Supergene alteration (d)

Mississippi Valley-style lead-zinc deposits(c)

Unmineralized intermediate rocks(b,d-f)

Non-mineralized metamorphic rocks(e,f)

Manganese minerals(a,b)

Minor sulphide mineralization in granite(f)

Porphyry-style tin-tungsten-molybdenum ores(e)

High-temperature tin-tungsten-bismuth mineralization(b)

Minor sulphide mineralization in granite(f)

Silver-nickel-cobalt-arsenic-bismuth±uranium. The five metals association.(a)

Clastic-hosted copper ores(c,e)

Iron formations and bauxite(e,f)

Polishing characteristics and problems(c)

The effects of tarnishing and carbon coating(b,c)

Adventitiously introduced metals and grinding grit, dried immersion oil and amalgam(d)

Carbonatites(a-f)

Porphyry copper ores(e,f)

Modern seafloor sulphides(a-c; )

Massive sulphides within ophiolites(a-c)

Kuroko-style ores(b)

High-temperature tin-tungsten-bismuth mineralization(e,f)

Copper, iron and low temperature tin mineralization(b,c)

Tetrahedrite-tennantite-bearing copper-silver mineralization(a-c)

Supergene enrichment of copper ores(a-f)

Clastic-hosted copper ores(a,b,d,e)

Carbonate-hosted base-metal mineralization(a-c,e)

Tetrahedrite-tennantite-bearing copper-silver mineralization(f)

Carbonate-hosted lead-zinc deposits(e)

Metamorphosed lead-zinc ores(d-f)

Cassiterite, zircon and thorites in greisenized granite(b-e)

Mississippi Valley-style lead-zinc deposits(a,b,f)