Ann: Tivan engages Lycopodium for Speewah Fluorite Project, page-22

This graphic appears to be a geological map used in mining, often referred to as a plan view map.

Here’s a breakdown of its elements:
1. **Vein Structures**: The map displays various linear features, likely representing mineral veins, with different colors indicating their grade or composition. These are the targets for mining or exploration.

2. **High-Grade Intercepts**: The red inset highlights a section of the Western vein that has been intercepted by drilling and found to contain high-grade minerals. This could mean a higher concentration of valuable materials.

3. **Vein Strike Direction**: The dashed lines indicate the direction in which the geological veins extend (strike). In mining, the strike is the direction along which the vein or rock layer extends on the surface.

4. **Fluorite Mineralisation**: There’s a mention of fluorite mineralization extending to the south, suggesting that the mineral fluorite has been found along the strike of the veins in that direction.

5. **Scale and Orientation**: The scale is shown in meters, providing a sense of distance and size of the features on the map. The orientation is given by the compass rose, with 'N' indicating north.

6. **Inset Maps**: These are zoomed-in areas providing more detail on specific sections of the main map. They may show more detailed data such as drill hole traces, assay results, or vein thicknesses.

7. **Legends and Labels**: Color scales and labels provide information about the data, such as mineral grades or types, depth of features, or other relevant geological data.

Overall, the map is a tool for geologists and mining engineers to visualize the distribution of minerals within the ground, plan exploration or mining activities, and estimate the potential value of the resources.