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Fig.2 Halder, North-Brabant. The Roman pottery kiln was a vertical up-draught kiln, and the associated waster vessels were dated to the Flavian period.

Figure 2 Halder, North-Brabant. The Roman pottery kiln was a vertical up-draught kiln, and the associated waster vessels were dated to the Flavian period.

Related Figures (15)

Fig. 1 Halder, North-Brabant. Probable extent of the vicus and the excavated remains. 7 wells; Hl 8,9 clay pits; Hil 10, 13 refuse pits; Ml 12 Roman pottery kiln; [5 probable extent of the vicus
Fig. 1 Halder, North-Brabant. Probable extent of the vicus and the excavated remains. 7 wells; Hl 8,9 clay pits; Hil 10, 13 refuse pits; Ml 12 Roman pottery kiln; [5 probable extent of the vicus
ible 2 (left part) Halder, North-Brabant. Analytical data of 17 ceramic and geological samples. Table 1 Halder, North-Brabant. 27 ceramic and geological samples. Table 1 Halder, North-Brabant. 27 ceramic and geological samples.
ible 2 (left part) Halder, North-Brabant. Analytical data of 17 ceramic and geological samples. Table 1 Halder, North-Brabant. 27 ceramic and geological samples. Table 1 Halder, North-Brabant. 27 ceramic and geological samples.
Barbara Borgers, Roos Wijnen-Jackson and Martijn Bink
Barbara Borgers, Roos Wijnen-Jackson and Martijn Bink
Table 2 (right part) Halder, North-Brabant. Analytical data of 17 ceramic and geological samples. The Roman Pottery Kiln at Halder, North-Brabant (the Netherlands), revisited
Table 2 (right part) Halder, North-Brabant. Analytical data of 17 ceramic and geological samples. The Roman Pottery Kiln at Halder, North-Brabant (the Netherlands), revisited
Fig.4 Halder, North-Brabant. Micrograph of the ‘Coarse Quartz’ tempered variant of the ‘Fine Micaceous’ Fabric, used for the manufacture of coarse ware. Image taken in cross polarized light. Image width =5.8mm.
Fig.4 Halder, North-Brabant. Micrograph of the ‘Coarse Quartz’ tempered variant of the ‘Fine Micaceous’ Fabric, used for the manufacture of coarse ware. Image taken in cross polarized light. Image width =5.8mm.
Fig.3 Halder, North-Brabant. Micrograph of the ‘Fine Micaceous’ Fabric, used for the manufacture of tableware. Image taken in cross polarized light. Image width =5.8 mm.
Fig.3 Halder, North-Brabant. Micrograph of the ‘Fine Micaceous’ Fabric, used for the manufacture of tableware. Image taken in cross polarized light. Image width =5.8 mm.
Fig.6 Micrograph of the clay fragment, found in a clay pit near the Roman pottery kiln. Image taken in cross po- larized light. Image width =5.8 mm.
Fig.6 Micrograph of the clay fragment, found in a clay pit near the Roman pottery kiln. Image taken in cross po- larized light. Image width =5.8 mm.
Fig.5 Halder, North-Brabant. Micrograph of the ‘Coarse Organic Material and Quartz’ tempered variant, used for the manufacture of coarse ware. Organic material can be identified at the centre and centre left of the image. Image taken in cross polarized light. Image width =5.8 mm.
Fig.5 Halder, North-Brabant. Micrograph of the ‘Coarse Organic Material and Quartz’ tempered variant, used for the manufacture of coarse ware. Organic material can be identified at the centre and centre left of the image. Image taken in cross polarized light. Image width =5.8 mm.
Fig.8 Halder, North-Brabant. Principal Component Analysis of eleven elements, including Al,O,, Ba, CaO, Fe,O,, K,O, MgO, Na,O, SiO,, Sr, TiO, and Zr, shows three main Geochemical Groups. Geochemical group 1 comprises the samples of Fabrics 1 and 2 in the low- er centre, Geochemical Group 2 comprises Fabric 3 to the right, and Geochemical Group 3 comprises Fabric 4 at the top left of the figure. This evidence suggests that Fabrics 1, 2 and 3 were produced with similar raw ma- terials, whereas Fabric 4 is characterised by compara- tively high values for Al,O,, Ba, Fe,O,, K,O and MgO. - @ Fabric 1, m Fabric 2, A Fabric 3, x Fabric 4.
Fig.8 Halder, North-Brabant. Principal Component Analysis of eleven elements, including Al,O,, Ba, CaO, Fe,O,, K,O, MgO, Na,O, SiO,, Sr, TiO, and Zr, shows three main Geochemical Groups. Geochemical group 1 comprises the samples of Fabrics 1 and 2 in the low- er centre, Geochemical Group 2 comprises Fabric 3 to the right, and Geochemical Group 3 comprises Fabric 4 at the top left of the figure. This evidence suggests that Fabrics 1, 2 and 3 were produced with similar raw ma- terials, whereas Fabric 4 is characterised by compara- tively high values for Al,O,, Ba, Fe,O,, K,O and MgO. - @ Fabric 1, m Fabric 2, A Fabric 3, x Fabric 4.
Fig.7 Halder, North-Brabant. Bivariate plot of alu- minium (ALO,) and iron (Fe,O,) shows that the ceramic samples of Fabrics 1 and 2 are located in the lower cen- tre of the figure and are compositionally similar. By contrast, Fabric 3 is located to the right of the figure, and characterised by a comparatively high value of iron, and Fabric 4 at the top of the figure contains the high- est value of aluminium in this ceramic assemblage. — @ Fabric 1. mw Fabric 2. A Fabric 3. x Fabric 4. Barbara Borgers, Roos Wijnen-Jackson and Martijn Bink
Fig.7 Halder, North-Brabant. Bivariate plot of alu- minium (ALO,) and iron (Fe,O,) shows that the ceramic samples of Fabrics 1 and 2 are located in the lower cen- tre of the figure and are compositionally similar. By contrast, Fabric 3 is located to the right of the figure, and characterised by a comparatively high value of iron, and Fabric 4 at the top of the figure contains the high- est value of aluminium in this ceramic assemblage. — @ Fabric 1. mw Fabric 2. A Fabric 3. x Fabric 4. Barbara Borgers, Roos Wijnen-Jackson and Martijn Bink
Fig.9 Halder, North-Brabant. Bivariate plot of alu- minium (ALO) and iron (Fe,O,) shows that the value for aluminium (AI,O) and iron (Fe,O,) of the clay piece is similar to the samples of Fabrics 1 and 2, whereas the value for aluminium of the clay samples is comparatively low. - @ Fabric 1, m Fabric 2, A Fabric 3, x Fabric 4, x Clay, @ Clay piece. The Roman Pottery Kiln at Halder, North-Brabant (the Netherlands), revisited
Fig.9 Halder, North-Brabant. Bivariate plot of alu- minium (ALO) and iron (Fe,O,) shows that the value for aluminium (AI,O) and iron (Fe,O,) of the clay piece is similar to the samples of Fabrics 1 and 2, whereas the value for aluminium of the clay samples is comparatively low. - @ Fabric 1, m Fabric 2, A Fabric 3, x Fabric 4, x Clay, @ Clay piece. The Roman Pottery Kiln at Halder, North-Brabant (the Netherlands), revisited
Fig. 10 Halder, North-Brabant. Principal Compo- nent Analysis of eleven elements, including AlO,, Ba CaO, Fe,O,, K,O, MgO, Na,O, SiO,, Sr, TiO, and Zr, shows that the composition of the clay piece is similar to the composition of the ceramic samples of Fabrics 1 and 2, whereas the clay fragments appear to have a com- paratively low value for ALO, suggesting that they may not have been used for Reman pottery production. — @ Fabric 1, m Fabric 2, a Fabric 3, x Fabric 4, x Clay, @ Clay piece.
Fig. 10 Halder, North-Brabant. Principal Compo- nent Analysis of eleven elements, including AlO,, Ba CaO, Fe,O,, K,O, MgO, Na,O, SiO,, Sr, TiO, and Zr, shows that the composition of the clay piece is similar to the composition of the ceramic samples of Fabrics 1 and 2, whereas the clay fragments appear to have a com- paratively low value for ALO, suggesting that they may not have been used for Reman pottery production. — @ Fabric 1, m Fabric 2, a Fabric 3, x Fabric 4, x Clay, @ Clay piece.
The Roman Pottery Kiln at Halder, North-Brabant (the Netherlands), revisited
The Roman Pottery Kiln at Halder, North-Brabant (the Netherlands), revisited
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