Known, absent and potential mineral deposit types in Australia

Mineral Deposit Studies

: examining l2 teachers’ corrective feedback types in relation to learners’ uptake, proficiency levels, and context types

abstract this study investigates the teachers’ correction of students’ spoken errors of linguistic forms in efl classes, aiming at (a) examining the relationship between the learners’ proficiency level and the provision of corrective feedback types, (b) exploring the extent to which teachers’ use of different corrective feedback types is related to the immediate types of context in which err...

British Columbia Regional Geochemical Cluster Anomalies and Best Matches to Mineral Deposit Types

But primarily this project recognizes that, given a supportive permitting and fiscal environment, there can be no better way of encouraging exploration in an area than providing prospectors and companies with sound exploration targets which have not yet been tested. Government geological databases and modern software techniques can be combined to cost-effectively generate such new, easily valid...

A clustering approach for mineral potential mapping: A deposit-scale porphyry copper exploration targeting

This work describes a knowledge-guided clustering approach for mineral potential mapping (MPM), by which the optimum number of clusters is derived form a knowledge-driven methodology through a concentration-area (C-A) multifractal analysis. To implement the proposed approach, a case study at the North Narbaghi region in the Saveh, Markazi province of Iran, was investigated to discover porphyry ...

Ore Deposit Types and Their Primary Expressions

Metals are largely derived from the mantle or crust by partial melting and fluid-related leaching. Ligands can be provided from the same sources, or from the atmosphere, hydrosphere and biosphere. Transport is mainly by mechanical or mass transfer mechanisms and by fluids. On and near the surface, biological processes can also concentrate and transport ore components or remove non-ore component...