Aarja, Oman ( Massive sulphides within ophiolites )
Ainai Mine, Akita Prefecture, Japan ( Kuroko ores )
Alderley Edge, Cheshire, Britain ( Red bed copper-lead-zinc mineralization )
Allard Lake. Quebec, Canada ( Magmatic iron-titanium ores )
Alta'ameem Meteorite, Iraq ( Extraterrestrial rocks and olivine nodule )
Apollo 12, Lunar Sample 12002 ( Extraterrestrial rocks and olivine nodule )
Apollo 17, Lunar Sample 70181 ( Extraterrestrial rocks and olivine nodule )
Arran, Britain ( Unmineralized sandstones )
Ashover, South Pennines, Britain ( Mississippi Valley-style lead-zinc deposits )
Ashover, South Pennines, Britain ( The effects of tarnishing and carbon coating )
Ballycummisk, County Cork, Ireland ( Copper-silver mineralization )
Bayda, Oman (Massive sulphides in ophiolites )
Bo Thong, Thailand ( Mercury and antimony sulphides )
Botallack Mine, Cornwall, Britain ( Copper, iron and low temperature tin mineralization )
Brazil ( Adventitiously introduced metals and grinding grit )
Bridgnorth, Britain ( Unmineralized sandstones )
Broken Hill, New South Wales, Australia ( Metamorphosed lead-zinc ores )
Bushveld, Republic of South Africa ( Chromite associations )
Bushveld, Republic of South Africa ( Magmatic sulphide ores )
Bushveld, Republic of South Africa ( Supergene alteration )
Cabacal 1, Mato Grosso, Brazil ( Polishing characteristics and problems )
Calton Hill, Derbyshire, Britain ( Extraterrestrial rocks and olivine nodule )
Central Wales, Britain ( Non-mineralized metamorphic rocks )
Ceyeli, Turkey ( Kuroko-style ores )
Clee Hills, Shropshire, Britain ( Ilmenite and magnetite in basalts and dolerites )
Clevedon, Somerset, Britain ( Mississippi Valley-style lead-zinc deposits )
Cligga Head, Cornwall, Britain ( Arsenopyrite-bearing associations )
Cligga Head, Cornwall, Britain ( High-temperature tin-tungsten-bismuth mineralization )
Clogau Mine, Wales, Britain ( Arsenopyrite-bearing associations )
Clogau Mine, Wales, Britain ( Gold and base metal vein association )
Clogau Mine, Wales, Britain ( Tellurides associated with gold mineralization )
Cofer deposit, Virginia, USA ( Appalachian metamorphosed sulphides )
Cornwall, Britain ( High-temperature tin-tungsten-bismuth mineralization )
Cornwall, Britain ( Non-mineralized metamorphic rocks )
Cornwall, Britain ( Supergene enrichment of copper ores )
Dawa, Nigeria ( Quartz-sulphide vein mineralization )
Derbyshire, Britain ( Altered iron-titanium oxides in alkali olivine basalt )
Derbyshire, Britain ( Ilmenite and magnetite in basalts and dolerites )
Devon, Britain ( Copper, iron and low temperature tin mineralization )
Devon, Britain ( High-temperature tin-tungsten-bismuth mineralization )
Dolgellau Gold Belt, Wales, Britain ( Gold and base metal vein association )
Ducktown, Tennessee, USA ( Appalachian metamorphosed sulphides )
East Pacific Rise, Pacific Ocean ( Modern seafloor sulphides )
Egypt ( Clay ironstones and oolitic iron ores )
El Salvador, Chile ( Porphyry copper ores )
English Lake District, Britain ( Arsenopyrite-bearing associations )
English Lake District, Britain ( Supergene enrichment of copper ores )
France ( Unmineralized intermediate rocks )
Freihung Mine, Oberpfalz, FGR ( Unmineralized limestones )
Galapagos Mound, Pacific Ocean ( Modern seafloor sulphides )
Glen Gairn, Scotland ( Slightly mineralized granites )
Glen Gairn, Scotland ( Unmineralized intermediate rocks )
Gortdrum, Ireland ( Carbonate-hosted base-metal mineralization )
Gove, Northern Territories, Australia ( Iron formations and bauxite )
Great Bear Lake, Canada ( Silver-nickel-cobalt-arsenic-bismuth±uranium )
Great Bear Lake, Canada ( Skarns )
Great Gossan Lead, Virginia, USA ( Appalachian metamorphosed sulphides )
Great Oakley, Britain ( Clay ironstones and oolitic iron ores )
Groverake, North Pennines, Britain ( Mississippi Valley-style lead-zinc deposits )
Guernsey, Channel Islands, Britain ( Ilmenite and magnetite in basalts and dolerites )
Guernsey, Channel Islands, Britain ( Unmineralized intermediate rocks )
Hamersley Basin, Australia ( Iron formations and bauxite )
Harlech Dome, Wales, Britain ( Manganese minerals )
Henderson Mine, Colorado, USA ( Porphyry copper and molybdenum ores )
Ireland ( Carbonate-hosted base-metal mineralization )
Ireland ( The effects of tarnishing and carbon coating )
Jersey, Channel Islands, Britain ( Minor sulphide mineralization in granite )
Jersey, Channel Islands, Britain ( Polishing characteristics and problems )
Jersey, Channel Islands. Britain ( Adventitiously introduced metals and grinding grit )
Jos Plateau, Nigeria ( Oxide placer deposits )
Kalimantan, Indonesia ( Precious metal placer )
Kalimantan, Indonesia ( The effects of tarnishing and carbon coating )
Kambalda, Western Australia ( Supergene alteration )
Kambalda, Western Australia ( Magmatic nickel ores )
Lancashire, Britain ( Unmineralized limestones )
Lasail, Oman ( Massive sulphides in ophiolites )
Le Pulec, Jersey, Channel Islands, Britain ( Copper-silver mineralization )
Levant Mine, Cornwall, Britain ( Copper, iron and low temperature tin mineralization )
Little Broken Hill, Australia ( Iron formations and bauxite )
Los Bronces Mine, Chile ( Porphyry copper and molybdenum ores )
Merensky Reef. Bushveld, Republic of South Africa ( Magmatic sulphide ores )
Mount Amiata, Italy ( Mercury and antimony sulphides )
Mount Gabriel, County Cork, Ireland ( Clastic-hosted copper ores )
Mount Isa, Australia ( Supergene alteration )
Mount Pleasant, New Brunswick, Canada ( Porphyry-style tin-tungsten-molybdenum ores )
Navan, Ireland ( Carbonate-hosted lead-zinc deposits )
Nenthead, North Pennines, Britain ( Mississippi Valley-style lead-zinc deposits )
Neves-Corvo, Portugal ( Massive volcanogenic sulphides )
New South Wales, Australia ( Metamorphosed lead-zinc ores )
New Zealand ( Oxide placer deposits )
Newry, County Down, Britain ( Slightly mineralized granites )
Nigadoo River, Canada ( Supergene alteration )
Nigadoo River, New Brunswick, Canada ( Base metal-tin association )
Oxclose Mine, South Pennines, Britain ( Mississippi Valley-style lead-zinc deposits )
Oxclose Mine, South Pennines, Britain ( Supergene alteration )
Pacific Ocean ( Manganese minerals )
Palabora, Republic of South Africa ( Carbonatites )
Pamour Mine, Ontario, Canada ( Gold and base metal vein association )
Parys Mountain, Britain ( Metamorphosed volcanogenic sulphides )
Port Radium, Northwest Territories, Canada ( Uranium vein association )
Portugal ( Arsenopyrite-bearing associations )
Portugal ( Tellurides associated with gold mineralization )
Richards Bay, Republic of South Africa ( Oxide placer deposits )
Ririwai, Nigeria ( Cassiterite, zircon and thorites in greisenized granite )
Ririwai, Nigeria ( Quartz-sulphide vein mineralization )
Ririwai, Nigeria ( Tin-niobium mineralization in granites )
Rishi, Nigeria ( Quartz-sulphide vein mineralization )
Sark's Hope Mine, Sark, Channel Islands, Britain ( Copper-silver mineralization )
Scotland ( Adventitiously introduced materials )
Settlingstones Mine, North Pennines, Britain ( Adventitiously introduced materials)
Settlingstones Mine, North Pennines, Britain ( Nickel-rich assemblages )
Shullsburg, Wisconsin, USA ( Mississippi Valley lead-zinc deposits )
South Pennines, Britain ( Supergene alteration )
St Bees Sandstone. Cumbria, Britain ( Unmineralized sandstones )
Stillwater, Montana, USA ( Magmatic sulphides )
Strathcona Mine, Sudbury, Ontario, Canada ( Magmatic sulphides )
Strontian, Scotland ( Non-mineralized metamorphic rocks )
Sweden ( Metamorphosed sulphides )
The Great Dyke, Zimbabwe ( Chromite associations )
Tyndrum, Scotland ( Uranium vein association )
Tynebottom Mine, North Pennines, Britain ( Five metals-type silver association )
Tynebottom Mine, North Pennines, Britain ( Polishing characteristics and problems )
Unknown Provenance ( Mercury and antimony sulphides )
Unknown Provenance ( Metamorphosed sulphides )
Unknown Provenance ( Polishing characteristics and problems )
Unst, Shetland Islands, Britain ( Chromite associations )
Unst, Shetland Islands, Britain ( Sulphides within ultramafic rocks in ophiolites )
Vaal Reef, Witwatersrand, Republic of South Africa ( Fossil placer )
Viloco, Bolivia ( Minor sulphide mineralization in granite )
Wales, Britain ( Non-mineralized metamorphic rocks )
Wheal Jane, Cornwall, Britain ( Copper, iron and low temperature tin mineralization )
Wheal Jane, Cornwall, Britain ( High-temperature tin-tungsten-bismuth mineralization )
Wheal Jane, Cornwall, Britain ( The effects of tarnishing and carbon coating )
Witwatersrand, Republic of South Africa ( Fossil placer )