A curated collection of digitized Victorian mining records, geological surveys, and historical maps to aid in modern prospecting.
This PDF contains scanned historical records listing gold nuggets found across central Victoria. Each entry includes details such as the year of discovery, the nugget’s weight, the depth it was found at and other notes - covering the period from 1851 to 1978. If you’re looking for finds from a particular area—such as Bendigo - try using the search function within the PDF to jump directly to relevant entries.
E. J. Dunn’s 1896 reports reveal that the Bendigo Goldfield is shaped by a repeating system of folded Silurian rocks. These rocks have been bent into long, parallel anticlines and synclines—wave‑like folds that run north–north‑west across the district. Dunn shows that these folds are not random: they control exactly where quartz reefs form, where they disappear, and why certain belts of country are rich in gold while others are barren. He identifies several distinct “auriferous zones,” with the central Bendigo belt (his “No. 1 area”) containing the most productive gold‑bearing beds. Dunn also emphasises the importance of “pitch”—the way the folded beds tilt along their length—which determines how reefs continue underground. By mapping the dip, pitch, and axial lines of these folds, miners can predict the depth and position of reefs before sinking a shaft. Dunn argues that accurate geological surveying is essential for the future of Bendigo mining, as the richest beds often dip beneath less productive ground and will only be reached by deeper sinking. Overall, his reports explain that Bendigo’s gold distribution is not random but follows a clear geological pattern that can be mapped, understood, and used to guide successful mining.
Thomas Dicker's Mining Record volume 3 1864 .
Victoria’s gold story unfolds through a detailed exploration of its landscapes, rock formations, and mining history, showing how ancient Silurian beds, granites, volcanic plains, and buried river systems shaped where gold was found and how it was worked; Smyth traces the discovery of gold, the rushes that followed, and the evolution from shallow alluvial digging to deep-lead mining, quartz-reef extraction, sluicing, and hydraulic operations, while also documenting the movement of mining populations, the development of mining law, the importance of water supply, and the presence of other valuable minerals across the colony, creating a comprehensive picture of how geology, technology, and human effort built Victoria’s goldfields.
A detailed map showing the anticlinal axial lines and historic alluvial workings, overlaid onto a topographic sketch of the Bendigo district. The map also highlights the locations of early mining gullies.
A detailed map historic alluvial workings, faults and gullies overlaid onto a topographic sketch of the Bendigo district.
A detailed map historic alluvial workings, faults and gullies overlaid onto a topographic sketch of the Bendigo district.
A detailed map showing historic alluvial workings, mine shafts and diggings overlaid onto a topographic sketch of the Bendigo district.
By D.P. Cherry and H.E.Wilkinson.
Technical breakdown of gradient array electrical induced polarization for locating mineral deposits and quartz reef structures.