Atlas of ceramic fabrics. : Southern Tyrrhenian : neolithic Bronze Age / / 2, : Italy : / Sara T. Levi, Valentina Cannavò and Daniele Brunelli ; with contributions by Andrea Di Renzoni.
'Atlas of Ceramic Fabrics 2. Italy: Southern Tyrrhenian. Neolithic - Bronze Age', the second in a series of atlases organized according to geographical areas, chronology and types of wares, presents and interprets the petrographic composition of pre and protohistoric pottery (6th-1st mill....
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Place / Publishing House: | Oxford : : Archaeopress Archaeology,, [2019] ©2019 |
Year of Publication: | 2019 |
Edition: | 1st ed. |
Language: | English |
Physical Description: | 1 online resource (183 pages) :; illustrations (some color) |
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Table of Contents:
- Cover
- Title Page
- Copyright Page
- Dedication
- Contents Page
- List of Figures
- List of Tables
- List of Plates
- 1
- Introduction: QandA
- Which are the geographical areas and the sites considered in this volume?
- Why Volume 2?
- How many samples in this volume?
- What are the dates of samples in this volume?
- Which main projects are included in this volume?
- Where have preliminary data been published?
- 2
- Figure 1 Distribution of the 18 archaeological localities considered in the present Volume. The complete list of the 29 specific sites is reported in Table 1.
- Table 1 Sites, analyses and archaeometric bibliography.
- Figure 2 Stratigraphic sequence in the Acropolis of Lipari (Courtesy Regione Siciliana, Assessorato per i Beni Culturali, Museo Archeologico Regionale Luigi Benabò Brea - Lipari - ME).
- Table 2 General synthesis and summary of the Southern Italian/Aeolian/Sicilian archaeological phases and chronology.
- Figure 3a John's thin sections collection is integrated in the present study.
- Figure 3b John and Paola in the Museum of Lipari (2007)
- Figure 3c John and Sara in the storage room at Lipari (2007)
- Figure 3d Sampling,,,,
- Fabrics
- 2.1. Classification
- 2.2. Lithology
- 2.4. Comparison with northern Tyrrhenian
- 2.5. Comparison with other Sicilian areas
- 3
- Figure 4 Fabrics according their numerical consistency (from 1 sample to >
- 100 samples).
- Figure 5a Samples according the Groups. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- EI=Effusive+Intrusive
- I=Intrusive
- IM=Intrusive+Metamorphic
- IS=Intrusive+Sedimentary
- M=Metamorphic
- MS=Metamorphic+Sedimentary
- S=Sedimentary
- G=Generic
- Gr
- Figure 5b Samples of the Effusive group. EB=basaltic
- EBq=basaltic with quartz/mica groundmass
- EA=andesitic.
- EAqm=andesitic with quartz+mica groundmass
- ED=daci-rhyolitic
- EDq=daci-rhyolitic with quartz groundmass
- EP=phonolitic
- EPq/m=phonolitic with q
- Figure 6a Geographical areas of the local samples according to the Groups. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- I=Intrusive
- IM=Intrusive+Metamorphic
- M=Metamorphic
- MS=Metamorphic+Sedimentary
- S=Sedimentary
- G=Generic
- Grog=generic wit
- Figure 6b Geographical areas of the local effusive samples according to the Groups. EB=basaltic
- EBq=basaltic with quartz groundmass
- EA=andesitic
- EAqm=andesitic with quartz+mica groundmass
- ED=daci-rhyolitic
- EDq=daci-rhyolitic with quartz groundmass
- Figure 6c Geographical areas of the imported samples according to the Groups. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- EI=Effusive+Intrusive
- I=Intrusive
- intrusive+Metamorphic
- IS=Intrusive+Sedimentary
- M=Metamorphic
- MS=Metamorphic+Sedime
- Figure 7a Geographical distribution of the main fabrics with effusive basaltic components (local with imported clay in white
- non local in grey).
- Figure 7b Geographical distribution of the main fabrics with effusive andesitic components (local with imported clay in white
- non local in grey).
- Figure 7c Geographical distribution of the main fabrics with effusive daci-rhyolitic components (local with imported clay in white
- non local in grey).
- Figure 7d Geographical distribution of the main fabrics with effusive phonolitic components.
- Figure 7e Geographical distribution of the main fabrics with intrusive, intrusive+metamorphic and effusive basaltic+intrusive components (non local in grey).
- Figure 7f Geographical distribution of the main fabrics with intrusive+metamorphic components (non local in grey).
- Figure 7g Geographical distribution of the main fabrics with metamorphic components (non local in grey).
- Figure 7h Geographical distribution of the main fabrics with metamorphic+ sedimentary components (non local in grey).
- Figure 7i Geographical distribution of the main fabrics with sedimentary components (non local in grey).
- Figure 7j Geographical distribution of the main fabrics with generic components (non local in grey).
- Figure 7k Geographical distribution of the main fabrics with generic +grog components (non local in grey).
- Figure 8a Local samples distribution according to the petrographic groups in different geographical areas. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- I=Intrusive
- IM=Intrusive+Metamorphic
- M=Metamorphic
- MS=Metamorphic+Sedimentary
- S=Sediment
- Figure 8b Local effusive samples distribution according to the petrographic groups in different geographical areas. EB=basaltic
- EBq=basaltic with quartz/mica groundmass
- EA=andesitic
- EAqm=andesitic with quartz+mica groundmass
- ED=daci-rhyolitic
- EDq=da
- Figure 8c Imported samples distribution according to the petrographic groups in different geographical areas. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- EI=Effusive+Intrusive
- I=Intrusive
- IM=Intrusive+Metamorphic
- IS=Intrusive+Sedimentary
- M
- Figure 9a Aeolian samples according to the compositional groups, imports are detailed in the small pie-plot. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- EI=Effusive+Intrusive
- I=Intrusive
- IM=Intrusive+Metamorphic
- IS=Intrusive+Sedimentary
- M=
- Figure 9b Distribution of the effusive compositions for the local productions in various Aeolian Islands:. EB+EBq= basaltic + basaltic with quartz groundmass
- EA+EAq=andesitic+andesitic with quartz groundmass.
- ED+EDq= daci-rhyolitic+daci-rhyolitic with q
- Figure 9c Relative proportions of vessels with local raw materials, imported clays and imported vessels in the various Aeolian Islands.
- Figure 9d Composition of the imported vessels in the various Aeolian Islands. E+=Effusive+other components
- I=Intrusive
- IM=Intrusive+Metamorphic
- IS=Intrusive+Sedimentary
- M=Metamorphic
- MS=Metamorphic+Sedimentary
- S=Sedimentary
- G=Generic
- Grog=generic
- Figure 10 Sicilian samples according to the compositional groups, imports are detailed in the small pie-plot. E=Effusive
- I=Intrusive
- M=Metamorphic
- S=Sedimentary
- G=Generic
- G (Grog)=generic with Grog.
- Figure 11 Peninsular samples according to compositional groups, imports are detailed in the small pie-plot. E=Effusive
- Eq/m=Effusive with quartz/mica groundmass
- EI=Effusive+Intrusive
- I=Intrusive
- IM=Intrusive+Metamorphic
- M=Metamorphic
- MS=Metamorphic
- _GoBack
- Archaeological implications
- 3.1. Chronological and functional trends
- 3.3. Circulation
- 3.5. Stylistic and technological interactions
- 4
- Figure 12 Percentages of local products, local products with imported clays and imported pots at Lipari in the various chronological phases.
- Figure 13 Bowl filled with 'ready made' ceramic paste, Capo Graziano delta IV hut Lipari - Acropolis (Courtesy Regione Siciliana, Assessorato per i Beni Culturali, Museo Archeologico Regionale Luigi Benabò Brea - Lipari - ME).
- Figure 14 The pumice industry at Lipari (EcoMuseo della Memoria, Lipari)
- Figure 15 Pignataro di Fuori ship's cargo (Courtesy Regione Siciliana, Assessorato per i Beni Culturali, Museo Archeologico Regionale Luigi Benabò Brea - Lipari - ME).
- Figure 16 Incised map in a Capo Graziano bowl, Lipari-Acropolis trench N, level, inv 7773 (Levi et al. 2014 fig. 9.
- Meligunis Lipara IV fig CXXVIII,2). This is also the logo of the ArchEOLogiE project, elaborated by P. Vertuani and V. Corazza.
- Figure 17 Styles of the Capo Graziano incised decoration: 1. Seurat (pointilist)
- 2.Michelangelo (composite figurative)
- 3. Fontana (spacious wavy)
- 4. Boetti (metope)
- 5. Kandinsky (lower multilinear)
- 6. Klee (simple wavy or ripple) (Levi et al. 2014).
- Figure 18a Exported Capo Graziano decorated vessels produced at Lipari (fabric ED101): 1. Vivara (VIV1-4, Cazzella et al. 1997, fig. 2)
- 2. Messina (ME3, Martinelli et al. 2012, fig. 3.4).
- Figure 18b Exported pithoi and cooking pots produced at Filicudi, Stromboli and/or Salina (fabric EA103). Capo Graziano: 1. Tindari (TIN11, Martinelli et al. 2012, fig. 3.1)
- 2, 3, 4. Milazzo (MVC31-2, 31-3, 31-10, Levi et al. 2009, tavv. VI, VII, XIII).
- Databases
- DB1 Samples by fabric
- DB2 Samples by site
- DB3 Fabrics (description)
- DB4 Fabrics
- 5
- Plate 1 Capo Graziano bowl with inside 'ready made' ceramic paste: in this representation the ceramic paste is replaced by its own microscopic image (sample ACRd2, PPL
- from hut delta IV Lipari - Acropolis).
- Plate 2 Microscope images of Effusive Basaltic and Andesitic Fabrics
- horizontal dimension 5.5 mm. EB101 Basalt (Messina, ME5, XP)
- EB102 Pyroxene-Basalt (Salina, POR3, XP)
- EB103 Clinopyroxene-Plagioclase-Basalt (Filicudi, FBR23, XP)
- EB104 Hypocrsitalli
- Plate 3 Microscope images of Effusive Basaltic and Andesitic Fabrics
- horizontal dimension 2.8 mm. EB101 Basalt (Messina, ME5, XP)
- EB102 Pyroxene-Basalt (Salina, POR3, XP)
- EB103 Clinopyroxene-Plagioclase-Basalt (Filicudi, FBR23, XP)
- EB104 Hypocrsitalli
- Plate 4 Microscope images of Effusive Andesitic, Dacitic and Phonolitic Fabrics
- Effusive Basaltic in siliceous groundmass and Effusive Basaltic-Intrusive Fabrics.
- horizontal dimension 5.5 mm. EA106 Plagioclase-Pyroxene (Filicudi, CGII5, XP).