AI terrain scoring for Victorian gold prospecting. Creek bend analysis, reef indicator scoring, and historic mine proximity for the Central Victorian goldfields and beyond.
Victoria's goldfields are among the most extensively worked in the world. The Central Victorian goldfields — centred on Bendigo, Ballarat, Castlemaine, and Maryborough — sit on a Cambrian to Ordovician turbidite sequence that hosts the world-class saddle reef lode system. The alluvial gold is derived from the erosion of these lodes and has been concentrating in creek systems for millions of years. The Pyrenees, Stawell, and Ararat districts extend the goldfield to the west. Northeast Victoria (Beechworth, Omeo, Harrietville) is a separate province with different geology — Silurian granites and associated skarn mineralisation.
DigMate cross-references your position in Victoria against Geoscience Australia and Victorian DEECA mineral occurrence data, overlays creek geometry, and scores terrain using slope gradient and proximity to the Central Victorian goldfield belt. The app highlights creek bends, slope breaks, and confluence zones within your current map view.
The Central Victorian goldfields (Bendigo, Ballarat, Castlemaine, Maryborough) are the most productive for alluvial gold. Northeast Victoria (Beechworth, Harrietville, Omeo) is productive for detector work on exposed bedrock. The Pyrenees and Stawell districts are less worked and still productive.
Yes. A Miner's Right is required for recreational gold prospecting in Victoria. It costs $27.90 and is available from Service Victoria. You must also have landowner permission on private land.
Victoria produces both alluvial gold (in creek gravels and ancient deep leads) and reef gold (in quartz veins and saddle reefs). The alluvial gold ranges from fine flour gold to large nuggets — Victoria has produced more nuggets over 100 ounces than any other goldfield in the world.
DigMate scores terrain using Victorian mineral occurrence data, creek geometry, and slope analysis. It helps you identify which creek bends, slope breaks, and confluence zones are worth investigating — particularly useful for finding productive ground between old workings.