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Samples: Fig. 8a: Photograph of Fabric Group TG-A. Sl. 8a: Fotografija fakturne skupine TG-A.

Figure 8 Samples: Fig. 8a: Photograph of Fabric Group TG-A. Sl. 8a: Fotografija fakturne skupine TG-A.

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Fig. 1: Sites selected for ceramic compositional analyses in this study. SI. 1: Arheoloska najdis¢éa, izbrana za petrografsko analizo keramike. settlement abandonments, while at Rifnik and Koper, chronological divisions were established in terme af different hiilding nhacec at the citec Representative samples from each of these sites were selected on the basis o f macroscopic fabric analyses rather than formal or decorative typolo- gies. There were several reasons for this decision. Most of the coarse-ware sherds from these excava- tions were small, worn, and non-diagnostic, and therefore could not be stylistically identified or fit easily into a preexisting ypology. Therefore, macroscopic fabric analysis proved a more effective and comprehensive means of creating meaningful categories. This technique divides the ceramic material into fabric groups based on color (surface and core), porosity, hardness, various characteris- tics of visible inclusions, surface treatments, and other qualities evident in hand sample or with a low-powered (e.g. 10 x) magnifying glass.!° ie a a eT 1
Fig. 1: Sites selected for ceramic compositional analyses in this study. SI. 1: Arheoloska najdis¢éa, izbrana za petrografsko analizo keramike. settlement abandonments, while at Rifnik and Koper, chronological divisions were established in terme af different hiilding nhacec at the citec Representative samples from each of these sites were selected on the basis o f macroscopic fabric analyses rather than formal or decorative typolo- gies. There were several reasons for this decision. Most of the coarse-ware sherds from these excava- tions were small, worn, and non-diagnostic, and therefore could not be stylistically identified or fit easily into a preexisting ypology. Therefore, macroscopic fabric analysis proved a more effective and comprehensive means of creating meaningful categories. This technique divides the ceramic material into fabric groups based on color (surface and core), porosity, hardness, various characteris- tics of visible inclusions, surface treatments, and other qualities evident in hand sample or with a low-powered (e.g. 10 x) magnifying glass.!° ie a a eT 1
Tab. 1: Fabric Groups from Koper - Kapucinski vrt. Tab. 1: Fakturne skupine s Kapucinskega vrta v Kopru.
Tab. 1: Fabric Groups from Koper - Kapucinski vrt. Tab. 1: Fakturne skupine s Kapucinskega vrta v Kopru.
Fig. 2: Comparison of phases from the various sites selected for analyses. LA = Late Antique; LR = Late Roman; EM = Early Medieval. SI. 2: Primerjava poselitvenih faz najdis¢, izbranih za analizo keramike. PA = pozna antika; PR = pozna rimska doba; ZSV = zgodnji srednji vek.
Fig. 2: Comparison of phases from the various sites selected for analyses. LA = Late Antique; LR = Late Roman; EM = Early Medieval. SI. 2: Primerjava poselitvenih faz najdis¢, izbranih za analizo keramike. PA = pozna antika; PR = pozna rimska doba; ZSV = zgodnji srednji vek.
Tab. 2: Fabric Groups from Koper - Kapucinski vrt by period. Tab. 2: Zastopanost fakturnih skupin po fazah s Kapucin- skega vrta v Kopru.
Tab. 2: Fabric Groups from Koper - Kapucinski vrt by period. Tab. 2: Zastopanost fakturnih skupin po fazah s Kapucin- skega vrta v Kopru.
Ceramic technology in the southeastern Alpine region in Late Antiquity and the Early Middle Ages Fig. 3: Site Map of Koper - Kapucinski vrt showing building phases (adapted from Cunja 1996, insert 3). SI. 3: Gradbene faze na arheoloskem najdis¢u Koper - Kapucinski vrt (prirejeno po Cunja 1996, pril. 3).
Ceramic technology in the southeastern Alpine region in Late Antiquity and the Early Middle Ages Fig. 3: Site Map of Koper - Kapucinski vrt showing building phases (adapted from Cunja 1996, insert 3). SI. 3: Gradbene faze na arheoloskem najdis¢u Koper - Kapucinski vrt (prirejeno po Cunja 1996, pril. 3).
Fig. 4: Site Map of Tonovcov grad (Ciglenecki, Modrijan, Milavec 2011, fig. 1.7). SI. 4: Naért najdis¢a Tonovcov grad (Ciglenecki, Modrijan, Milavec 2011, sl. 1.7).
Fig. 4: Site Map of Tonovcov grad (Ciglenecki, Modrijan, Milavec 2011, fig. 1.7). SI. 4: Naért najdis¢a Tonovcov grad (Ciglenecki, Modrijan, Milavec 2011, sl. 1.7).
Fig. 5: Tonovcov grad. Relative Proportions of Macroscopic Fabric Groups (TS) by Phase (Modrijan 2011, fig. 4.11). SI. 5: Tonoveov grad. Zastopanost makroskopskih fakturnih skupin (TS) po fazah poselitve (Modrijan 2011, sl. 4.11). Ceramic technology in the southeastern Alpine region in Late Antiquity and the Early Middle Ages
Fig. 5: Tonovcov grad. Relative Proportions of Macroscopic Fabric Groups (TS) by Phase (Modrijan 2011, fig. 4.11). SI. 5: Tonoveov grad. Zastopanost makroskopskih fakturnih skupin (TS) po fazah poselitve (Modrijan 2011, sl. 4.11). Ceramic technology in the southeastern Alpine region in Late Antiquity and the Early Middle Ages
Tab. 4: Fabric Groups from Tonovcov grad by period. The Roman numerals indicate the macroscopic fabric group of each sample. Tab. 4: Fakturne skupine s Tonovcovega gradu po fazah. Rimske st. ozna¢ujejo makroskopsko fakturno skupino posa- micnega vzorca. highlights the importance of using an integrated approach to exploring mineralogical composition of pottery. While macroscopic analysis is the most cost-efficient and inexpensive way to examine the composition of a large volume of ceramic samples, petrographic analyses are also necessary for iden- tifying mineralogical differences not apparent in hand sample. which constituted 78 % of the samples, included a roughly equal number of ceramics from different chronological phases, strongly suggesting continuity in ceramic technology from Late Antiquity to the Early Middle Ages. Some degree of discontinuity is perhaps indicated by group TG-A, which only contained ceramics from Late Antiquity, and TG- C, which only contained ceramics from the Ear Middle Ages, although the relatively small sample size should be noted. The table 4 divides the sam- ples by mineralogical group and chronology; the Roman numerals indicate the macroscopic fabric group of each sample. <
Tab. 4: Fabric Groups from Tonovcov grad by period. The Roman numerals indicate the macroscopic fabric group of each sample. Tab. 4: Fakturne skupine s Tonovcovega gradu po fazah. Rimske st. ozna¢ujejo makroskopsko fakturno skupino posa- micnega vzorca. highlights the importance of using an integrated approach to exploring mineralogical composition of pottery. While macroscopic analysis is the most cost-efficient and inexpensive way to examine the composition of a large volume of ceramic samples, petrographic analyses are also necessary for iden- tifying mineralogical differences not apparent in hand sample. which constituted 78 % of the samples, included a roughly equal number of ceramics from different chronological phases, strongly suggesting continuity in ceramic technology from Late Antiquity to the Early Middle Ages. Some degree of discontinuity is perhaps indicated by group TG-A, which only contained ceramics from Late Antiquity, and TG- C, which only contained ceramics from the Ear Middle Ages, although the relatively small sample size should be noted. The table 4 divides the sam- ples by mineralogical group and chronology; the Roman numerals indicate the macroscopic fabric group of each sample. <
Tab. 5: Fabric Groups from Tinje. Tab. 5: Fakturne skupine s Tinja. small houses (i.e. church, cistern, defensive wall). Unlike most of upland settlements, which are situ- ated on Tinje we the flat tops of steep hills, the houses at re cut directly into the side of the steep slope. They may have been defended by a ditch and wooden palisade. Excavations at this Late Antique settlement (c. 375-575?) uncovered five building structures, a small stone structure - tentatively interpre ed as an altar - with an accompanying children’s cemetery (see fig. 6). At the end of the 6'" century, several of the larger buildings (2 and
Tab. 5: Fabric Groups from Tinje. Tab. 5: Fakturne skupine s Tinja. small houses (i.e. church, cistern, defensive wall). Unlike most of upland settlements, which are situ- ated on Tinje we the flat tops of steep hills, the houses at re cut directly into the side of the steep slope. They may have been defended by a ditch and wooden palisade. Excavations at this Late Antique settlement (c. 375-575?) uncovered five building structures, a small stone structure - tentatively interpre ed as an altar - with an accompanying children’s cemetery (see fig. 6). At the end of the 6'" century, several of the larger buildings (2 and
Fig. 6: Site Map of Tinje. Houses 1-8 (adapted from Ci- glenecki 2000, fig. 9). Sl. 6: Naért najdis¢a Tinje. Objekti 1-8 (prirejeno po Ciglenecki 2000, sl. 9).
Fig. 6: Site Map of Tinje. Houses 1-8 (adapted from Ci- glenecki 2000, fig. 9). Sl. 6: Naért najdis¢a Tinje. Objekti 1-8 (prirejeno po Ciglenecki 2000, sl. 9).
The archaeological hilltop fort of Rifnik is located at the eastern end of Slovenia, just south
The archaeological hilltop fort of Rifnik is located at the eastern end of Slovenia, just south
Tab. 7: Fabric Groups from Rifnik. Tab. 7: Fakturne skupine z Rifnika.
Tab. 7: Fabric Groups from Rifnik. Tab. 7: Fakturne skupine z Rifnika.
Fig. 8b: Example of Group TG-A in Thin Section (Sample TG-14); Plane Polarized Light (left), Cross Polarized Light (right). SI. 8b: Zbrusek primerka skupine TG-A (vzorec TG-14); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 8b: Example of Group TG-A in Thin Section (Sample TG-14); Plane Polarized Light (left), Cross Polarized Light (right). SI. 8b: Zbrusek primerka skupine TG-A (vzorec TG-14); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Samples:
Samples:
Fig. 9b: Example of Group TG-B in Thin Section (Sample TG-16); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 9b: Zbrusek primerka skupine TG-B (vzorec TG-16); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 9b: Example of Group TG-B in Thin Section (Sample TG-16); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 9b: Zbrusek primerka skupine TG-B (vzorec TG-16); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Samples:
Samples:
Fig. 10b: Example of Group TG-C in Thin Section (Sample TG-12); Plane Polarized Light (left), Cross Polarized Light (right). SI. 10b: Zbrusek primerka skupine TG-C (vzorec TG-12); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 10a: Photograph of Fabric Group TG-C. SI. 10a: Fotografija fakturne skupine TG-C.
Fig. 10b: Example of Group TG-C in Thin Section (Sample TG-12); Plane Polarized Light (left), Cross Polarized Light (right). SI. 10b: Zbrusek primerka skupine TG-C (vzorec TG-12); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 10a: Photograph of Fabric Group TG-C. SI. 10a: Fotografija fakturne skupine TG-C.
Petrographic description: Fired-clay matrix, with 3-5 % quartz inclusions, mostly fine, very well to moderately sorted and well rounded to sub-rounded; 15-20 % carbonates, well to poorly sorted, mostly micritic (showing mosaic extinction), rounded to well rounded, partially disintegrating into lime mud, and up to c. 2.0 mm in length; trace to 1 % fine and fibrous muscovite mica; 5-10 % voids, shaped like drying cracks.
Petrographic description: Fired-clay matrix, with 3-5 % quartz inclusions, mostly fine, very well to moderately sorted and well rounded to sub-rounded; 15-20 % carbonates, well to poorly sorted, mostly micritic (showing mosaic extinction), rounded to well rounded, partially disintegrating into lime mud, and up to c. 2.0 mm in length; trace to 1 % fine and fibrous muscovite mica; 5-10 % voids, shaped like drying cracks.
Fig. 11b: Example of Group TG-D1 in Thin Section (Sample TG- 1); Plane Polarized Light (left), Cross Polarized Light (right). SI. 11b: Zbrusek primerka skupine TG-D1 (vzorec TG-1); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 11a: Photograph of Fabric Group TG-D1. SI. 1la: Fotografija fakturne skupine TG-D1.
Fig. 11b: Example of Group TG-D1 in Thin Section (Sample TG- 1); Plane Polarized Light (left), Cross Polarized Light (right). SI. 11b: Zbrusek primerka skupine TG-D1 (vzorec TG-1); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 11a: Photograph of Fabric Group TG-D1. SI. 1la: Fotografija fakturne skupine TG-D1.
Samples:
Samples:
Fig. 12b: Example of Group TG-D2 in Thin Section (Sample TG-10); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 12b: Zbrusek primerka skupine TG-D2 (vzorec TG-10); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 12b: Example of Group TG-D2 in Thin Section (Sample TG-10); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 12b: Zbrusek primerka skupine TG-D2 (vzorec TG-10); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 12a: Photograph of Fabric Group TG-D2. Sl. 12a: Fotografija fakturne skupine TG-D2. ‘ Exact SU unknown (bioturbation disturbance)
Fig. 12a: Photograph of Fabric Group TG-D2. Sl. 12a: Fotografija fakturne skupine TG-D2. ‘ Exact SU unknown (bioturbation disturbance)
Fig. 13b: Example of Group TG-D3 in Thin Section (Sample TG-4); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 13b: Zbrusek primerka skupine TG-D3 (vzorec TG-4); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Samples:
Fig. 13b: Example of Group TG-D3 in Thin Section (Sample TG-4); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 13b: Zbrusek primerka skupine TG-D3 (vzorec TG-4); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Samples:
Fig. 13a: Photograph of Fabric Group TG-D3. SI. 13a: Fotografija fakturne skupine TG-D3.
Fig. 13a: Photograph of Fabric Group TG-D3. SI. 13a: Fotografija fakturne skupine TG-D3.
Samples:
Samples:
Fig. 14a: Photograph of Fabric Group TI-A. SI. 14a: Fotografija fakturne skupine TI-A.
Fig. 14a: Photograph of Fabric Group TI-A. SI. 14a: Fotografija fakturne skupine TI-A.
Fig. 14b: Two different examples of Group TI-A in Thin Section (TI-7 above, TI-6 below); Plane Polarized Light (left), Cross Polarized Light (right). SI. 14b: Zbruska razli¢énih primerkov skupine TI-A (TI-7 zgoraj, TI-6 spodaj); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 14b: Two different examples of Group TI-A in Thin Section (TI-7 above, TI-6 below); Plane Polarized Light (left), Cross Polarized Light (right). SI. 14b: Zbruska razli¢énih primerkov skupine TI-A (TI-7 zgoraj, TI-6 spodaj); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Samples:
Samples:
Fig. 15b: Example of Group TI-B in Thin Section (Sample TI-3); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 15b: Zbrusek primerka skupine TI-B (vzorec TI-3); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 15b: Example of Group TI-B in Thin Section (Sample TI-3); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 15b: Zbrusek primerka skupine TI-B (vzorec TI-3); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 15a: Photograph of Fabric Group TI-B. SI. 15a: Fotografija fakturne skupine TI-B.
Fig. 15a: Photograph of Fabric Group TI-B. SI. 15a: Fotografija fakturne skupine TI-B.
Samples:
Samples:
Micrograph: Fig. 16b: Example of Group TI-C1 in Thin Section (Sample TI-9); Plane Polarized Light (left), Cross Polarized Light (right). SI. 16b: Zbrusek primerka skupine TI-C1 (vzorec TI-9); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Distinction: This group is distinguished from other fabric groups at Tinje by moderate, mostly fine quartz and moderate levels of angular, sparry carbonates. Fig. 16a: Photograph of Fabric Group TI-Cl. SI. 16a: Fotografija fakturne skupine TI-Cl.
Micrograph: Fig. 16b: Example of Group TI-C1 in Thin Section (Sample TI-9); Plane Polarized Light (left), Cross Polarized Light (right). SI. 16b: Zbrusek primerka skupine TI-C1 (vzorec TI-9); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Distinction: This group is distinguished from other fabric groups at Tinje by moderate, mostly fine quartz and moderate levels of angular, sparry carbonates. Fig. 16a: Photograph of Fabric Group TI-Cl. SI. 16a: Fotografija fakturne skupine TI-Cl.
Samples: Petrographic description: Fired-clay matrix, with optically active groundmass; 6-8 % quartz inclu- sions, mostly fine, moderately sorted and well rounded to rounded; 15-30 % sparry carbonates, with some partial disintegration into lime mud, poorly sorted, and angular to sub-rounded, up to 3.0 mm in length; trace feldspars in some; 5-10 % voids, mostly drying cracks, few larger and ir- regularly shaped. TN 2 ho wh ee TM. Re ee it le tee ne Do et ee Dee ee eee
Samples: Petrographic description: Fired-clay matrix, with optically active groundmass; 6-8 % quartz inclu- sions, mostly fine, moderately sorted and well rounded to rounded; 15-30 % sparry carbonates, with some partial disintegration into lime mud, poorly sorted, and angular to sub-rounded, up to 3.0 mm in length; trace feldspars in some; 5-10 % voids, mostly drying cracks, few larger and ir- regularly shaped. TN 2 ho wh ee TM. Re ee it le tee ne Do et ee Dee ee eee
Fig. 17b: Example of Group TI-C2 in Thin Section (Sample TI-14); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 17b: Zbrusek primerka skupine TI-C2 (vzorec TI-14); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 17a: Photograph of Fabric Group TI-C2. SI. 17a: Fotografija fakturne skupine TI-C2. Distinction: This group is mineralogically very similar to TI-C1l, but can be distinguished by slightly higher levels of quartz, mica, and carbon- ate inclusions.
Fig. 17b: Example of Group TI-C2 in Thin Section (Sample TI-14); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 17b: Zbrusek primerka skupine TI-C2 (vzorec TI-14); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 17a: Photograph of Fabric Group TI-C2. SI. 17a: Fotografija fakturne skupine TI-C2. Distinction: This group is mineralogically very similar to TI-C1l, but can be distinguished by slightly higher levels of quartz, mica, and carbon- ate inclusions.
Samples:
Samples:
Fig. 18b: Example of Group RF-A in Thin Section (Sample RF-8); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 18b: Zbrusek primerka skupine RF-A (vzorec RF-8); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 18a: Photograph of Fabric Group RF-A. SI. 18a: Fotografija fakturne skupine RF-A.
Fig. 18b: Example of Group RF-A in Thin Section (Sample RF-8); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 18b: Zbrusek primerka skupine RF-A (vzorec RF-8); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 18a: Photograph of Fabric Group RF-A. SI. 18a: Fotografija fakturne skupine RF-A.
Samples:
Samples:
Fig. 19b: Example of Group RF-B in Thin Section (Sample RF-2); Plane Polarized Light (left), Cross Polarized Light (right). SI. 19b: Zbrusek primerka skupine RF-B (vzorec RF-2); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. ‘Distinction: This group is distinguished from other fabrics at Rifnik by high levels of fine quartz. Petrographic description: Fired-clay matrix, with optically active groundmass; 6-9 % quartz inclusions, mostly fine, very well to well sorted and very rounded; 10-15 % carbonates, mostly sparry with some disintegration into lime mud, poorly sorted and rounded to sub-angular, up to 2.0 mm in length; 1 % fine and fibrous muscovite mica; 1-2 % dark red opaques; 5-10 % large, ir- regular voids.
Fig. 19b: Example of Group RF-B in Thin Section (Sample RF-2); Plane Polarized Light (left), Cross Polarized Light (right). SI. 19b: Zbrusek primerka skupine RF-B (vzorec RF-2); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. ‘Distinction: This group is distinguished from other fabrics at Rifnik by high levels of fine quartz. Petrographic description: Fired-clay matrix, with optically active groundmass; 6-9 % quartz inclusions, mostly fine, very well to well sorted and very rounded; 10-15 % carbonates, mostly sparry with some disintegration into lime mud, poorly sorted and rounded to sub-angular, up to 2.0 mm in length; 1 % fine and fibrous muscovite mica; 1-2 % dark red opaques; 5-10 % large, ir- regular voids.
Fig. 19a: Photograph of Fabric Group RF-B. SI. 19a: Fotografija fakturne skupine RF-B.
Fig. 19a: Photograph of Fabric Group RF-B. SI. 19a: Fotografija fakturne skupine RF-B.
Samples:
Samples:
Micrograph: Fig. 20b: Example of Group RF-C in Thin Section (Sample RF-7); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 20b: Zbrusek primerka skupine RF-C (vzorec RF-7); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Distinction: This group is distinguished from others at Rifnik by the size of the quartz inclu- sions and also the type of carbonates (very small and fibrous). Fig. 20a: Photograph of Fabric Group RF-C. SI. 20a: Fotografija fakturne skupine RF-C.
Micrograph: Fig. 20b: Example of Group RF-C in Thin Section (Sample RF-7); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 20b: Zbrusek primerka skupine RF-C (vzorec RF-7); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Distinction: This group is distinguished from others at Rifnik by the size of the quartz inclu- sions and also the type of carbonates (very small and fibrous). Fig. 20a: Photograph of Fabric Group RF-C. SI. 20a: Fotografija fakturne skupine RF-C.
Samples:
Samples:
Fig. 21a: Photograph of Fabric Group KP-A1. SI. 21a: Fotografija fakturne skupine KP-A1.
Fig. 21a: Photograph of Fabric Group KP-A1. SI. 21a: Fotografija fakturne skupine KP-A1.
Fig. 21b: Example of Group KP-A1 in Thin Section (Sample KP-2); Plane Polarized Light (left), Cross Polarized Light (right). SI. 21b: Zbrusek primerka skupine KP-A1 (vzorec KP-2); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 21b: Example of Group KP-A1 in Thin Section (Sample KP-2); Plane Polarized Light (left), Cross Polarized Light (right). SI. 21b: Zbrusek primerka skupine KP-A1 (vzorec KP-2); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Samples:
Samples:
Fig. 22b: Example of Group KP-A2 in Thin Section (Sample KP-20); Plane Polarized Light (left), Cross Polarized Light (right). SI. 22b: Zbrusek primerka skupine KP-A2 (vzorec KP-20); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 22a: Photograph of Fabric Group KP-A2. SI. 22a: Fotografija fakturne skupine KP-A2.
Fig. 22b: Example of Group KP-A2 in Thin Section (Sample KP-20); Plane Polarized Light (left), Cross Polarized Light (right). SI. 22b: Zbrusek primerka skupine KP-A2 (vzorec KP-20); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi. Fig. 22a: Photograph of Fabric Group KP-A2. SI. 22a: Fotografija fakturne skupine KP-A2.
Samples:
Samples:
Fig. 23b: Example of Group KP-A3 in Thin Section (Sample KP-7); Plane Polarized Light (left), Cross Polarized Light (right). SI. 23b: Zbrusek primerka skupine KP-A3 (vzorec KP-7); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 23b: Example of Group KP-A3 in Thin Section (Sample KP-7); Plane Polarized Light (left), Cross Polarized Light (right). SI. 23b: Zbrusek primerka skupine KP-A3 (vzorec KP-7); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Fig. 23a: Photograph of Fabric Group KP-A3. SI. 23b: Fotografija fakturne skupine KP-A3.
Fig. 23a: Photograph of Fabric Group KP-A3. SI. 23b: Fotografija fakturne skupine KP-A3.
Samples:
Samples:
* Since these two samples were quite distinct, micro- graphs of each are provided. Fig. 24a: Photograph of Fabric Group KP-B. SI. 24a: Fotografija fakturne skupine KP-B.
* Since these two samples were quite distinct, micro- graphs of each are provided. Fig. 24a: Photograph of Fabric Group KP-B. SI. 24a: Fotografija fakturne skupine KP-B.
Samples:
Samples:
Fig. 25a: Photograph of Fabric Group KP-C. SI. 25a: Fotografija fakturne skupine KP-C.
Fig. 25a: Photograph of Fabric Group KP-C. SI. 25a: Fotografija fakturne skupine KP-C.
Micrograph: Fig. 25b: Example of Group KP-C in Thin Section (Sample KP-1); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 25b: Zbrusek primerka skupine KP-C (vzorec KP-1); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Micrograph: Fig. 25b: Example of Group KP-C in Thin Section (Sample KP-1); Plane Polarized Light (left), Cross Polarized Light (right). Sl. 25b: Zbrusek primerka skupine KP-C (vzorec KP-1); (levo) v linearno in (desno) v navzkrizno polarizirani svetlobi.
Related topics:
Ceramic TechnologyLate Antique ArchaeologyEarly Medieval ArchaeologyCeramic Analysis (Archaeology)Alpine ArchaeologySlovenian HistoryCeramic Petrography
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