyse the social role of artisans within the indicated geographical and chronological framework.
Il crescente numero di indagini condotte nelle aree di abitato, che ha caratterizzato negli ultimi decenni le ricerche nell’Italia centrale tirrenica, ha comportato l’individuazione anche di numerosi contesti produttivi. Questi nuovi dati... more
Il crescente numero di indagini condotte nelle aree di abitato, che ha caratterizzato negli ultimi decenni le ricerche nell’Italia centrale tirrenica, ha comportato l’individuazione anche di numerosi contesti produttivi. Questi nuovi dati relativi alle attività artigianali risultano ovviamente fondamentali per definire un quadro complessivo sulle modalità con cui gli atelier erano distribuiti e operavano nell’ambito delle singole realtà urbane. È stata pertanto organizzata una giornata di studio sul tema Gli artigiani e la città, con lo scopo di indagare specifici aspetti legati al momento della produzione. È in particolare desiderio degli organizzatori:
Fare il punto sulle conoscenze relative a strutture artigianali di ambito urbano nell’Italia centrale tirrenica tra VIII e III sec. a.C. Verranno presi in considerazione casi studio specifici, nella trattazione dei quali i singoli relatori delineeranno un quadro di sintesi che metta in evidenza in particolare la dislocazione delle attività produttive in ambito urbano/suburbano, gli eventuali “spostamenti” delle stesse nel tessuto urbanistico nel corso dei secoli e le modalità organizzative e produttive legate alle singole officine.
Mettere in evidenza il cambiamento delle modalità produttive nell’arco cronologico preso in considerazione: da un artigianato che nasce da una richiesta prevalentemente “familiare”, ad uno rivolto soprattutto a soddisfare la domanda della realtà urbana, sino a giungere a una produzione destinata a un mercato più ampio.
Raccogliere dati che permettano di sviluppare un tentativo di analisi sociale in chiave diacronica della figura degli artigiani nell’areale geografico scelto.
Fare il punto sulle conoscenze relative a strutture artigianali di ambito urbano nell’Italia centrale tirrenica tra VIII e III sec. a.C. Verranno presi in considerazione casi studio specifici, nella trattazione dei quali i singoli relatori delineeranno un quadro di sintesi che metta in evidenza in particolare la dislocazione delle attività produttive in ambito urbano/suburbano, gli eventuali “spostamenti” delle stesse nel tessuto urbanistico nel corso dei secoli e le modalità organizzative e produttive legate alle singole officine.
Mettere in evidenza il cambiamento delle modalità produttive nell’arco cronologico preso in considerazione: da un artigianato che nasce da una richiesta prevalentemente “familiare”, ad uno rivolto soprattutto a soddisfare la domanda della realtà urbana, sino a giungere a una produzione destinata a un mercato più ampio.
Raccogliere dati che permettano di sviluppare un tentativo di analisi sociale in chiave diacronica della figura degli artigiani nell’areale geografico scelto.
Archaeological studies of ceramic production can call on several lines of evidence. Direct traces of pottery manufacture include primarily remains of firing facilities, such as kilns or ovens, which play a fundamental role to identify... more
Archaeological studies of ceramic production can call on several lines of evidence. Direct traces of pottery manufacture include primarily remains of firing facilities, such as kilns or ovens, which play a fundamental role to identify where potting activities actually took place. Clearly, the sole presence of a kiln does not provide enough information to reconstruct the organization of craft manufacture, therefore additional evidence needs to be incorporated in the analysis. Materials directly related to firing activities such as concentrations of misfired or overfired vessels, wasters, often blistered or warped, trials, tests, kiln furniture such as spacers, large deposits of ash greatly implement the quality and quantity of data at our disposal to infer scale and intensity of production. As the evidence listed so far shows, studies dealing with ceramic production seem to rely almost exclusively on traces connected to one specific aspect of ceramic production, the firing process, largely overlooking other equally important stages within the operational sequence of pottery making. In this paper, we argue that location and accessibility of raw material suitable for potting, workshops' distance from clay deposits are all deciding factors as regards the organization, efficiency and specialization of craft communities, yet rather underexplored when assessing ceramic production in Central Tyrrhenian sites. Relevant evidence may be inferred from local geological settings, identification of clay pits, and coupling these data with the petrographic analysis of modern-clay samples as well as archaeological ceramics. To illustrate the potential of integrating different approaches for tracing patterns of ceramic production, we will first give account of both direct and indirect evidence for firing activities known on the acropolis and the lower settlement of Satricum, stretching from the late 7 th to the 4 th centuries BC. Such evidence will be then discussed in the light of the data provided by more recent research into the clay deposits located in the area undertaken by means of thin section analysis of both geological and ceramic samples. By comparing the topography of kiln facilities with the topography of raw sources, we aim to outline a more complete picture of the whole pottery producing system in Satricum between the Late Orientalizing and the Archaic period, from the acquisition of raw material to the final product.
Scholars of recent decades have engaged in lively debates about the nature and effects of early Roman imperial expansion in the Republican period. A critical component of this is to articulate what might be recognizable as Roman material... more
Scholars of recent decades have engaged in lively debates about the nature and effects of early Roman imperial expansion in the Republican period. A critical component of this is to articulate what might be recognizable as Roman material culture, analyzing this complex phenomenon particularly through the lens of urbanism and architecture. Domestic artefacts, ceramics in particular, rarely take centre stage in this broader debate. Yet, there is great potential for ceramics to uncover the social, economic, and cultural dynamics that influenced (or were influenced by) the formation of a territorial " empire " in Italy and the Mediterranean, especially given modern archaeometric techniques and computer applications. The proposed session, therefore, aims to provide a forum for discussing how innovative and integrative approaches to Republican pottery can address the problem and contribute to our broader understanding of Italian societies in this crucial period. The introductory papers offer some preliminary reflections on the recent theoretical and methodological debate (Banducci and Mogetta), and on the ways in which modern principles of stratigraphic analysis in its broader meaning can shed light on both society and economy (Ferrandes). The presentations make critical use of archaeometry and functional analysis with both fine wares and coarse wares (Louwaard and Revello Lami). Innovative methods are applied to material from field survey and recent excavations as well as to material that has been in storage for over a century (Boyer). Aspects of diffusion and circulation in colonial and non-colonial contexts are analyzed from the perspective of the consumers (Termeer) and the traders (Principal). The final paper brings the focus on the actual people that produced, distributed, bought and used these materials (Nonnis).