Page 8 - Leshobo Technical Report_October2016

List of Figures 03
04
Figure 1.1: The project area is shown by the red polygon on the map. 07
Figure 1.2: The locality map of the project area, the project area is
shown by the red polygon on the map. 08
Table 3.1: Classification of limestone on the percentage of CaCO3 10
(Cox et al., 1977) 11
Figure 4.1: The location and aerial extent of the Transvaal Supergroup
covering the Transvaal and the Griqualand West Basins (Picture from: 14
Beukes 1983).
Figure 4.2: Geological map of the Transvaal Supergroup in the 15
Griqualand West Basin. Picture from (Harding, 2004). 16
Figure 4.3: The stratigraphical column of the Transvaal Supergroup in 17
the Griqualand-West Basin, Prieska facies. Picture from (Harding, 2004). 18
Figure 4.4: The location and aerial extent of the Transvaal Supergroup 19
covering the Transvaal and the Griqualand West Basins (Picture from: 20
Beukes 1983). 21
Figure 4.5: Limestones present within the property. (a) On the eastern 22
wall of the deposit, (b) on the surface and (c) a limestone with
precipitation marks visible.
Figure 4.6: Limestone in contact with slate
Figure 4.7: An outcrop of dolomite within the property
Figure 4.8: Slate occurring on the east and north-east of the property.
Figure 5.1: The geological map of the property and the traverse lines
followed in mapping the area
Figure 5.2: A sampling grid used to collect samples. Sample points also
indicated on the map
Table 5.1: Chemical Characteristics of the limestone sample from
Leshobo
Table 5.2: Chemical Characteristics of the limestone sample from
Leshobo

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