- Anthropology, Archaeological Science, Archaeometry, Archaeology, Valencina de la Concepción (Seville, Spain), Variscite, and 20 morePrehistoric Archaeology, Landscape Archaeology, Neolithic Archaeology, Megalithic Monuments, Iberian Prehistory (Archaeology), Arqueología, Prehistory, Bronze Age Europe (Archaeology), Archeologia, History of Archaeology, Arqueologia, Neolithic & Chalcolithic Archaeology, Zambujal, Antequera (Archaeology), Pottery (Archaeology), Chalcolithic Archaeology, Bell Beakers (Archaeology), Copper age, Ceramic Analysis (Archaeology), and Late Neolithic Copper Age Personal Ornaments Beads Pendents Bracelets Jewelry Portugal Spain Iberia Social Complexity Craft Specialization Political Economy Exchange Exotic Raw Materials Ivory Variscite Slate Plaquesedit
- Me licencié en Historia (especialidad en Prehistoria) por la Universidad de Sevilla en 2003. Durante la licenciatura ... moreMe licencié en Historia (especialidad en Prehistoria) por la Universidad de Sevilla en 2003. Durante la licenciatura cursé como libre configuración asignaturas de la licenciatura de Física (Técnicas Nucleares II) y fui alumno interno del Departamento de Cristalografía, Mineralogía y Química Agrícola de la Universidad de Sevilla.Tras licenciarme, en septiembre de 2003 obtuve una beca de investigación en el Dpto. de Prehistoria y Arqueología de la Universidad de Sevilla y posteriormente en febrero de 2004 una beca predoctoral en el Instituto de Ciencia de Materiales de Sevilla, centro mixto Universidad de Sevilla – CSIC (ICMSE), momento en el que comencé el doctorado dentro del programa Métodos y Tendencias en Investigación Arqueológica en la Universidad de Sevilla, en el que obtuve la máxima calificación. Antes de finalizar el doctorado gané en enero de 2005 una beca competitiva I3P predoctoral para realizar la tesis doctoral en el ICMSE.La lectura de mi tesis doctoral (28 de mayo de 2010) ‘Sistemas técnicos de producción cerámica en el Guadiana Medio durante la Edad del Cobre’, codirigida desde el Departamento de Prehistoria y Arqueología por el Dr. Hurtado Pérez y desde el ICMSE por el Dr. Justo Erbez, obtuvo una calificación de CUM LUDE por UNANIMIDAD y la mención de DOCTOR EUROPEO.Mi interés e inquietud por seguir ampliando conocimientos y formándome me ha llevado a realizar numerosos cursos de especialización y técnicos de manera continuada, tanto en el ámbito nacional como internacional, en varios campos, i.e. técnica de excavación, SIG, arqueometría cerámica, datación absoluta...Tras la obtención del título de doctor europeo, ejercí intensamente como profesional libre, realizando investigaciones para la Consejería de Cultura de la Junta de Castilla y León o dirigiendo la excavación de un yacimiento fortificado que ha sido recientemente puesto en valor y musealizado. En diciembre de 2011 pasé a ocupar la dirección científica de la puesta en valor del yacimiento y gané un contrato Juan de la Cierva en el Dpto. de Prehistoria y Arqueología de la Universidad de Sevilla. Desde junio de 2013 soy supervisor de la instalación radiactiva IRA-3053 (CITIUS). En diciembre de 2014 gané un contrato de Acceso al Sistema de Ciencia y Tecnología del V Plan Propio de Investigación de la Universidad de Sevilla. Puesto que ocupé hasta que obtuve la plaza de profesor ayudante doctor en el Dpto. de Prehistoria y Arqueología de la Universidad de Sevilla en julio de 2016.He completado mi formación a nivel teórico con estancias en alguno de los mejores centros europeos en investigación teórica, Universidad de Cambridge (entre las 5 mejores universidades del mundo según Shangai ranking en los últimos 10 años) y Universidad de Southampton (fundadora del Theoretical Archaeology Group, TAG). Mientras que mis estancias en centros de investigación con grandes instalaciones científicas, como el Centre de Recherche et de Restauration des Musées de France (C2RMF, Museo del Louvre) o el Instituto Tecnológico e Nuclear (ITN), uno de los cuatro reactores nucleares dedicados a la investigación fundamental de Europa, me han permitido ahondar en el plano analítico y a comprender los procesos de transformación de las materias primas en productos culturales.edit
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del Gegant (Sitges, Barcelona) were made from a biogenic raw material and intentionally cov- ered by a layer of resin. This is the first time this... more
A group of beads from the artificial cave of La Molina (Lora de Estepa, Sevilla) and Cova del
Gegant (Sitges, Barcelona) were made from a biogenic raw material and intentionally cov-
ered by a layer of resin. This is the first time this type of treatment has been documented on
elements of adornment in the Late Prehistory of the Iberian Peninsula. The composition and
nature of the coatings are analysed and the symbolic role of such alterations and imitations
of prehistoric adornments is discussed.
Gegant (Sitges, Barcelona) were made from a biogenic raw material and intentionally cov-
ered by a layer of resin. This is the first time this type of treatment has been documented on
elements of adornment in the Late Prehistory of the Iberian Peninsula. The composition and
nature of the coatings are analysed and the symbolic role of such alterations and imitations
of prehistoric adornments is discussed.
Research Interests:
This paper synthesizes the currently available data on the radiocarbon chronology of the south-western Iberian Bronze Age. First, the bulk of c. 1000 existing dates for southern Iberian Late Prehistory is analysed, and its main issues... more
This paper synthesizes the currently available data on the radiocarbon chronology of the south-western Iberian Bronze Age. First, the bulk of c. 1000 existing dates for southern Iberian Late Prehistory is analysed, and its main issues discussed. Secondly, a discussion is presented of the main features of settlement and funerary patterns in the south-western Bronze Age as dated by radiocarbon, with special emphasis in issues such as their temporal evolution and synchrony with the south-eastern record.
Research Interests:
Research Interests:
Research Interests:
Abstract Rock crystal appears relatively frequently in Late Prehistoric Iberian sites, especially in the form of micro-blades and knapping debris. With some exceptions, however, these finds have seldom been looked into in any detail, and... more
Abstract
Rock crystal appears relatively frequently in Late Prehistoric Iberian sites, especially in the form of micro-blades and knapping debris. With some exceptions, however, these finds have seldom been looked into in any detail, and therefore little is known about the technology involved in the use of this material, its social and economic relevance or its symbolic significance. In this paper we examine a collection of rock crystal artefacts recently found at Valencina de la Concepción (Seville, Spain), one of the largest 3rd millennium BC sites in Western Europe. Among the objects included in this study are a long dagger blade, twenty-five arrowheads and a core, all of which form the most technically sophisticated and esthetically impressive collection of rock crystal material culture ever found in Prehistoric Iberia. Through the analysis of the procedures and techniques applied in the production of these objects, the chemical characterisation of the raw materials through Raman spectroscopy and RTI image processing and the careful assessment of the archaeological contexts in which they were found, this paper makes a robust contribution towards the study of the role of rock crystal in Copper Age technology and society. Recent research suggest that Valencina was a major node in the circulation of exotic materials such as ivory, amber, cinnabar or flint in Copper Age Iberia, which provides a very good background to assess the relevance of rock crystal as a traded commodity. In addition we discuss the role of rock crystal as a marker of status in large megalithic monuments, as well as its possible symbolic connotations.
Rock crystal appears relatively frequently in Late Prehistoric Iberian sites, especially in the form of micro-blades and knapping debris. With some exceptions, however, these finds have seldom been looked into in any detail, and therefore little is known about the technology involved in the use of this material, its social and economic relevance or its symbolic significance. In this paper we examine a collection of rock crystal artefacts recently found at Valencina de la Concepción (Seville, Spain), one of the largest 3rd millennium BC sites in Western Europe. Among the objects included in this study are a long dagger blade, twenty-five arrowheads and a core, all of which form the most technically sophisticated and esthetically impressive collection of rock crystal material culture ever found in Prehistoric Iberia. Through the analysis of the procedures and techniques applied in the production of these objects, the chemical characterisation of the raw materials through Raman spectroscopy and RTI image processing and the careful assessment of the archaeological contexts in which they were found, this paper makes a robust contribution towards the study of the role of rock crystal in Copper Age technology and society. Recent research suggest that Valencina was a major node in the circulation of exotic materials such as ivory, amber, cinnabar or flint in Copper Age Iberia, which provides a very good background to assess the relevance of rock crystal as a traded commodity. In addition we discuss the role of rock crystal as a marker of status in large megalithic monuments, as well as its possible symbolic connotations.
Research Interests:
Research Interests:
Guadiana River Chalcolithic middle basin (Badajoz, Spain) pottery was in many cases decorated with bone, which suffers a hydroxyapatite to β tri-calcium phosphate transformation while firing. The evolution of physico-chemical... more
Guadiana River Chalcolithic middle basin (Badajoz, Spain) pottery was in many cases decorated with bone, which suffers a
hydroxyapatite to β tri-calcium phosphate transformation while firing. The evolution of physico-chemical characteristics of bone
decorations and experimentally heated fossil bone as a function of temperature through 1) major XRD planes, and 2) OH librational
mode at 630 cm
–1
in the FTIR spectra let us establish a correlation between the physico-chemical features and firing temperature, allowing
the estimate of firing temperatures for bone decorated pottery. What is a reliable criterion to differentiate over potters
behavior and skill during the pottery production.
hydroxyapatite to β tri-calcium phosphate transformation while firing. The evolution of physico-chemical characteristics of bone
decorations and experimentally heated fossil bone as a function of temperature through 1) major XRD planes, and 2) OH librational
mode at 630 cm
–1
in the FTIR spectra let us establish a correlation between the physico-chemical features and firing temperature, allowing
the estimate of firing temperatures for bone decorated pottery. What is a reliable criterion to differentiate over potters
behavior and skill during the pottery production.
Research Interests:
The aim of this study is to present the manufacturing process developed on 3rd millennium BC white incrusted pottery from the middle Guadiana River basin (Badajoz, Spain), alongside the analytical procedure developed to determine the... more
The aim of this study is to present the manufacturing process developed on 3rd millennium BC white incrusted pottery from the middle
Guadiana River basin (Badajoz, Spain), alongside the analytical procedure developed to determine the nature of these incrustations. The analytical
procedure developed in this paper will assess the nature of these incrustations as burnt bone and in fewer cases as calcium carbonate,
turning upside down the usual tendency for the Iberian Peninsula, where calcium carbonate has been the only kind of incrustation identified
up until now. The analytical facilities used are: SEM-EDX, XRF microprobe, XRD and FTIR. The assessment of the nature of the incrustations
as burnt bone has been a hazardous task and it has been necessary to develop a procedure using several analytical techniques and reference
materials.
Guadiana River basin (Badajoz, Spain), alongside the analytical procedure developed to determine the nature of these incrustations. The analytical
procedure developed in this paper will assess the nature of these incrustations as burnt bone and in fewer cases as calcium carbonate,
turning upside down the usual tendency for the Iberian Peninsula, where calcium carbonate has been the only kind of incrustation identified
up until now. The analytical facilities used are: SEM-EDX, XRF microprobe, XRD and FTIR. The assessment of the nature of the incrustations
as burnt bone has been a hazardous task and it has been necessary to develop a procedure using several analytical techniques and reference
materials.
Research Interests:
Research Interests:
Variscite is a rare mineral that offers an excellent opportunity to study trade and exchange patterns in prehistoric Europe through proveniencing of source material. In this paper we discuss the provenance of Perdigões’ green beads by... more
Variscite is a rare mineral that offers an excellent opportunity to study trade and exchange patterns in prehistoric Europe through proveniencing of
source material.
In this paper we discuss the provenance of Perdigões’ green beads by means of XRF and XRD analyses, thus creating a geochemical baseline that
is compared with that of the known variscite sources.
source material.
In this paper we discuss the provenance of Perdigões’ green beads by means of XRF and XRD analyses, thus creating a geochemical baseline that
is compared with that of the known variscite sources.
Research Interests:
In this paper we discuss the exploitation and exchange of variscite at Pico Centeno source. XRF and XRD analyses of the mineral recovered at Pico Centeno mining district during archaeological survey provides a baselinemineral signature... more
In this paper we discuss the exploitation and exchange of variscite at Pico Centeno source. XRF and XRD
analyses of the mineral recovered at Pico Centeno mining district during archaeological survey provides a baselinemineral
signature for the source and sub-sources, which were then compared to other sources and to 50 green
beads from8megalithic tombs fromtwo different regions, in order to test ‘provenance postulate’ and distribution
models.
Mineral sampled during survey at Pico Centeno mining district turned out to be pure variscite phases, while extremely
varied for the studied green beads: variscite, muscovite, talc or chlorite.We found that the concentrations
of trace elements don not allow us to establish the origin of the beads, as traditionally claimed, due to the strong
natural variability onminor and trace elements of the sources. Instead we found that different proportions of phosphate
species, which results in P/Al ratios higher than 1, arose during the genesis of the variscite deposits. Thus,
the P/Al atomic ratio should be an indication of provenance as it is established during mineral genesis. This issue
has not been addressed in any of the other studied sources where this ratio seems to be ≈1.
analyses of the mineral recovered at Pico Centeno mining district during archaeological survey provides a baselinemineral
signature for the source and sub-sources, which were then compared to other sources and to 50 green
beads from8megalithic tombs fromtwo different regions, in order to test ‘provenance postulate’ and distribution
models.
Mineral sampled during survey at Pico Centeno mining district turned out to be pure variscite phases, while extremely
varied for the studied green beads: variscite, muscovite, talc or chlorite.We found that the concentrations
of trace elements don not allow us to establish the origin of the beads, as traditionally claimed, due to the strong
natural variability onminor and trace elements of the sources. Instead we found that different proportions of phosphate
species, which results in P/Al ratios higher than 1, arose during the genesis of the variscite deposits. Thus,
the P/Al atomic ratio should be an indication of provenance as it is established during mineral genesis. This issue
has not been addressed in any of the other studied sources where this ratio seems to be ≈1.
Research Interests:
La Pijotilla, one of the largest settlements through out all Iberian Peninsula, and is considered a central place of Tierra de Barros Copper Age settlement network (Comarca de Tierra de Barros, Badajoz). During the field works that has... more
La Pijotilla, one of the largest settlements through out all Iberian Peninsula, and is considered a central
place of Tierra de Barros Copper Age settlement network (Comarca de Tierra de Barros, Badajoz). During
the field works that has been going on since the 70’s, the settlement and the necropolis area have been
located. Several tombs have been excavated, standing out tomb 3, build on the rock with 300 buried
individuals and a great richness of funerary objects alternated in several layers. During survey works in the
settlement a large amount of decorated pottery from III millennium BC including a great number of Bell
Beaker pottery, without a stratigraphic context, have been found. The focus in this work is to date different
layers of T3 using luminescence techniques and compare them with old and new radiocarbon dates,
as well as to date the survey-collected Bell Beaker pottery and compare them with the settlement
radiocarbon dates.
place of Tierra de Barros Copper Age settlement network (Comarca de Tierra de Barros, Badajoz). During
the field works that has been going on since the 70’s, the settlement and the necropolis area have been
located. Several tombs have been excavated, standing out tomb 3, build on the rock with 300 buried
individuals and a great richness of funerary objects alternated in several layers. During survey works in the
settlement a large amount of decorated pottery from III millennium BC including a great number of Bell
Beaker pottery, without a stratigraphic context, have been found. The focus in this work is to date different
layers of T3 using luminescence techniques and compare them with old and new radiocarbon dates,
as well as to date the survey-collected Bell Beaker pottery and compare them with the settlement
radiocarbon dates.
Research Interests:
In this paper 14 beads manufactured in green stone are analysed. These beads were found by Francisco Collantes de Terán in the excavations carried out in the 1950s at the megalithic monument of Matarrubilla, which is part of the... more
In this paper 14 beads manufactured in green stone
are analysed. These beads were found by Francisco
Collantes de Terán in the excavations carried out in the
1950s at the megalithic monument of Matarrubilla,
which is part of the Copper Age site of Valencina de la
Concepción-Castilleja de Guzmán (Seville) (Collantes
de Terán, 1969). These items are currently on display
in the Archaeology Museum of Seville. The analysis
by means of x-ray diffraction and x-ray fluorescence
allows a geochemical characterisation of these beads.
The data obtained are then compared with those of
the Pico Centeno and Palazuelo de las Cuevas mines
as well as beads from other Copper Age sites such as
La Pijotilla, Perdigões (Odriozola Lloret et al., 2010c),
São Pedro and Anta Grande de Zambujeiro. As a result,
an interpretation is proposed concerning the possible
origin of the stone used to manufacture these beads.
are analysed. These beads were found by Francisco
Collantes de Terán in the excavations carried out in the
1950s at the megalithic monument of Matarrubilla,
which is part of the Copper Age site of Valencina de la
Concepción-Castilleja de Guzmán (Seville) (Collantes
de Terán, 1969). These items are currently on display
in the Archaeology Museum of Seville. The analysis
by means of x-ray diffraction and x-ray fluorescence
allows a geochemical characterisation of these beads.
The data obtained are then compared with those of
the Pico Centeno and Palazuelo de las Cuevas mines
as well as beads from other Copper Age sites such as
La Pijotilla, Perdigões (Odriozola Lloret et al., 2010c),
São Pedro and Anta Grande de Zambujeiro. As a result,
an interpretation is proposed concerning the possible
origin of the stone used to manufacture these beads.
Research Interests:
The procurement and exchange of variscite was an important part of Iberian 4th-to-2nd millennia political economy. For decades, archaeologists have sought to chemically characterize variscite deposits. However, these studies have met... more
The procurement and exchange of variscite was an
important part of Iberian 4th-to-2nd millennia political economy.
For decades, archaeologists have sought to chemically
characterize variscite deposits. However, these studies have
met with limited success due to intrinsic limitations of trace
element analyses of compositionally complex minerals such
as aluminophosphates. Previous works by the author bring
about a new approach to variscite provenance based on P/Al
atomic ratio (Odriozola et al., J Archaeol Sci 37(12):3146–
3157, 2010b). The goal of this research is to develop a solid
technique to track archaeological variscite artifacts procurement
areas using energy-dispersive X-ray fluorescence spectrometry
(EDX), supported by X-ray diffraction (XRD) mineralogical
identification and refined by magic angle spinningnuclear
magnetic resonance (MAS-NMR) structural characterization.
The MAS-NMR analysis of the local structure of
aluminum and phosphorus in natural aluminophosphates,
show that sources and beads have two crystallographic sites
for phosphorus and one for aluminum supporting that some
Iberian green aluminophosphates may be considered anionic
framework aluminophosphate crystals where the presence of
phosphate (Q4) and hydroxyl groups linked to phosphorus
(Q3) as in H2PO4
− anions make P/Al atomic ratio vary from
unity. Therefore, the P/Al atomic ratio can be used to characterize
variscite deposits, thus allowing us to link variscite
artifacts to prehistoric mines. The method is tested for eight
variscite mines successfully in defining provenance regions;
and 19 artifacts analyzed from eight sites in Iberia fell into
several distribution patterns of characterized source regions.
important part of Iberian 4th-to-2nd millennia political economy.
For decades, archaeologists have sought to chemically
characterize variscite deposits. However, these studies have
met with limited success due to intrinsic limitations of trace
element analyses of compositionally complex minerals such
as aluminophosphates. Previous works by the author bring
about a new approach to variscite provenance based on P/Al
atomic ratio (Odriozola et al., J Archaeol Sci 37(12):3146–
3157, 2010b). The goal of this research is to develop a solid
technique to track archaeological variscite artifacts procurement
areas using energy-dispersive X-ray fluorescence spectrometry
(EDX), supported by X-ray diffraction (XRD) mineralogical
identification and refined by magic angle spinningnuclear
magnetic resonance (MAS-NMR) structural characterization.
The MAS-NMR analysis of the local structure of
aluminum and phosphorus in natural aluminophosphates,
show that sources and beads have two crystallographic sites
for phosphorus and one for aluminum supporting that some
Iberian green aluminophosphates may be considered anionic
framework aluminophosphate crystals where the presence of
phosphate (Q4) and hydroxyl groups linked to phosphorus
(Q3) as in H2PO4
− anions make P/Al atomic ratio vary from
unity. Therefore, the P/Al atomic ratio can be used to characterize
variscite deposits, thus allowing us to link variscite
artifacts to prehistoric mines. The method is tested for eight
variscite mines successfully in defining provenance regions;
and 19 artifacts analyzed from eight sites in Iberia fell into
several distribution patterns of characterized source regions.
Research Interests:
Castillejo del Bonete is a Bronze Age site situated on the eastern foothills of the Sierra Morena mountain range, within the Guadalquivir river basin. This archaeological site is an impressive architectonic complex comprising a cave... more
Castillejo del Bonete is a Bronze Age site situated on the eastern foothills of the Sierra Morena mountain
range, within the Guadalquivir river basin. This archaeological site is an impressive architectonic complex comprising
a cave monumentalized with different structures such as megalithic corridors and tumuli associated
with funerary remains and votive deposits. This article presents a detailed description of the different elements
that form this monumental complex, thus providing a platform for an in depth discussion of the archaeological
findings and their relevance within the Late Prehistory of La Mancha region. Castillejo del Bonete could potentially
become a key archaeological site that allows a better understanding of funerary practices and increasing
social complexity occurring during the transition from the III to the II millennia cal BC.
range, within the Guadalquivir river basin. This archaeological site is an impressive architectonic complex comprising
a cave monumentalized with different structures such as megalithic corridors and tumuli associated
with funerary remains and votive deposits. This article presents a detailed description of the different elements
that form this monumental complex, thus providing a platform for an in depth discussion of the archaeological
findings and their relevance within the Late Prehistory of La Mancha region. Castillejo del Bonete could potentially
become a key archaeological site that allows a better understanding of funerary practices and increasing
social complexity occurring during the transition from the III to the II millennia cal BC.
Research Interests:
Working on a series of case studies, this paper tackles the issue of the presence of green stone necklace beads in Later Prehistoric funerary contexts associated to the megalithic phenomenon of the Iberian South-west, and in... more
Working on a series of case studies, this paper
tackles the issue of the presence of green stone
necklace beads in Later Prehistoric funerary
contexts associated to the megalithic phenomenon
of the Iberian South-west, and in connection with
production centers and circulation networks. To this
end, we have carried out an archaeometric
investigation (XRD, XRF and FTIR) of necklace beads
from various megalithic constructions located in two
geographical areas for which radiocarbon dates are
available, namely the middle Guadiana basin and the
eastern Andévalo (Huelva, Spain). This also includes
evidence from the variscite supply source and mine
of Pico Centeno (Encinasola, Huelva, Spain). The
preliminary results on which our discussion is based
show that, during the 3rd millennium BC, diverse raw
materials (variscite, muscovite, talc and chlorite)
were used in southern Spain for the manufacture of
ornaments and their insertion within circulation
networks of “exotic products” at both regional and
supra-regional scales.
tackles the issue of the presence of green stone
necklace beads in Later Prehistoric funerary
contexts associated to the megalithic phenomenon
of the Iberian South-west, and in connection with
production centers and circulation networks. To this
end, we have carried out an archaeometric
investigation (XRD, XRF and FTIR) of necklace beads
from various megalithic constructions located in two
geographical areas for which radiocarbon dates are
available, namely the middle Guadiana basin and the
eastern Andévalo (Huelva, Spain). This also includes
evidence from the variscite supply source and mine
of Pico Centeno (Encinasola, Huelva, Spain). The
preliminary results on which our discussion is based
show that, during the 3rd millennium BC, diverse raw
materials (variscite, muscovite, talc and chlorite)
were used in southern Spain for the manufacture of
ornaments and their insertion within circulation
networks of “exotic products” at both regional and
supra-regional scales.
Research Interests:
This paper focuses on scientifi c analysis of roman tesserae from Palencia and León. Almost all the analysed materials resulted to be performed in variscite mineral. During roman times there are two diff erent moments of use of this... more
This paper focuses on scientifi c analysis of roman tesserae from Palencia
and León. Almost all the analysed materials resulted to be performed in
variscite mineral. During roman times there are two diff erent moments
of use of this semiprecious stone: high roman period, when it was used
to perform body ornamentation, and late roman period, when it use was
reduced to tesserae production. We have also performed source analysis
by comparing the obtained compositional data with Iberian ancient mines
data.
and León. Almost all the analysed materials resulted to be performed in
variscite mineral. During roman times there are two diff erent moments
of use of this semiprecious stone: high roman period, when it was used
to perform body ornamentation, and late roman period, when it use was
reduced to tesserae production. We have also performed source analysis
by comparing the obtained compositional data with Iberian ancient mines
data.
Research Interests:
In this paper we study the technological choices referred to inlay processes by physico-chemical analysis (XRD, and FTIR) in order to explore collective technical identity patterns alongside the Guadiana River -i.e. raw material... more
In this paper we study the technological choices referred to inlay processes by physico-chemical analysis (XRD, and
FTIR) in order to explore collective technical identity patterns alongside the Guadiana River -i.e. raw material selection-, comparing
the production technology chosen by two neighbouring settlement networks of Perdigões and Tierra de Barros (Our case study
Perdigões and Tierra de Barros neighbouring settlement networks are facing one to another and are separated by the Guadiana River). As a result of the study of technical identity we can engage the result of these fashioning techniques with social boundaries.
FTIR) in order to explore collective technical identity patterns alongside the Guadiana River -i.e. raw material selection-, comparing
the production technology chosen by two neighbouring settlement networks of Perdigões and Tierra de Barros (Our case study
Perdigões and Tierra de Barros neighbouring settlement networks are facing one to another and are separated by the Guadiana River). As a result of the study of technical identity we can engage the result of these fashioning techniques with social boundaries.
Research Interests:
This paper proposes a material science-based study to the ceramic assemblage from the Palacio III (Sevilla, Spain) Copper Age tholos tomb, which is part of a larger prehistoric funerary complex that also includes a passage grave and a... more
This paper proposes a material science-based study to the ceramic assemblage from the Palacio III (Sevilla,
Spain) Copper Age tholos tomb, which is part of a larger prehistoric funerary complex that also includes a passage
grave and a cremation cairn. This study examines the existence of relationships between the chemical composition of
the vessels, their morphology and stratigraphic context, looking at the use of ceramics as votive offerings and their
change over time.
Spain) Copper Age tholos tomb, which is part of a larger prehistoric funerary complex that also includes a passage
grave and a cremation cairn. This study examines the existence of relationships between the chemical composition of
the vessels, their morphology and stratigraphic context, looking at the use of ceramics as votive offerings and their
change over time.
Research Interests:
The scope of this paper is to define Middle Guadiana River Basin Copper Age pottery consumption and distribution patterns. These patterns are thought to mirror social dynamics and boundaries throughout the Bell Beaker production and... more
The scope of this paper is to define Middle Guadiana River Basin Copper Age pottery consumption and distribution
patterns. These patterns are thought to mirror social dynamics and boundaries throughout the Bell Beaker production and
consumption patterns across landscape; supported in other evidences as settlement spatial patterning, and spatial distribution of
ideological and symbolic related goods. Pottery production and consumption patterns are explored through the compositional
characterisation of ceramic paste by X-ray Fluorescence (XRF), whose main objective is to generate reference pottery compositional
groups that can discriminate between locally and non-locally produced groups in order to establish pottery provenance and
therefore pottery transactions between sites and/or regions.
patterns. These patterns are thought to mirror social dynamics and boundaries throughout the Bell Beaker production and
consumption patterns across landscape; supported in other evidences as settlement spatial patterning, and spatial distribution of
ideological and symbolic related goods. Pottery production and consumption patterns are explored through the compositional
characterisation of ceramic paste by X-ray Fluorescence (XRF), whose main objective is to generate reference pottery compositional
groups that can discriminate between locally and non-locally produced groups in order to establish pottery provenance and
therefore pottery transactions between sites and/or regions.
