1 Mehirize ALGR 33 50 50 0 -20 -30 Algeria Redbed Cu Green argillite, sandstone Conglomerate Cretaceous, Lower Aptian 115 Chalcocite, malachite Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 2053 33.8472222222222 -.341666666666667 AF 2 Tansrift Tamarift MRCO 33 0 0 -4 -15 0 1 1.3 Morocco Redbed Cu Red sandstone Cretaceous 120 Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422. Habashi F. and Bassyouni, F.A., 1982, Mineral resources of the Arab countries: Quebec, Chemecon Publishing Ltd.,Laval Univ., 2nd Edition.112 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 2061 33 -4.25 .013 AF 3 Tiloula ALGR 32 51 0 0 -27 0 Algeria Redbed Cu Green argillite, sandstone Conglomerate Cretaceous, L.Aptian 115 Chalcocite, malachite Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 2053 32.85 -.45 AF 4 Djebel Djara ALGR 32 50 0 0 -14 -30 Algeria Redbed Cu Green argillite, sandstone Conglomerate Cretaceous, L.Aptian 115 Chalcocite, malachite Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 2053 32.8333333333333 -.241666666666667 AF 5 Garat Debba ALGR 32 46 12 0 -40 0 Algeria Redbed Cu Green argillite, sandstone Conglomerate Cretaceous, L.Aptian 115 Chalcocite, malachite Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 2053 32.77 -.666666666666667 AF 6 Ain Sefra ALGR 32 45 0 0 -35 0 Algeria Redbed Cu Green argillite, sandstone Conglomerate Cretaceous, L.Aptian 115 Chalcocite, malachite Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 2053 32.75 -.583333333333333 AF 7 Merija Meridja ALGR 31 30 -2 -58 Algeria Redbed Cu Conglomerate, white sandstone, siltstone Cretaceous 120 Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 2058 31.5 -2.96666666666667 AF 8 Argana MRCO 30 47 0 -9 -06 o Morocco Redbed Cu Red argillaceous sandstone, bleached Triassic 225 Calcareous cement. Little or no organic matter Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 2053 30.7833333333333 -9.1 AF 9 Tirzzitt MRCO 30 28 0 -7 -30 0 Morocco Redbed Cu Red and green sandstone and mudstone U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 2061 30.4666666666667 -7.5 AF 10 Talat n Ouamane MRCO 30 5 40 -8 -21 3 1.5 Morocco Reduced facies Cu siltstone U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 2061 30.0944444444444 -8.35 .045 AF 11 Iminirfi MRCO 30 03 45 -8 -24 -30 Morocco Reduced facies Cu Dolomite, limestone U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 2061 30.0625 -8.40833333333333 AF 12 Agoujgal MRCO 29 23 -9 -2 0.8 1.7 Morocco Uncl. Arkose Siltstone U. Proterozoic 900 Dolomite, gypsum Chazan, W., and Fauvelet, E., 1962, Copper stratiform deposits in western Anti Atlas (Morocco) in Lombard, J. and Nicolini, P. Stratiform copper deposits in Africa, Part 1, Lithology and sedimentology: International GeologicCongress, 20th, Copenhagen,1960, p. 43-52. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. : 2061 29.3833333333333 -9.03333333333333 .0136 AF 13 W Araba EGPT 29 15 0 32 28 0 Egypt Uncl. Sandstone Caboniferous 320 Malachite, azurite, chrysocolla Habashi F. and Bassyouni, F.A., 1982, Mineral resources of the Arab countries: Quebec, Chemecon Publishing Ltd.,Laval Univ., 2nd Edition.112 p. 2036 29.25 32.4666666666667 AF 14 Sarabit Al Khadin EGPT 28 58 32 28 Egypt Uncl. Sandstone, clay L. Carboniferous 340 Malachite, azurite, chrysocolla Habashi F. and Bassyouni, F.A., 1982, Mineral resources of the Arab countries: Quebec, Chemecon Publishing Ltd.,Laval Univ., 2nd Edition.112 p. 2033 28.9666666666667 32.4666666666667 AF 15 Adrar Ouanas MRCO 28 16 0 -9 -14 0 Morocco Reduced facies Cu Dolomite, calcareous shale, mudstone L. Cambrian 560 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 2061 28.2666666666667 -9.23333333333333 AF 16 Ras Banas EGPT 23 59 35 40 Egypt Uncl. Sandstone Miocene 12 Malachite, azurite, chrysocolla Habashi F. and Bassyouni, F.A., 1982, Mineral resources of the Arab countries: Quebec, Chemecon Publishing Ltd.,Laval Univ., 2nd Edition.112 p. 2073 23.9833333333333 35.6666666666667 AF 17 Agadez NGRA 16 59 0 7 56 Nigeria Redbed Cu Conglomerate, argillite, sandstone L. Cretaceous 130 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7066 16.9833333333333 7.93333333333333 AF 18 Niami MALI 15 10 -9 -59 Mali Redbed Cu Sandstone L.Cambrian 560 Malachite, chrysocolla, chalcocite Southwest of Nioro. Kiffa Series. Mineralized bed 0.3 to 8 m thick. Grade < 1% Cu Anon., 1987, Mineral resources of Mali: United Nations Development Program, DTDC MLI / 85 / 007 Project, 42 p. 7035 15.1666666666667 -9.98333333333333 AF 19 Gangontery MALI 14 05 0 -9 -45 0 Mali Reduced facies Cu Black shale L.Cambrian 560 North of Bafoulabe, SE of Kayes. Kiffa Series. Mineralized bed severalcm thick. Grade 0.5% Cu Anon., 1987, Mineral resources of Mali: United Nations Development Program, DTDC MLI / 85 / 007 Project, 42 p. 7035 14.0833333333333 -9.75 AF 20 Falea MALI 12 16 0 -11 -21 0 Mali Uncl. Sandstone U. Proterozoic 900 Chalcopyrite, bornite, covellite, tennantite, pyrite, arsenopyrite Kania Fm., Taoudeni Basin. Cu grades 1.46 to 4.7 %. Anon., 1987, Mineral resources of Mali: United Nations Development Program, DTDC MLI / 85 / 007 Project, 42 p. Galena 7021 12.2666666666667 -11.35 AF 21 NŐ Toum GABN 01 05 9 59 Gabon Uncl. Cretaceous, L.Aptian 115 Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422 7211 1.08333333333333 9.98333333333333 AF 22 Kilembe UGND 0 13 30 3 19.5 1.87 0.15 Uganda Uncl. Meta dolomitic shale. Banded oligoclase-hornblende-biotite-epidote-quartz granulite Meta dolomite. Fine-grained albite-pyroxine-amphibole-quartz-epidote rock L. Proterozoic 2000 Chalcopyrite, pyrite, pyrrhotite, magnetite Meta siliceous dolomite Barnes, J.W., Barbour, E.A., and Smit, J.S., 1962, Kilembe copper mineŃUganda, Chapter XIV in Lombard, J. and Nicolini, P. Stratiform copper deposits in Africa, Part 1, Lithology and sedimentology: International GeologicCongress, 20th, Copenhagen,1960, p. 185-195. Linnaeite, sphalerite, gold, marcasite, molybdenite, pentlandite 7246 .216666666666667 30.05 .36465 AF 23 Minduli Mt Passa CNGO -04 -14 15 14 Congo Brazzaville Redbed Cu Sandstone, shale Proterozoic 1500 Goosens, P.J., 1983, Precambrian mineral deposits and their metallogeny: MuseeRoyal de LŐAfrique Centrale, Tervuran, Belgique, Anales, Serie IN-8, Sciences Geologique, No. 89. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -4.23333333333333 15.2333333333333 AF 24 Dikulushi ZIRE -9 -10 28 15 1.94 8.59 266 Democratic Republic of Congo Reduced facies Cu silstone, dolomite Chalcocite, bornite Anvil Mining Co. Web Site. -9.16666666666667 28.25 .166646 25 Tenke Fwalu, Kwatebala, Goma ZIRE -10 -34 -48 26 9 12 195 3.3 .37 Democratic Republic of Congo Reduced facies Cu Dolomitic, carbonaceous, pyritic shale and siltstone Siliceous dolomite U. Proterozoic 900 Chalcocite, bornite, carbon Siliceous dolomite Two ore beds with siliceous dolomite between. Oosterbosch, R, 1951, Copper mineralization in the Fungurune region, Katanga: Economic Geology, v. 46, p. 121-148. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Chalcopyrite, carrollite, covellite Mines Group, Roan Supergroup 7246 -10.58 26.1533333333333 6.435 AF 26 Fungurume ZIRE -10 -36 26 18 3 1370 2.68 .3 Democratic Republic of Congo Reduced facies Cu Dolomitic, carbonaceous, pyritic shale and siltstone Siliceous dolomite U. Proterozoic 900 Chalcocite, bornite, carbon Siliceous dolomite Two ore beds with siliceous dolomite between Oosterbosch, R, 1951, Copper mineralization in the Fungurune region, Katanga: Economic Geology, v. 46, p. 121-148. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Chalcopyrite, carrollite, covellite Mines Group, Roan Supergroup. 7246 -10.6 26.3008333333333 36.716 AF 27 Mutoshi ZIRE -10 -40 25 31 80 1.95 Democratic Republic of Congo Reduced facies Cu Dolomitic, carbonaceous, pyritic shale and siltstone Dolomitic chloritic hematitic quartz sandstone U. Proterozoic 900 Chalcopyrite, bornite, chalcocite, pyrite, carrollite, carbon Siliceous dolomite East end of Kolwesi Dome, 10 km from nearest deposit. Siliceous dolomite bed lies between two ore-bearing beds Bartholome, P., Evrard, P., Katekesha, F., Lopez-Ruiz, J. and Ngongo, M. 1976, Diagenetic ore-forming processes at Kamoto, Katanga, Republic of Congo, in Amstutz G. C., and Barnard, A. J., eds., Ores in sediments: New York, Springer-Verlag, p. 21-42. Bowen, R., and Gunatilaka, A, 1977, Copper: its geology and economics: New York, John Wiley&Sons, 366 p. Cailteux, J., 1986, Diagenetic sulfide mineralization within the stratiform copper-cobalt deposit of West Kambove (Shaba-Zaire). Sequence of mineralization in sediment-hosted copper deposits.in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, 398-411 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup. 7246 -10.6666666666667 25.5166666666667 1.56 AF 28 Kakanda ZIRE -10 -43 -30 26 24 25 30 3.7 .2 Democratic Republic of Congo Reduced facies Cu Dolomitic, carbonaceous, pyritic shale and siltstone U. Proterozoic 900 Bowen, R., and Gunatilaka, A, 1977, Copper: its geology and economics: New York, John Wiley&Sons, 366 p. Cailteux, J., 1986, Diagenetic sulfide mineralization within the stratiform copper-cobalt deposit of West Kambove (Shaba-Zaire). Sequence of mineralization in sediment-hosted copper deposits.in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 398-411 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -10.725 26.4069444444444 1.11 AF 29 Kolwezi Kolwezi Dome Dikuluwe, Mashamba, Kamoto, Mupine, Musonoi ZIRE -10 -44 25 25 761 4.4 0.3 Democratic Republic of Congo Shaba Reduced facies Cu Dolomitic, carbonaceous, pyritic shale and siltstone Dolomitic chloritic hematitic quartz sandstone U. Proterozoic 900 Chalcopyrite, bornite, chalcocite, pyrite, carrollite, carbon Siliceous dolomite Ore beds broken by thrust faults and stacked one over the other. Siliceous dolomite bed lies between two ore-bearing beds Bartholome, P., Evrard, P., Katekesha, F., Lopez-Ruiz, J. and Ngongo, M. 1976, Diagenetic ore-forming processes at Kamoto, Katanga, Republic of Congo, in Amstutz G. C., and Barnard, A. J., eds., Ores in sediments: New York, Springer-Verlag, p. 21-42. Bowen, R., and Gunatilaka, A, 1977, Copper: its geology and economics: New York, John Wiley&Sons, 366 p. Cailteux, J., 1986, Diagenetic sulfide mineralization within the stratiform copper-cobalt deposit of West Kambove (Shaba-Zaire). Sequence of mineralization in sediment-hosted copper deposits (Part 2) ) in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 398-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7291 -10.7333333333333 25.4166666666667 33.484 AF 30 Kamfundwa ZIRE -10 -48 -30 26 35 26 10 2.75 0.3 Democratic Republic of Congo Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -10.8083333333333 26.5905555555556 .275 AF 31 Kabolela ZIRE -10 -50 -24 26 28 50 5 4.1 1.07 Democratic Republic of Congo Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -10.84 26.4805555555556 .205 AF 32 Sesa Msesa ZIRE -10 -50 -42 26 37 7 8 5.75 0.2 Democratic Republic of Congo Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Mines Group, Roan Supergroup 7246 -10.845 26.6186111111111 .46 AF 33 Kambove ZIRE -10 -52 -45 26 36 23 35 7 0.4 Democratic Republic of Congo Reduced facies Cu Dolomitic, carbonaceous, pyritic shale and siltstone Stromatolitic dolomite U. Proterozoic 900 Chalcopyrite, bornite pyrite, digenite, chalcocite, carrollite, carbon Stromatolitic dolomite Two ore beds with stromatolitic dolomite between. Zoned py-cp-bn-cp-py Bowen, R., and Gunatilaka, A, 1977, Copper: its geology and economics: New York, John Wiley&Sons, 366 p. Cailteux, J., 1986, Diagenetic sulfide mineralization within the stratiform copper-cobalt deposit of West Kambove (Shaba-Zaire). Sequence of mineralization in sediment-hosted copper deposits (Part 2) ) in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 398-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -10.8791666666667 26.6063888888889 2.45 AF 34 Kamatanda ZIRE -10 -56 -59 26 46 36 10 5 Democratic Republic of Congo Reduced facies Cu Dolomitic shale U. Proterozoic 900 Cailteux, J., 1986, Diagenetic sulfide mineralization within the stratiform copper-cobalt deposit of West Kambove (Shaba-Zaire). Sequence of mineralization in sediment-hosted copper deposits.in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, 398-411 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -10.9497222222222 26.7766666666667 .5 AF 35 Menda Mendipe ZIRE -10 -58 -36 25 55 30 30 3 0.2 Democratic Republic of Congo Uncl. Dolomitic, carbonaceous, pyritic shale and siltstone Dolomite, sandstone U. Proterozoic 900 Stromatolitic dolomite Bowen, R., and Gunatilaka, A, 1977, Copper: its geology and economics: New York, John Wiley&Sons, 366 p. Francois, A., 1974, Stratigraphie, tectomique et mineralisation dans lŐarc cuprifŽre du Shaba (Republique du Zaire) in BartholomŽ, Paul, ed. Gisements Statiform et Provinces CuprifŽre: LiŽge, SociŽtŽ Geologique de Belgique, 427 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup. 7291 -10.9766666666667 25.925 .9 AF 36 Novo Redondo ANGL -11 0 -30 14 30 0 Angola Redbed Cu Conglomeratic arkosic sandstone Cretaceous, Lower Aptian 115 Chrysocolla Van Eden, J.G., 1978, Stratiform copper and zinc mineralization in the Cretaceous of Angola: Economic Geology, v. 73, p. 1154-1160. 7203 -11.0083333333333 14.5 AF 37 Kalongwe ZIRE -11 -01 -36 25 12 30 Democratic Republic of Congo Shaba Uncl. Siliceous dolomite U. Proterozoic 600 Chalcopyrite Includes cross cutting veins with uraninite Oosterbosch, R.,1962, Les minŽralisations dans le systeme de Roan au Katanga (Chapter VIII) in Lombard, J. and Nicolini, P. Stratiform copper deposits in Africa, Part 1, Lithology and sedimentology: International GeologicCongress, 20th, Copenhagen,1960, p. 71-136. Bornite, linnaeite Mines Group, Roan Supergroup 7291 -11.0266666666667 25.2083333333333 AF 38 Cachoeiras de Binga ANGL - 11 -5 14 5 40 7 2 Angola Reduced facies Cu Fine sandstone, siltstone, argillite, coal Red sandstone, conglomerate Cretaceous, L.Aptian 115 Bornite, chalcopyrite, chalcocite, carbon Evaporite, limestone Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422. Van Eden, J.G.1978, Stratiform copper and zinc mineralization in the Cretaceous of Angola: Economic Geology, V. 73, p. 1154-1160. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7203 -11.0833333333333 14.0944444444444 .14 AF 39 Kimbwe ZIRE -11 -8 -30 27 30 38 50 4 Democratic Republic of Congo Reduced facies Cu Dolomitic shale U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -11.1416666666667 27.5105555555556 2 AF 40 Luishia ZIRE -11 -10 -8 27 0 33 43 4.21 0.2 Democratic Republic of Congo Reduced facies Cu Dolomitic shale U. Proterozoic 900 Cailteux, J., 1986, Diagenetic sulfide mineralization within the stratiform copper-cobalt deposit of West Kambove (Shaba-Zaire). Sequence of mineralization in sediment-hosted copper deposits.in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, 398-411 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -11.1688888888889 27.0091666666667 1.8103 AF 41 Lukuni ZIRE -11 -30 -50 27 25 14 10 4.86 0.1 Democratic Republic of Congo Reduced facies Cu Dolomitic shale U. Proterozoic 900 Uranium vein deposits nearby Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -11.5138888888889 27.4205555555556 .486 AF 42 Lupato ZIRE -11 -37 -16 27 15 42 5 4 0.2 Democratic Republic of Congo Reduced facies Cu Dolomitic shale U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -11.6211111111111 27.2616666666667 .2 AF 43 Etoile lŐEtoile, Star of the Congo ZIRE -11 -38 -54 27 34 38 40 4.375 0.5 Democratic Republic of Congo Reduced facies Cu Laminated siltstone, dolomitic shale U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -11.6483333333333 27.5772222222222 1.75 AF 44 Kipapila ZIRE -12 -01 27 55 Democratic Republic of Congo Reduced facies Cu U. Proterozoic 900 Chalcocite, bornite, albite, tourmaline, clay Francois, A., 1974, Stratigraphie, tectomique et mineralisation dans lŐarc cuprifŽre du Shaba (Republique du Zaire) in BartholomŽ, Paul, ed. Gisements Statiform et Provinces CuprifŽre: LiŽge, SociŽtŽ Geologique de Belgique, 427 p. Lefebvre, J.J., 1989, Depositional environment of copper-cobalt mineralization in the Katanga sediments of southeast Shaba, Zaire in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 401-426. Mines Group, Roan Supergroup 7246 -12.0166666666667 27.9166666666667 AF 45 Lubwe ZMBA -12 -3.1 25 57 30 70 0.8 Zambia Uncl. U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7291 -12.0516666666667 25.9583333333333 .56 AF 46 Kansanshi ZMBA -12 -5 26 25 3.4 2.75 Zambia Uncl. Quartz-biotite schist, biotite-garnet schist, carbonaceous phyllite, marble Cambrian 512 Chalcopyrite, pyrite, pyrrhotite, molybdenite, brannerite, monazite U-Pb and Re-Os ages of brannerite, molydenite and monazite indicate 2 pulses of mineralization at 512 and 502 Ma. Possible IOCG deposit Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Torrealday, H.I., Hitzman, M.W., Stein, H.J., Markeley, R.J., Armstrong, R., and Broughton, D, 2000, Re-Os and U-Pb dating of vein-hosted mineralization at the Kansanshi copper deposit, northern Zambia, Economic geology, v.95, p. 1165-1170 Kundelungu Grp. 7291 -12.0833333333333 26.4166666666667 .0935 AF 47 Malundwe-Lumwana ZMBA -12 -9 -42 25 45 15 125 1.03 Zambia Uncl. U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7291 -12.1616666666667 25.7541666666667 1.2875 AF 48 Chimiwungo-Lumwana ZMBA -12 -10 -44 25 51 05 953 0.64 Zambia Uncl. U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p.g 7291 -12.1788888888889 25.8513888888889 6.0992 AF 49 Musoshi (see Konkola) ZIRE -12 -15 -57 27 42 49 Democratic Republic of Congo Reduced facies Cu Black biotite silstone hematitic arkose, conglomerate U. Proterozoic 900 Chalcopyrite, bornite shale, arkose Footwall cut by veins of quartz, hematite with rutile. U-Pb age 514±2 Ma. Fluid inclusions indicate fluids with 54 wt % NACl+KCl and T of 397ˇC Lefebvre, J.J., Depositional environment of copper-cobalt mineralization in the Katanga sediments of southeast Shaba, Zaire in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 401-426. Richards, J.P., Krogh, T.E., and Spooner, E.T.C, 1988, Fluid inclusion characteristics and U-Pb rutile age of late hydrothermal alteration and veining at the Musoshi stratiform copper deposit, Central African Copper Belt, Zaire: Economic Geology, v. 83, p. 118-139. Mines Group, Roan Supergroup -12.2658333333333 27.7136111111111 AF 50 Kinsenda ZIRE -12 -16 -31 27 58 2 31.75 5.5 Democratic Republic of Congo Reduced facies Cu Gritty arkose Mafic lava U. Proterozoic 900 Chalcocite, calcite gypsum, pyrite Three ore beds Lefebvre, J.J., 1989, Depositional environment of copper-cobalt mineralization in the Katanga sediments of southeast Shaba, Zaire in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 401-426. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -12.2752777777778 27.9672222222222 1.74625 AF 51 Konkola-Kirila Bombwe Bancroft Musoshi in Shaba Prov. ZMBA -12 -23 -24 27 49 35 584.5 2.95 0.07 Zambia Reduced facies Cu Siltstone, shale, feldspathic arenite Quartzite, conglomerate U. Proterozoic 900 Bornite, chalopyrite, chalcocite Arkose North and south orebodies separated by a bioherm Annels, A.E., 1989, Ore genesis in the Zambian Copperbelt with particular reference to the northern sector of the Chambishi Basin, in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 427-452. Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Lefebvre, J.J., Depositional environment of copper-cobalt mineralization in the Katanga sediments of southeast Shaba, Zaire in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 401-426. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7291 -12.39 27.8263888888889 17.24275 AF 52 Luansobe ZMBA -12 -25 -54 28 18 53 8.4 1.6 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7246 -12.4316666666667 28.3147222222222 .1344 AF 53 Mokambo ZMBA -12 -28 -38 28 22 47 12.2 1.8 Zambia Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -12.4772222222222 28.3797222222222 .2196 AF 54 English Mine Benguela ANGL -12 -30 -40 13 31 0 Angola Reduced facies Cu Fine sandstone, siltstone, argillite, coal Red sandstone, conglomerate Cretaceous, L.Aptian 115 Bornite, chalcopyrite, chalcocite, carbon Evaporite, limestone Caia, J. 1976, Paleogeographical and sedimentological controls of copper, lead, and zinc mineralization in the Lower Cretaceous sandstones of Africa: Economic Geology, V. 71, p. 409-422. Van Eden, J.G.1978, Stratiform copper and zinc mineralization in the Cretaceous of Angola: Economic Geology, V. 73, p. 1154-1160 7203 -12.5111111111111 13.5166666666667 AF 55 Mufulira ZMBA -12 -31 -22 28 14 10 294.9 3.36 Zambia Reduced facies Cu Carbonaceous graywacke Aeolian gypsiferous sandstone, conglomerate U. Proterozoic 900 Chalcopyrite, bornite Quartzite, dolomite Three ore beds. Carbon up to 2% in host rock. Drops to 0.5% in copper ore. Upper Roan Cu-Co orebody, 150 m above A orebody level with zinc-bearing blue shale . Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Garlick, 1989, Genetic interpretation from ore relations to algal reefs in Zambia and Zaire in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 471-498. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Carrollite, tennantite, cobaltite Mines Group, Roan Supergroup 7246 -12.5227777777778 28.2361111111111 9.90864 AF 56 Chingola ZMBA -12 -33 00 27 49 50 31.9 3.52 Zambia Reduced facies Cu U. Proterozoic 900 Annels, A.E., 1989, Ore genesis in the Zambian Copperbelt with particular reference to the northern sector of the Chambishi Basin, in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 427-452. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7291 -12.55 27.8305555555556 1.12288 AF 57 Nchanga ZMBA -12 -31 -30 27 52 00 400 3.64 Zambia Reduced facies Cu Carbonaceous shale, feldspathic quartzite Arkose, granite U. Proterozoic 900 Bornite, chalcocite, chalcopyrite Shale, dolomite Annels, A.E., 1989, Ore genesis in the Zambian Copperbelt with particular reference to the northern sector of the Chambishi Basin, in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 427-452. Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Carrollite Mines Group, Roan Supergroup 7291 -12.525 27.8666666666667 14.56 AF 58 Lubembe ZMBA -12 -35 -11 28 21 56 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7246 -12.5863888888889 28.3655555555556 AF 59 Mimbula ZMBA -12 -38 -44 27 51 56 9 2.7 Zambia Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -12.6455555555556 27.8655555555556 .243 AF 60 Pitanda ZMBA -12 -39 -30 27 59 12 15 1.7 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 5042 -12.6583333333333 27.9866666666667 .255 AF 61 Chambishi ZMBA -12 -40 -40 28 2 45 362.5 2.87 Zambia Reduced facies Cu Carbonaceous shale, siltstone, argillite, dolomite Conglomerate, quartzite U. Proterozoic 900 Chalcopyrite, pyrrhotite, pyrite Argillite, quartzite Continuity of ore zone interrupted by dolomitic bioherms. Fluid Inclusions: salinity, 12-20 wt. % NaCl equiv.; homogenization temperatures, 130-150ˇC. Annels, A.E., 1989, Ore genesis in the Zambian Copperbelt with particular reference to the northern sector of the Chambishi Basin, in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 427-452. Fleischer, V.D., 1984, Discovery, geology andgenesis of copper-cobalt mineralization at Chambishi Southeast prospect, Zambia: Precambrian Research, v. 25, p. 119-133. Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Carrollite, Co-pentlandite, bornite, linnaeite Mines Group, Roan Supergroup 7291 -12.6777777777778 28.0458333333333 10.40375 AF 62 Fitula ZMBA -12 -40 -55 27 55 00 4.1 5.28 Zambia Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -12.6819444444444 27.9166666666667 .21648 AF 63 Pitanda South ZMBA -12 -42 -48 27 58 36 0.4 1.68 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7291 -12.7133333333333 27.9766666666667 .00672 AF 64 Kasaria ZMBA -12 -44 -27 28 6 23 5 2.51 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7291 -12.7408333333333 28.1063888888889 .1255 AF 65 Mwambashi ZMBA -12 -45 -33 28 0 17 7.9 2.72 0.8 Zambia Redbed Cu U. Proterozoic 900 Annels, A.E., 1989, Ore genesis in the Zambian Copperbelt with particular reference to the northern sector of the Chambishi Basin, in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 427-452. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7291 -12.7591666666667 28.0047222222222 .21488 AF 66 Mindola-Nkana N-S ZMBA -12 -48 -16 28 10 17 259.9 3.06 0.14 Zambia Reduced facies Cu Argillite, dolomite, cherty argillite Sandstone, conglomerate U. Proterozoic 900 Bornite chalcopyrite, chalcocite Sandstone, dolomite, argillite Barren gaps: ore beds replaced by siliceous dolomite bioherms. Cut by veins of pitchblende, uraninite, brannerite, coffinite, molybdenite, vanadinite. Age 520 Ma Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Carrollite Mines Group, Roan Supergroup 7291 -12.8044444444444 28.1713888888889 7.95294 AF 67 Mwerkera ZMBA -12 -48 -16 28 30 -0 7.1 1.53 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7246 -12.8044444444444 28.5 .10863 AF 68 Chibuluma-Chibuluma West ZMBA -12 -49 -30 28 7 30 26.7 3.79 0.21 Zambia Reduced facies Cu Sericitic arkose Arkose, conglomerate, aeolian quartzite U. Proterozoic 900 Chalcopyrite, bornite, Co-pyrite, carrollite, linnaeite Pyritic feldspathic arenite, conglomerate Three sulfidite beds composed of Co-pyrite and linnaeite have 2 to 10 % Co. Sills of metagabbro. Rare quartz veins with galena and copper minerals Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7291 -12.825 28.125 1.01193 AF 69 Nkana North Limb ZMBA -12 -49 -55 27 10 30 51.7 2.44 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7246 -12.8319444444444 27.175 1.26148 AF 70 Chibuluma South ZMBA -12 -50 28 3 11.1 4.33 Zambia Reduced facies Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7291 -12.8333333333333 28.05 .48063 AF 71 Nkana South Limb ZMBA -12 -51 -33 28 12 40 Zambia Redbed Cu Argillite U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Lower Roan, Footwall Quartzite -12.8591666666667 28.2111111111111 AF 72 Chifupu ZMBA -12 -55 28 3 15 0.2 2.79 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7291 -12.9166666666667 28.0541666666667 .00558 AF 73 Itawa ZMBA -13 0 28 36 40 40 0.76 Zambia Redbed Cu U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Footwall Quartzite 7246 -13 28.6111111111111 .304 AF 74 Bwana Mkubwa ZMBA -13 -1 -15 28 41 7 17.6 3.24 Zambia Reduced facies Cu Feldspathic sandstone, graywacke, dolomitic siltstone U. Proterozoic 900 Five superimposed ore beds Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -13.0208333333333 28.6852777777778 .57024 AF 75 Baluba (see Luanshya) ZMBA -13 -3 28 22 40 Zambia Reduced facies Cu Silty argillite U. Proterozoic 900 Chalcopyrite, bornite, chalcocite, carrollite Arkose Ore beds continuous with Luanshya-Muliashi Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Mines Group, Roan Supergroup 7246 -13.05 28.3777777777778 AF 76 Muliashi (see Luanshiya) Roan extension ZMBA -13 -4 -45 28 16 30 Zambia Reduced facies Cu Silty argillite Arkose, conglomerate, granite U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mines Group, Roan Supergroup 7246 -13.0791666666667 28.275 AF 77 Luanshya Roan Antelope Muliashi-Roan extension and Baluba ZMBA -13 -7 -50 28 23 306.7 2.79 Zambia Reduced facies Cu Silty argillite Feldspathic arenite U. Proterozoic 900 Chalcocite, bornite, chalcopyrite Arkose Basement schist and granite has quartz veins with chalcopyrite, pyrite, and pyrrhotite Fleischer, V.D., Garlick, W.D., and Haldane, R., 1976, Geology of the Zambian Copperbelt in Wolf, K.H., ed., Handbook ofStrata-bound and Stratiform Ore Deposits, v. 6, Chapter 6, p.223-352. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Carrolite at Baluba only Mines Group, Roan Supergroup 7246 -13.1305555555556 28.3833333333333 8.55693 AF 78 Kalengwa ZMBA -13 -25 25 0 4 8.7 20 Zambia Uncl. Conglomerate Shale U. Proterozoic 900 Malachite, chalcocite Silty, dolomitic limestone Supergene. Includes 0.3 Mmt at 20% Cu Miller, W.E., and McGregor, J.A., 1967, The Kalengwa copper deposit in north western Zambia: Economic Geology, v.62. p. 781-797. Van Eden J.G., and Binda, P.L., 1972, Scope of stratigraphic and sedimentological analysis of the Katanga Sequence, Zambia: Geologie en Mijnbouw, v. 51, p. 321-328 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7291 -13.4166666666667 25 .348 AF 79 Mufumbwe ZMBA -13 -37 -30 24 47 5.2 2.3 Zambia Uncl. U. Proterozoic 900 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7291 -13.625 24.7833333333333 .1196 AF 80 Mangula ZIMB -16 -52 -46 30 9 62 1.2 12 Zimbabwe Uncl. Calcareous argillite, arkose Mid Proterozoic 1250 Chalcocite, bornite, chalcopyrite, pyrite, hematite Deweras Group Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Newham, W.D.N., 1986, The Lomagundi and Sabi metallogenic provinces of Zimbabwe in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1351-1393 Lomagubdi Suite, Dweras Grp 7331 -16.8794444444444 30.15 .744 AF 81 Norah ZIMB -16 -55 -38 30 9 10 1.2 Zimbabwe Uncl. Chloritic quartzite, arkose, argillite, anhydrite Mid Proterozoic 1250 Chalcocite, bornite, chalcopyrite, pyrite, calcite, hematite 4 km south of Mangula. Stratigraphically higher. Ore follows epidiorite sill. Evidence of evaporites present Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Newham, W.D.N., 1986, The Lomagundi and Sabi metallogenic provinces of Zimbabwe in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1351-1393 Dweras Grp. 7331 -16.9272222222222 30.15 .12 AF 82 Silverside Old Hat, Manchester, Shebaside ZIMB -16 -56 -40 30 17 -45 0.9 1.8 Zimbabwe Uncl. Calcareous argillite, arkose Mid Proterozoic 1250 Bornite, chalcopyrite, digenite, covellite, molybdenite, galena sphalerite, native silver Ore zones crosscut bedding and are associated wth quartzveins Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Newham, W.D.N., 1986, The Lomagundi and Sabi metallogenic provinces of Zimbabwe in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1351-1393 Dweras Grp. 7331 -16.9444444444444 30.2708333333333 .0162 AF 83 Avondale-(see Shackelton) ZIMB -17 -15 -40 30 3 Zimbabwe Uncl. Calcareous argillite, arkose Conglomerate Mid Proterozoic 1250 Chalcocite, bornite, chalcopyrite, pyrite, hematite Ore zones are stratabound but follow epidiorite dike contact Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Newham, W.D.N., 1986, The Lomagundi and Sabi metallogenic provinces of Zimbabwe in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1351-1393 Dweras Grp. -17.2611111111111 30.05 AF 84 Shackleton Avondale ZIMB -17 -15 -56 30 2 40 3.4 1.2 Zimbabwe Uncl. Calcareous argillite, arkose Mid Proterozoic 1250 Shackleton and Avondale are 800 m apart but Shackleton is 400 m higher in section Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Newham, W.D.N., 1986, The Lomagundi and Sabi metallogenic provinces of Zimbabwe in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1351-1393 Dweras Grp. 7331 -17.2655555555556 30.0444444444444 .0408 AF 85 Alaska Hans, Angwa ZIMB -17 -24.9 -55 30 0 30 0.5 1.11 Zimbabwe Uncl. Calcareous argillite, arkose Mid Proterozoic 1250 Chalcocite, bornite, chalcopyrite, hematite Ore is mainly strata-bound but some is in crosscutting veins Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Newham, W.D.N., 1986, The Lomagundi and Sabi metallogenic provinces of Zimbabwe in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1351-1393 Mcheka Grp. 7331 -17.4302777777778 30.0083333333333 .00555 AF 86 Bushman Group BOTS -20 -30 0 26 33 30 2 2 Botswana Uncl. Graphitic quartzite and schist U. Proterozoic 900 Chalcopyrite, chalcocite, graphite Matsitama Schist Belt, biotite grade Baldock, J.W., Hepworth, J.V., and Marengwa, B.S., 1976, Gold, basemetals, and diamonds in Botswana: Economic Geology, V. 71, p.139-156. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7325 -20.5 26.5583333333333 .04 AF 87 Ngwako Pan Lake Ngami BOTS -20 -45 23 6 80 2 40 Botswana Redbed Cu Calcareous argillite Coarse sandstone U. Proterozoic 900 Chalcocite, bornite, chalcopyrite Lake Ngami district. Copper beds 300 km long, .5-2.5 % Cu plus Ag Baldock, J.W., Hepworth, J.V., and Marengwa, B.S., 1976, Gold, basemetals, and diamonds in Botswana: Economic Geology, V. 71, p.139-156. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 7325 -20.75 23.1 1.6 AF 88 Matsitama Logolo, Makala, Thakadu BOTS -21 -5 0 26 45 0 8 2 Botswana Uncl. Siliceous limestone, calcareous quartzite, phyllite U. Proterozoic 900 Chalcopyrite, bornite, chalcocite Three deposits probably less than 2 km apart. Amphibolite metamorphism Baldock, J.W., Hepworth, J.V., and Marengwa, B.S., 1976, Gold, basemetals, and diamonds in Botswana: Economic Geology, V. 71, p.139-156. Mendelsohn, F., 1989, Central /Southern Africa ore shale deposits i c. 453-469. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Galena, pyrite 7331 -21.0833333333333 26.75 .16 AF 89 Ghanzi BOTS -21 -43 21 37 Botswana Redbed Cu Sandstone U. Proterozoic 900 Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118 7311 -21.7166666666667 21.6166666666667 AF 90 Witvlei Pos , Copper Causeway, Malachite Pan prospects NAMB -22 -23 18 32 6 2 30 Namibia Reduced facies Cu Argillite, greenish gray to dull red, calcareous silty shale Red sandstone, conglomerate U. Proterozoic 900 Chalcocite, bornite, chalcopyrite, covellite, digenite, hematite, calcite, anatase Sandstone ¶34S of ores between - 9 and -22 per mil Anhaeusser, C.R., and Button, A., 1973, A petrographic and mineragraphic study of the copper-bearing formations in the Witvlei area, South West Africa: Transactions of the Geological Society of South Africa, v. 76, p.279-299. Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Mendelsohn, F., 1989, Central /Southern Africa ore shale deposits in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 453-469. Ruxton, P.A., and Clemmy, H.1986, Late Proterozoic stratabound red bed-copper deposits of the Witvlei areaSouth West Africa/ Namibia in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1739-1754.. Pyrite, cuprite, malachite, native copper 7311 -22.3833333333333 18.5333333333333 .12 AF 91 Dordabis NAMB -22 -57 -30 17 41 0 Namibia Redbed Cu argillite, calcareous argillite M.Proterozoic 1200 Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118 7311 -22.9583333333333 17.6833333333333 AF 92 Oamites NAMB -22 -59 17 6 6.1 1.33 12.3 Namibia Reduced facies Cu Biotite schist, amphibole schist, quartzite, conglomerate (Hakos Subgroup) Red-brown quartzite (Kamtsas Fm.) Meta evaporites (Duruchaus Fm.) U. Proterozoic 900 Chalcopyrite, bornite, pyrite, chalcocite, graphite Pink quartzite, marble, graphitic schist In the Nosib Group, underlain by Duruchaus Fm. Overlain by Swakop Group. Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Lee, J.E., and Glenister, D.A., 1976, Stratiform sulfide mineralizationat Oamites copper mine, South WestAfrica: Economic Geology, v. 71, p. 369-383. Covellite,neodigenite, galena, sphalerite, pyrrhotite, native silver 7311 -22.9833333333333 17.1 .08113 AF 93 Klein Aub NAMB -23 -48 16 38 18 2 45 Namibia Reduced facies Cu Green argillite Red conglomerate, sandstone U. Proterozoic 900 Chalcopyrite, bornite, chalcocite cuprite, pyrite Red sandstone ¶34S of ores between - 20 and -40 per mil Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Mendelsohn, F., 1989, Central /Southern Africa ore shale deposits in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 453-469. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Ruxton, P.A., 1986, Sedimentology, isotope signature and ore genesis of the Klein Aub Copper Mine, South West Africa in Anhaeusser, C.R., and Maske, S., eds., Mineral Deposits of Southern Africa, v. 2: Geological Society of South Africa, p. 1725-1738. Native copper 7311 -23.8 16.6333333333333 .36 AF 94 Duitschland Nederland SAFR -24 -20 0 29 0 0 South Africa Uncl. Stromatolitic dolomite, limestone, chert, conglomerate L. Proterozoic 2000 Basal Pretoria Group Martini. J.E., 1979, A copper-bearing bed in thePretoria Group in northeastern Transvaal: Geokongress 77 Geological Society of South Africa Special Publication 6, p. 65-72. 7331 -24.3333333333333 29 AF 95 Chernorechenskaya RUSA 68 15 87 15 Russia Uncl. Limestone, argillite U. Proterozoic 600 Krendelev, F.P., Narkelyun, L.F., Trubachev, A.I. Salikhov, V.S., Volodin, P.N., Kunitsin, V.V., Chechetkin, V.S., and Bakun, N.N., 1986, Cupriferous sandstone and shales of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 513-523. Gablina, I.F., 1986, Genetic types of copper mineralization in the Igarka are, west of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 523-539 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Sukharikha Fm. 68.25 87.25 AS 96 Mount Sauri Pe RUSA 68 00 66 50 Russia Redbed Cu Sandstone Cambrian-Ordovician 505 Dembovskii, D.Y., 1983, Basal Formations of the Uralides in the Northern Urals and their ore content: Lithology and Mineral Resources, v. 18, p. 31-41. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Manitanyrd Fm. 68 66.8333333333333 AS 97 Rudnii RUSA 67 50 86 48 Russia Uncl. Limestone, siltstone U. Proterozoic 600 Krendelev, F.P., Narkelyun, L.F., Trubachev, A.I. Salikhov, V.S., Volodin, P.N., Kunitsin, V.V., Chechetkin, V.S., and Bakun, N.N., 1986, Cupriferous sandstone and shales of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 513-523. Gablina, I.F., 1986, Genetic types of copper mineralization in the Igarka are, west of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 523-539 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Izluchinsk Fm. 67.8333333333333 86.8 AS 98 Sukharikha RUSA 67 40 87 00 Russia Uncl. Sandstone, siltstone Dolomite, limestone, marl U. Proterozoic 600 Krendelev, F.P., Narkelyun, L.F., Trubachev, A.I. Salikhov, V.S., Volodin, P.N., Kunitsin, V.V., Chechetkin, V.S., and Bakun, N.N., 1986, Cupriferous sandstone and shales of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 513-523. Gablina, I.F., 1986, Genetic types of copper mineralization in the Igarka are, west of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 523-539 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Sukharikha Fm. 67.6666666666667 87 AS 99 Izluchinsk RUSA 67 36 86 45 Russia Uncl. Conglomerate, siltstone Dolomite, limestone, marl U. Proterozoic 600 Krendelev, F.P., Narkelyun, L.F., Trubachev, A.I. Salikhov, V.S., Volodin, P.N., Kunitsin, V.V., Chechetkin, V.S., and Bakun, N.N., 1986, Cupriferous sandstone and shales of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 513-523. Gablina, I.F., 1986, Genetic types of copper mineralization in the Igarka are, west of the Siberian Platform in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M., Geology and Metallogeny of Copper Deposits: Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 523-539 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Izluchinsk Fm. 67.6 86.75 AS 100 Pad-Yaga Musyur Range RUSA 67 30 65 30 Russia Redbed Cu Sandstone Cambrian-Ordovician 505 Dembovskii, D.Y.,1983, Basal Formations of the Uralides in the Northern Urals and their ore content: Lithology and Mineral Resources, v. 18, p. 31-41. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 67.5 65.5 AS 101 Padyagin RUSA 67 00 65 00 Russia Uncl. Sandstone, shale Cambrian-Ordovician 505 Dembovskii, D.Y.,1983, Basal Formations of the Uralides in the Northern Urals and their ore content: Lithology and Mineral Resources, v. 18, p. 31-41. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 67 65 AS 102 Graviisk Gravyisk RUSA 66 31 87 33 Russia Reduced facies Cu Arkose, conglomerate, siltstone Dolomite, limestone, marl U. Proterozoic 600 Djurleite, bornite, chalcopyrite, galena Copper deposited at major redox boundary between fluids from redbeds and fluids from reef dolomites. High levels of Ag, Cd, Ge, W, Ni, and Co Rzhevskii, V.F., Gablina, I.F., Vasilobskaya, L.V., and LurŐe, A.M., 1988, Genetic features of the Graviisk copper deposit: Lithology and Mineral Resources, v. 22, no. 2, p. 174-183. Bogdanov, Yu. V. 1984, Principal types of stratiform copper deposits in sedimentary rocks of USSR: Proeedings of the 27th International Geologic Congress, v.12, Metallogenesis and Mineral Ore Deposits, p. 407-422. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Marcasite, sphalerite, renierite, enargite, scheelite Izluchinsk Fm. 66.5166666666667 87.55 AS 103 Igadei-Yugan River RUSA 65 30 60 30 Russia Uncl. Arkose, phyllite, conglomerate L. Ordovician 480 Chalcopyrite, pyrite Dembovskii, D.Y.,1983, Basal Formations of the Uralides in the Northern Urals and their ore content: Lithology and Mineral Resources, v. 18, p. 31-41. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Grubeyu Fm. 65.5 60.5 AS 104 Nidysei Syncline RUSA 65 15 60 00 Russia Uncl. Sandstone, shale L. Cambrian 570 Dembovskii, D.Y., 1983, Basal Formations of the Uralides in the Northern Urals and their ore content: Lithology and Mineral Resources, v. 18, p. 31-41. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Manitanyrd Fm. 65.25 60 AS 105 Kurpandzha RUSA 61 15 137 30 Russia Reduced facies Cu dolomitic sandstone, dolomite breccia Amygdaloidal basalt Devonian Carboniferous 345 Chalcocite, bornite, chalcopyrite, pyrite. Native copper in basalt Bogdanov, Yu. V. 1984, Principal types of stratiform copper deposits in sedimentary rocks of USSR: Proeedings of the 27th International Geologic Congress, v.12, Metallogenesis and Mineral Ore Deposits, p. 407-422. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Perelomnya Series 61.25 137.5 AS 106 Velmo River RUSA 60 45 92 30 Russia Reduced facies Cu Limestone, sandstone Cambrian 540 Miroshnikov, A.Y., 1981, Paleotectonics of the middle and late Cambrian development stage of the Angara Platform, cupriferous basin: Geotectonics, v. 15. no. 2, p. 123-131. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Evenki Fm. 60.75 92.5 AS 107 Kamo River RUSA 60 30 97 30 Russia Reduced facies Cu Limestone, dolomite Cambrian 530 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Evenki Fm. 60.5 97.5 AS 108 Irkineeva River RUSA 59 30 98 15 Russia Reduced facies Cu Algal limestone, dolomite Cambrian 530 Malachite, bornite, chalcocite, covellite Grades up to 0.3% Cu Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Evenki Fm. 59.5 98.25 AS 109 Katanga-Chadobets RUSA 59 30 100 45 Russia Reduced facies Cu Algal limestone, dolomite Cambrian 530 Miroshnikov, A.Y., 1981, Paleotectonics of the middle and late Cambrian development stage of the Angara Platform, cupriferous basin: Geotectonics, v. 15. no. 2, p. 123-131. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Evenki Fm. 59.5 100.75 AS 110 Ugui Graben RUSA 59 00 119 59 Russia Reduced facies Cu dolomitic sandstone, dolomite breccia L. Proterozoic 2000 Correlates with upper Sakukan Suite at Udokan Davydov, Yu. V., 1987, Lower Proterozoic cupriferous fermations of the Ugui trough, South Yakutia, and their correlation with the Udokan Complex: Lithology and Mineral ResourcesV. 21, no. 3, p.260-272. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Chourodinski Fm. 59 119.983333333333 AS 111 Bedoba River RUSA 58 50 97 15 Russia Reduced facies Cu Algal limestone, sandstone, silstone, dolomite Cambrian 530 Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Kutyrev, E.I., 1969, Distribution patterns of copper mineralization in middle and upper Cambrian rocks of the Southern Siberian Platform facies: Lithology and Mineral Resources, no. 3, p.302-315 Salikhov, V.S.,1975, Post sedimentation changes in copper-bearing deposits of the South Siberian Platform: International Geology Review, v. 17, p. 83-94. Borzenko, G.F.and Sklyarov, R.Ya.,1971, The copper basin of Angara Region: Internationaql Geology Review, v. 13, no. 6, p. 842-848. Evenki Fm. 58.8333333333333 97.25 AS 112 Lena RUSA 58 46 106 30 Russia Reduced facies Cu Sandstone U. Cambrian 520 Malachite Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Kutyrev, E.I., 1969, Distribution patterns of copper mineralization in middle and upper Cambrian rocks of the Southern Siberian Platform facies: Lithology and Mineral Resources, no. 3, p.302-315 Salikhov, V.S.,1975, Post sedimentation changes in copper-bearing deposits of the South Siberian Platform: International Geology Review, v. 17, p. 83-94. Ilga Fm. 58.7666666666667 106.5 AS 113 Bilyakchan Series RUSA 58 45 139 00 Russia Uncl. Siltstone, sandstone L. Proterozoic 2000 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Bilyakchan Series 58.75 139 AS 114 Yenisei Ridge RUSA 58 30 94 00 Russia Redbed Cu Sandstone, siltstone Proterozoic-Vendian 580 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Taseevo Ser. 58.5 94 AS 115 Kirov Region RUSA 58 20 49 50 Russia Reduced facies Cu Shale, claystone, dolomite U. Permian 250 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 58.3333333333333 49.8333333333333 AS 116 Irkutsk Amphitheater RUSA 58 00 107 30 Russia Uncl. Silstone, sandstone M.Ordovician 460 Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Salikhov, V.S.,1975, Post sedimentation changes in copper-bearing deposits of the South Siberian Platform: International Geology Review, v. 17, p. 83-94. Kulakov, M.K., 1976, Genetic types of stratiform mineralization in the Irkutsk Amphitheater: Soviet Geology and Geophysics, v. 17, p. 41-47. Krivolutsk and MakarovSuites 58 107.5 AS 117 Kan-Taseyeva Basin RUSA 57 30 95 00 Russia Reduced facies Cu Sandstone, siltstone, dolomite gypsum U. Cambrian 520 Mineral horizon persists for tens of kms Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Verkholensk Ser. 57.5 95 AS 118 Krasnoye RUSA 56 45 119 12 Russia Reduced facies Cu Sandstone L. Proterozoic 2000 Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Bolodin, R.N., Chechetkin, V.S., Bogdanov, Yu.V., Narkelyun, L.F., and Trubachev, A.I., 1994, The Udokan cupriferous sandstone deposits (Eastern Siberia): Geologiya Rudnykh Mestorozhdenii, Tom 36, p.3-30 (in Russian). Udokan Series, Chitkanda Suite 56.75 119.2 AS 119 Olekma Branch RUSA 57 20 119 55 Russia Reduced facies Cu Sandstone L. Proterozoic 2000 Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Kebekta Suite 57.3333333333333 119.916666666667 AS 120 South Muya Range RUSA 57 15 113 30 Russia Uncl. Sandstone, siltstone L. Proterozoic 2000 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Salikhov, V.S.,1975, Post sedimentation changes in copper-bearing deposits of the South Siberian Platform: International Geology Review, v. 17, p.83-94 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Samodurovka Suite 57.25 113.5 AS 121 Kukurunde RUSA 56 47 117 05 Russia Reduced facies Cu Siltstone, sandstone L. Proterozoic 2000 Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Bolodin, R.N., Chechetkin, V.S., Bogdanov, Yu.V., Narkelyun, L.F., and Trubachev, A.I., 1994, The Udokan cupriferous sandstone deposits (Eastern Siberia): Geologiya Rudnykh Mestorozhdenii, Tom 36, p.3-30 (in Russian). Udokan Series, Aleksandrovka Suite 56.7833333333333 117.083333333333 AS 122 Perm Vyatka RUSA 56 30 50 45 Russia Redbed Cu Sandstone U. Permian 250 Chalcopyrite, bornite, chalcocite, covellite, tennantite. Nechayev, Y.A., 1967, Lithologic control of copper mineralization in Upper Permian rocks of Perm-Uralian Territory and Vyatka-Kama District: International Geology Review. V. 9, no. 1, p. 59-62. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Sheshma Ss. 56.5 50.75 AS 123 Burpalin RUSA 56 30 119 55 Russia Reduced facies Cu Sandstone L. Proterozoic 2000 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Bolodin, R.N., Chechetkin, V.S., Bogdanov, Yu.V., Narkelyun, L.F., and Trubachev, A.I., 1994, The Udokan cupriferous sandstone deposits (Eastern Siberia): Geologiya Rudnykh Mestorozhdenii, Tom 36, p.3-30 (in Russian). Udokan Series, Talakan Suite 56.5 119.916666666667 AS 124 Udokan RUSA 56 35 118 30 1200 2 Russia Reduced facies Cu argillite, silty sandstone, sandy limestone Quartz-feldspar sandstone, pinkish gray L. Proterozoic 2100 Chalcocite, bornite, chalcopyrite, pyrite, magnetite, hematite Quartz-feldspar sandstone, pinkish gray Udokan series intruded by 2000Ma granite Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Volodin, R.N., Chechetkin, V.S., Bogdanov, Yu.V., Narkelyun, L.F., and Trubachev, A.I., 1994, The Udokan cupriferous sandstone deposits (Eastern Siberia): Geologiya Rudnykh Mestorozhdenii, Tom 36, p.3-30 (in Russian). Valleriite, molybdenite, vattikhenite, pyrrhotite, sphalerite, marcasite, tennantite, polydymite, cobaltite, stromeyerite, nat. silver Udokan series 1216 56.5833333333333 118.5 24 AS 125 Pravo-Ingamakitsk RUSA 56 25 118 40 Russia Reduced facies Cu Siltstone L. Proterozoic 2000 Magnetite, chalcocite, bornite, chalcopyrite Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Bolodin, R.N., Chechetkin, V.S., Bogdanov, Yu.V., Narkelyun, L.F., and Trubachev, A.I., 1994, The Udokan cupriferous sandstone deposits (Eastern Siberia): Geologiya Rudnykh Mestorozhdenii, Tom 36, p.3-30 (in Russian). Udokan Series, Namingin Suite 56.4166666666667 118.666666666667 AS 126 Bryansk Rapids RUSA 55 30 103 45 Russia Reduced facies Cu Algal limestone, dolomite L. Ordovician 480 Chalcopyrite, chalcocite, malachite Five meters with<0.3% Cu. UstŐ Kut unit contains galena Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Borzenko, G.F.and Sklyarov, R.Ya.,1971, The copper basin of Angara Region: Internationaql Geology Review, v. 13, no. 6, p. 842-848. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Iya and UstŐ Kut Suites 55.5 103.75 AS 127 Kandrykul RUSA 55 25 53 00 Russia Reduced facies Cu Sandstone, limestone Redbeds U. Permian 250 Lurye, A.M. and Gablina, I.F., The copper source in production of Mansfield type deposits in the West Ural Foreland: Geochemistry International, V. 9, p. 56-67. Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 55.4166666666667 53 AS 128 Unkursk RUSA 56 45 118 20 Russia Reduced facies Cu Siltstone L. Proterozoic 2000 Pyrite, hematite, scapolite Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Bolodin, R.N., Chechetkin, V.S., Bogdanov, Yu.V., Narkelyun, L.F., and Trubachev, A.I., 1994, The Udokan cupriferous sandstone deposits (Eastern Siberia): Geologiya Rudnykh Mestorozhdenii, Tom 36, p.3-30 (in Russian). Chalcopyrite, bornite Udokan Series, Butun Suite 56.75 118.333333333333 AS 129 Bugulma BuguŐlminskaya RUSA 54 32 52 46 Russia Reduced facies Cu Claystone, marl, dolomite Redbeds U. Permian 250 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 54.5333333333333 52.7666666666667 AS 130 Belebey Belebeevskaya, Belebei, Kursak Rudniki RUSA 54 05 54 07 Russia Reduced facies Cu Sandstone, limestone Redbeds U. Permian 250 Lurye, A.M. and Gablina, I.F., The copper source in production of Mansfield type deposits in the West Ural Foreland: Geochemistry International, V. 9, p. 56-67. Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Malyuga, V.I., 1967, Distribution of exogenetic copper concentrations in the Ural region: Lithology and Mineral Resiources, no. 6, p. 766-774. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) 54.0833333333333 54.1166666666667 AS 131 Aksakovskaya RUSA 54 00 54 14 Russia Reduced facies Cu Sandstone, limestone Redbeds U. Permian 250 Lurye, A.M. and Gablina, I.F., The copper source in production of Mansfield type deposits in the West Ural Foreland: Geochemistry International, V. 9, p. 56-67. Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 54 54.2333333333333 AS 132 Tagul-Uda Rivers RUSA 54 00 98 00 Russia Reduced facies Cu Sandstone, shale U. Proterozoic-Vendian 580 Mineral horizon persists for tens of kms Bezrodnikh, , Y.P., Narkelyun, L.F., Salikhov, V.S., and Trubachev, A.I., 1969, Types of copper mineralization in the Oselkovaya Series, Sayan Region: Dokladi Akadamii Nauk SSSR, V. 190, p. 23-25. Salikhov, V.S.,1975, Post sedimentation changes in copper-bearing deposits of the South Siberian Platform: International Geology Review, v. 17, p. 83-94. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Asinskaya Ser. 54 98 AS 133 Urshak Belebei, Kursak Rudniki RUSA 53 55 54 55 Russia Reduced facies Cu Sandstone, limestone Redbeds U. Permian 250 Lurye, A.M. and Gablina, I.F., The copper source in production of Mansfield type deposits in the West Ural Foreland: Geochemistry International, V. 9, p. 56-67. Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 53.9166666666667 54.9166666666667 AS 134 Malokos RUSA 53 45 108 00 Russia Uncl. Sandstone, conglomerate L. Proterozoic 1800 Chalcopyrite, pyrite, bornite, chalcocite, Contains Cu-Ag-Co Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Malokos Suite 53.75 108 AS 135 Baza Tustuzhul, Pechishchi-Raisino, Kazyngol RUSA 53 40 96 48 Russia Uncl. Sandstone Andesite tuff Devonian 385 Limestone and siltstone Minusinsk Basin Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kazanovskaya Fm. 53.6666666666667 96.8 AS 136 Bulgin Shiver MNGL 50 42 92 24 Mongolia Redbed Cu Sandstone Devonian 350 Within 10 km of large halite and gypsum deposits in Devonian sequence Mineral Resources Authority of Mongolia, 2002, Mineral Deposits and Occurrences of Mongolia, Map, 1:1,000,000, Location 7 50.7 92.4 137 Baruun Termis Uul MNGL 50 30 91 30 Mongolia Redbed Cu Devonian 350 Mineral Resources Authority of Mongolia, 2002, Mineral Deposits and Occurrences of Mongolia, Map, 1:1,000,000, Location 22 50.5 91.5 AS 138 Baruun Turaag Uul MNGL 50 08 40 91 28 45 Mongolia Redbed Cu Devonian 350 Mineral Resources Authority of Mongolia, 2002, Mineral Deposits and Occurrences of Mongolia, Map 1:1,000,000, Location 33. 50.1444444444444 91.4791666666667 AS 139 Federovo Sterlibasevo RUSA 53 30 55 05 Russia Reduced facies Cu Sandstone, limestone Redbeds U. Permian 250 Lurye, A.M. and Gablina, I.F., The copper source in production of Mansfield type deposits in the West Ural Foreland: Geochemistry International, V. 9, p. 56-67. Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 53.5 55.0833333333333 AS 140 Atbasar-3 KAZN 52 10 68 40 Kazakstan Revett Cu Sandstone M. Carboniferous 320 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 52.1666666666667 68.6666666666667 AS 141 Iliktinsk Suite RUSA 53 30 107 55 Russia Uncl. Black phyllite L. Proterozoic 1800 Pyrite, chalcopyrite Contains Cu-Co Narkelyun, L.F., Bezrodnikh, Y.P., and Kularov, M.A., 1969, Copper potential of sedimentary bodies in South Siberian Platform: International Geology Review, v. 11, p. 1600-1610. Salikhov, V.S.,1975, Post sedimentation changes in copper-bearing deposits of the South Siberian Platform: International Geology Review, v. 17, p. 83-94. Iliktinsk Suite 53.5 107.916666666667 AS 142 Sakmara RUSA 52 00 55 20 Russia Redbed Cu Sandstone U. Permian 250 Coarse sandstone and fine lake sediments Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 52 55.3333333333333 AS 143 Salmysh RUSA 52 30 55 07 Russia Reduced facies Cu Sandstone U. Permian 250 Lurye, A.M. and Gablina, I.F., The copper source in production of Mansfield type deposits in the West Ural Foreland: Geochemistry International, V. 9, p. 56-67. Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 52.5 55.1166666666667 AS 144 Atbasar-2 KAZN 51 55 68 02 Kazakstan Revett Cu Sandstone U. Devonian 370 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 51.9166666666667 68.0333333333333 AS 145 Ushkarasu KAZN 51 50 67 00 Kazakstan Revett Cu Sandy shale Carboniferous 320 Contains Re and Mo Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Vladimirovskaya Suite 51.8333333333333 67 AS 146 Atbasar-1 KAZN 51 49 50 68 27 Kazakstan Revett Cu Sandstone M. Carboniferous 320 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 51.8305555555556 68.45 AS 147 Vyasovka RUSA 51 47 55 51 Russia Redbed Cu Sandstone, graywacke U. Permian 250 Deltaic, fluviatile, with plant debris Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 51.7833333333333 55.85 AS 148 Kargala RUSA 51 45 56 51 Russia Redbed Cu Sandstone U. Permian 250 Cu minerals form cement and concretions, and replace plant remains. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 51.75 56.85 AS 149 Bolshoi Bogdo Mountains RUSA 51 15 55 00 Russia Uncl. Sandy clay Triassic 220 Pb-Zn in overlying carbonate rocks Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 51.25 55 AS 150 Turgan Gulf KAZN 51 10 67 43 Kazakstan Revett Cu Sandstone L. Permian 250 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kiyma Suite 51.1666666666667 67.7166666666667 AS 151 Olenty River KAZN 50 55 73 30 Kazakstan Redbed Cu Sandstone U. Devonian 370 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 50.9166666666667 73.5 AS 152 Kyzyloba KAZN 50 49 30 68 26 Kazakstan Revett Cu Sandy shale Carboniferous 320 Contains Re and Mo Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Vladimirovskaya Suite 50.825 68.4333333333333 AS 153 Kokpekty KAZN 50 48 12 68 10 Kazakstan Revett Cu Sandy shale Carboniferous 320 Cu:Re ratio, 1:7500; Re:Mo, !:3 Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Vladimirovskaya Suite 50.8033333333333 68.1666666666667 AS 154 Akken KAZN 50 45 68 30 Kazakstan Revett Cu Sandy shale Carboniferous 320 Contains Re, Mo Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Vladimirovskaya Suite 50.75 68.5 AS 155 Kopkazgen KAZN 50 37 30 68 08 Kazakstan Revett Cu Sandy shale Carboniferous 320 Contains Re, Mo Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Vladimirovskaya Suite 50.625 68.1333333333333 AS 156 Aschilin Bay KAZN 50 30 68 07 Kazakstan Revett Cu Sandy shale L. Permian 250 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 50.5 68.1166666666667 AS 157 Teniz-Sarysu Divide KAZN 50 25 67 53 Kazakstan Revett Cu Sandstone U. Devonian 370 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 50.4166666666667 67.8833333333333 AS 158 Akmolynsk-Ishim KAZN 50 25 67 53 Kazakstan Revett Cu Sandstone Upper Devonian 370 Salt-gypsum beds. Deposit containsPb Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 50.4166666666667 67.8833333333333 AS 159 Kenen KAZN 50 20 30 68 00 00 Kazakstan Revett Cu Sandy shale M. Carboniferous 320 Cu:Re, 1:540; Re:Mo, 1:1.5 Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. 50.3416666666667 68 AS 160 Aktubinsk KAZN 50 16 57 20 Kazakstan Redbed Cu Sandstone L. Permian 250 2,800 occurrences in area100 by 600 km Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 50.2666666666667 57.3333333333333 AS 161 Ulutau North KAZN 49 06 67 00 Kazakstan Revett Cu Sandstone U. Devonian 370 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 49.1 67 AS 162 Ulutau South KAZN 48 31 67 00 Kazakstan Revett Cu Sandstone U. Devonian 370 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 48.5166666666667 67 AS 163 Karashoshak Kipshakpai KAZN 48 20 28 67 43 25 47.45 1.04 Kazakstan Revett Cu Sandstone U. Carboniferous 300 Contains Re, Mo. Taskuduk Belt Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Dzhezkazgan Grp. 48.3411111111111 67.7236111111111 .49348 AS 164 Kipshakpay KAZN 48 18 67 34 Kazakstan Revett Cu Sandstone U. Carboniferous 300 Contains Re, Mo. Taskuduk Belt Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. 48.3 67.5666666666667 AS 165 Sarioba KAZN 48 17 67 26 177.7 0.87 Kazakstan Revett Cu Sandstone, silstone conglomerate U. Carboniferous 300 Chalcopyrite, bornite, chalcocite Cu, Pb, Zn, Ag, Re Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Dzhezkazgan Grp. 48.2833333333333 67.4333333333333 1.54599 AS 166 Itauz KAZN 48 16 67 20 77.15 0.83 Kazakstan Revett Cu Sandstone, silstone conglomerate U. Carboniferous 300 Chalcopyrite, bornite, chalcocite Contains Re, Mo. Taskuduk Belt Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Dzhezkazgan Grp. 48.2666666666667 67.3333333333333 .640345 AS 167 Kengir KAZN 48 11 36 68 00 00 Kazakstan Revett Cu Sandstone U. Devonian 370 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Dzhezkazgan Grp. 48.1933333333333 68 AS 168 Dzhartas KAZN 48 07 36 67 32 30 Kazakstan Revett Cu Sandstone U. Carboniferous 300 Re:Cu, 1:3200; Re:Mo, 1:0.6 Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Dzhezkazgan Grp. 48.1266666666667 67.5416666666667 AS 169 Sorkuduk KAZN 48 01 67 32 25 Kazakstan Revett Cu Sandstone Carboniferous 320 Re:Cu, 1:7500; Re:Mo, 1:1.1 Seyfullin, S.S., Kalinin, S.K. Strutinskiyi, A.V., and Fayn, E. Ye. 1974, 1974, Rhenium in stratified copper deposits and showings in west central Kazakstan: Geochemistry International, v. 11, no. 2 p. 414-418. Dzhezkazgan Grp. 48.0166666666667 67.5402777777778 AS 170 Dzhezkazgan Jeskesgan, Zhezkazgan KAZN 48 7 20 67 23 31 439 1.54 Kazakstan Revett Cu Sandstone, siltstone, conglomerate Carboniferous 320 Chalcocite, bornite, chalcopyrite, galena sphalerite, native silver, calcite, barite 26 layers of gray sandstone are mineralized, 19, economic. Anomalous As, Cd, Bi, Co, Hg,. Au, Ni, Mo Gablina, I. F., 1981, New data on formation conditions of the Dzhezkazgan copper deposit: International Geology Review, v. 23, p.1303-1311. Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Pyrite, marcasite, arsenopyrite, betekhtinite, dzhezkazganite Dzhezkazgan suite Chu Sari Su Basin 1168 48.1222222222222 67.3919444444444 6.7606 AS 171 Spasski KAZN 47 49 67 18 Kazakstan Revett Cu Sandstone, silstone, conglomerate Carboniferous 320 Chalcopyrite, bornite, chalcocite Cu, Pb, Zn, Ag, Re Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Dzhezkazgan Grp. 47.8166666666667 67.3 AS 172 Shipisai KAZN 47 48 67 08 Kazakstan Revett Cu Sandstone, silstone, conglomerate Carboniferous 320 Chalcopyrite, bornite, chalcocite Cu, Pb, Zn, Ag, Re Samonov, I. Z., and Pozharisky, I.F., 1977, Deposits of copper in Smirnov, V.I. , ed., Ore Deposits of the USSR, v.2, London Pitman Publishing, p. 106-182. Dzhezkazgan Grp. 47.8 67.1333333333333 AS 173 Dzhezdy KAZN 47 35 66 52 Kazakstan Revett Cu Sandstone, silstone, conglomerate Carboniferous 320 Chalcopyrite, bornite, chalcocite Cu, Pb, Zn, Ag, Re Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Dzhezkazgan Grp. 47.5833333333333 66.8666666666667 AS 174 Chu River KAZN 45 70 Kazakstan Redbed Cu Sandstone L. Carboniferous 340 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 45 70 AS 175 Naukatski KAZN 44 52 65 28 Kazakstan Redbed Cu Sandstone Tertiary 30 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Arkozovy Ss. 44.8666666666667 65.4666666666667 AS 176 Mangyshlak Peninsula-Karaduan KAZN 44 30 51 00 Kazakstan Uncl. Conglomerate, sandstone, limestone, siltstone M. Triassic 220 Other copper occurrences in overlying M. Triassic redbeds of Karduan Fm. Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Tartala Fm 44.5 51 AS 177 Mangyshlak Peninsula-Tartala KAZN 44 28 50 45 Kazakstan Reduced facies Cu Calcareous sandstone, limestone, siltstone L. Triassic 220 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Tartala Fm 44.4666666666667 50.75 AS 178 Urup Sandstone RUSA 43 42 40 58 Russia Reduced facies Cu Siltstone, sandstone Jurassic 180 Source of copper in underlying Paleozoic Chalcopyrite deposit. Zhabin, A.G., 1973, Jurassic redeposition copper halo of Paleozoic chalcopyrite ores: International Geology Review, V. 15, no. 4, p. 437-444. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 43.7 40.9666666666667 AS 179 Zhanatas KAZN 43 30 69 50 Kazakstan Redbed Cu Sandstone L. Carboniferous 340 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 43.5 69.8333333333333 AS 180 Mirgalim-Sai KAZN 43 27 68 29 Kazakstan Uncl. L, Carboniferous 340 Contains Pb, Zn, Cu Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 43.45 68.4833333333333 AS 181 Dzhambul KAZN 42 45 71 30 Kazakstan Redbed Cu Sandstone L. Carboniferous 340 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. 42.75 71.5 AS 182 Northern Kirgizia Atdzhayly, Dalen, Dzhilubulak, Skoye Utor, Tuyuk Kegeninskoye KYRZ 42 38 75 14 Kyrgyzstan Reduced facies Cu Conglomerate, sandstone, siltstone, argillite Gypsum L. Carboniferous 340 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Malinov Suite 42.6333333333333 75.2333333333333 AS 183 Dzhergalansk KYRZ 42 38 79 00 Kyrgyzstan Reduced facies Cu Sandstone Carboniferous 320 Gypsum Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 42.6333333333333 79 AS 184 Frunzeul KYRZ 42 32 74 55 Kyrgyzstan Redbed Cu Sandstone Carboniferous 320 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 42.5333333333333 74.9166666666667 AS 185 Przheval KYRZ 42 31 30 78 40 Kyrgyzstan Redbed Cu Sandstone Carboniferous 320 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 42.525 78.6666666666667 AS 186 Kara Balty KYRZ 42 31 73 50 Kyrgyzstan Redbed Cu Sandstone Carboniferous 320 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 42.5166666666667 73.8333333333333 AS 187 Kyzyl-Bel KYRZ 42 30 72 00 Kyrgyzstan Redbed Cu Argillite U. Proterozic 700 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 42.5 72 AS 188 Rybachye KYRZ 42 30 75 40 Kyrgyzstan Redbed Cu Sandstone Carboniferous 320 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Malinov Suite 42.5 75.6666666666667 AS 189 Talas Alatau KYRZ 42 15 72 30 Kyrgyzstan Uncl. Schist L. Cambrian 560 Popov, V.M., 1962, Geologic regularities in the distribution of cupriferous sandstones in central Kazakhstan and the Northern TyanŐ-Shan: International Geology Review, v. 4, p. 393-411. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Malinov Ser. 42.25 72.5 AS 190 Dschurger CINA 41 48 81 50 China Sinkiang Redbed Cu Shale, sandstone L. Tertiary 60 Azurite, malachite Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3154 41.8 81.8333333333333 AS 191 Kucha Kuqa CINA 41 45 82 45 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 . Cheng, Shoude, 1989, Geological characteristics and genesis of Tertiary copper-bearing sandstone occurrences along the northwestern margin of theTarim Basin, Xinjiang Uygur Autonomous Region, China in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 661-665 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Konchan Fm 3154 41.75 82.75 AS 192 Aksu CINA 41 36 80 18 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Konchan Fm. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 41.6 80.3 AS 193 Disue-2 CINA 41 34 82 00 China Xinjiang Redbed Cu Sandstone Miocene-Pliocene 12 Chalcocite, bornite, chalcopyrite, covellite. Calcite, hematite, chlorite, pyrite Cheng, Shoude, 1989, Geological characteristics and genesis of Tertiary copper-bearing sandstone occurrences along the northwestern margin of theTarim Basin, Xinjiang Uygur Autonomous Region, China in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 661-665 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Galena Konchan Fm. 3154 41.5666666666667 82 AS 194 Disue-1 CINA 41 30 81 15 China Xinjiang Redbed Cu Sandstone Miocene-Pliocene 12 Chalcocite, bornite, chalcopyrite, covellite, calcite, hematite, chlorite, pyrite, galena Konchan Fm. Cheng, Shoude, 1989, Geological characteristics and genesis of Tertiary copper-bearing sandstone occurrences along the northwestern margin of theTarim Basin, Xinjiang Uygur Autonomous Region, China in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 661-665 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Konchan Fm. 3154 41.5 81.25 AS 195 Naukat UZBN 40 50 71 36 Uzbekistan Redbed Cu Sandstone Neogene 12 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 40.8333333333333 71.6 AS 196 Chimbai-Saluk KYRG 40 15 73 00 Kyrghyzstan Redbed Cu Sandstone Neogene 12 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 40.25 73 AS 197 Ravinou KYRG 40 12 72 24 Kyrghyzstan Reduced facies Cu Sandstone U. Permian 260 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian). VolŐnov, B.A., Leleshus, V.L., and Provotorov, N.G., 1978, Presence of copper in the southwestern Darvaz: Doklady Akademii Nauk Tadzhikskoi SSR-CISTI, v. 21, p. 37-40. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Khatarminsk 40.2 72.4 AS 198 Naykatskoye CINA 40 00 74 45 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 40 74.75 AS 199 Kungitang CINA 39 44 74 2 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3154 39.7333333333333 74.0333333333333 AS 200 Gaudan CINA 39 43 74 2 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 1158 39.7166666666667 74.0333333333333 AS 201 Daraitang TAJI 39 20 72 30 Tajikistan Reduced facies Cu Sandstone U. Permian 260 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian). VolŐnov, B.A., Leleshus, V.L., and Provotorov, N.G., 1978, Presence of copper in the southwestern Darvaz: Doklady Akademii Nauk Tadzhikskoi SSR-CISTI, v. 21, p. 37-40. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Daraitang Series 39.3333333333333 72.5 AS 202 Khozretishi TADZ 39 15 68 00 Tajikistan Uncl. Sandstone, conglomerate L. Cretaceous 120 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Karakuz Fm. 39.25 68 AS 203 Gissar Range TADZ 39 00 68 00 Tajikistan Uncl. Sandstone L. Cretaceous 120 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Obigarm Fm. 39 68 AS 204 Vakhsh Range TADZ 38 15 69 10 Tajikistan Uncl. Sandstone, conglomerate L. Cretaceous 120 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Yavan Fm. 38.25 69.1666666666667 AS 205 Hadilik KuQa CINA 37 38 87 00 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Cheng, Shoude, 1989, Geological characteristics and genesis of Tertiary copper-bearing sandstone occurrences along the northwestern margin of theTarim Basin, Xinjiang Uygur Autonomous Region, China in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 661-665 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3118 37.6333333333333 87 AS 206 Lake Ayakkum KuQa CINA 37 35 89 10 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3117 37.5833333333333 89.1666666666667 AS 207 West Sinkiang CINA 35 35 111 15 China Uncl. Sandstone, shale Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 35.5833333333333 111.25 AS 208 Surkh-i-Parso AFGN 34 51 68 39 Afganistan Parwan Uncl. Marble, limestone Carbonif.- L. Permian 286 Chalcopyrite Uranium minerals present Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. 8001 34.85 68.65 AS 209 Taghar AFGH 34 25 53 69 22 43 Afganistan Kabul Uncl. Micaceous carbonate, phyllite Vendian-Cambrian 570 Chalcopyriite, bornite, chalcocite, covellite Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. 8001 34.4313888888889 69.3786111111111 AS 210 Ghuldarra AFGH 34 23 53 69 18 20 Afganistan Kabul Uncl. Marble Vendian-Cambrian 570 Covellite, chalcopyrite, chalcocite Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. 8002 34.3980555555556 69.3055555555556 AS 211 Khurdkabul AFGH 34 22 20 69 22 40 Afganistan Kabul Uncl. Carbonate-phyllite, garnet-mica schist, marble Vendian-Cambrian 570 Covellite, chalcopyrite, chalcocite Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. 8002 34.3722222222222 69.3777777777778 AS 212 Zakhel AFGH 34 20 5 69 16 Afganistan Kabul Uncl. Marble Vendian-Cambrian 570 Two zones, 1000 m long, 40 m thick, 1.06% Cu Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. 8002 34.3347222222222 69.2666666666667 AS 213 Jawkhar AFGH 34 18 57 69 18 10 Afganistan Kabul Uncl. Calcareous sedimentary rocks, amphibolite, quartzite Vendian-Cambrian 570 Chalcopyrite, bornite, sphalerite, pyrite, pyrrhotite, magnetite, ilmenite Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. 8002 34.3158333333333 69.3027777777778 AS 214 Darband AFGH 34 16 69 24 1 1 Afganistan Kabul Uncl. Micaceous marble, biotite-amphibole schist Vendian-Cambrian 570 Chalcopyriite, bornite, pyrite Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geoloical Survey of Canada Open File 2915b, 256 p. 8002 34.2666666666667 69.4 .01 AS 215 Aynak AFGH 34 15 58 69 18 2 350 2 Afganistan Kabul Uncl. Sandstone, dolomite, carbonaceous shale Vendian-Cambrian 570 Bornite chalcopyrite, pyrite, pyrrhotite, magnetite, carbon Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Sphalerite, pentlandite, violarite, smaltite, linnaeite 8002 34.2661111111111 69.3005555555555 7 AS 216 Khundara AFGH 34 13 55 69 15 40 Afganistan Loghar Uncl. Slate, marble Vendian-Cambrian 570 200-500 m long, 10-20 m thick, 0.8-1.7 % Cu Abdullah, S., Chmyriov, V.M., Stazhilo-Alekseev, K.F, Dronov, V.I.., Gannon, P.J., Lubemov, B.K., Kafarskiy,A.K.H, and Malyarov, E.P.,1977 Mineral resources of Afghanistan: Ministry of Mines and Industries, Afghan Geological and Mines Survey, Republic of Afghanistan, Kabul, Edition 2, 419 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 8002 34.2319444444444 69.2611111111111 AS 217 Jhakkar Kot PKTH 32 33 33 72 28 00 Pakistan Redbed Cu Arkose, conglomerate, coal L. Permian 260 Central Salt Range Shah, S.M., 1980, Stratigraphy and economic geology of the Central Salt Range: Records of the Geological Survey of Pakistan, v. 52 Warchha Sandstone 32.5591666666667 72.4666666666667 AS 218 TungKung HsiKu CINA 31 22 111 46 China Hubei Redbed Cu Limestone Triassic 225 Chalcocite, malachite Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3168 31.3666666666667 111.766666666667 AS 219 Qamdo Zhangdu CINA 31 10 97 14 China Xizang Reduced facies Cu Sandstone Triassic 220 Deposit type doubtful. Chen, w., 1977 The geological characteristics, minerogenetic effects and ore-finding indices of the terrestrial sandstone copper ore of the Mesozoic era in southern regions of China; Academia Geologica Sinica, v. 3. Wang, Y., Chen, C., He, G., and Chen, J. 1981 An outline of the marine Triassic in China: International Union of Geological Sciences, Internationa; Subcommission on Triassic Stratigraphy, Tozer, E.T., ed., 21 p. 3137 31.1666666666667 97.2333333333333 AS 220 DaTongChang CINA 30 40 105 4 China Sichuan Redbed Cu Purple and gray mudstone, sandstone Sandstone, coal Cretaceous 100 Chalcocite Salt bearing mudstone Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3142 30.6666666666667 105.066666666667 AS 221 ChienChupa CINA 30 103 China Sichuan Redbed Cu Gray-black sandy shale Triassic 220 Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3142 30 103 AS 222 OmeiHsien CINA 29 17 106 12 China Sichuan Redbed Cu Sandy shale Basalt Triassic 220 Underlain by Permian basalt Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3142 29.2833333333333 106.2 AS 223 Weining CINA 26 51 104 12 China Kweichow Redbed Cu Shale Cretaceous 100 Chalcocite, malachite Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3161 26.85 104.2 AS 224 Tang tang CINA 26 29 104 12 China Yunnan Redbed Cu Red sandstone Basalt Triassic 220 Grade 4% Cu Chu, H.J.,1935, The copper deposits of China in Copper Resources of the World, V.2 XVI International Geological Congress, Washington D.C., p 663-680. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3161 26.4833333333333 104.2 AS 225 CheJiang CINA 26 47 112 34 China Hunan Redbed Cu Purple and gray sandstone Mudstone Cretaceous 75 Halite-bearing mudstone Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3146 26.7833333333333 112.566666666667 AS 226 HuiLi Luchang CINA 26 41 102 15 China Sichuan Reduced facies Cu Gray-green shale, sandstone Mid Proterozoic 1500 Chalcocite, bornite, pyrite Hua, Renmin, 1991, A study on the Kunyang Aulocogen: ActaGeologica Sinica, v. 4, p.131-144. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geoloigcal Survey of Canada Open File 2915b, 256 p. Laznika, P., 1981, Data on the worldwide distribution of stratiform and stratabound ore deposits, Chapter 2 in Wolf, K.H., ed, Handbook of Stratiform and Stratabound Ore Deposits, Part III, p. 79-389. 3157 26.6833333333333 102.25 AS 227 YinMin Dongchuan (Tungchuan) District MienShan CINA 26 19 20 102 20 40 1 China Yunnan Reduced facies Cu Stromatolitic dolomite, argillic-arenaceous dolomite Purple shale, purple sedimentary breccia Mid Proterozoic 1500 Chalcocite, bornite, chalcopyrite, digenite, quartz, calcite, hematite Dolomite Quartz veins in dolomite have high salinity fluid inclusions. Zoning is reversed; chalcopyrite and pyrite next to purple shale, bornite then chalcocite higher up Hua, Renmin, 1990, The sedimentation-reworking genesis of Dogchuan-type stratiform copper deposits: Chinese Journal of Geochemistry, v. 9, p.231-243. Ran, Chongying, 1983, On genetic model of Donchuan type stata-bound copper deposit: Scientia Sinica (Series B), v. 26, p. 983-995. Ruan, Huichu, Hua, Renmin, and Cox, D.P., 1991, Copper deposition by fluid mixing in deformed strata adjacent to a salt diapir, Dongchuan area, Yunnan Province, China: Economic Geology, v. 86, p. 1539-1545. Warren, John, 1997, Evaporites, their evolution and economics: Blackwell Science, Oxford, p. 312. Covellite, enargite Kun Yang Grp. LaoXue Fm. 3157 26.3222222222222 102.333333333333 .4 AS 228 LaoXue Dongchuan (Tungchuan) District CINA 26 17 30 102 20 50 1 China Yunnan Reduced facies Cu Stromatolitic dolomite, argillic-arenaceous dolomite Purple shale, purple sedimentary breccia Mid Proterozoic 1500 Chalcocite, bornite, chalcopyrite, digenite, quartz, calcite, hematite Dolomite Quartz-siderite veins in dolomite have high salinity fluid inclusions. Zoning reversed; chalcopyrite and pyrite next to purple shale, bornite then chalcocite higher up. Hua, Renmin, 1990, The sedimentation-reworking genesis of Dogchuan-type stratiform copper deposits: Chinese Journal of Geochemistry, v. 9, p.231-243. Ran, Chongying, 1983, On genetic model of Donchuan type stata-bound copper deposit: Scientia Sinica (Series B), v. 26, p. 983-995. Ruan, Huichu, Hua, Renmin, and Cox, D.P., 1991, Copper deposition by fluid mixing in deformed strata adjacent to a salt diapir, Dongchuan area, Yunnan Province, China: Economic Geology, v. 86, p. 1539-1545. Warren, John, 1997, Evaporites, their evolution and economics: Blackwell Science, Oxford, p. 312. Covellite, enargite Kun Yang Grp. LaoXue Fm. 3157 26.2916666666667 102.333333333333 .5 AS 229 LaoBeiChung Dongchuan (Tungchuan) District LaoPude, TseKeShu CINA 26 15 102 20 China Yunnan Reduced facies Cu Stromatolitic dolomite, argillic-arenaceous dolomite Purple shale, purple sedimentary breccia Mid Proterozoic 1500 Chalcocite, bornite, chalcopyrite, digenite, quartz, hematite Dolomite Quartz veins in dolomite have high salinity fluid inclusions. Zoning is reversed; chalcopyrite and pyrite next to purple shale, bornite then chalcocite higher up Hua, Renmin, 1990, The sedimentation-reworking genesis of Dogchuan-type stratiform copper deposits: Chinese Journal of Geochemistry, v. 9, p.231-243. Ran, Chongying, 1983, On genetic model of Donchuan type stata-bound copper deposit: Scientia Sinica (Series B), v. 26, p. 983-995. Ruan, Huichu, Hua, Renmin, and Cox, D.P., 1991, Copper deposition by fluid mixing in deformed strata adjacent to a salt diapir, Dongchuan area, Yunnan Province, China: Economic Geology, v. 86, p. 1539-1545. Covellite, enargite Kun Yang Grp. LaoXue Fm. 3157 26.25 102.333333333333 AS 230 TianZhong Dianzhong CINA 26 16 104 1 China Yunnan Redbed Cu Violet-gray mudstone, siltstone, sandstone, conglomerate Sandstone U. Cretaceous 70 Halite-bearing mudstone Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3161 26.2666666666667 104.016666666667 AS 231 TangDan Dongchuan (Tungchuan) District MaZhuDong CINA 26 15 102 40 100 1 China Yunnan Reduced facies Cu Stromatolitic dolomite, argillic-arenaceous dolomite Purple shale, purple sedimentary breccia Mid Proterozoic 1500 Chalcocite, bornite, chalcopyrite, digenite, quartz, hematite Dolomite Quartz veins in dolomite have high salinity fluid inclusions. Zoning is reversed; chalcopyrite and pyrite next to purple shale, bornite then chalcocite higher up Hua, Renmin, 1990, The sedimentation-reworking genesis of Dongchuan-type stratiform copper deposits: Chinese Journal of Geochemistry, v. 9, p.231-243. Ran, Chongying, 1983, On genetic model of Donchuan type stata-bound copper deposit: Scientia Sinica (Series B), v. 26, p. 983-995. Ruan, Huichu, Hua, Renmin, and Cox, D.P., 1991, Copper deposition by fluid mixing in deformed strata adjacent to a salt diapir, Dongchuan area, Yunnan Province, China: Economic Geology, v. 86, p. 1539-1545. Covellite, enargite Kun Yang Grp. LaoXue Fm. 3157 26.25 102.666666666667 1 AS 232 TongGuTang CheJiang Area CINA 26 15 112 10 China Hunan Redbed Cu Sandstone L. Paleocene 64 Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3146 26.25 112.166666666667 AS 233 JiuQuiWan JiuQuWan JinQuWan CINA 26 15 113 5 China Hunan Redbed Cu Purple and gray sandstone sandstone Cretaceous 75 Chalcopyrite, bornite, native copper, cuprite Sandstone Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geologgical Survey of Canada Open File 2915b, 256 p. 3146 26.25 113.083333333333 AS 234 TuanShan CINA 26 0 103 7 China Yunnan Redbed Cu Sandstone, black shale U. Cretaceous 70 Chalcopyrite, bornite, pyrite Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3157 26 103.116666666667 AS 235 Dacun CINA 25 45 103 0 China Yunnan Redbed Cu Sandstone U. Cretaceous 70 Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3157 25.75 103 AS 236 Niutoushan KuQa CINA 25 45 111 30 China Xinjiang Redbed Cu Sandstone L. Tertiary 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3146 25.75 111.5 AS 237 LiuZu CINA 25 25 103 15 China Yunnan Redbed Cu Gray sandstone, purple sandstone, mudstone U. Cretaceous 70 Chalcocite, pyrite, chalcopyrite, bornite, hematite Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3157 25.4166666666667 103.25 AS 238 KuangTung CINA 25 4 102 41 China Yunnan Redbed Cu Shale Cretaceous 100 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3157 25.0666666666667 102.683333333333 AS 239 TongChangQing CINA 24 20 103 33 China Yunnan Redbed Cu Sandstone, phyllite U. Cretaceous 70 Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3125 24.3333333333333 103.55 AS 240 ShiZhiShan Yimen District CINA 24 11 102 10 15 0.92 China Yunnan Reduced facies Cu Dolomite Purple micaceous dolomite Mid Proterozoic 1500 Chalcopyrite, pyrite, graphite Black shale Cox, D.P., unpublished data. Bornite Kun Yang Grp. 24.1833333333333 102.166666666667 .138 AS 241 FengShan Yimen District CINA 24 9 102 10 29 1.2 China Yunnan Reduced facies Cu Dolomite Purple micaceous dolomite Mid Proterozoic 1500 Chalcopyrite, pyrite, graphite Black shale Cox, D.P., unpublished data. Bornite Kun Yang Grp. 5201 24.15 102.166666666667 .348 AS 242 ShiShan Yimen District CINA 24 7 102 10 52 1.09 China Yunnan Reduced facies Cu Dolomite Purple micaceous dolomite Mid Proterozoic 1500 Chalcopyrite, pyrite, graphite Black shale Cox, D.P., unpublished data. Bornite Kun Yang Grp. 3107 24.1166666666667 102.166666666667 .5668 AS 243 Dahu CINA 24 00 114 00 China Guangdong Redbed Cu Sandstone U. Cretaceous 65 Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3146 24 114 AS 244 HaoJiaHe CINA 23 45 103 35 China Yunnan Redbed Cu Purple sandstone U. Cretaceous 70 Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3125 23.75 103.583333333333 AS 245 GeYiZha CINA 23 35 104 5 China Yunnan Redbed Cu Sandstone U. Cretaceous 70 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3125 23.5833333333333 104.083333333333 AS 246 LaoQingShan CINA 23 30 103 55 China Yunnan Redbed Cu Bluish gray sandstone, dolomite U. Cretaceous 70 Chen, W., 1988, Mesozoic and Cenozoic sandstone-hosted copper deposits in South China: Mineralium Deposita, v. 23, p. 262-267. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 3146 23.5 103.916666666667 AS 247 Netanar INDA 18 52 82 3 India Madya Pradesh Uncl. Shale U. Proterozoic 700 Sen, S., 1975, Metallogeny and geochemistry of copper ib a sedimentary formation of the Indravati Group, Bastar District, Madhya Pradesh: Indian Minerals v, 29,no. 1, p. 27-32. 8003 18.8666666666667 82.05 AS 248 Nan THLD 18 45 100 50 Thailand Redbed Cu Sandstone, shale Jurassic 150 Tantisukrit, C., 1978, Review of the metallic mineral resources of Thailand: Third Regional Conference on Geology and Mineral Resources of Souteast Asia, Bankok Thailand, 14-18 Nov., 1978, 541 p. Khorat Grp.. 18.75 100.833333333333 AS 249 Lampang THLD 18 34 99 55 Thailand Redbed Cu Sandstone Triassic 220 Tantisukrit, C., 1978, Review of the metallic mineral resources of Thailand: Third Regional Conference on Geology and Mineral Resources of Souteast Asia, Bankok Thailand, 14-18 Nov., 1978, 541 p. Asnachinda, P. and Chantaramee, S., 1986, Regional controls of hydrothermal ore localization in Northern Thailand: GEOSEA V Proceedings, V. 1, Geological Society of Malaysia, Bulletin 19 p. 421-429. Lampang Grp.. 18.5666666666667 99.9166666666667 AS 250 Nam Phat Fak Tha THLD 18 00 100 48 Thailand Uncl. Sandstone Jurassic 150 Workman, D.R.,1972, Mineral resources of the Lower Mekong Basin and adjacent areas of the Khmer Republic, Laos, Thailand, and Viet Nam: United Nations, Mineral Resources Development Series No. 39 Khorat Grp., Sao Khua Fm. 18 100.8 AS 251 Phu Wiang Pratu Teema THLD 16 40 102 15 Thailand Redbed Cu Arkose, siltstone, mudstone U. Jurassic 150 Contains U. Cu, V, Mn, Pb Tantisukrit, C., 1978, Review of the metallic mineral resources of Thailand: Third Regional Conference on Geology and Mineral Resources of Souteast Asia, Bankok Thailand, 14-18 Nov., 1978, 541 p. Gocht, W. , 1981, Type and origin of uranium mineralization in the Khorat Plateau, Thailand: Economic Geology, v. 76, p 1232-1244. Khorat Grp., Sao Khua Fm. 16.6666666666667 102.25 AS 252 Houei Phai LAOS 14 28 105 41 Laos Uncl. Green sandstone, shale Jurassic 160 Fontain, H, and Workman, D.R., 1978, Review of the geology and mineral resources of Kampuchea, Laos, and Vietnam: Third Regional Conference on Geology and Mineral Resources of Southeast Asia, Bangkok, Thailand, 14-18 Nov., P. 541 14.4666666666667 105.683333333333 AS 253 Nong Khoum Thong LAOS 14 20 105 38 Laos Uncl. Green and red sandstone, andesite Jurassic 160 Fontain, H, and Workman, D.R., 1978, Review of the geology and mineral resources of Kampuchea, Laos, and Vietnam: Third Regional Conference on Geology and Mineral Resources of Southeast Asia, Bangkok, Thailand, 14-18 Nov., P. 541 14.3333333333333 105.633333333333 AS 254 Bagacay PLPN 11 50 125 15 2.9 3.5 Philippines Samar I. Redbed Cu Sandstone, carbonaceous shale, coal Andesite, diorite Pliocene 7 Chalcopyrite, chalcocite, pyrite, marcasite Limestone Pliocene beds underlain by pyritic rocks containing massive sulfide occurrences Kinkle. A.R., Jr., Santos-Ynigo, L.M., Samaniego, S., Crispin, O., 1956, Copper deposits of the Philippines: Philippine Bureau of Mines Publication No. 16, 305 p. McMahon, A.D., 1965, Copper, a materials survey: United States Bureau of Mines, Information Circular 8225, 340 p. 11.8333333333333 125.25 .1015 AS 255 Wave Hill AUNT -17 -20 131 02 Australia Northern Territory Uncl. Chert, conglomerate U. Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Watite Grp. -17.3333333333333 131.033333333333 AU 256 Owen Springs Waterhouse Range AUNT -24 -03 133 16 Australia Northern Territory Redbed Cu Siltstone Cambrian 550 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p IllaraFm. -24.05 133.266666666667 AU 257 Boorloo AUSA -29 -40 137 55 Australia South Ausralia Redbed Cu Conglomerate, sandstone, siltstone U. Proterozoic 630 Chalcopyrite, pyrite Rayner, R.A., and Rowlands, N.J., 1980. Stratiform copper in theLate Proterozoic Boorloo Formation, South Australia: Mineralium Deposita, v. 15, p. 139-149. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Umberatana Grp. -29.6666666666667 137.916666666667 AU 258 Warra Warra AUSA -29 -53 137 49 Australia South Ausralia Uncl. Shale, sandstone, dolomitic siltstone U.Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Burra Grp. -29.8833333333333 137.816666666667 AU 259 Yudnamutana AUSA -30 00 139 20 Australia South Australia Uncl. amphibolite, meta dolomite U. Proterozoic 630 Chalcopyrite, pyrrhotite Rowlands, N.L., 1974, The Gitology of some Adlaidean stratiform copper occurrencesin BartholomŽ, Paul, ed. Gisements Statiform et Provinces CuprifŽre: LiŽge, SociŽtŽ Geologique de Belgique, p. 419-427. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -30 139.333333333333 AU 260 Mount Coffin AUSA -30 -36 138 30 Australia South Ausralia Redbed Cu Siltstone, breccia, dolomite U.Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Umberatama Grp. -30.6 138.5 AU 261 Blinman AUSA -31 -06 138 45 4 1.0 Australia South Australia Reduced facies Cu Dolomite and shale U. Proterozoic 630 In large breccia dome 6 by 12 km. Appears to be a salt diapir. Ore is strata bound in a suspended raft of dolomite 15 by 200 m Solomon, M., Groves, D.I., and Jaques, A.L., 2000, The geology and origin of AustraliaŐs mineral deposits: Centre for Ore Deposit Research, University of Tasmania, 1002 p. U. Callanna Grp. -31.1 138.75 .04 AU 262 Mount Gunson AUSA -31 -27 137 15 5.5 2.1 7.7 Australia South Australia Reduced facies Cu Mudstone, sandstone, breccia Red sandstone U. Proterozoic 630 Chalcocite, bornite Anomalous Pb, Zn, Co, As, Ni, Th. In Umberatana group between Sturtian and Marinoan tillites Maiden, K.J., Innes, A.H., King, M.J., Master, S., and Pettitt, I., 1984, Regional controls on the localization of stratabound copper deposits: Proterozoic examples from southern Africa and South Australia: Precambrian Research, V. 25, p. 99-118. Knutson, Janice, Donnelly, T.H., and Tonkin, D.G., 1983, Geochemical constraints on the genesis of copper mineralization in the Mount Gunson area, South Australia: Economic Geology v. 78, p. 250-274 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Chalcopyrite, digenite, djurleite, pyrite Tapley Hill Fm., Whyalla Ss. 3957 -31.45 137.25 .1155 AU 263 Yadlamalka AUSA -31 -45 137 18 Australia South Australia Reduced facies Cu Arkose U. Proterozoic 630 Chalcopyrite, pyrite, chalcocite Rowlands, N.L., 1974, The Gitology of some Adlaidean stratiform copper occurrencesin BartholomŽ, Paul, ed. Gisements Statiform et Provinces CuprifŽre: LiŽge, SociŽtŽ Geologique de Belgique, p. 419-427. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -31.75 137.3 AU 264 Cattle Grid MG14 AUSA -31 -26 -20 137 8 7.5 1.7 8.3 Australia South Australia Reduced facies Cu sandstone Chalcocite, bornite, chalcopyrite sandstone 2.5 km west of Mount Gunson. M14 (1.5 Mt) is hosted by black shale of Tapley Hill Fm. Tomkin, G.D. and Creelman, R.A. 1990, Mount Gunson copper depositsin Hughes, F.E., ed., Geology and Mineral Deposits of Australia and Papua New Guinea: The Australian Institute of Mining and Metallurgy, pp. 1037-1043. sphalerite, galena, wittichenite, carrolite, Pandura Fm,. Whyalla Ss. -31.4388888888889 137.133333333333 .1275 265 Dutchmans AUSA -31 -45 137 45 Australia South Australia Redbed Cu Sandstone Dolomite U. Proterozoic 630 Chalcopyrite, pyrite, chalcocite Rowlands, N.L., 1974, The Gitology of some Adlaidean stratiform copper occurrencesin BartholomŽ, Paul, ed. Gisements Statiform et Provinces CuprifŽre: LiŽge, SociŽtŽ Geologique de Belgique, p. 419-427. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -31.75 137.75 AU 266 Myall Creek AUSA -32 -15 137 36 Australia South Ausralia Redbed Cu Carbonaceous dolomite U. Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Taply Hill Fm. -32.25 137.6 AU 267 Red Hill AUSA -32 -20 138 45 Australia South Ausralia Uncl. Siltstone, shale U.Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -32.3333333333333 138.75 AU 268 Kanyaka AUSA -32 -25 138 18 Australia South Ausralia Uncl. Siltstone, shale U.Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -32.4166666666667 138.3 AU 269 Prince Alfred AUSA -32 -25 138 34 Australia South Ausralia Uncl. Siltstone, shale U.Proterozoic 630 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -32.4166666666667 138.566666666667 AU 270 Burra Burra Burra AUSA -33 -40 138 50 3.55 3.0 Australia South Australia Reduced facies Cu Limestone, marble breccia, dolomite Sandstone, red beds U. Proterozoic 630 Malachite, azurite, bornite, chalcopyrite, pyrite Shale, tillite Bornite in marble breccia. Chalcopyrite is stratabound in limestone. High-grade secondary ore in sinkholes. Solomon, M., Groves, D.I., and Jaques, A.L., 2000, The geology and origin of AustraliaŐs mineral deposits: Centre for Ore Deposit Research, University of Tasmania, 1002 p. Johnson, W., 1963, A reinterpretation of the BurraBurra copper deposit:The Australasian Institute of Mining and Metallurgy Proceedings No. 206 pp. 63-91. Skillogalee Dolomite -33.6666666666667 138.833333333333 .1065 AU 271 Copper Claim AUSA -34 00 138 15 Australia South Australia Uncl. Carbonaceous dolomite, siltstone, arkose, chert U. Proterozoic 630 Pyrite, chalcopyrite. Dolomite, magnesite, sericite, chlorite siltstone, tuffaceous siltstone Solomon, M., Groves, D.I., and Jaques, A.L., 2000, The geology and origin of AustraliaŐs mineral deposits: Centre for Ore Deposit Research, University of Tasmania, 1002 p. Lambert, I.B., Donnelly, T.H., Etminan, H. , and Rowlands, N.J., 1984, Genesis of Late Proterozoic copper mineralization, Copper Claim, South Australia: Economic Geology, V. 79, pp. 461-475. Bornite, native copper, marcasite, pyrrhotite, mackinawite U. Callanna Grp. -34 138.25 AU 272 Kapunda AUSA -34 -27 138 41 Australia South Australia Reduced facies Cu Carbonaceous, dolomitic siltstone Upper Proterozoic 650 Chalcopyrite, pyrite, pyrrhotite siltstone, tillite Lambert, I.B., Donnelly, T.H., and Rowlands, N.J., 1980, Genesis of Upper Proterozoic stratabound copper mineralization, Kapunda, South Australia: Mineralium Depositaa, v. 15, pp. 1-18. Chalcocite, bornite, galena, sphalerite Tapley Hill fm -34.45 138.683333333333 AU 273 Kanmantoo AUSA -35 -06 139 00 12 1 Australia South Ausralia Uncl. Garnet andalusite schist, quartz-feldspar schist, quartz-mica schist Cambrian 530 Chalcopyrite pyrrhotite, magnetite Metamorphosed in Cambrian-Ordovician orogeny Verwoerd, P.J., and Cleghorn, J.H., 1975, Kanmantoo copper orebody in Knight, Cl., ed., Economic Geology of Australia and Papua New Guinea, v. 1, Metals: Australian Institute of Mining and Metallurgy, Melbourne, p. 560-567. Lambert, I.B., Knutsen, J., Donnelly, T.H., and Etminan, H., 1986, The diverse styles of sediment-hosted copper deosits in Australia in Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. Pentlandite, cobaltite, bismuth, bismuthinite, cubanite, galena pyrite, gold, silver Brukunga Fm. -35.1 139 .12 AU 274 Gippsland AUVT -37 -45 147 30 Australia Victoria Redbed Cu Devonian-Carboniferous 345 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p -37.75 147.5 AU 275 Repparfjord NRWY 70 26 24 13 3.06 0.663 70 Norway Redbed Cu Sandstone, conglomerate U. Proterozoic 1000 Bjorlykke, A., Olerud, S,, and Sandstad,J.S., 1985, Metallogeny of Finnmark, North Norway: Norges Geologiske Undersokelse, Bulletin 403, p.183-196. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 70.4333333333333 24.2166666666667 .0202878 EU 276 Aitik SWDN 67 07 21 00 1066 0.4 0.3 Sweden Uncl. Biotite schist, amphibolite Proterozoic 1500 Chalcopyrite, pyrite, magnetite, pyrrhoyite. Barite, calcite, fluorite, scapolite Contains 0.3 g/mt Au. Aitik may be a Fe oxide Cu-Au deposit. Frietsch, R., 1984, The ore deposits of Sweden in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 25-38. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 67.1166666666667 21 4.264 EU 277 Stora Strand SWDN 58 59 12 30 Sweden Uncl. Mica-chlorite schist, amphibolite Proterozoic 1200 Chalcopyrite, bornite, galena sphalerite. Albite, chlorite, fluorite Contains 1 % Cu. Frietsch, R., 1984, The ore deposits of Sweden in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 25-38. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Dalsland Grp. 58.9833333333333 12.5 EU 278 Burray Island UKSC 58 51 -02 -56 Scotland Orkney Islands Uncl. Sandstone, algal dolomite U. Devonian 370 Contains Cu-Pb Muir, R.O., and Ridgway, J.M., 1075Sulfide mineralisation of the continentalDevonian sediments of Orkney (Scotland): Mineralium Deposita v. 10, p. 205-215. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Old Red Ss. 58.85 -2.93333333333333 EU 279 Visingso SWDN 58 23 14 30 Sweden Redbed Cu Sandstone L. Cambrian 550 Pyrite, chalcocite, chalcopyrite Frietsch, R., 1984, The ore deposits of Sweden in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 25-38. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 58.3833333333333 14.5 EU 280 Firth of Forth UKSC 56 03 48 -03 -13 -30 Scotland Redbed Cu Algal limestone L. Carboniferous 340 Parnell, J., 1983, Stromatolite-hosted mineralisation in the Oil Shale Group, Scotland: Transactions of the Institution of Mining and Metallurgy (Section B) v. 92 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Oil Shale Grp., Birdiehouse Lms. 56.0633333333333 -3.225 EU 281 Drumshantie Gourock UKSC 55 56 -04 -47 Scotland Redbed Cu Sandstone L. Carboniferous 340 Malachite, bornite Contains plant remains Dewey, H., 1925, Copper ores of Midlands, Wales, The Lake District and the Isle of Man: Special Report on the Mineral Resources of Great Britain, v. 30 Allen, P.M., 1980, Copper mineralization in Great Britain, in, European Copper Deposits: Society for Geology Applied to Mineral Deposits, Belgrade, Special Publication No. 1, P. 266-276 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Clyde Ss. 55.9333333333333 -4.78333333333333 EU 282 Larkfield Gourock UKSC 55 53 -04 -42 Scotland Redbed Cu Sandstone L. Carboniferous 340 Malachite Stephenson, D., 1983, Baryte and copper mineralization in the Renfrewshire Hills, Central Scotland: Mineral Reconnaissance Programme, Institute of Geological Sciences, Report no. 67, 15 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Clyde Ss. 55.8833333333333 -4.7 EU 283 Well 41/25A-1 UKEN 54 15 05 30 England North Sea Reduced facies Cu Mudstone Permian 260 Sample 51 from 5654 feet contains 750 ppm Cu, 340 Pb, 116 Zn, 1,650 V, 230 Co Haslam, H.W., 1982, The Marl Slate (Kupferschiefer) in the Southern North Sea Basin in Miscellaneous Investigations on Mineralisation in Sedimentary Rocks: Institute of geological Science, Mineral Reconnaissance Programme Report No. 52, 19 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Marl Slate (Kupferschiefer) 54.25 5.5 EU 284 Helgoland GRMY 54 09 07 52 Germany Redbed Cu Red sandstone L. Triassic 220 malachite cuprite, native copper Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Middle Bunter 54.15 7.86666666666667 EU 285 Well 48/12-2 UKEN 53 31 01 17 England North Sea Reduced facies Cu Mudstone Permian 260 One foot thick bed contains 7000 ppm Cu, base of Kupferschiefer Haslam, H.W., 1982, The Marl Slate (Kupferschiefer) in the Southern North Sea Basin in Miscellaneous Investigations on Mineralisation in Sedimentary Rocks: Institute of geological Science, Mineral Reconnaissance Programme Report No. 52, 19 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Marl Slate (Kupferschiefer) 53.5166666666667 1.28333333333333 EU 286 Well 49/20-1 UKEN 53 24 02 54 England North Sea Reduced facies Cu Mudstone Permian 260 Three inch thick bed contains 3000 ppm Cu, 1500 ppm V, 7908 feet deep Haslam, H.W., 1982, The Marl Slate (Kupferschiefer) in the Southern North Sea Basin in Miscellaneous Investigations on Mineralisation in Sedimentary Rocks: Institute of geological Science, Mineral Reconnaissance Programme Report No. 52, 19 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Marl Slate (Kupferschiefer) 53.4 2.9 EU 287 Alderly Edge UKEN 53 18 -02 -15 0.15 2.1 England Cheshire Reduced facies Cu Triassic 220 Ixer, R.A., 1982, The primary mineralogy of the Alderly Edge deposit, Cheshire: Mineralogical Magazine, v. 46, P.485-492. Bateson, J.H., 1982, Geochemical reconnaissance in the Cheshire Basin in Misc. Investigations on Mineralization in Sedimentary Rocks:Mineral Reconnaissance Programme, Institute of Geological Sciences, Report no. 52. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Helsby Ss. 53.3 -2.25 .00315 EU 288 Mottram -St.Andews UKEN 53 18 -02 -13 England Cheshire Redbed Cu Gray sandstone Triassic 220 Malachite, galena, pyromorphite, vanadinite, barite Bateson, J.H., 1982, Geochemical reconnaissance in the Cheshire Basin in Misc. Investigations on Mineralisation in Sedimentary Rocks: Mineral Reconnaissance Programme, Institute of Geological Sciences, Report no. 52. Lindgren, W. Mineral Deposits, 4th Edition: McGraw Hill, 930 p. Keuper Fm. 53.3 -2.21666666666667 EU 289 Ballyvergin UKIR 52 53 -08 -55 0.136 1 17.1 Ireland Uncl. Limestone, shale L. Carboniferous 340 Holland, C.H. 1981, A Geology of Ireland, Chapter 18, Economic Geology: Scottish Akademic Press, Edinburgh, 317 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 52.8833333333333 -8.91666666666667 .00136 EU 290 Eardiston UKEN 52 50 -02 -59 England Cheshire Reduced facies Cu White sandstone Triassic 220 Malachite Bateson, J.H., 1982, Geochemical reconnaissance in the Cheshire Basin in Misc. Investigations on Mineralisation in Sedimentary Rocks:Mineral Reconnaissance Programme, Institute of Geological Sciences, Report no. 52. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Keuper Fm. 52.8333333333333 -2.98333333333333 EU 291 Grinshill UKEN 52 45 -02 -40 England Cheshire Reduced facies Cu Gray sandstone Triassic 220 Malachite Bateson, J.H., 1982, Geochemical reconnaissance in the Cheshire Basin in Misc. Investigations on Mineralisation in Sedimentary Rocks:Mineral Reconnaissance Programme, Institute of Geological Sciences, Report no. 52. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Keuper Fm. 52.75 -2.66666666666667 EU 292 Shore Hill UKEN 52 45 -02 -01 England Uncl. Gray sandstone Triassic 220 Malachite, galena Dewey, H., 1925, Copper ores of Midlands, Wales, The Lake District and the Isle of Man: Special Report on the Mineral Resources of Great britain, v. 30 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Bunter Cgl. 52.75 -2.01666666666667 EU 293 Ballymacarbry UKIR 52 16 -07 -12 Ireland Redbed Cu Sandstone Devonian 380 Emo, G.T., 1981, A review of mineralisation in the Old Red Sanstone and its signifigance to Irish exploration in Brown, A.G., ed., Mineral Exploration in Ireland, Progress and Developments, 1971-1981, p. 27-34. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Old Red Ss., Toe Head Fm. 52.2666666666667 -7.2 EU 294 Mallow UKIR 52 07 -08 -39 3.6 0.7 27.4 Ireland Uncl. Limestone, shale L. Carboniferous 340 Holland, C.H. 1981, A Geology of Ireland, Chapter 18, Economic Geology: Scottish Akademic Press, Edinburgh, 317 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 52.1166666666667 -8.65 .0252 EU 295 Hahausen GRMY 51 59 10 12 30 Germany Reduced facies Cu shale Conglomerate, sandstone Permian 260 Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.9833333333333 10.2083333333333 EU 296 Wild Goat UKIR 51 53 -09 -57 Ireland Redbed Cu Sandstone Mudstone U. Devonian 370 Malachite Snodin, S.R., The nature and origin of copp-rich sedimentary rocks in Southwest Cork, Ireland: IGS Synposium, Galway Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p West Cork Ss. 51.8833333333333 -9.95 EU 297 Osterode GRMY 51 44 00 10 16 00 Germany Reduced facies Cu Calcareous clay Permian 260 Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.7333333333333 10.2666666666667 EU 298 Southwest Cork UKIR 51 40 -08 -52 Ireland Redbed Cu Sandstone U. Devonian 370 Grade < 0.2% Cu Snodin, S.R., The nature and origin of copp-rich sedimentary rocks in Southwest Cork, Ireland: IGS Synposium, Galway Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p West Cork Ss. 51.6666666666667 -8.86666666666667 EU 299 Zary PLND 51 38 30 15 05 30 Poland Redbed Cu Sandstone, coal, shale L.Permian 270 Fore-Sudetin Monocline Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Rotliegendes 51.6416666666667 15.0916666666667 EU 300 Mansfeld Sangerhausen GRMY 51 36 11 28 75 2.9 150 Germany Reduced facies Cu Permian 260 Chalcocite, neodigenite, covellite, idaite, bornite, chalcopyrite, gatena, sphalerite Thuringian Basin Vaughn, D.J., Sweeney, Diedel, G.F.R., ans Haranczyk, C., 1989, The Kupferschiefer: An overview with an appraisal of the different types of mineralization: Economic Geology, v. 84, p. 1003-1027. Tennantite, arsenopyrite, enargite, stromeyerite, native silver, linnaeite, millerite Zechstein 4046 51.6 11.4666666666667 2.175 EU 301 Spremberg GRMY 51 35 14 22 Germany Reduced facies Cu Bituminous clay, marl Permian 260 Contains Cu, Zn, Pb Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Reh.H., 1984, Vue dŐensemble sur la mŽtallogenie de la Republique DŽmocratique Allemande in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 237-256 Vaughn, D.J., Sweeney, Diedel, G.F.R., ans Haranczyk, C., 1989, The Kupferschiefer: An overview with an appraisal of the different types of mineralization: Economic Geology, v. 84, p. 1003-1027. Zechstein 4038 51.5833333333333 14.3666666666667 EU 302 Sierozovice PLND 51 33 15 54 Poland Reduced facies Cu Limestone. sandstone Permian 260 Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Zechstein 4033 51.55 15.9 EU 303 Polkovice PLND 51 29 30 16 02 30 Poland Reduced facies Cu Limestone. sandstone Permian 260 Chalcocite, covellite, bornite, chalcopyrite, galena, sphalerite, hematite Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Vaughn, D.J., Sweeney, Diedel, G.F.R., ans Haranczyk, C., 1989, The Kupferschiefer: An overview with an appraisal of the different types of mineralization: Economic Geology, v. 84, p. 1003-1027. Kucha, H,. and Przybylowicz, W., 1999, Noble metals in organic matter and clay-organic matrices, Kupferschiefer, Poland: Economic Geology, v. 94, p. 1137-1162. Native silver, gold, platinum, palladium, thucolite Zechstein 4033 51.4916666666667 16.0416666666667 EU 304 Sangerhausen GRMY 51 29 24 11 16 48 Germany Reduced facies Cu Permian 260 Contains Cu, Pb, Zn, Ag Reh.H., 1984, Vue dŐensemble sur la mŽtallogenie de la Republique DŽmocratique Allemande in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 237-256 Vaughn, D.J., Sweeney, Diedel, G.F.R., ans Haranczyk, C., 1989, The Kupferschiefer: An overview with an appraisal of the different types of mineralization: Economic Geology, v. 84, p. 1003-1027. Zechstein 4038 51.49 11.28 EU 305 Marsberg GRMY 51 28 00 08 53 15 4 1.5 Germany Uncl. Marl, bituninous limestone U. Permian 260 Chalcocite, bornite, chalcopyrite, pyrite, marcasite, tettrahedrite Fault-controlled chalcopyrite, pyrite, marcasite, tettrahedrite mineraization. Age of fault breccia is pre Zechstien Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.4666666666667 8.8875 .06 EU 306 Leitmar GRMY 51 24 00 08 51 00 Germany Reduced facies Cu Clay Permian 260 30 cm. seam of copper clay Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.4 8.85 EU 307 Udersleben Heldrungen GRMY 51 24 00 10 15 24 Germany Reduced facies Cu Permian 260 Reh.H., 1984, Vue dŐensemble sur la mŽtallogenie de la Republique DŽmocratique Allemande in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 237-256 Zechstein 4038 51.4 10.2566666666667 EU 308 Lubin Rudna PLND 51 24 16 08 2600 2 30 Poland Reduced facies Cu Shale, siltstone, sandstone Sandstone Permian 260 Chalcocite, covellite, bornite, chalcopyrite, galena, sphalerite, hematite Limestone major ore zone is in white sandstone Large, D.J., and Small,J.S., 2000, Diffusion and reaction-controlled Cu-Pb-Zn ore mineral precipitation in a reducing system: amodel applied to the pattern of ore mineral precipitation in the Kupferschieffer and othe black shales: Economic Geology, v. 95, p.577-586 Kucha, H,. and Przybylowicz, W., 1999, Noble metals in organic matter and clay-organic matrices, Kupferschiefer, Poland: Economic Geology, v. 94, p. 1137-1162. Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Oszczepalski, S., and Rhydzewski, A., 1991, The Kupferschiefer mineralization in Poland: Zentralblatt Geologie und Palaontologie, Teil I, v. 4, p. 957-999. Native silver, gold, platinum, palladium, thucolite Zechstein 4033 51.4 16.1333333333333 52 EU 309 Malomice PLND 51 23 16 11 Poland Reduced facies Cu Limestone. sandstone Permian 260 Fore-Sudetin Monocline Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Zechstein 4033 51.3833333333333 16.1833333333333 EU 310 Witzenhausen GRMY 51 20 00 09 52 00 Germany Reduced facies Cu Calcareous clay Permian 260 Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.3333333333333 9.86666666666667 EU 311 Lubichow PLND 51 16 30 15 34 Poland Reduced facies Cu Bituminous marly shale, limestone Permian 260 North Sudetic Syncline Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Zechstein 51.275 15.5666666666667 EU 312 Konrad PLND 51 15 13 43 182.5 0.7 Poland Reduced facies Cu Shale, siltstone Sandstone Permian 260 Chalcocite, covellite, bornite, chalcopyrite, galena, sphalerite, hematite Limestone Large, D.J., and Small,J.S., 2000, Diffusion and reaction-controlled Cu-Pb-Zn ore mineral precipitation in a reducing system: amodel applied to the pattern of ore mineral precipitation in the Kupferschieffer and othe black shales: Economic Geology, v. 95, p.577-586 Kucha, H,. and Przybylowicz, W., 1999, Noble metals in organic matter and clay-organic matrices, Kupferschiefer, Poland: Economic Geology, v. 94, p. 1137-1162. Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Zechstein 4033 51.25 13.7166666666667 1.2775 EU 313 Korbach GRMY 51 13 08 47 Germany Reduced facies Cu Marl, limestone Permian 260 12-15 layers. Up to 4% Cu Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.2166666666667 8.78333333333333 EU 314 Lena PLND 51 06 30 15 49 Poland Reduced facies Cu Marl, limestone Permian 260 Fore-Sudetin Monocline Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Zechstein 4033 51.1083333333333 15.8166666666667 EU 315 Nowy Kosciol PLND 51 06 15 54 Poland Reduced facies Cu Limestone. sandstone Permian 260 Fore-Sudetin Monocline Jowett, E.C., Rydzewski, A., and Jowett, R.J., 1986, The Kupferschiefer Cu-Ag deposits in Poland: a re-appraisal of the evidence of their origin and presentaton of a new genetic model: Canadian Journal of Earth Science, v. 24, p. 2016-2037. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Zechstein 4033 51.1 15.9 EU 316 Geismar GRMY 51 05 00 08 52 00 Germany Reduced facies Cu Calcareous clay Permian 260 Chalcocite, chalcopyrite, tetrahedrite, pyrargyrite, native silver 1-2 m thick, 1.0 % Cu, 11 g/mt Ag Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 51.0833333333333 8.86666666666667 EU 317 Richelsdorf GRMY 50 59 09 54 42 0.99 25 Germany Reduced facies Cu Sandstone and slate Gray sandstone Permian 260 Bornite, chalcocite, chalcopyrite, pyrite, galena, sphalerite, barite Slate Cobalt minerals recovered. Schmidt, F.P., Schumacher, C., Spieth, V., and Friedrich, G. 1986, Results of recent exploration for copper-silver deposits in the Kupferschiefer of West Germanyin Friedrich, G.H., Genkin, A.D., Naldrett, A.J., Ridge, J.D., Sillitoe, R.H., and Vokes, F.M. Geology and Metallogeny of Copper Deposits, Proceedings 27th International Geological Congress, Moscow, 1984: Berlin, Springer-Verlag, p. 573-582. Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Vaughn, D.J., Sweeney, Diedel, G.F.R., ans Haranczyk, C., 1989, The Kupferschiefer: An overview with an appraisal of the different types of mineralization: Economic Geology, v. 84, p. 1003-1027. Marcasite, tennantite, lšllingite Zechstein 4039 50.9833333333333 9.9 .4158 EU 318 Schweina GRMY 50 49 48 10 18 00 Germany Reduced facies Cu Permian 260 Contains Cu, Ag 50.83/10.3 Reh.H., 1984, Vue dŐensemble sur la mŽtallogenie de la Republique DŽmocratique Allemande in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 237-256 Zechstein 4038 50.83 10.3 EU 319 Ilmenau GRMY 50 42 00 10 53 24 Germany Reduced facies Cu Bituminous clay, marl Permian 260 Contains Cu, Ag Reh.H., 1984, Vue dŐensemble sur la mŽtallogenie de la Republique DŽmocratique Allemande in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 237-256 Zechstein 4038 50.7 10.89 EU 320 Kostalov CZEC 50 37 15 40 Czech Republic Bohemia Redbed Cu Siltstone Permian 280 Conglomerate Contains V Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 50.6166666666667 15.6666666666667 EU 321 Okrzeszyn PLND 50 33 15 16 30 Poland Redbed Cu Sandstone, coal, shale L.Permian 270 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Rotliegendes 50.5541666666667 16.5 EU 322 Horni Vernerovice Wernersdorf CZEC 50 34 16 10 Czech Republic Bohemia Redbed Cu Claystone Permian 260 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 50.5666666666667 16.1666666666667 EU 323 Dolembreux BLGM 50 32 5 37 Belgium Uncl. Limestone M. Devonian 385 Contains Cu, Pb, Zn, Ba, F Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Groeden Ss. 50.5333333333333 5.61666666666667 EU 324 Exmouth UKEN 50 31 -03 -30 England Uncl. Sandstone U. Permian 260 Malachite, galena Contains U Dewey, H., 1925, Copper ores of Midlands, Wales, The Lake District and the Isle of Man: Special Report on the Mineral Resources of Great britain, v. 30 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p New Red Ss. 50.5166666666667 -3.5 EU 325 Horni Kalna Wernersdorf CZEC 50 28 15 32 Czech Republic Bohemia Redbed Cu Clay, siltstone Permian 260 Contains U and V Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 50.4666666666667 15.5333333333333 EU 326 Rouveroy BLGM 50 22 4 4 Belgium Uncl. Shale, sandstone, conglomerate L. Devonian 390 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Bournot Fm. 50.3666666666667 4.06666666666667 EU 327 Huttengesass GRMY 50 15 00 09 10 00 Germany Reduced facies Cu Calcareous clay Permian 260 Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 50.25 9.16666666666667 EU 328 Bieber GRMY 50 10 00 09 20 00 Germany Reduced facies Cu Calcareous clay Permian 260 chalcopyrite, tetrahedrite, galena 2 m thick, 0.4 % Cu, 0.9 Pb, 40 g/mt Ag Walther, H.W.,1986, Federal Republic of Germany in Dunning, F.W., and Evans, A.M., eds., Mineral deposits of Europe, v. 3, Central Europe: Institution of Mining and Metallurgy, The Mineralogical Society, p. 175-293. Zechstein 4038 50.1666666666667 9.33333333333333 EU 329 Artemovsk Basin UKRA 48 36 38 02 Ukraine Uncl. Sandy clay Limestone Contains Cu grading upward to Pb Zn Strakhov, N.M., 1962, Principles of lithogenesis (Translated by Fitzimmons, J.P., editedby Tomkieff, S.I., and Hemingway, J.E.) New York, Plenum Publishing Corp. and Edinburgh, Oliver and Boyd, 577 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 48.6 38.0333333333333 EU 330 Sankovce SLOV 48 34 20 18 Slovak Republic Uncl. Marl, schist, sandstone, gypsum, anhydrite Evaporite Permian-Triassic 225 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 48.5666666666667 20.3 EU 331 Dnestr UKRA 48 30 27 00 Ukraine Redbed Cu Sandstone, carbonaceous shale L. Devonian 390 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 48.5 27 EU 332 Bakhmut Basinn UKRA 48 30 36 00 Ukraine Redbed Cu Sandstone, siltstone, conglomerate L. Permian 280 Kanana, Y.F., 1974, Association of copper-lead-zinc ore ocurences of the Lower Permian Bakhmut Basin with sulfide ore formation of the Nagolnyi Ridge in the Donets Basin: Lithology and Mineral Resources, Nov. 1974 Davidson, C.F.,1965, A possble mode of origin of stratabound copper ores: Economic Geology, v. 60, p. 942-954. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Kartamysh Fm. 48.5 36 EU 333 Donbass UKRA 48 22 38 07 Ukraine Redbed Cu Sandstone, mudstone, silty carbonate L. Permian 280 Strakhov, N.M., 1962, Principles of lithogenesis (Translated by Fitzimmons, J.P., editedby Tomkieff, S.I., and Hemingway, J.E.) New York, Plenum Publishing Corp. and Edinburgh, Oliver and Boyd, 577 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Kartamysh Fm. 48.3666666666667 38.1166666666667 EU 334 Darno-Hegy HUNG 48 20 21 30 Hungary Uncl. Shale L. Mesozoic 200 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 48.3333333333333 21.5 EU 335 Kal Mius Torets Basin UKRA 47 30 37 30 Ukraine Redbed Cu Argillite, siltstone, sandstone L. Permian 280 Bogdanov, Y.V., BurŐyanova, E.Z., and Kytyrev, E.I., 1973, Stratifitzirovannye mestotozhdenniya nedi SSSR (Strata-bound copper deposits of the USSR): Leningrad, Nedra Publishing House, 312 p. (in Russian) Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Kartamysh Fm. 47.5 37.5 EU 336 Murtschenalp SWIS 47 04 09 15 Switzerland Redbed Cu Breccia, sandstone, siltstone Permian 260 Jaffe, F.C., 1984, MetallogŽnie de la Suisse in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 25-38. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 47.0666666666667 9.25 EU 337 South Tyrol ITLY 46 23 11 26 Italy Redbed Cu Sandstone M. Permian 260 Wopfner, H., Griesecke, S., Koch, J., and Fels,H., 1983, New aspects on Metal deposits of the Groeden Sandstone (South Tyrol, taly) in Schneider, H.J., ed., Mineral Deposits of the Alps and of the Alpine Epoch in Europe, Springer Verlag, p. 60-69. Groeden Ss. 46.3833333333333 11.4333333333333 EU 338 Leysin SWIS 46 21 07 01 Switzerland Uncl. Marl Paleocene 60 Jaffe, F.C., 1984, MetallogŽnie de la Suisse in Unesco, Explanatory Memoir of the Melallogenic map of Europe and Neighboring Countries, p. 25-38. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 46.35 7.01666666666667 EU 339 Ubine FRNC 46 18 15 06 44 00 France Redbed Cu Marl Paleocene 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 46.3041666666667 6.73333333333333 EU 340 Le Biot FRNC 46 15 00 06 39 00 France Uncl. Marl, limestone, calcareous sandstone Paleocene 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 46.25 6.65 EU 341 Jambaz FRNC 46 12 30 06 31 00 France Uncl. Marl, limestone, calcareous sandstone Paleocene 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 46.2083333333333 6.51666666666667 EU 342 La Riolle FRNC 46 o5 06 06 32 30 France Uncl. Marl Paleocene 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 46.085 6.54166666666667 EU 343 Skofje SLVN 45 05 14 15 Slovenia Redbed Cu Gray sandstone, siltstone, shale Permian 260 Panonian Basin Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Drovenik, M., 1980, Copper deposits in Permian Sandstone of Yugoslavia in European Copper Deposits: Belgrade, Society for Geology Applied to Mineral Deposits, Special Pub. No. 1, p. 261-264. Val Gardena Seq. 45.0833333333333 14.25 EU 344 Pont des Roberts FRNC 44 04 00 06 51 30 France Redbed Cu Conglomerate Permian L. Triassic 225 Chalcopyrite, bornite, pyrite, chalcocite, digenite Vinchon, C., 1984, SŽdimentogŽnese et mŽtallogŽnese du Permien du D™me du Barrot (Alpes Maritimes France): Documents du B.R.G.M. No. 70, 444 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Idaite, wittichenite . 44.0666666666667 6.85833333333333 EU 345 Bancairon FRNC 44 03 15 06 51 36 France Redbed Cu Conglomerate L. Triassic 225 Tennantite, chalcopyrite, pyrite, luzonite, Overlies Permian beds Vinchon, C., 1984, SŽdimentogŽnese et mŽtallogŽnese du Permien du D™me du Barrot (Alpes Maritimes France): Documents du B.R.G.M. No. 70, 444 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Germanite, renierite, briarite . 44.0541666666667 6.86 EU 346 Giordannet Hubac de Jourdan Est FRNC 44 02 00 06 51 30 France Redbed Cu Permian 260 Chalcopyrite, bornite, idaite, pyrite, enargite Vinchon, C., 1984, SŽdimentogŽnese et mŽtallogŽnese du Permien du D™me du Barrot (Alpes Maritimes France): Documents du B.R.G.M. No. 70, 444 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Digenite, covellite Leouve Fm. 44.0333333333333 6.85833333333333 EU 347 Liouc FRNC 44 01 45 06 50 00 France Redbed Cu Conglomerate, sandstone L. Triassic 225 Bornite, chalcocite, digenite, covellite Overlies Permian beds Vinchon, C., 1984, SŽdimentogŽnese et mŽtallogŽnese du Permien du D™me du Barrot (Alpes Maritimes France): Documents du B.R.G.M. No. 70, 444 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p U in organic material . 44.0291666666667 6.83333333333333 EU 348 Cerisier FRNC 43 59 12 06 53 30 France Redbed Cu Conglomerate L. Triassic 225 Chalcocite, digenite, covellite, bornite, chalcopyrite, pyrite, , Overlies Permian beds Vinchon, C., 1984, SŽdimentogŽnese et mŽtallogŽnese du Permien du D™me du Barrot (Alpes Maritimes France): Documents du B.R.G.M. No. 70, 444 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Luzonite, enagite, delafossite . 43.9866666666667 6.89166666666667 EU 349 Lodeve FRNC 43 44 00 03 19 00 France Uncl. Conglomerate, sandstone Triassic 220 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 43.7333333333333 3.31666666666667 EU 350 Suva Planina Mountain YUGO 43 10 22 15 Yugoslavia Serbia Redbed Cu Arkose, siltstone Redbeds Permian 260 Droveni, M., 1983, Mineral deposits in Permian sandstone of Yugoslavia in European Copper Deposits: Society for Geology Applied to Mineral Deposits, Belgrade, Special Publication No. 1, P. 261-264 43.1666666666667 22.25 EU 351 Cap Garonne FRNC 43 04 00 06 19 00 France Redbed Cu Conglomerate, sandstone L. Triassic 225 Galena, sphalerite, tennantite, chalcopyrite, bornite, digenite, chalcocite, covellite Overlies Permian beds Vinchon, C., 1984, SŽdimentogŽnese et mŽtallogŽnese du Permien du D™me du Barrot (Alpes Maritimes France): Documents du B.R.G.M. No. 70, 444 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p . 43.0666666666667 6.31666666666667 EU 352 Zaragoza SPAN 41 35 00 -55 Spain Uncl. Sandstone Oligocene 30 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Sos y Biel Fm. 41.5833333333333 -.916666666666667 EU 353 Menorca Island SPAN 39 59 04 05 Spain Uncl. Marl L Triassic 220 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 39.9833333333333 4.08333333333333 EU 354 Santomera SPAN 38 03 -01 -03 Spain Reduced facies Cu Limestone Triassic 260 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 38.05 -1.05 EU 355 Granada SPAN 37 33 -01 -22 Spain Redbed Cu Marl, sandstone Triassic 260 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. 37.55 -1.36666666666667 EU 356 Nasar IRAN 35 35 14 59 50 08 Iran Uncl. Tuffaceous sandstone Eocene 40 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 35.5872222222222 59.8355555555556 ME 357 Nuqeib ISRL 32 45 35 40 Israel Redbed Cu Conglomerate Calcareous sandstone Neogene 12 Calcareous sandstone Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Herod Fm. 32.75 35.6666666666667 ME 358 Khanega IRAN 31 00 02 51 20 06 Iran Uncl. Limestone and dolomite Upper Cambrian 520 Bazin, D.,and Hubner, H., 1969, Copper deposits in Iran: Geological survey of Iran Geological Report 13, p. 93. 31.0005555555556 51.335 ME 359 Fenan JRDN 30 36 35 25 65 1.2 Jordan Uncl. Clay, siltstone Arkose L. Cambrian 560 Chrysocolla, malachite, azurite Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 30.6 35.4166666666667 .78 ME 360 Abu Kashabia JRDN 30 25 35 15 Jordan Uncl. Arkose L.r Cambrian 560 Chrysocolla, malachite, azurite Clay, siltstone Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p 30.4166666666667 35.25 ME 361 Chehel Kureh IRAN 30 11 59 59 55 Iran Uncl. Sandstone Tertiary 30 Bazin, D.,and Hubner, H., 1969, Copper deposits in Iran: Geological survey of Iran Geological Report 13, p. 93. 30.1833333333333 59.9986111111111 ME 362 Har Timna Har Mikhrot ISRL 29 47 34 58 30 Israel Uncl. Sandstone and shale, phosphorite, Mn-rich shale L. Cambrian 560 Chrysocolla, malachite, psuedomalachite, bisbeeite, pyrolusite, cryptomellane Dolomite Mobilzation of Cu in dolomite and redeposition in sandstone beds probably occurred in Miocene. Bar-Mathews, M., 1987, The genesis of uranium in manganese and phosphorite assemblages, Timna Basin, Israel: Geological Magazine, v. 124, no. 3, p. 211-229 Segev, A., and Sass, E., Copper-enriched syngenetic dolostones as spource for epigenetic coper mineralization in sandstones and shales (Timna, Israel)in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 647-658 Timna Fm. 29.7833333333333 34.975 ME 363 Timna ISRL 29 46 34 57 18.1 1.6 Israel Uncl. Sandstone and shale, phosphorite, Mn-rich shale L. Cambrian 560 Dolomite Mobilzation of Cu in dolomite and redeposition in sandstone beds probably occurred in Miocene. U-rich Mn nodules occur in phosphorite. Bar-Mathews, M., 1987, The genesis of uranium in manganese and phosphorite assemblages, Timna Basin, Israel: Geological Magazine, v. 124, no. 3, p. 211-229 Segev, A., and Sass, E., Copper-enriched syngenetic dolostones as spource for epigenetic coper mineralization in sandstones and shales (Timna, Israel)in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 647-658 Timna Fm. 29.7666666666667 34.95 .2896 ME 364 Hare Hakhlil ISRL 29 44 34 58 Israel Redbed Cu White kaolinitic sandstone Lower Cretaceous 124 Dolomite Mobilzation of Cu in dolomite and redeposition in sandstone beds probably occurred in Miocene. Bar-Mathews, M., 1987, The genesis of uranium in manganese and phosphorite assemblages, Timna Basin, Israel: Geological Magazine, v. 124, no. 3, p. 211-229 Segev, A., and Sass, E., Copper-enriched syngenetic dolostones as spource for epigenetic coper mineralization in sandstones and shales (Timna, Israel)in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 647-658 Amir Fm. 29.7333333333333 34.9666666666667 ME 365 Kuhne Mes IRAN 29 15 53 45 Iran Redbed Cu Sandstone, grit, conglomerate Argillaceous dolomite Paleocene-Eocene 55 Brochantite, malachite, minium (Pb oxide), limonite, barite, gypsum, calcite Dolomite, gypsum Aincient mine Haynes, S.J., 1989, Kuhne Mes, southern Iran: a Tertiary Sabkha-hosted Cu-Pb deposit associated with active compressional tectonicsin Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 637-646 Sachun Fm. 29.25 53.75 ME 366 Jabal Murryyi SAAR 20 6 51 41 33 56 0.35 1.69 22.7 Saudi Arabia Redbed Cu Feldspathic sandstone Quartz sericite schist U. Proterozoic 800 malachite chrysocolla, tennorite, and chalcocite Quartz sericite schist Timothy Hayes, written commun., 2001 Worl, R., and Flanigan, V.J., 1976, The Jabal Murryyi copper prospect, Al Aqiq quadrangle, sheet 20-41D, Kingdom of Saudi Arabia: U.S. Geological Survey Saudi Arabian Project Report 212, 18 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Ablah Gr 2101 20.1141666666667 41.5655555555556 .005915 ME 367 Umm ar Rummf Um ar Rumf SAAR 19 9 32 41 22 48 Saudi Arabia Uncl. Feldspathic, chloritic, ankeritic quartzite U. Proterozoic 800 Chalcopyrite, pyrite, sphalerite, galena. Chlorite, ankerite, 3 holes drilled in 1978-79. Intercepts: 4.2 m of 0.375% Cu and 20 g/t Ag; 6.25 m of 0.366% Cu and 11 g/t Ag. 640 m outcropped strike length Timothy Hayes, written commun., 2001 Mawad, M.M, 1982, Mineral Reconnaissance of the area between Wadi yiba and Wadi Qanunah, Kingdom of Saudi Arabia: Saudi Arabian Deputy Ministry for Mineral Resources Open-File Report USGS-OF-02-53, 26 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Ablah Gr 2101 19.1588888888889 41.38 ME 368 Wadi Yiba SAAR 19 9 22 41 48 57 Saudi Arabia Redbed Cu Albite-chlorite hornfels Hematitic quartz-sericite-chlorite-ankerite schists U. Proterozoic 800 Malachite chrysocolla, and chalcocite Hematitic quartz-sericite-chlorite-ankerite schists 1.2 km at thickness averaging 1.1 m; tested with 9 holes in 1968; best intercept was in dolomitic marble: true thickness 3.0 m @ 6.8% Cu and 31 g/t Ag Timothy Hayes, written commun., 2001 Earhart, R.L., 1969, Report on exploration of the Wadi Yiba copper prospect, Tihamat Ash Sham Quadrangle, Kingdom of Saudi Arabia: U.S. Geological Survey Saudi Arabian Project Report 108, 42 p. Davis, W.E., and Akhrass, M.N., 1967, Preliminary geophysical investigation of the Wadi Yiba copper prospect, Saudi Arabia: U.S. Geological Survey Saudi Arabian Project Technical Letter 96, 4 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. bornite Ablah Gr 2101 19.1561111111111 41.8158333333333 ME 369 Al Mehdadah SAAR 19 7 36 41 48 36 0.45 1.1 7 Saudi Arabia Uncl. quartz-sericite-biotite-garnet schist Hematitic quartz-sericite-chlorite-ankerite schists U. Proterozoic 800 Pyrite, pyrrhotite, chalcopyrite, sphalerite, magnetite. Hematitic quartz-sericite-chlorite-ankerite schists 6 diamond drillholes demonstrated 0.45 Mt at 1.1% Cu, 7 g/t Ag, and 0.6 g/t Au to a vertical depth of 100 m. Rock in excess of 1% Cu has strike length of 250 m Timothy Hayes, written commun., 2001 Sanders, R.N. 1983, Mineral potential of the Al Mehdadah prospect (19/41D): Saudi Arabian Deputy Ministry for Mineral Resources Open-File Report DGMR-OF-03-27, 32 p. galena Ablah Gr 19.1266666666667 41.81 .00495 ME 370 Al Munayzir Sharbon, Sarbon SAAR 18 56 50 41 55 3 Saudi Arabia Redbed Cu Feldspathic quartzite, cross-bedded Quartz-sericite-chlorite schist U. Proterozoic 800 Malachite, chrysocolla 15 m strike length. 3 m true thickness at 0.33% Cu, 8 g/t Ag. Timothy Hayes, written commun., 2001 Parker, T.W.H., and Smith, G.H., 1980, An assessment of the stratiform copper potential of the Ablah Synform: Saudi Arabian Deputy Ministry for Mineral Resources Technical Record RF-TR-01-1, 47 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Chalcocite Ablah Gr 18.9472222222222 41.9175 ME 371 Jabal Sa'aban Sharbon, Sarbon SAAR 18 52 41 41 56 37 Saudi Arabia Uncl. Quartz-biotite-garnet schist Quartzite, biotite schist, amphibolitic schist U. Proterozoic 800 Pyrite, pyrrhotite, sphalerite, chalcopyrite 2 holes drilled. Best intercept was 2.54 m at 0.91% Cu and 6.05 g/t Ag underlain by 4.0 m at 2.52% Zn Timothy Hayes, written commun., 2001 Earhart, R.L., 1968, A preliminary investigation of a copper occurrence at Jabal Sarbon, Tihamat Ash Sham Quadrangle, Kingdom of Saudi Arabia: U.S. Geological Survey Saudi Arabian Project Technical Letter 102, 11 p. Sanders, R.N., Tedder, I.J., Ford, C.R., and Circosta, G.B., 1980, Stratiform copper search in the southern Ablah graben. Unpublished Utah Saudi Arabia Report No. 331, 112 p. Last, B.J., and Basahel, M., 1983, Jabal Sa'aban prospect; magnetic and VLF electromagnetic surveys: Saudi Arabian Deputy Ministry for Mineral Resources Open-File Report DGMR-OF-04-10, 20 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Ablah Gr 2101 18.8780555555556 41.9436111111111 ME 372 Wadi Baqarah RR Horizon, Wadi Hali SAAR 18 46 52 41 57 28 Saudi Arabia Redbed Cu Metasandstone, crossbedded U. Proterozoic 800 Malachite and copper pitch Timothy Hayes, written commun., 2001 Sanders, R.N., Tedder, I.J., Ford, C.R., and Circosta, G.B., 1980, Stratiform copper search in the southern Ablah graben: Unpublished Utah Saudi Arabia Report 331, 112 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Ablah Gr 2101 18.7811111111111 41.9577777777778 ME 373 South Wadi Baqarah GT Horizon, Wadi Hali SAAR 18 44 22 41 58 16 Saudi Arabia Uncl. Dolomitic marble U. Proterozoic 800 Malachite, chalcocite Maximum thickness of bed about 1.2 m. Grade: typically 0.25% Cu. highest 1 m sample: 1.4% Cu Timothy Hayes, written commun., 2001 Sanders, R.N., Tedder, I.J., Ford, C.R., and Circosta, G.B., 1980, Stratiform copper search in the southern Ablah graben: Unpublished Utah Saudi Arabia Report 331, 112 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Ablah Gr 2101 18.7394444444444 41.9711111111111 ME 374 Wadi Raysh SAAR 18 41 42 Saudi Arabia Uncl. Calcareous green chlorite-sericite schist , dolomitic marble. U. Proterozoic 800 Malachite and chrysacolla best-mineralized layer only 10 cm thick and locally up to 8.4% Cu. Timothy Hayes, written commun., 2001 Parker, T.W.H., and Smith, G.H., 1980, An assessment of the stratiform copper potential of the Ablah Synform: Saudi Arabian Deputy Ministry for Mineral Resources Technical Record RF-TR-01-1, 47 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Chalcocite Ablah Gr 2101 18.6833333333333 42 ME 375 Wadi Shinika Jabal Sawdah SAAR 18 27 32 42 01 07 Saudi Arabia Uncl. Dolomitic marble U. Proterozoic 800 Chalcocite, malachite, copper pitch Bottom 10 cm of bed: 6.5% Cu. Bed is typically 40 cm thick. Grade over 41 cm true thickness: 1.8% Cu, 10 g/t Ag. Timothy Hayes, written commun., 2001 Sanders, R.N., Tedder, I.J., Ford, C.R., and Circosta, G.B., 1980, Stratiform copper search in the southern Ablah graben: Unpublished Utah Saudi Arabia Report 331, 112 p. Johnson, P.R. and Vranas, G.J., 1984, The geotectonic environment of Late Proterozoic mineralization in the southern Arabian Shield: Precambrian Research, v. 25, p. 329-348. Ablah Gr 2101 18.4588888888889 42.0186111111111 ME 376 Ladderbjerg GRLD 73 29 45 -22 -01 -45 2.5 0.15 Greenland Redbed Cu Permian 260 Harpoth, O., Pederson, J.L., Schonwandt, H.K., andThomasson, B., 1986, The mineral occurrences of central East Greenland: Meddelesser om Gronland, Geoscience, v. 17, 139 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Huledal Fm. 5201 73.4958333333333 -22.0291666666667 .00375 NA 377 Brodeur Peninsula CNWT 73 47 60 -86 0 0 Canada Northwest Territories Uncl. Breccias (microcrystalline dolomite and limest) Middle Silurian (Niagaran) 420 Malachite, bitumin Localy traces of malachite occur, bituminous matter invariably present Breccias formed by solution of originally interlaminated evaporites Trettin, H.P., 1969, Lower Palaeozoic Sediments of North Western Baffin Island District of Franklin: Geological Survey of Canada, Bulletin 157, p. 35-49. Cape Crauford Formation, Member a, assemblAge 3 73.8 -86 NA 378 Rubjerg Knude GRLD 72 37 02 -23 -40 -50 5 0.3 Greenland Redbed Cu Conglomerate, sandstone U. Permian 260 Contains Cu, Ag, Pb, Zn Harpoth, O., Pederson, J.L., Schonwandt, H.K., andThomasson, B., 1986, The mineral occurrences of central East Greenland: Meddelesser om Gronland, Geoscience, v. 17, 139 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Huledal Fm. 5201 72.6172222222222 -23.6805555555556 .015 NA 379 Kent Peninsula-1 CNNT 68 12 0 -108 -10 -59 Canada Northwest Territories Uncl. Black mudstone, shale Proterozoic (Helikian) 1000 Formation mainly made up of doloarenite, dolosiltite, stromatolitic dolomite Campbell, F.H., 1978, Geology of the Helikian Rocks of the Bathurst Inlet Area, Coronation Gulf, Northwest Territories: in Current Research, Part A, Geological Survey of Canada, Paper 78-1, p. 97-106. Parry Bay Fm. 68.2 -108.183055555556 NA 380 Escape Rapids (esc 37, 38) CNNT 67 35 5 -115 -32 -59 Canada Northwest Territories Redbed Cu Grey glauconitic sandstone and black shale Proterozoic (hadrynian) 800 Rae Group overlies Coppermine River Group Kindle, E.D., 1972, Classification and description of copper deposits, Coppermine River Area, District of Mackenzie: Geological Survey of Canada, Bulletin 214, 109 p. Rae Group, Coppermine River Group 67.5847222222222 -115.549722222222 NA 381 Bud 942-947 CNNT 67 32 5 -115 -53 -44 Canada Northwest Territories Redbed Cu Sandst, qtzite, siltst, pebble conglom, mudstone Middle Proterozoic 1000 Baragar, W.R.A., and Donaldson, J.A., 1973, Coppermine and Dismal Lakes Map-Areas: Geological Survey of Canada, Paper 71-39, 20 p. Rae Group 67.5347222222222 -115.895555555556 NA 382 Dumas Lake CNNT 66 29 56 -116 -12 0 Canada Northwest Territories Redbed Cu Qtz wacke, maroon mudst, lithic wacke, conglom Lower Proterozoic 1900 Hosted by 2 discrete sedimentary horizons in s and n limbs of anticline Host rocks represent lacustrine and fluvial red bed sequence. Cu-Ag-Pb-U Gosse, M. and Sawiuk, M., 1986, Sediment-Hosted Stratabound Copper Mineralization in the Early Proterozoic Great Bear Magmatic Zone: Royal School of Mines Journal 1986, No. 36, p. 13-18. Dumas Group 66.4988888888889 -116.2 NA 383 Cc Lake CNNT 65 24 34 -118 -52 -35 Canada Northwest Territories Uncl. Sandstone Paleozoic (Cambrian?) 540 Mineralization occurs in saline River fm Anon, 1982, Noranda Company Officials personal communication . Saline River Fm. 65.4094444444444 -118.876388888889 NA 384 Tawu Anticline CNNT 65 19 0 -131 -41 -59 Canada Northwest Territories Redbed Cu Sandstone Proterozoic 1000 Malachite and azurite Minerals are malachite and azurite Aitken, J.D., Cook, D.G., and Yorath,C.J., 1982, Upper Ramparts River (106g) and Sans Sault Rapids (106h) Map Areas, District of Mackenzie: Geological Survey of Canada, Memoir 388, 48 p. Tsezotene Formation 65.3166666666667 -131.699722222222 NA 385 Hottah Lake (fns) CNNT 64 52 30 -118 -34 -59 Canada Northwest Territories Reduced facies Cu Bituminous dolomite Paleozoic (Ordovician?) 450 Numerous low-grade occurrences Kidd, D.F., 1936, Rae To Great Bear Lake, Mackenzie District, N.W.T.: Geological Survey of Canada, Memoir 187, 44 p. 64.875 -118.583055555556 NA 386 Gillespie Lake CNYT 64 46 60 -133 -55 -51 Canada Yukon Territory Uncl. Dolosiltstone Middle Proterozoic 1000 Numerous minor showings in gillespie Lake area Cu-Zn-Pb as coating on fracture surfaces intersecting laminated stromatolite Goodfellow, W.D., 1979, Geochemistry of copper lead and zinc mineralization in Proterozoic Rocks Near Gillespie Lake, Yukon: Geological Survey of Canada Paper 79-1a, p. 333-348. Gillespie Lake Group 64.7833333333333 -133.930833333333 NA 387 Frank CNNT 63 52 33 -128 -5 -47 Canada Northwest Territories Reduced facies Cu Dolostone Upper Proterozoic 1200 Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone Copper Belt, Mackenzie Mountains, Nwt: in Precambrian Sulphide Deposits, Robinson Vol, Gac Special Paper 25,P 701. Coppercap Fm., Mackenzie Mtns Supergroup 63.8758333333333 -128.096388888889 NA 388 June Creek Keele River CNNT 63 49 18 -127 -58 -20 0.25 3.4 Canada Northwest Territories Reduced facies Cu Algal dolostone Evaporite, stromatolitic dolomite, redbeds, mafic volcanics U. Proterozoic 750 Chalcopyrite.bornite, chalcocite, anhydrite Cherty limestone Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone copper belt, Mackenzie Mountains, N.W.T. in Hutchinson, C.D., Spence, C.D., and Franklin, J.M., Precambrian sulfide deposits: Geological Association of Canada Special Paper 25, p. 701-737 Coppercap Fm. 5246 63.8216666666667 -127.972222222222 .0085 NA 389 Nite CNNT 63 49 0 -128 -11 -59 Canada Northwest Territories Reduced facies Cu Limestone Upper Proterozoic 1000 7 zones over a 2000 ft stratigraphic interval Cu-Ag Blusson, S.L., 1971, Sekwi Mountain Map-Area, Yukon Territory and District of Mackenzie: Geological Survey of Canada, Paper 71-22, 17 p. Coppercap Fm., Mackenzie Mtns Supergroup 63.8166666666667 -128.199722222222 NA 390 Hutch East CNNT 63 49 0 -127 -43 0 Canada Northwest Territories Reduced facies Cu Cryptalgal laminites Upper Proterozoic 1200 Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone Copper Belt, Mackenzie Mountains, Nwt: in Precambrian Sulphide Deposits, Robinson Vol, Gac Special Paper 25,P 701. Coppercap Fm., Mackenzie Mtns Supergroup 63.8166666666667 -127.716666666667 NA 391 Fa gp-3, strat section bb 76-1 Fa gp-2, strat section bb 76-1 CNNT 63 47 16 -127 -28 0 Canada Northwest Territories Reduced facies Cu Siltstone, limestone Upper Proterozoic 1200 Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Rapitan Fm. and little Dal Fm. 63.7877777777778 -127.466666666667 NA 392 Scholtes-2, 3, 4 CNNT 63 46 30 -127 -25 -59 Canada Northwest Territories Reduced facies Cu Dolostone Upper Proterozoic 1200 Scholtes-2 is 0.7 mile ne and scholtes-4 is 1.15 miles se of scholtes-3 Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone Copper Belt, Mackenzie Mountains, Nwt: in Precambrian Sulphide Deposits, Robinson Vol, Gac Special Paper 25,P 701. Coppercap Fm., Mackenzie Mtns Supergroup 63.775 -127.433055555556 NA 393 Jay Keele River CNNT 63 46 20 -127 -49 -47 1.2 2.7 Canada Northwest Territories Reduced facies Cu Algal dolostone Evaporite, stromatolitic dolomite, redbeds, mafic volcanics U. Proterozoic 750 Chalcopyrite.bornite, chalcocite, anhydrite Cherty limestone Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone copper belt, Mackenzie Mountains, N.W.T. in Hutchinson, C.D., Spence, C.D., and Franklin, J.M., Precambrian sulfide deposits: Geological Association of Canada Special Paper 25, p. 701-737. Eisbacher, G.H., 1977, Tectono-Stratigraphic Framework of the Redstone Copper Belt District of Mackenzie: in Report of Activities, Part A, Geological Survey of Canada, Paper 77-1a, p. 229-234. Pyrite Coppercap Fm. Mackenzie Mtns Supergroup 5246 63.7722222222222 -127.829722222222 .0324 NA 394 Lisa Keele River CNNT 63 43 20 -127 -18 -11 Canada Northwest Territories Reduced facies Cu Cryptalgal laminites Upper Proterozoic 1200 Cu sulphides occur as diAgenetic replacements of anhydrite nodules Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone Copper Belt, Mackenzie Mountains, Nwt: in Precambrian Sulphide Deposits, Robinson Vol, Gac Special Paper 25,P 701. Coppercap Fm., Mackenzie Mtns Supergroup 63.7222222222222 -127.303055555556 NA 395 Lucky Joe CNYT 63 34 60 -139 -30 0 Canada Yukon Territory Uncl. Quartz-muscovite and biotite schists Lower Cambrian to middle Devonian 480 Cu-Mo occurrences in very deformed and tectonically complex area. Morin, J.A., 1977, / Department of Indian and Northern Affairs, North of 60, Mineral Industry Report 1976, Egs 1977-1. Nasina facies, Yukon cataclastic complex 63.5833333333333 -139.5 NA 396 Hayhook CNNT 63 28 10 -127 -4 -6 Canada Northwest Territories Reduced facies Cu Cryptalgal laminites Upper Proterozoic 1000 This location represents only one part of the Cu Belt in hayhook area Jefferson, C.W., 1978, Stratigraphy and sedimentology Upper Proterozoic Redstone Copper Belt-A Preliminary Report: Department of Indian and Northern Affairs, North of 60, Mineral Industry Report 1975 (Egs 1978-5). Redstone River Fm., Mackenzie Mtns Supergroup 63.4694444444444 -127.068333333333 NA 397 Cap Mountain CNNT 63 25 20 -123 -13 -29 Canada Northwest Territories Uncl. Ss, dolomitic siltstone, hematitic mudstones Upper Proterozoic (Helikian?) 1400 Malachite Traces of Cu mineralization occur throughtout 3500-foot thick strata Malachite-from 1200ft below map unit 1 to 650 ft above base map unit 3 Douglas, R.J., 1963, Dahadinni and Wrigley Map-Areas, District of Mackenzie, Northwest Territories: Geological Survey of Canada, Paper 62-33, 34 p. 63.4222222222222 -123.224722222222 NA 398 18 miles nw of Dal Lake CNNT 63 15 50 -127 -2 -49 Canada Northwest Territories Reduced facies Cu Siltstone, slate, conglomerate, limestone, dlmt Upper Proterozoic 1000 This location is the ctr of a mineralized zone trending ne for 5 miles , 1975, Copper Mineralization in Redstone River Area, Northwest Territories: Geological Survey of Canada Open-File 298. Rapitan Fm., little Dal Fm. 63.2638888888889 -127.046944444444 NA 399 Ut Group-1 CNNT 63 14 58 -127 -1 -34 Canada Northwest Territories Reduced facies Cu Siltstone, slate, conglomerate, limestone, dlmt Upper Proterozoic 1200 Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Rapitan Fm., little Dal Fm. 63.2494444444444 -127.026111111111 NA 400 Sh Group-5 CNNT 63 7 15 -126 -52 0 Canada Northwest Territories Reduced facies Cu Siltstone, slate, conglomerate, limestone, dlmt Upper Proterozoic 1200 Cu-Ag Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Rapian Fm., little Dal Fm. 63.1208333333333 -126.866666666667 NA 401 Sh Group-3 Jasper Valley, Sh Group-4 CNNT 63 6 0 -126 -53 -29 Canada Northwest Territories Reduced facies Cu Siltstone, slate, conglomerate, limestone, dolom Upper Proterozoic 1200 Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Rapitan Fm., little Dal Fm. 63.1 -126.891388888889 NA 402 Reg (central Redstone) CNNT 63 2 60 -126 -46 0 Canada Northwest Territories Uncl. Siltstone, mudstone, conglomerate Upper Proterozoic 1000 Elsewhere on claim Group secondary Cu in dolomite talus Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Rapitan Fm. 63.05 -126.766666666667 NA 403 Extension (kvale) CNNT 62 53 30 -126 -36 -19 Canada Northwest Territories Reduced facies Cu Siltstone Upper Proterozoic 1000 3 Cu-mineralized beds traced about 1 mile along strike Cu-Ag Anon, 1962, Redstone Mines Ltd. Map No. 95-L-15 Central Permit Area, Department of Indian Affairs and Northern Development, Assessment Reports. Redstone River Fm., Mackenzie Mtns Supergroup 62.8916666666667 -126.605277777778 NA 404 Coates Lake Redstone CNNT 62 41 39 -126 -37 -12 37 3.9 11.3 Canada Northwest Territories Reduced facies Cu Algal laminated dolomite, fine sandstone, siltstone Evaporite, stromatolitic dolomite, redbeds, mafic volcanics U. Proterozoic 750 Chalcocite, bornite, chalcopyrite, anhydrite,pyrite Cherty limestone Sabkha, mud flat, and restricted basin facies Ruelle, J.C.L., 1982, Depositional environments and genesis of stratiform copper deposits of the Redstone Copper Belt, Mackenzie Mountains, N.W.T. in Hutchinson, C.D., Spence, C.D., and Franklin, J.M., Precambrian sulfide deposits: Geological Association of Canada Special Paper 25, p. 701-737 Lustwerl, R.L. and Wasserman, M.D.. 1989, Water escape structures in the Coates Lake Group, Nortwest Territories, Canada and their relationship to mineralization at the Redstone stratiform copper depositin Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 207-224 Covellite, galena, tennantite Coppercap FM. 5246 62.6941666666667 -126.62 1.443 NA 405 Thundercloud Creek CNNT 62 40 5 -126 -37 -59 Canada Northwest Territories Reduced facies Cu Pink slaty siltstone, minor shale, gypsum Upper Proterozoic 1000 Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Redstone River Fm. 62.6680555555556 -126.633055555556 NA 406 Y-12 CNNT 62 34 10 -98 -48 -22 Canada Northwest Territories Uncl. Quartzite Proterozoic (Aphebian) 2000 Anon, 1982, Noranda Company officials personal communication . Kazan Fm. 62.5694444444444 -98.8061111111111 NA 407 Thundercloud Range CNNT 62 30 47 -126 -12 -43 Canada Northwest Territories Uncl. Mudstone, siltstone, conglom, ss, dolomite, limest Upper Proterozoic 1000 Cu likely associated with Rapitan Group, Whittaker Fm., Ordovician-Silurian Age Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Rapitan Group, Whittaker Formation 62.5130555555556 -126.211944444444 NA 408 Stark Lake-Wilson Lake CNNT 62 28 0 -110 -9 -29 Canada Northwest Territories Uncl. Light grey dolomite Lower Proterozoic (Aphebian) 2000 Approx 12 zones, zones up to 100 ft long and 10 ft wide Along a strike length of 1200 ft Mcglynn, J.C., 1971, Metallic Mineral Industry, District of Mackenzie, Northwest Territories: Geological Survey of Canada, Paper 70-17, 194 p. Stark Fm., Great Slave Group 62.4666666666667 -110.158055555556 NA 409 Flat River CNYT 61 16 0 -127 -4 -59 Canada Yukon Territory Uncl. Phyllite, slate, quartzite, siltstone, argillite Cambrian 540 Bornite Gabrielse, H., 1973, Geology of Flat River, Glacier Lake, and Wrigley Lake Map-Areas, District of Mackenzie and Yukon Territory: Geological Survey of Canada, Memoir 366, Part I, 153 p. and Part Ii, 268 p. Phyllite unit 61.2666666666667 -127.083055555556 NA 410 Ennadai Lake Nueltin project CNNT 60 36 50 -101 -12 0 Canada Northwest Territories Uncl. Greywacke Lower Proterozoic (Aphebian) 2000 Greywacke derived from quartz-mica schist Wright, G.M., 1967, Geology of the Southeastern Barren Grounds, Parts of the Districts of Mackenzie and Keewatin (Operations Keewatin Baker the lon): Geological Survey of Canada Memoir 350. Hurwitz Group 60.6138888888889 -101.2 NA 411 Poorfish Lake(Nueltin project) Nueltin projec CNNT 60 11 8 -100 -31 -24 Canada Northwest Territories Redbed Cu Argillite, phyllite, greywacke, minor dolomite Lower Proterozoic (Aphebian) 2000 Two zones 10-15 ft wide and 82 and 78 ft long Lithologies given form the oldest unit of the Hurwitz Group. Contains Au, Ag. Wright, G.M., 1967, Geology of the Southeastern Barren Grounds, Parts of the Districts of Mackenzie and Keewatin (Operations Keewatin Baker the lon): Geological Survey of Canada Memoir 350. Hurwitz Group 60.1855555555556 -100.523333333333 NA 412 Ramah Blow-Me-Down Mountain CNNF 58 44 20 -63 -6 -51 Canada Newfoundland Uncl. Slate, quartzite, mica schist, arkose, conglomerate, dlmt Proterozoic (NeoHelikian) 1000 Kirkham, R.V., 1985, Personal Communication: Geological Survey of Canada, 1985. Ramah Group 58.7388888888889 -63.1141666666667 NA 413 Callison CNBC 58 20 21 -124 -32 -31 Canada British Columbia Uncl. Feldspathic quartzites Proterozoic 1000 Chalcopyrit Dissem Chalcopyrite occurs in 30-ft bed of well-sorted white qtzite Occurrence within 5000-ft of feldspathic quartzite and argillaceous dolomites Preto, V.A., 1972, Lode Copper Deposits of the Racing River-Cataga River Area: British Columbia, Geology, Exploration and Mining, (Gem 1971). Tuchodi Fm. 58.3391666666667 -124.541944444444 NA 414 Nekweaga Bay CNSA 57 46 60 -103 -43 -59 Canada Saskatchewan Uncl. Grey meta-quartzite Lower Proterozoic (Aphebian) 2000 Grades 1% Cu over 8 ft width Pyke, M.W., 1967, Occurrences of base metal mineralization aong the Wollaston-Sandfly Lakes Trend: Unpublished Paper, Industrial Exposition and Mineral Symposium Regina 1967, Saskatchewan Dept of Industry and Commerce. 57.7833333333333 -103.733055555556 NA 415 Johnson Lake area CNSA 57 27 30 -104 -10 -9 Canada Saskatchewan Uncl. Quartzite Lower Proterozoic (Aphebian) 2000 Galena Galena mineralization for 17000(?) Ft along contact Galena (minor Cu) along metasediment-granitic contact for 17000(?) ft. Pb-Zn-Cu-Ag Rath, U., 1969, Base metal occurrences in the Wollaston Lake Belt of Northern Saskatchewan: Canadian Institute of Mining and Metallurgy Bulletin, Vol. 62, No. 689. 57.4583333333333 -104.169166666667 NA 416 Rafuse Lake Wollaston Lake Fold Belt CNSA 56 54 30 -104 -56 -35 Canada Saskatchewan Redbed Cu Meta-conglomerate Lower Proterozoic (Aphebian) 2000 chalcocite, native Cu, galena, chalcocite, malachite, azurite In place chalcocite-native Cu, in boulders galena, cc, malachite, azurite Cu-Pb mineralization quite likely stratiform Coombe, W., 1977, La Ronge-Wollaston Belts base metals project George Hill, Johnson and Kaz Lakes and Geikie River Areas: in Summary of Investigations 1977, Saskatchewan Geological Survey, p. 85-104. Kirkham, R.V., 1974, A Synopsis of Canadian stratiform copper deposits in sedimentary sequences: Centenaire De La Societe Geologique De Belgique, Gisements Stratiformes Et Provinces Cupriferes, Liege 1974, p. 367-382. Daly Lake Group 56.9083333333333 -104.943055555556 NA 417 Juno Lake CNSA 56 52 38 -104 -54 -57 Canada Saskatchewan Redbed Cu Meta-arkose Lower Proterozoic (Aphebian) 2000 Covellite, chalcocite, bornite, malachite, ilmenite, hematite, spinel Mineralization quite likely stratiform if not essentially stratabound Coombe, W., 1977, La Ronge-Wollaston Belts base metals project George Hill, Johnson and Kaz Lakes and Geikie River Areas: in Summary of Investigations 1977, Saskatchewan Geological Survey, p. 85-104. Daly Lake Group 56.8772222222222 -104.915833333333 NA 418 Janice Lake Kaz Lake CNSA 56 52 30 -104 -58 -24 Canada Saskatchewan Redbed Cu Meta-conglomerate (ss pebbles in arkose matri Lower Proterozoic (Aphebian) 2000 Native Cu, chalcocite with trace marcasite-azurite-chalcocite-chalcopyrite-bornite Rath, U., 1969, Base metal occurrences in the Wollaston Lake Belt of Northern Saskatchewan: Canadian Institute of Mining and Metallurgy Bulletin, Vol. 62, No. 689. Coombe, W., 1977, La Ronge-Wollaston Belts base metals project George Hill, Johnson and Kaz Lakes and Geikie River Areas: in Summary of Investigations 1977, Saskatchewan Geological Survey, p. 85-104. Daly Lake Group 56.875 -104.973333333333 NA 419 Swampy Bay River CNQU 56 39 20 -68 -34 -59 Canada Quebec Uncl. Dolomite Lower Proterozoic 1900 Cheve, S.R., Schrijver, K. and Tasse, N., 1985, Cryptalgalaminite Dolomite of the Dunphy Formation, Labrador Trough: Diagenetic and Tectono-Metamorphic Evolution Related to Copper Mineralization: Canadian Jour. of Earth Sciences, Vol. 22, p. 1835. Dunphy Formation 56.6555555555556 -68.5830555555555 NA 420 Richmond Gulf-1 CNQU 56 26 30 -76 -25 -59 Canada Quebec Reduced facies Cu Carbonate, quartz arenite, arkose, shale Lower Proterozoic (Upper Aphebian) 1900 Carbonate with intercalated 4 metere thick pyritic breccia zone Chandler, F.W., 1978, Geological Environment of Aphebian Red Beds of the North Half of Richmond Gulf New Quebec: in Current Research Part A, Geological Survey of Canada, Paper 78-1a, p. 107-110. Nastapoka Group 56.4416666666667 -76.4330555555556 NA 421 Richmond Gulf-3 CNQU 56 24 20 -76 -27 -49 Canada Quebec Reduced facies Cu Dolomite, quartz arenite, arkose, shale Lower Proterozoic (Upper Aphebian) 1900 Carbonate with intercalated 4 meter thick pyritic breccia zone. Cu-Co Chandler, F.W., 1979, Geology of the Aphebian Supracrustal Rocks Lac Guillaume, Delisle, Quebec: Geological Survey of Canada, Open-File 600 (Two Bedrock Geological Maps Scale 1 To 50000). Nastapoka Group 56.4055555555556 -76.4636111111111 NA 422 Romanet River Canada Tungsten CNQU 56 23 36 -67 -53 -39 Canada Quebec Uncl. Dolomite Lower Proterozoic 1900 Cheve, S.R., Schrijver, K. and Tasse, N., 1985, Cryptalgalaminite Dolomite of the Dunphy Formation, Labrador Trough: Diagenetic and Tectono-Metamorphic Evolution Related To Copper Mineralization: Canadian Jour. of Earth Sciences, Vol. 22, p. 1835. Dunphy Formation 56.3933333333333 -67.8941666666667 NA 423 La Loche CNSA 56 22 0 -109 -15 0 Canada Saskatche- wan Uncl. Grey fine to v coarse quartzose sandstone Cambrian 540 Basal ss present in 9 of 12 boreholes drilled btwn la ronge and la loche Host rock possibly as young as lower Devonian, maximum sandstone thickness 56.4 m. Cu-Pb-Zn Fuzesy, L.M., 1977, Sedimentary Geology and Mineral Evaluation of the Area Between La Ronge and La Loche: Summary of Investigations, Saskatchewan Geological Survey 1977, p. 175-180. Basal sandstone Formation, Elk Point Group 56.3666666666667 -109.25 NA 424 Copper cove Richmond Gulf CNQU 56 21 0 -76 -26 -55 Canada Quebec Redbed Cu Arkose Lower Proterozoic (Upper Aphebian) 1900 Mineralized zone 150 m long by 6 m wide outcrops along cliff-face Zone lies with pyritic zone 25m beneath unconformity with Nastapoka Group Chandler, F.W. and Schwartz, E.J., 1980, Tectonics of the Richmond Gulf Area, Northern Quebec - A Hypothesis: in Current Research Part C, Geological Survey of Canada, Paper 80-1c, p. 59-68. Qingaalik Formation, RichmondGulfGroup 56.35 -76.4486111111111 NA 425 Richmond Gulf-2 CNQU 56 20 45 -76 -25 -39 Canada Quebec Redbed Cu Grey pyritic sandstone, chloritic arkose Lower Proterozoic (Upper Aphebian) 1900 OcCurs 100 m beneath unconformity with nastapoka Group Chandler, F.W., 1978, Geological Environment of Aphebian Red Beds of the North Half of Richmond Gulf New Quebec: in Current Research Part A, Geological Survey of Canada, Paper 78-1a, p. 107-110. Qingaalik Formation, RichmondGulfGroup 56.3458333333333 -76.4275 NA 426 Richmond Gulf-4 CNQU 56 19 0 -76 -25 0 Canada Quebec Redbed Cu Sandstone Lower Proterozoic (Upper Aphebian) 1900 Malachite Malachite stains fractures in bleached zone of qingaaluk Formation Chandler, F.W., 1984, Metallogenesis of An Early Proterozoic Foreland Sequence Eastern Hudson Bay Canada: Journal Geological Society of London, Vol. 141, p. 3-15. Qingaalik Formation, RichmondGulfGroup 56.3166666666667 -76.4166666666667 NA 427 Romanet Lake CNQU 56 16 56 -67 -49 -54 Canada Quebec Uncl. Dolomite Lower Proterozoic 1900 4 occurrences west of romanet Lake (2 occ-1 km w of bellefleur Lake) Cheve, S.R., Schrijver, K. and Tasse, N., 1985, Cryptalgalaminite Dolomite of the Dunphy Formation, Labrador Trough: Diagenetic and Tectono-Metamorphic Evolution Related To Copper Mineralization: Canadian Jour. of Earth Sciences, Vol. 22, p. 1835. Dunphy Formation 56.2822222222222 -67.8316666666667 NA 428 Tosi CNSA 56 13 60 -105 -43 0 Canada Saskatchewan Uncl. Graphitic quartzite Lower Proterozoic (Aphebian) 2000 Chalcopyrite-chalcocite mineralization Kirkham, R.V., 1974, A synopsis of Canadian stratiform copper deposits in sedimentary Ssquences: Centenaire De La Societe Geologique De Belgique, Gisements Stratiformes et Provinces Cupriferes, Liege 1974, p. 367-382. 56.2333333333333 -105.716666666667 NA 429 Bacon Lake CNQU 56 16 16 -67 -47 -44 Canada Quebec Uncl. Dolomite Lower Proterozoic 1900 Cheve, S.R., 1983, Les Indices Mineralises Du Lac Romanet du Labrador (Noveau-Quebec): Gouvernement Du Quebec, Ministere De L'energie Et Des Ressources, Rapport Interimaire, En Collaboration Avec L'inrs-Georessources. Dunphy Formation 56.2711111111111 -67.7955555555556 NA 430 Dunphy Lake CNQU 56 3 30 -67 -43 0 Canada Quebec Uncl. Dolomite Lower Proterozoic 1900 Cheve, S.R., Schrijver, K. and Tasse, N., 1985, Cryptalgalaminite Dolomite of the Dunphy Formation, Labrador Trough: Diagenetic and Tectono-Metamorphic Evolution Related To Copper Mineralization: Canadian Jour. of Earth Sciences, Vol. 22, p. 1835. Dunphy Formation 56.0583333333333 -67.7166666666667 NA 431 Northstar Main CNBC 56 2 60 -126 -16 0 Canada British Columbia Reduced facies Cu Siltstone Triassic 220 Several types of Cu mineralization occur on this property Sutherland-Brown, A., 1968, Northstar: Annual Report for the Year Ended December 31 1967, Minister of Mines and Petrolium Resources, Province of British Columbia. Hazelton Group 56.05 -126.266666666667 NA 432 Elizabeth Lake CNSA 55 19 52 -105 -22 0 Canada Saskatchewan Uncl. Metased gneiss band, mainly biotite gneiss Lower Proterozoic (Aphebian) 2000 Deposit type questionable Numerous low-grade zones and 3 small medium-grade zones. Cu-Zn-Au-Pb Forsythe, L.H., 1976, The Geology of the Nemeiben Lake Area (West Half) and the La Ronge Area (West Half): Saskatchewan Department of Mineral Resources Report 152. 55.3311111111111 -105.366666666667 NA 433 Ellis Pond mineral occ no 26 CNNF 54 18 50 -61 -57 -58 Canada Newfoundland Reduced facies Cu Green-grey shale interlensed with quartzite Middle Proterozoic (NeoHelikian) 1000 This property is one of 250 showings in the area Cu-Ag-Ba Gandhi, S.S., 1975, Cupriferous shales of the Adeline Island Formation, Seal Lake Group, Labrador: Economic Geology, Vol. 70, p. 145-163. Adeline Island Fm., Seal Lake Group 54.3138888888889 -61.9661111111111 NA 434 Spriggs Lake CNNF 54 29 35 -61 -40 -59 Canada Newfound- land Reduced facies Cu Quartzite Proterozoic (NeoHelikian) 1100 Cu-U Spriggs, M.J., 1969, Airborne Anomaly checking, Northern Seal Lake: British Newfoundland Exploration Ltd., Private Report 1969. Seal Lake Group 54.4930555555556 -61.6830555555556 NA 435 Duck Lake south CNNF 54 18 25 -61 -47 -41 Canada Newfound- land Reduced facies Cu Grey shale Proterozoic (NeoHelikian) 1100 Also a few similar small showings btwn duck Lake and brian prospect Mann, E.L., 1959, Geology of the Seal Lake Area Central Labrador: Unpublished Ph.D. thesis, 1959, Mcgill University. Adeline Island Fm., Seal Lake Group 54.3069444444444 -61.7947222222222 NA 436 Brandy Lake prospect CNNF 54 18 11 -61 -36 -1 Canada Newfound- land Reduced facies Cu Shlae Proterozoic (NeoHelikian) 1100 Brummer, J.J., 1960, A reconnaissance geochemical survey in the Seal Lake Area Labrador: CIMM Bulletin, Vol. 53, No. 576, p. 260-267. Greene, B.A., 1974, An outline of the Geology of Labrador: Mineral Development Division, Newfoundland Department of Mines and Energy, Information Circular No. 15. Adeline Island Fm., Seal Lake Group 54.3030555555556 -61.6002777777778 NA 437 Gull Lake Brian prospect CNNF 54 18 40 -61 -53 -34 Canada Newfound- land Reduced facies Cu Shale, slate Proterozoic (NeoHelikian) 1100 3 occurrences Cu-Ag Brummer, J.J., 1961, Geology of the Seal Lake Area, Labrador: Geological Society of America Bulletin, Vol. 72, No. 9. Gandhi, S.S., 1975, Cupriferous shales of the Adeline Island Formation, Seal Lake Group, Labrador: Economic Geology, Vol. 70, p. 145-163. Adeline Island Fm., Seal Lake Group 54.3111111111111 -61.8927777777778 NA 438 Duck Lake east showing CNNF 54 18 15 -61 -45 -29 Canada Newfound- land Reduced facies Cu Grey shale, quartzite Proterozoic (NeoHelikian) 1100 Cu-Ag Douglas, C., 1976, Mineral Occurrence Tables: Labrador Mineral Development Division Open-File-Lab 326. Adeline Island Fm., Seal Lake Group 54.3041666666667 -61.7580555555556 NA 439 Seal Lake-19 CNNF 54 18 10 -61 -41 -27 Canada Newfound- land Reduced facies Cu Grey shale Proterozoic (NeoHelikian) 1100 Douglas, C., 1976, Mineral occurrence tables: Labrador Mineral Development Division Open-File-Lab 326. Adeline Island Fm., Seal Lake Group 54.3027777777778 -61.6908333333333 NA 440 Adeline Lake-3 CNNF 54 17 60 -62 -1 -49 Canada Newfoundland Reduced facies Cu Grey shale, slate Proterozoic (NeoHelikian) 1000 2 occurrences Douglas, C., 1976, Mineral Occurrence Tables: Labrador Mineral Development Division Open-File-Lab 326. Adeline Island Fm., Seal Lake Group 54.3 -62.0302777777778 NA 441 Adeline Island prospect CNNF 54 17 53 -62 -3 -29 Canada Newfoundland Reduced facies Cu Grey shale, quartzite Proterozoic (NeoHelikian) 1000 Widespread but erratic mineralization along the same horizon Cu-Ag-Zn Mann, E.L., 1959, Geology of the Seal Lake Area Central Labrador: Unpublished Ph.D. thesis, 1959, Mcgill University. Adeline Island Fm., Seal Lake Group 54.2980555555556 -62.0580555555556 NA 442 Seal Lake-18 Seal Lake-20 CNNF 54 17 45 -61 -40 -49 Canada Newfound- land Reduced facies Cu Grey shale Proterozoic (NeoHelikian) 1100 Douglas, C., 1976, Mineral occurrence tables: Labrador Mineral Development Division Open-File-Lab 326. Greene, B.A., 1974, An outline of the geology of Labrador: Mineral Development Division, Newfoundland Department of Mines and Energy, Information Circular No. 15. Adeline Island Fm., Seal Lake Group 54.2958333333333 -61.6802777777778 NA 443 Adeline Lake east-showing no 7 CNNF 54 16 50 -61 -59 -41 Canada Newfound- land Reduced facies Cu Argillite Proterozoic (NeoHelikian) 1100 Greene, B.A., 1974, An outline of the geology of Labrador: Mineral Development Division, Newfoundland Department of Mines and Energy, Information Circular No. 15. Whiskey Lake Formation, Seal Lake Group 54.2805555555556 -61.9947222222222 NA 444 No Mans Lake-2 CNNF 54 16 1 -61 -46 -34 Canada Newfound- land Reduced facies Cu Quartzite, argillite Proterozoic (NeoHelikian) 1100 Scattered mineralization in zone 300 ft long and 3 to 8 ft wide Scattered mineralization in zone 300 ft long and 3 to 8 ft wide Robinson, W.G.,, Report on the Seal Lake Concession, Labrador, During 1955: Frobisher Ltd., Unpublished Report 1954. Whiskey Lake Fm., Seal Lake Group 54.2669444444444 -61.7761111111111 NA 445 Whiskey Lake south showing CNNF 54 15 30 -61 -34 -17 Canada Newfound- land Reduced facies Cu Green-grey quartzite Proterozoic (NeoHelikian) 1100 Roy, J.L. and Fahrig, W.F., 1973, The Paleomagnetism of Seal and Croteau rocks from the Grenville Front, Labrador: Polar Wandering and Tectonic Implications: Canadian Journal of Earth Sciences, Vol. 10, N0. 8, p. 1279-1301. Whiskey Lake Fm., Seal Lake Group 54.2583333333333 -61.5713888888889 NA 446 Ml CNBC 52 35 29 -121 -46 -39 Canada British Columbia Uncl. Limestone, maroon to grey sandstone Lower Jurassic 180 Syenite dykes Cut all sedimentary rock types in the area Bailey, D.G., 1975, Geology of the Morehead Lake Area South-Central British Columbia (93a/12): in Geological Fieldwork 1975, British Columbia Department of Mines and Petroleum Resources, p. 59-65. 52.5913888888889 -121.7775 NA 447 Panther Creek CNAL 51 28 0 -115 -52 0 Canada Alberta Uncl. Dolomite-mottled limestone Cambrian 550 Kindle, E.D.,, Copper deposits in Cordilleran Region: Geological Survey of Canada, Unpublished Paper 1971. Eldon Formation 51.4666666666667 -115.866666666667 NA 448 North Kootenay Pass area-6 CNAL 49 26 47 -114 -34 -22 Canada Alberta Uncl. Quartzite Middle Proterozoic (Helikian) 1400 Cu occurs adjacent to fault zones and contact of diorite instrusions Pb-Zn-Cu Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Upper Grinnell Fm., Purcell (Belt) Supergroup 49.4463888888889 -114.572777777778 NA 449 North Kootenay Pass area-4 CNAL 49 26 14 -114 -34 -6 Canada Alberta Uncl. Quartzite Middle Proterozoic (Helikian) 1400 Cu occurs adjacent to fault zones and contacts of diorite intrusions Pb-Zn-Cu Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Upper Grinnell Fm., Purcell (Belt) Supergroup 49.4372222222222 -114.568333333333 NA 450 North Kootenay Pass area-3 CNAL 49 25 19 -114 -34 -30 Canada Alberta Uncl. Quartzites Middle Proterozoic (Helikian) 1400 Cu occurs adjacent to fault zones and contacts of diorite intrusions Pb-Zn-Cu Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Upper Grinnell Fm., Purcell (Belt) Supergroup 49.4219444444444 -114.575 NA 451 North Kootenay Pass area-2 CNAL 49 24 21 -114 -33 -52 Canada Alberta Uncl. Quartzites Middle Proterozoic (Helikian) 1400 Cu occurs adjacent to fault zones and contacts of diorite intrusions Pb-Zn-Cu Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Upper Grinnell Fm., Purcell (Belt) Supergroup 49.4058333333333 -114.564444444444 NA 452 North Kootenay Pass area-1 CNAL 49 23 46 -114 -33 -49 Canada Alberta Uncl. Quartzites Middle Proterozoic (Helikian) 1400 Cu occurs adjacent to fault zones and contacts of diorite intrusions Pb-Zn-Cu Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Upper Grinnell Fm., Purcell (Belt) Supergroup 49.3961111111111 -114.563611111111 NA 453 North Kootenay Pass CNBC 49 23 11 -114 -34 -32 Canada British Columbia Reduced facies Cu Argillite Middle Proterozoic (Helikian) 1400 Anon, Copper Geology File 1971. Gateway Fm., Purcell (Belt) Supergroup 49.3863888888889 -114.575555555556 NA 454 Table Mountain CNAL 49 22 0 -114 -15 0 Canada Alberta Reduced facies Cu Silty dolomite Middle Proterozoic 1400 Pb-Cu-Zn Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Siyeh Fm., Purcell (Belt) Supergroup 49.3666666666667 -114.25 NA 455 Barnaby Ridge CNAL 49 19 57 -114 -21 -57 Canada Alberta Reduced facies Cu Arenite Middle Proterozoic 1400 Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Siyeh Fm., Purcell (Belt) Supergroup 49.3325 -114.365833333333 NA 456 Whistler Mountain-1 CNAL 49 19 57 -114 -18 -16 Canada Alberta Redbed Cu Quartz arenite within red siltstone Middle Proterozoic 1400 Sulphides occur intergrown with silica cement More than 25 mineralized quartz arenite units Anon, Copper Geology File 1971. Grinnell Fm., Purcell (Belt) Supergroup 49.3325 -114.304444444444 NA 457 Whistler Mountain-2 CNAL 49 19 47 -114 -18 -31 Canada Alberta Redbed Cu Argillite, sandstone, siltstone, quartzite Middle Proterozoic 1400 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Formation, Purcell (Belt) Supergroup 49.3297222222222 -114.308611111111 NA 458 Whistler Mountain-3 CNAL 49 19 43 -114 -18 -9 Canada Alberta Redbed Cu Argillite, sandstone, siltstone, quartzite Middle Proterozoic 1400 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Formation, Purcell (Belt) Supergroup 49.3286111111111 -114.3025 NA 459 Grizzly Creek CNAL 49 18 29 -114 -20 -35 Canada Alberta Redbed Cu Quartzite Middle Proterozoic 1400 Sulphides occur intergrown with silica cement Sulphides occur intergrown with silica cement Anon, Copper Geology File 1971. Grinnell Fm., Purcell (Belt) Supergroup 49.3080555555556 -114.343055555556 NA 460 Drywood Creek CNAL 49 17 47 -114 -2 -15 Canada Alberta Redbed Cu Sandstone Middle Proterozoic 1400 Anon, 1970, , Annual Report of Prospectus Minerals Ltd 1970. Grinnell Fm., Purcell (Belt) Supergroup 49.2963888888889 -114.0375 NA 461 Middle Kootenay Pass CNAL 49 15 0 -114 -22 -29 Canada Alberta Redbed Cu Quartz arenite, sandstone Middle Proterozoic 1400 Sulphides occur intergrown with silica cement Sulphides occur intergrown with silica cement Collins, J.A., 1977, Genesis of cupriferous quartz arenite cycles in the Grinnel Formation: Bulletin of Canadian Petroleum Geologists, Vol. 25, No. 4, p. 713-735. Grinnell Fm., Purcell (Belt) Supergroup 49.25 -114.374722222222 NA 462 West Castle River-2 CNAL 49 16 26 -114 -20 -16 Canada Alberta Reduced facies Cu Limest, dolomite, argillite, stromatolitic lmsn Middle Proterozoic 1400 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Siyeh Formation, Purcell (Belt) Supergroup 49.2738888888889 -114.337777777778 NA 463 Spionkop Creek 1 Spionkop Ridge CNAL 49 13 36 -114 0 -15 Canada Alberta Redbed Cu White and green quartzite, green argillite Diabase Middle Proterozoic 1000 Cu occurs also in underlying diabase intrusion Cu occurs also in underlying diabase intrusion. Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Fm., Purcell (Belt) Supergroup 49.2266666666667 -114.004166666667 NA 464 Spionkop Creek 2 CNAL 49 13 40 -114 -1 0 Canada Alberta Redbed Cu Argillite, sandstone Middle Proterozoic 1000 Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnel Fm., Purcell (Belt) Supergroup 49.2277777777778 -114.016666666667 NA 465 Bovin Lake CNAL 49 13 15 -114 -8 -13 Canada Alberta Reduced facies Cu Argillite Middle Proterozoic 1000 Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Gateway Fm., Purcell (Belt) Supergroup 49.2208333333333 -114.136944444444 NA 466 Loaf Mountain CNAL 49 12 57 -114 -7 -29 Canada Alberta Reduced facies Cu Argillite Middle Proterozoic 1000 Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Gateway Fm., Purcell (Belt) Supergroup 49.2158333333333 -114.124722222222 NA 467 Blind Canyon-2 CNAL 49 12 54 -114 0 -15 Canada Alberta Redbed Cu Argillite, sandstone Middle Proterozoic 1000 Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Fm., Purcell (Belt) Supergroup 49.215 -114.004166666667 NA 468 West Castle River-1 CNAL 49 12 31 -114 -21 0 Canada Alberta Reduced facies Cu Sandstone, dolomite, argillite, siltstone Middle Proterozoic 1000 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Sheppard Formation, Purcell (Belt) Supergroup 49.2086111111111 -114.35 NA 469 Yarrow Creek CNAL 49 12 4 -113 -58 -56 Canada Alberta Redbed Cu Quartzite Middle Proterozoic 1400 Cu-Ag Gobel, R.J., 1970, The Yarrow-Creek-Spionkop Creek copper deposits: Unpublished M.Sc. thesis, University of Alberta 1970. Appekunny Fm., Purcell (Belt) Supergroup 49.2011111111111 -113.982222222222 NA 470 Yarrow Creek-main zone CNAL 49 11 43 -113 -59 -53 Canada Alberta Redbed Cu Quartzite, sandstone Diabase Middle Proterozoic 1400 Cu also occurs in underlying diabase intrusions Cu-Ag Gorie, E.,, Kintla Explorations Ltd Final Geological Report 1972-1973 Programs, Big Horn Claims, Yarrow Creek-Spionkop Creek, Southwestern Alberta: Copper Geology File 1974. Grinnell Fm., Purcell (Belt) Supergroup 49.1952777777778 -113.998055555556 NA 471 Castle River, Loaf Mountain-2 CNAL 49 11 8 -114 -5 -48 Canada Alberta Reduced facies Cu Argillite, siltstone, dolomite, dolomitic sandstone Middle Proterozoic 1000 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Gateway-Boosville Formations, Missoula Group 49.1855555555556 -114.096666666667 NA 472 Castle River, Loaf Mountain-3 CNAL 49 11 33 -114 -6 -10 Canada Alberta Reduced facies Cu Argillite, siltstone, dolomite, dolomitic sandstone Middle Proterozoic 1000 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Gateway-Boosville Formations, Missoula Group 49.1925 -114.102777777778 NA 473 Castle River, Loaf Mountain-1 CNAL 49 10 49 -114 -6 -41 Canada Alberta Reduced facies Cu Argillite, siltstone, dolomite, dolomitic sandstone Middle Proterozoic 1000 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Gateway-Boosville Formations, Missoula Group 49.1802777777778 -114.111388888889 NA 474 Commerce Creek CNBC 49 10 11 -114 -23 -16 Canada British Columbia Redbed Cu Arenite Middle Proterozoic 1500 Several zones and showings, reserves for a dolomite bed Cu-Ag-Au Anon, 1967, Commerce Nickel Mines Ltd.: Canadian Mines Handbook, 1967-1968, p. 88. Grinnell Fm., Purcell (Belt) Supergroup 49.1697222222222 -114.387777777778 NA 475 Sage Creek 1 Commerce Peak CNBC 49 9 10 -114 -20 -44 Canada British Columbia Reduced facies Cu Gray argillite, siltst, sandstone, dolomite, arenites Middle Proterozoic 1500 Arenite up to 10 ft thick carry 0.27 to 1.57% Cu and 0.3 to 5 ppm Ag Arenite up to 10 ft thick carry 0.27 to 1.57% Cu and 0.3 to 5 ppm Ag Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Roosville Formation, Purcell (Belt) Supergroup 49.1527777777778 -114.345555555556 NA 476 Sage Creek 2 CNBC 49 8 60 -114 -17 -9 Canada British Columbia Reduced facies Cu Gray argillite, siltst, sandstone, dolomite, arenite Middle Proterozoic 1500 Arenite up to 10 ft thick carry 0.27 to 1.57% Cu and 0.3 to 5 ppm Ag Arenite up to 10 ft thick carry 0.27 to 1.57% Cu and 0.3 to 5 ppm Ag Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Roosville Formation, Purcell (Belt) Supergroup 49.15 -114.285833333333 NA 477 Disraeli Lake Commerce CNON 49 8 55 -88 -59 -29 Canada Ontario Reduced facies Cu Dolomite, limestone Middle Proterozoic 2000 Mineralization of limited extent occurs 1.1 km w of north end of Lake Age of host rock is not necessarily Age of mineralization in this case. Cu-Pb Anon, 1967, Commerce Nickel Mines Ltd: Canadian Mines Handbook 1967-68, p. 88. Sibley Group 49.1486111111111 -88.9913888888889 NA 478 Sage Creek 4 Langemarck Mtn-2 CNBC 49 8 15 -114 -20 -4 Canada British Columbia Reduced facies Cu Limestone, dolomite, argillite, arenites Middle Proterozoic 1500 Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Siyeh Formation, Purcell (Belt) Supergroup 49.1375 -114.334444444444 NA 479 Sage Creek 3 Langemarck Mtn-1 CNBC 49 7 60 -114 -22 -39 Canada British Columbia Redbed Cu Argillite, sandstone, siltstone, qtzite, arenites Middle Proterozoic 1500 Bornite, covellite 1-2 ft thick beds of lower grinell carry 2.5 to 5.0% Cu 1-2 ft thick beds of lower grinell carry 2.5 to 5.0% Cu Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Formation, Purcell (Belt) Supergroup 49.1333333333333 -114.3775 NA 480 Blakiston Creek CNAL 49 7 57 -114 0 -56 Canada Alberta Redbed Cu Argillite, sandstone Middle Proterozoic 1000 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Fm., Purcell (Belt) Supergroup 49.1325 -114.015555555556 NA 481 Mount Lineham CNAL 49 4 51 -114 0 -27 Canada Alberta Redbed Cu Argillites, sandstones Middle Proterozoic 1000 Near thrust fault Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Fm., Purcell (Belt) Supergroup 49.0808333333333 -114.0075 NA 482 Cameron Brook CNAL 49 3 54 -114 0 -53 Canada Alberta Redbed Cu Argillite, sandstone Middle Proterozoic 1000 Cu-Ag Morton, R., 1973, Sulfide deposits associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Grinnell Fm., Purcell (Belt) Supergroup 49.065 -114.014722222222 NA 483 Akamina, Flathead Valley CNBC 49 2 24 -114 -16 -5 Canada British Columbia Redbed Cu Quartzite (sandstone) Helikian 1400 Also as clots associated with shale frAgments and as fracture fillings Cu-Ag Anon, 1969, / British Columbia Minister of Mines, Annual Report, 1968. Purcell series, Grinnell Fm. 49.04 -114.268055555556 NA 484 Kishinena Creek CNBC 49 1 60 -114 -16 -19 Canada British Columbia Uncl. Argillite, sandstone, siltstone, arenite Middle Proterozoic 1500 Numerous showings with grades around 0.3% Cu and 14 ppm Ag Considerable Cu-Ag enrichment with grades around 0.3% Cu and 14 ppm Ag, adjacent to normal faults Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Middle-upper Grinnell Fm., Purcell Supergroup 49.0333333333333 -114.271944444444 NA 485 Wall Lake 1 CNBC 49 0 50 -114 -5 -44 Canada British Columbia Reduced facies Cu Quartzitic and dolomitic sandstone, dolomite Middle Proterozoic 1500 Bornite, covellite Several occurrences of very low grade (about 0.07% Cu) Cu contained mainly in unmetamorphosed arenites of the lower Sheppard Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Sheppard Formation, Purcell (Belt) Supergroup 49.0138888888889 -114.095555555556 NA 486 Wall Lake 2 Akamina Creek CNBC 49 1 30 -114 -4 0 Canada British Columbia Reduced facies Cu Calcareous siltstone, argillite, dolomite Middle Proterozoic 1500 Several occurrences in 5-7 ft thick siltst beds grade 0.32 to 0.54% Cu Several occurrences in 5-7 ft thick siltst beds grade 0.32 to 0.54% Cu Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Middle Gateway Fm., Purcell (Belt) Supergroup 49.025 -114.066666666667 NA 487 Starvation Creek-1 CNBC 49 0 36 -114 -13 -19 Canada British Columbia Redbed Cu Arenite, argillite, sandstone, siltstone, qtzite Middle Proterozoic 1500 White arenite 4 to 7 ft thick, grab samples up to 0.41% Cu Cu-Ag. White arenite 4 to 7 ft thick, grab samples up to 0.41% Cu Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Upper grinnell Fm., Purcell (Belt) Supergroup 49.01 -114.221944444444 NA 488 Starvation Creek-2 CNBC 49 0 30 -114 -10 0 Canada British Columbia Uncl. Limestone, dolomite, argillite, sandy limestone Middle Proterozoic 1500 Two occurrences carry low Cu values (averAge 0.01 to 0.08% Cu) Two occurrences carry low Cu values (average 0.01 to 0.08% Cu) Morton, R., 1973, Sulfide Deposits Associated with Precambrian Belt-Purcell Strata in Alberta and British Columbia, Canada: Belt Symposium September 17-22 1973 (Moscow Idaho), Vol. 1, p. 159-179. Middle-upper Styeh Fm., Purcell (Belt) Supergroup 49.0083333333333 -114.166666666667 NA 489 Boswarlos Port au Port Penin CNNF 48 34 7 -58 -48 -50 Canada Newfoundland Reduced facies Cu Fossiliferous buff limestone, gypsum, sandstone Mississippian 340 Mineralization occurs along outcrop 0.3km long near shore of costa Bay Pb-Zn-Cu-Sr-Ba Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Codroy Group (equivalent to Windsor Group) 48.5686111111111 -58.8138888888889 NA 490 Fischells Brook CNNF 48 18 14 -58 -32 -59 Canada Newfound land Redbed Cu Green-grey and red sandstone, pebbly ss, siltst Carboniferous 320 Dissem mineralization occurs over 45 cm interval at 575 m depth in ddh Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Barachois Group 48.3038888888889 -58.5497222222222 NA 491 Jeffreys Village CNNF 48 14 32 -58 -49 -23 Canada Newfound land Redbed Cu Red siltstone, red and grey sandstone Mississippian 340 Very minor occurrence, near coast between mckays and barachois Brooks Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Jeffreys Village Member, Codroy Group 48.2422222222222 -58.8230555555556 NA 492 JF USMT 48 11 55 -115 -53 -42 13.6 0.4 44.6 United States Montana Revett Cu M. Proterozoic 1500 Chalcopyrite, bornite , galena, calcite Boleneus, D.E., 2002, unpublished database Revett Fm. 5027 48.1986111111111 -115.895 .0544 NA 493 Rock Creek Rock Lake, Montanore, Copper Gulch, Horizon Basin, Rock Peak USMT 48 04 46 -115 -40 -36 299 0.81 71 United States Montana Revett Cu Quartzite Siltstone, argillite (Burke Fm.) M. Proterozoic 1500 Chalcocite, chalcopyrite, bornite, galena, native siver, pyrite, pyrrhotite Siltite, silty quartzite, quartzite upper members, Revett Fm. Cu-Ag-Pb Adkins, A.R., 1993, Geology of the Montanore stratabound Cu-Ag deposit, Lincoln and Sanders Counties, Montana: Montana Bureau of Mines and Geology Open File Report 381, 3 p. Boleneus, D.E., 2002, unpublished database Revett Fm. 5027 48.0794444444444 -115.676666666667 2.4219 NA 494 Bald Mountain CNNF 48 1 30 -58 -51 -21 Canada Newfound- land Reduced facies Cu Limestone Mississippian 340 Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Codroy Road Formation, Codroy Group 48.025 -58.8558333333333 NA 495 Grand Codroy River -S branch CNNF 47 54 22 -59 -4 -23 Canada Newfound- land Redbed Cu Micaceous sandstone Mississippian 340 U grades 30-34 ppm, Cu 775 ppm Sandstone of Robinsons River Formation, fine plant material common. U-Cu Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Mollichignick Member, Codroy Group 47.9061111111111 -59.0730555555556 NA 496 Grand Codroy River-highway one CNNF 47 52 8 -59 -6 -55 Canada Newfound- land Redbed Cu Mudstone, siltstone, arkosic pebbly grit, ss Mississippian 340 U grades 23-323 ppm, Cu 3000 ppm Host rocks belong to Robinson River Formation. Cu-U. U grades 23-323 ppm, Cu 3000 ppm Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Overfall Brook Member, Codroy Group 47.8688888888889 -59.1152777777778 NA 497 Vermillion River USMT 47 51 04 -115 -22 -11 13.6 0.5 30.8 United States Montana Revett Cu Quartzite M. Proterozoic 1500 Chalcopyrite, bornite, feldspar, ankerite Boleneus, D.E., 2002, unpublished database Revett Fm. 5027 47.8511111111111 -115.369722222222 .068 NA 498 Grand Codroy River-on railway CNNF 47 50 50 -59 -11 -4 Canada Newfound land Redbed Cu Grey sandstone with abundant grey mudclasts Mississippian 340 Grades-u 7.4 ppm, Cu 1650 ppm Associated with mudclasts and plant fossils above scour at base of sandstone. Cu-U Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Mollichignick Member, Codroy Group 47.8472222222222 -59.1844444444444 NA 499 Searston CNNS 47 49 25 -59 -19 -47 Canada Nova Scotia Redbed Cu Green-grey and red sandstone Carboniferous 320 Two occurrences on coast-one 0.5 km north of the other Knight, I., 1983, Geology of the Carboniferous Bay St George Subbasin, Western Newfoundland: Mineral Development Division, Department of Mines and Energy, Government of Newfoundland and Labrador, Memoir 1. Searston Formation, barachois Group 47.8236111111111 -59.3297222222222 NA 500 Daisy Creek USMT 47 49 0 -115 -19 -59 United States Montana Redbed Cu Grey to white feldspathic quartzites Middle Proterozoic (Helikian) 1400 Mineralization occurs adjacent to overbank-facies siltite beds. Cu-Pb-Ag. Mineralization occurs adjacent to overbank-facies siltite beds. Stanley, C.R., 1987, Hinsdalite and other products of oxidation at the Daisy Creek Stratabound Copper-Silver Prospect, Northwestern Montana: Canadian Mineralogist, Vol. 25, p. 213-220. Bonner Formation, Belt Supergroup 47.8166666666667 -115.333055555556 NA 501 Niagara USID 47 40 59 -115 -51 -38 15 0.47 16 United States Idaho Revett Cu Quartzite M. Proterozoic 1500 Bornite, chalcopyrite Boleneus, D.E., 2002, unpublished database Revett Fm. 5027 47.6830555555556 -115.860555555556 .0705 NA 502 Nepisiguit River copper CNNB 47 34 15 -65 -37 -14 Canada New Brunswick Redbed Cu Sandstone Carboniferous 320 20 to 30 tons ore removed in 1859 Bailey, L.W., 1898, Geological Survey of Canada, Annual Report 1897, Vol. 10. 47.5708333333333 -65.6205555555556 NA 503 Missoula National USID 47 30 16 -115 -44 -37 4.5 0.5 34 United States Idaho Revett Cu Quartzite M. Proterozoic 1500 Bornite, chalcopyrite, calcite Boleneus, D.E., 2002, unpublished database Revett Fm. 5027 47.5044444444444 -115.743611111111 .0225 NA 504 Mission Mountains USMT 47 30 0 -114 -4 -59 United States Montana Redbed Cu Siltite and quartzite Middle Proterozoic (Helikian) 1400 Widespread irregular distribution of minor amounts of Cu, non-economic Original Cu minerals Occurrence as heavy mineral grains, interstitial fLakes Harrison, J.E., 1969, Mineral resources of the Mission Mountains Primitive Area, Missoula and Lake Counties Montana: U.S. Geological Survey, Bulletin 1261-D, 47 p. Shepard Fm. of Belt Supergroup 47.5 -114.083055555556 NA 505 Snowstorm USID 47 28 57 -115 -43 -29 0.75 3.33 169 United States Idaho Revett Cu Quartzite M. Proterozoic 1500 Chalcopyrite, tetrahedrite, bornite, chalcocite Produced 3283 oz. Au Boleneus, D.E., 2002, unpublished database Gold Revett Fm. 5027 47.4825 -115.724722222222 .024975 NA 506 Scapegoat Wilderness Red Ridge USMT 47 14 -112 -46 0 United States Montana Uncl. Argillite, siltite, quartzite Middle Proterozoic (Helikian) 1400 Weak Cu mineralization widespread in wilderness area mainly in 3 fm Along fractures, bedding planes and in intergranular voids of porous rocks. Contains U, Ag. Mudge, M.R., 1974, Mineral resources of the Scapegoat Wilderness Powell and Lewis and Clark Counties, Montana: U.S. Geological Survey Bulletin 1385-B. Spokane, empire, Snowslip Formations 47.2333333333333 -112.766666666667 NA 507 Dingwall CNNS 46 55 48 -60 -29 -53 Canada Nova Scotia Uncl. Argillite Lower Carboniferous 340 Anon, Nova Scotia Department of Mines, Assessment File, 11k 16c, 13-Q-5. 46.93 -60.4980555555556 NA 508 Canyon Creek, Rogers Pass USMT 46 55 0 -112 -4 -59 United States Montana Redbed Cu White feldspathic qzite, green argl and siltite Proterozoic 2000 Mineralized beds reduced (with c-organic residue) in 30 m-thick zone Maroon rocks enclose potentially economic Cu-Ag-bearing sandstone intervals Braun, E.R., 1984, Organic control of sandstone-hosted copper-silver mineralization in the Spokane Formation Near Rogers Pass, Western Montana: Montana Geological Society, Guidebook-1984, Field Conference Nw Montana Middle spokane Formation, Belt Supergroup 46.9166666666667 -112.083055555556 NA 509 Wolf Creek USMT 46 52 0 -112 -7 0 United States Montana Uncl. Limestone, green and red siltstone, sandstone Middle Proterozoic 1400 4 mineralized beds within 23 metre-thick section of spokane Formation Cu grade up to 1% and Ag up to 29 ppm. Occurrence in the oolitic limestone Lange, I.M., Moore, J.N. and Krouse, H.R., 1987, Diagenesis and copper mineralization in carbonates in the Spokane Formation, Belt Supergroup, at Wolf Creek, Montana: Economic Geology, Vol. 82 No. 5, p. 1334-1347. Spokane Fm., Ravalli Group, Belt Supergroup 46.8666666666667 -112.116666666667 NA 510 White Pine USMI 46 46 -89 -34 688 1.2 40 United States Michigan Reduced facies Cu Shale Conglomerate M. Proterozoic 1100 Chalcocite, native copper, native silver, calcite Sandstone Brown, A.C., 1971, Zoning in the White Pine copper deposit Ontonagon County, Michigan: Economic Geology, v. 66, p. 543-573. Ensign, C. O., White, W. S., Wright, J. C., Patrick, J. L., Leone, R. J., Hathaway, D. J., Trammell, J. W., Fritts, J. J., and Wright, T. L., 1968, Copper deposits in the Nonesuch Shale, White Pine, Michigan, in Ridge, J. D., ed., Ore Deposits of the United States, 1933-1967; the Graton-Sales Volume: American Institute of Mining, Metallurgical and Petroleum Engineers, New York, p. 460-488. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Van Schmus, W.R., Green, J.C., Halls, H.C., 1982, Geochronology of Keweenawan rocks of the Lake Superior region: a summary, in Wold, R.J., and Hinze, W.J., eds., Geology and tectonics of the Lake Superior basin: Geological Society of America Memoir 156, p. 165-171. Nonesuch Shale 5051 46.7666666666667 -89.5666666666667 8.256 NA 511 Presque Isle USMI 46 41 -89 -59 90.7 1.3 5 United States Michigan Reduced facies Cu Siltstone, sandstone M. Proterozoic 1500 White, W.S., and Wright, J.C., 1966, Sulfide mineral zoning in the basal Nonsuch shale: Economic Geology, v. 61, p. 1171-1190. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Nonesuch Shale 5051 46.6833333333333 -89.9833333333333 1.1791 NA 512 Cobre Lake CNON 46 37 45 -82 48 00 Canada Ontario Redbed Cu Sandstone Redbeds L. Proterozoic 2,400 Chalcopyrite, pyrite, hematite, chlorite Argillite Contact Occurrences at transition from fluvial to tidal marine conditions Chandler, F.W., Lower Proterozoic sabkha-related copper mineralization, paleoenvironment and diagenesis, Cobre lake, Ontario in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36. p. 225-344. Pearson, W.N., 1979, Copper metallogeny North Shore Region of Lake Huron: Geological Survey of Canada, Paper 79-1, p. 289-304. Cobalt Grp.:Lorrain, Gordon Lake Fms. 46.6291666666667 -81.2 NA 513 Flack Lake area CNON 46 36 0 -82 -46 0 Canada Ontario Reduced facies Cu Sandstone, siltstone, qaurtz arenite Lower Proterozoic (Lower Aphebian) 1900 Sparse sabkha-related Cu lies at boundary btwn lorrain and gordon lk fms Sparse sabkha-related Cu lies at boundary between Lorrain and Gordon Lake Fms. Chandler, F.W., 1986, Sedimentology and Paleoclimatology of the Huronian, Lorrain and Gordon Lake Formations and their Bearing on Models for Sedimentary Cu Mineralization: Geological Survey of Canada, Paper 86-1a, p.121. Gordon Lake Formation, cobalt Group 46.6 -82.7666666666667 NA 514 Stag Lake CNON 46 35 10 -82 -36 -15 Canada Ontario Redbed Cu Quartzite, argillite Redbeds L. Proterozoic 2,400 Chalcopyrite, pyrite, hematite, chlorite Argillite Lies 300m below Nipissing diabase sill. Gordon Lake Fm contains tillite. Low grade disseminated Cu occurs over strike length of 3.2 km. Cu also in argillite unit of overlying Gordon Lake Fm. Shklanka, R., 1969, Copper, nickel, lead and zinc deposits of Ontario: Ontario Department of Mines, Mineral Resources Circular No. 12. Cobalt Grp.:Lorrain, Gordon Lake Fms. 46.5861111111111 -82.6041666666667 NA 515 Kona Dolomite USMI 46 32 -87 -27 907 0.3 United States Michigan Reduced facies Cu Dolomitic quartzite Argillite L. Proterozoic 2000 Chalcocite, bornite, chalcopyriite, pyrite Argillite Mineralized zone10 m thick at base of stromatoliic Kona Dolomite. Grade controlled by permeability and abundance of early pyrite Clark, J.L., 1974, Distribution and mode of occurrence of copper sulfides in the Kona Dolomite, Marquette County, Michigan (abs.) in Giblin, P.E., Bennett, G. and Leahy, E.J.,eds.,Field Guides for 20th Annual meeting: Institute on Lake Superior Geology Sault Ste. Marie Wewe Fm. 46.5333333333333 -87.45 2.721 NA 516 Desbarats CNON 46 21 33 -83 -58 0 Canada Ontario Redbed Cu Pink and purple quartzites Proterozoic (Huronian) 2400 Several showings, possibility of widespread low grade mineralization Mineralized quartzite is hematitic, feldspathic, slightly radioactive Anon, Ontario Department of Mines, Resident Geologist Files, Ssm-1/-2/-3. Shklanka, R., 1969, Copper, Nickel, Lead and Zinc Deposits of Ontario: Ontario Department of Mines, Mineral Resources Circular No. 12. Thomson, J.E., 1957, Copper, Nickel, Lead and Zinc Deposits in Ontario: Ontario Department of Mines, Metal Resources Circular No. 2. Lower Lorrain Fm., Cobalt Group 46.3591666666667 -83.9666666666667 NA 517 Watersmeet USMI 46 21 0 -89 -19 0 United States Michigan Uncl. Vitreous white orthoquartzite Lower Proterozoic 2000 Two quartzite beds 0.25-0.5 metre thick-mineralized mostly with chalco Masive quartzite beds have sharp contact with the tremolitic marble Cannon, W.F., 1980, Copper-bearing quartzite near Watersmeet, Michigan: U.S. Geological Survey, Open-File Report 80-390, 6 p. Chocolay Group, Marquette range Supergroup 46.35 -89.3166666666667 NA 518 Highway showing CNNS 46 14 16 -60 -16 0 Canada Nova Scotia Reduced facies Cu Sandstone Upper Carboniferous 300 Showing on west side of trans-canada highway at junction of hwy 125 Kirkham, R.V., 1985, Personal Communication: Geological Survey of Canada, 1985. Morien Group 46.2377777777778 -60.2666666666667 NA 519 Mcleod Point CNNS 46 14 7 -60 -36 -40 Canada Nova Scotia Reduced facies Cu Conglomerate Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 46.2352777777778 -60.6111111111111 NA 520 Gillis Dale CNNS 46 13 43 -61 -8 -53 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 46.2286111111111 -61.1480555555556 NA 521 Squire Point CNNS 46 13 4 -60 -35 -22 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Cu-Pb-Zn Binney, W.P., 1975, Copper Occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 46.2177777777778 -60.5894444444444 NA 522 Point Edward CNNS 46 10 2 -60 -16 -19 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Pb-Cu Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 46.1672222222222 -60.2719444444444 NA 523 Kirkwood CNNS 46 10 0 -61 -8 -59 Canada Nova Scotia Uncl. Arkose sandstone Lower Carboniferous 340 Cu-Pb-Zn Anon, 1970, , Nova Scotia Dept Mines, Ann Rept (1969) 46.1666666666667 -61.1497222222222 NA 524 Frenchvale Leitches Creek CNNS 46 10 0 -60 -17 -59 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Anon, Nova Scotia Department of Mines, Assessment File, 11 K 1b, 13 C 29. Windsor Group 46.1666666666667 -60.2997222222222 NA 525 Mabou CNNS 46 9 53 -61 -26 -10 Canada Nova Scotia Uncl. Sandstone, conglomerate Lower Carboniferous 340 Cu-U-Ag Anon, Nova Scotia Department of Mines, Assessment File, 11k 3b, 13-J-35. 46.1647222222222 -61.4361111111111 NA 526 Yankee Line Road CNNS 46 7 59 -60 -55 0 Canada Nova Scotia Reduced facies Cu Conglomerate, limestone Lower Carboniferous 340 Malachite, galena Grey conglomerate heavily stained by malachite, galena dissem in lmsn Pb-Cu Binney, W.P., 1975, Copper Occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Horton Group, Windsor Group 46.1330555555556 -60.9166666666667 NA 527 Gallas Point CNPE 46 7 57 -62 -57 -56 Canada Prince Edward Island Redbed Cu Sandstone U-Cu-Ba Barss, M.S., Hacquebard, p.A., and Howie, R.D., 1963, Palynology and stratigraphy of some Upper Pennsylvanian and Permian Rocks of the Maritime Provinces: Geological Survey of Canada, Paper 63-3, 13 p. 46.1325 -62.9655555555556 NA 528 Finlay Beach CNNS 46 7 53 -61 -27 -37 Canada Nova Scotia Reduced facies Cu Conglomerate Lower Carboniferous 330 Only trace of Cu found Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 46.1313888888889 -61.4602777777778 NA 529 Musgrave showing CNNS 46 7 48 -60 -20 -29 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 340 Shaw, W.S., 1974, Cape Breton Mineral Resource Project: Safras Data File (1974), St Francis Xavier University. Windsor Group 46.13 -60.3413888888889 NA 530 Mackay showing CNNS 46 7 12 -60 -21 -23 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Shaw, W.S., 1974, Cape Breton Mineral Resource Project: Safras Data File (1974), St Francis Xavier University. Windsor Group 46.12 -60.3563888888889 NA 531 Macmullin Brook CNNS 46 6 14 -60 -23 -4 Canada Nova Scotia Reduced facies Cu Limestone, congloemrate Lower Carboniferous 340 Fletcher, H., 1900, Sydney Coal Field, Geological Survey of Canada Separate Rept 685. Windsor Group 46.1038888888889 -60.3844444444444 NA 532 Washabuck-1 Crow Point CNNS 46 4 30 -60 -46 0 Canada Nova Scotia Reduced facies Cu Conglomerate Lower Carboniferous 340 Cu-Au-Ag-Pb Kelley, D.G., 1967, Baddeck and Whycocomach Map-Areas: with emphasis on Mississippian Stratigraphy of Central Cape Breton Island, Nova Scotia: Geological Survey of Canada, Memoir 351, 65 p. Horton Group 46.075 -60.7666666666667 NA 533 Washabuck-2 CNNS 46 3 15 -60 -48 -7 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Cu-Pb-Zn Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group, Horton Group 46.0541666666667 -60.8019444444444 NA 534 Macbeth Brook CNNS 46 4 20 -60 -19 -37 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Several occurrence within distance of 0.33 km along macbeth Brook Kirkham, R.V., 1985, Personal Communication: Geological Survey of Canada, 1985. Windsor Group 46.0722222222222 -60.3269444444445 NA 535 Coxheath-contact zone CNNS 46 4 17 -60 -23 -9 Canada Nova Scotia Reduced facies Cu Grey conglomerate Lower Carboniferous 340 Cu occurs in several outcrops of conglomerate along 7.5 miles strike Conglomerate has calcareous matrix Oldale, H.R., 1967, A Centennial of Mining Exploration and Development-Coxheath Hills, Cape Breton: Transactions of Canadian Institute of Mining and Metallurgy, Vol. 70, p. 314-322. Windsor Group, Grantmire Fm.-Horton Group 46.0713888888889 -60.3858333333333 NA 536 Moredolphton Warehouse and Landing CNON 46 3 56 -81 -47 -7 Canada Ontario Uncl. Quartz sandstone Paleozoic (Cambrian) 540 Pearson, W.N., 1978, Copper metallogeny, Lake Huron Area, Ontario: Geological Survey of Canada, Paper 78-1a, p. 263-268. 46.0655555555556 -81.7852777777778 NA 537 Carr Brook CNNS 46 3 24 -60 -21 -7 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Kirkham, R.V., 1985, Personal Communication: Geological Survey of Canada, 1985. Windsor Group 46.0566666666667 -60.3519444444444 NA 538 Steele Crossing CNNS 46 2 30 -60 -28 0 Canada Nova Scotia Reduced facies Cu Limestone Carboniferous 320 Pb-Zn-Cu-Ag Anon, Nova Scotia Department of Mines, Assessment File, 11k 01b, 13-C-88. 46.0416666666667 -60.4666666666667 NA 539 Campbell's Brook Delhanty Brook CNNS 46 2 12 -61 -28 -5 Canada Nova Scotia Reduced facies Cu Shale, sandstone Lower Carboniferous 340 Shaw, W.S., 1974, Cape Breton Mineral Resource Project: Safras Data File (1974), St Francis Xavier University. Windsor Group 46.0366666666667 -61.4680555555556 NA 540 Bois Dale CNNS 46 1 36 -60 -26 -41 Canada Nova Scotia Reduced facies Cu Limestone Carboniferous 320 Pb-Ag-Zn-Cu Fletcher, H., 1900, Sydney Coal Field, Geological Survey of Canada Separate Rept 685. 46.0266666666667 -60.4447222222222 NA 541 Lewis Lake CNON 46 0 52 -81 -48 -1 Canada Ontario Uncl. Dolomite Ordovician(?) 470 Located on highway 68, 0.8 km east of lewis Lake Limited sulphides confined to small, sandy, dolomite-filled depreSandstoneions Pearson, W.N., 1978, Copper metallogeny, Lake Huron Area, Ontario: Geological Survey of Canada, Paper 78-1a, p. 263-268. 46.0144444444444 -81.8002777777778 NA 542 East Bay CNNS 46 0 3 -60 -25 -37 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Cu-Zn Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 46.0008333333333 -60.4269444444444 NA 543 Catalone Lake CNNS 45 59 25 -59 -59 -29 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.9902777777778 -59.9913888888889 NA 544 Southwest Mabou River CNNS 45 59 24 -61 -24 -53 Canada Nova Scotia Redbed Cu Sandy limestone Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. 45.99 -61.4147222222222 NA 545 Glen Morrison (gm-1) CNNS 45 58 60 -60 -19 0 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.9833333333333 -60.3166666666667 NA 546 Christmas Island-1 CNNS 45 58 31 -60 -44 -21 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Cu-Pb-Zn Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.9752777777778 -60.7391666666667 NA 547 Iona CNNS 45 57 45 -60 -48 -35 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Pb-Zn-Cu Anon, Nova Scotia Department of Mines, Assessment File, 11 F 15 C, 27-Q-57. Windsor Group 45.9625 -60.8097222222222 NA 548 Whycocomagh CNNS 45 57 43 -61 -6 -4 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Windsor-Horton contact Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.9619444444444 -61.1011111111111 NA 549 Christmas Island-2 CNNS 45 57 43 -60 -46 -44 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Cu-Pb-Zn Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.9619444444444 -60.7788888888889 NA 550 Dorchester Colonial Copper CNNS 45 55 43 -64 -28 -35 2.3 2 Canada New Brunswick Redbed Cu Sandstone, conglomerate U. Carboniferous 300 Pb-Zn in overlying beds, native copper in underlying beds Brown, A.C., 1975, A study of stratiform copper deposits in Carboniferous strata of New Brunswick and Nova Scotia: Geological Survey of Canada, Report of Activities, Part A, Papper 75-1, p. 598-600. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Hopewell Grp. 5221 45.9286111111111 -64.4763888888889 .046 NA 551 Little Judique CNNS 45 55 29 -61 -26 -14 Canada Nova Scotia Redbed Cu Sandstone, shale Carboniferous 320 Pb-Cu Anon, Nova Scotia Department of Mines, Assessment File, 11f 14c, 27-J-63. Canso Group 45.9247222222222 -61.4372222222222 NA 552 Salmon River CNNS 45 54 45 -60 -18 -29 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Cu-Zn Anon, Nova Scotia Department of Mines, Assessment File, 11 F 16 B, 13-O-28. Windsor Group 45.9125 -60.3080555555556 NA 553 Ballantynes Cove CNNS 45 50 46 -61 -55 -5 Canada Nova Scotia Uncl. Conglomerate Devonian 380 Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Mcaras Brook Formation 45.8461111111111 -61.9180555555556 NA 554 South Pugwash, no 3 CNNS 45 49 41 -63 -38 -6 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Radioactivity associated with plant remains Cu-U Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.8280555555556 -63.635 NA 555 Hopewell Cape The Rocks CNNB 45 49 30 -64 -34 -54 Canada New Brunswick Reduced facies Cu Stromatolitic and oolitic limestone, sandstone Carboniferous 320 chalcopyrite, sphalerite Minor chalcopyrite and sphalerite (?), Also red bed Cu in area Cu-Zn Kirkham, R.V., 1985, Base Metals in Upper Windsor (Codroy) Group oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Demoiselle Creek beds, Windsor Group 45.825 -64.5816666666667 NA 556 South Pugwash-1 CNNS 45 49 21 -63 -39 -40 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 3 areas, radioactivity assoc with plant remains, uneconomic, loc is avg Cu-U Brummer, J.J., 1958, Supergene copper-uranium deposits in Northern Nova Scotia: Economic Geology, Vol. 53, p. 309-324. Pictou Group 45.8225 -63.6611111111111 NA 557 South Pugwash-2 CNNS 45 49 10 -63 -41 -11 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Radioactivity associated with plant remains Cu-U Brummer, J.J., 1958, Supergene copper-uranium deposits in Northern Nova Scotia: Economic Geology, Vol. 53, p. 309-324. Pictou Group 45.8194444444444 -63.6863888888889 NA 558 Rockley CNNS 45 49 6 -63 -45 -14 Canada Nova Scotia Redbed Cu Sandstone, siltstone, mudstone Upper Carboniferous 290 Anon, 1982, Esso Minerals Canada, Company Files. Pictou Group 45.8183333333333 -63.7538888888889 NA 559 Garbarus Lake CNNS 45 49 0 -60 -13 0 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Cu-Zn Shaw, W.S., 1974, Cape Breton Mineral Resource Project: Safras Data File (1974), St Francis Xavier University. Windsor Group 45.8166666666667 -60.2166666666667 NA 560 Treen Point CNNS 45 48 34 -63 -17 -46 Canada Nova Scotia Redbed Cu Greyish sandstone Upper Carboniferous 290 Cu mineralization associated with pyrite replacement Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Boss Point Fm., RiverDale Group 45.8094444444444 -63.2961111111111 NA 561 Johnstown CNNS 45 48 18 -60 -43 -17 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Shaw, W.S., 1974, Cape Breton Mineral Resource Project: Safras Data File (1974), St Francis Xavier University. Windsor Group 45.805 -60.7213888888889 NA 562 Malagash Point CNNS 45 48 14 -63 -14 -23 Canada Nova Scotia Redbed Cu Greenish-grey coarse sandstone Upper Carboniferous 290 Ells, R.W., 1904, Bulletin On the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Pictou Group 45.8038888888889 -63.2397222222222 NA 563 Malagash (north shore) CNNS 45 47 56 -63 -20 -55 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Upper Carboniferous 290 Ponsford, M., 1984, Metallic mineral occurrences map and data compilation Central Nova Scotia-Map Sheets 11d and 11e: Nova Scotia Department of Mines and Energy, Open-File 599. RiverDale 45.7988888888889 -63.3486111111111 NA 564 Mcintyre Lake CNNS 45 47 24 -60 -15 -23 Canada Nova Scotia Reduced facies Cu Conglomerate Carboniferous 290 Cu-Pb-Zn-Fe Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. 45.79 -60.2563888888889 NA 565 Lakevale CNNS 45 47 12 -61 -54 -37 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.7866666666667 -61.9102777777778 NA 566 Kerrs Mills CNNS 45 46 22 -63 -34 -14 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Nmi description should read southeast Anon, Nova Scotia Department of Mines, Assessment File, 11 E 14b, 13-E-47, Copper, Wallace, Cumberland County. Pictou Group 45.7727777777778 -63.5705555555556 NA 567 Malagash centre CNNS 45 46 10 -63 -19 -24 Canada Nova Scotia Redbed Cu Grey sandstone Upper Carboniferous 290 Mined for Cu prior to 1890 but no production figures given Fletcher, H., 1892, Report on geological surveys and explorations in the counties of Pictou and Colchester, Nova Scotia: Geological Survey of Canada Annual Report (1890-91), Vol. 5, Part 2, Part p. Pictou Group 45.7694444444444 -63.3233333333333 NA 568 Goshen CNNB 45 46 0 -65 -10 0 Canada New Brunswick Redbed Cu Conglomerate Carboniferous 320 Map refs also nb plates 64-2, 33-3a, 40-28 Cu-Ag Anon, New Brunswick Department of Natural Resources Report 138. Moncton Group 45.7666666666667 -65.1666666666667 NA 569 Canfield Dome Chisholm Brook CNNS 45 46 -63 -40 0.3 1.2 Canada Nova Scotia Redbed Cu U. Carboniferous 300 Chalcocite Ryan, R.J., Boehmer, R.C., Stea, R.R., and Rogers, P.J., 1989, Geology, geochemistry, and exploration applications for the Permo-Carboniferous redbed copper deposits of the Cumberland Basin, Nova Scotia, Canada in Boyle, R.W., Brown, A.C., Jefferson, C.W., Jowett, E.C., and Kirkham, R.V. eds., Sediment-hosted Stratiform Copper Deposits: Geological Association of Canada Special Paper 36, p. 245-256. Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Pictou Grp. 45.7666666666667 -63.6666666666667 .0036 NA 570 Waterside CNNS 45 45 10 -62 -46 -59 Canada Nova Scotia Redbed Cu Sandstone, conglomerate Upper Carboniferous 290 Anon, Nova Scotia Department of Mines, Assessment File, 11 E 15b, 13-M-33. Pictou Group 45.7527777777778 -62.7830555555556 NA 571 King mine CNNS 45 45 2 -63 -10 -12 Canada Nova Scotia Redbed Cu Grey slaty sandstone Upper Carboniferous 290 In 1899 shaft sunk to 40 feet with 30-ft drift Cu-U-Ag Goudge, M.G., 1947, Report on the metalliferous mines, Nova Scotia Dept Mines: Annual Report (1946). Pictou Group 45.7505555555556 -63.17 NA 572 Caribou River CNNS 45 45 2 -62 -48 -15 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Explored by several pits - one said to be 90 feet deep Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Pictou Group 45.7505555555556 -62.8041666666667 NA 573 Riverside mine CNNS 45 44 59 -63 -50 -43 Canada Nova Scotia Redbed Cu Conglomerate Upper Carboniferous 290 Cu-Ag Anon, Nova Scotia Department of Mines, Assessment File, 11 E 12c, 13-E-23. Pictou Group 45.7497222222222 -63.8452777777778 NA 574 Grant Brook CNNS 45 44 26 -63 -34 -23 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Upper Carboniferous 290 Two occurrences 1.75 km apart along west to east flowing Grant Brook Two occurrences 1.75 km apart along west to east flowing Grant Brook Ponsford, M., 1984, Metallic mineral occurrences map and data compilation Central Nova Scotia-Map Sheets 11d and 11e: Nova Scotia Department of Mines and Energy, Open-File 599. Boss Point Formation, RiversDale Group 45.7405555555556 -63.5730555555556 NA 575 Big Marsh CNNS 45 44 22 -62 0 -20 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 330 Associated with Windsor-Horton contact Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.7394444444444 -62.0055555555556 NA 576 Blockhouse Point CNNS 45 44 18 -63 -20 -20 Canada Nova Scotia Redbed Cu Grey sandstone Upper Carboniferous 290 Cu-U Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.7383333333333 -63.3388888888889 NA 577 Nappan CNNS 45 43 60 -64 -15 0 Canada Nova Scotia Redbed Cu Grey sandstone Upper Carboniferous 330 Unknown amt of ore shipped (1897) Sandstone contains considerable carbonized plant remains. Contains Pb-Au-Ag Dawson, G.M., 1898, Operations of the Geological Survey for 1897: Geological Survey of Canada Summary Rept, Vol. 10, Part A. Cumberland Group 45.7333333333333 -64.25 NA 578 Knoydart Point and Brook CNNS 45 43 19 -62 -14 -9 Canada Nova Scotia Redbed Cu Shale limy sandstone Upper Mississippian 340 5 occurrences Mineralization concentrated in bed 1 foot thick. Cu-Pb-Zn-As-Ag Wiese, R.G., 1957, An occurrence of mineralized organic material in Nova Scotia: Economic Geology, Vol. 52, No. 1. Ardness Formation, Canso Group 45.7219444444444 -62.2358333333333 NA 579 French River mouth CNNS 45 43 9 -63 -18 -6 Canada Nova Scotia Redbed Cu Sandstone, shale Upper Carboniferous 290 Two occurrences one on each bank, poss part of same bed, loc is averAge Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.7191666666667 -63.3016666666667 NA 580 Fleming Brook mine CNNS 45 43 7 -63 -33 -40 Canada Nova Scotia Redbed Cu Blue-grey shale, silty shale Upper Carboniferous 290 Unknown amount of ore removed , unknown when it was worked Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.7186111111111 -63.5611111111111 NA 581 Soldier Cove north CNNS 45 43 0 -60 -44 -48 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Cu-Fl Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.7166666666667 -60.7466666666667 NA 582 Tatamagouche Woodlock Brook prospect CNNS 45 41 47 -63 -16 -50 Canada Nova Scotia Redbed Cu Shale Upper Carboniferous 290 Cu-U Ponsford, M., 1984, Metallic Mineral Occurrences Map and Data Compilation Central Nova Scotia-Map Sheets 11d and 11e: Nova Scotia Department of Mines and Energy, Open-File 599. Pictou Group 45.6963888888889 -63.2805555555556 NA 583 River john (east branch) CNNS 45 41 44 -63 -2 -50 Canada Nova Scotia Redbed Cu Grey sandstone Upper Carboniferous 290 Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Pictou Group 45.6955555555556 -63.0472222222222 NA 584 Biz Brook CNNS 45 41 43 -63 -10 -9 Canada Nova Scotia Redbed Cu Siltstone Upper Carboniferous 290 U-Cu Dunsmore, H.E., 1977, A new genetic model for uranium-copper mineralization, Permo-Carboniferous Basin, Northern Nova Scotia: in Report of Activities, Part B, Geological Survey of Canada, Paper 77-1b, p. 247-253. Pictou Group 45.6952777777778 -63.1691666666667 NA 585 Bear Cove CNNS 45 41 40 -60 -21 -21 Canada Nova Scotia Reduced facies Cu Limestone, sandstone Carboniferous 300 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6944444444444 -60.3558333333333 NA 586 Scotch Hill CNNS 45 41 35 -62 -49 -44 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Anon, Nova Scotia Department of Mines, Assessment File, 11 F 16 B, 13-O-28. Riverdale Group 45.6930555555556 -62.8288888888889 NA 587 Midway Copper Belt-occ 7 CNNB 45 41 31 -64 -44 -30 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 Cu occurrences along regressive transition from marine to continental rocks Potter, R.R., 1967, Metallogenic investigations Kennebecasis Zone (2): Geological Investigations in New Brunswick, New Brunswick Department of Natural Resources, Information Circular 67-1. Maringouin, Sherpody Formations-Hopewell Group 45.6919444444444 -64.7416666666667 NA 588 Feeley mine Wentworth CNNS 45 41 24 -63 -33 -8 Canada Nova Scotia Redbed Cu Grey sandstone, grey-green siltstone Upper Carboniferous 290 Limited mineralization outlined by tunnels and drifts Cu-U Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Dunsmore, H.E., 1977, A New Genetic Model for Uranium-Copper Mineralization, Permo-Carboniferous Basin, Northern Nova Scotia: in Report of Activities, Part B, Geological Survey of Canada, Paper 77-1b, p. 247-253. Pictou Group 45.69 -63.5522222222222 NA 589 Cape Jack CNNS 45 41 20 -61 -33 -43 Canada Nova Scotia Reduced facies Cu Limestone, sandstone, siltstone Lower Carboniferous 340 Windsor-Horton contact Pb-Zn-Cu Benson, D.G., 1970, Notes To Accompany Geological Map of Antigonish and Cape George Map-Areas, Nova Scotia: Geological Survey of Canada, Paper 70-8, 2 p. Windsor Group 45.6888888888889 -61.5619444444444 NA 590 Matheson prospect CNNS 45 41 15 -63 -14 -19 Canada Nova Scotia Redbed Cu Conglomerate, shale Upper Carboniferous 290 Very minor mineralization Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.6875 -63.2386111111111 NA 591 New Horton mine CNNB 45 41 12 -64 -42 -41 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 50 tons ore shipped pre 1898#map refs also nb pl 51-3, 30-3, 30-8, 51-1 Cu-Ag-Au-Sn occurrences along regressive transition from marine to continental rocks Ball, F.D., and Gemmell, D.E., 1975, Dorchester Mines: Carboniferous Compilation, Vol. 4 (Uranium and Base Metals), New Brunswick Mineral Resources Branch, Topical Report 75-22. Wright, W.J., 1951, New Horton copper deposits: New Brunswick Department of Lands and Mines Paper 51-2. Maringouin, Sherpody Formations-hopeful Group 45.6866666666667 -64.7113888888889 NA 592 Mine hole Brook CNNS 45 40 47 -63 -14 -50 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Two areas mines, diggings now filled in and overgrown Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.6797222222222 -63.2472222222222 NA 593 Black River-1 CNNS 45 41 25 -61 -7 -45 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Pb-Cu-Zn Anon, Nova Scotia Department of Mines, Assessment File, 11 F 11 D, 27-O-3, Lead, Black River, Richmond County. Windsor Group 45.6902777777778 -61.1291666666667 NA 594 Black River-2 CNNS 45 40 38 -63 -12 -36 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 240 tons of ore avg 3.35% Cu was shipped 1907-1908 Cu-U. 240 tons of ore avg 3.35% Cu was shipped 1907-1908 Anon, Nova Scotia Department of Mines, Assessment File, 11 E 11c, 13-D-45, Tatamagouche. Pictou Group 45.6772222222222 -63.21 NA 595 Balfron CNNS 45 40 25 -63 -13 -29 Canada Nova Scotia Redbed Cu Siltstone Upper Carboniferous 290 Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Dunsmore, H.E., 1977, A new genetic model for uranium-copper mineralization, Permo-Carboniferous Basin, Northern Nova Scotia: in Report of Activities, Part B, Geological Survey of Canada, Paper 77-1b, p. 247-253. Pictou Group 45.6736111111111 -63.2247222222222 NA 596 Midway Copper Belt-shaft no 1 CNNB 45 40 21 -64 -47 -7 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 Ddh no 3 drilled to intersect beds exposed in shaft no 1 Cu occurrences along regressive transition from marine to continental rocks Potter, R.R., 1967, Metallogenic investigations Kennebecasis Zone (2): Geological Investigations in New Brunswick, New Brunswick Department of Natural Resources, Information Circular 67-1. Maringouin, Sherpody Formations-Hopewell Group 45.6725 -64.7852777777778 NA 597 Midway Copper Belt-pit 3 CNNB 45 40 12 -64 -47 -23 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 Ddh no 1 drilled to intersect beds exposed in pit 3 Cu-Ag-Au occurrences along regressive transition from marine to continental rocks Potter, R.R., 1967, Metallogenic investigations Kennebecasis Zone (2): Geological Investigations in New Brunswick, New Brunswick Department of Natural Resources, Information Circular 67-1. Maringouin, Sherpody Formations-Hopewell Group 45.67 -64.7897222222222 NA 598 Cape Blue CNNS 45 40 8 -61 -35 -31 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Malachite Malachite staining in Horton siltstone Cu-Pb Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6688888888889 -61.5919444444444 NA 599 Oliver CNNS 45 40 6 -63 -19 -19 Canada Nova Scotia Redbed Cu Grey sandstone, conglomerate Upper Carboniferous 290 In 1877 18.5 tons ore shipped, several prospects In 1877 18.5 tons ore shipped, several prospects Bancroft, M.F., 1944, Copper deposits Wentworth District Nova Scotia: Nova Scotia Department of Mines, Annual Report (1943), p. 94-105. Messervey, J.P., 1929, Copper in Nova Scotia: Nova Scotia Department of Mines, Pamphlet No. 7. Pictou Group 45.6683333333333 -63.3219444444444 NA 600 Palmer mine CNNS 45 40 2 -63 -36 -18 Canada Nova Scotia Redbed Cu Grey shales Upper Carboniferous 290 Messervey, J.P., 1929, Copper in Nova Scotia: Nova Scotia Department of Mines, Pamphlet No. 7. Pictou Group 45.6672222222222 -63.605 NA 601 Oliver-no 1 CNNS 45 39 44 -63 -19 -33 Canada Nova Scotia Redbed Cu Sandstone, conglomerate Upper Carboniferous 290 Also replacing plant remains in underlying conglomerate Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Pictou Group 45.6622222222222 -63.3258333333333 NA 602 Yellow Brook CNNS 45 39 39 -63 -11 -16 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Upper Carboniferous 290 Ponsford, M., 1984, Metallic mineral occurrences map and data compilation Central Nova Scotia-Map Sheets 11d and 11e: Nova Scotia Department of Mines and Energy, Open-File 599. Pictou Group 45.6608333333333 -63.1877777777778 NA 603 Midway Copper Belt-pit 2 CNNB 45 39 24 -64 -48 -6 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 Cu-Ag occurrences along regressive transition from marine to continental rocks Wright, W.J., 1951, New Horton copper deposits: New Brunswick Department of Lands and Mines Paper 51-2. Maringouin, Sherpody Formations-Hopewell Group 45.6566666666667 -64.8016666666667 NA 604 Scotsburn Brook CNNS 45 39 22 -62 -52 -43 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Anon, Nova Scotia Department of Mines, Assessment File, 11 E 10 C, 13-M-20, Copper, Plainfield, Pictou County. River Dale Group 45.6561111111111 -62.8786111111111 NA 605 Balmoral Brook CNNS 45 39 8 -63 -13 -13 Canada Nova Scotia Redbed Cu Sandstone Upper Carboniferous 290 Anon, Nova Scotia Department of Mines, Assessment File, 11 E 11c, 13-D-45, Copper, Tatamagouche, Colchester County. Pictou Group 45.6522222222222 -63.2202777777778 NA 606 Midway Copper Belt-pit 1 CNNB 45 39 5 -64 -48 -35 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 Cu occurrences along regressive transition from marine to continental rocks Boyd, R.T., 1978, Gulf Minerals Canada Limited report on the Midway Claims Albert County New Brunswick: New Brunswick Mineral Resources Branch Assessment File No. 472197. Maringouin, Sherpody Formations-Hopewell Group 45.6513888888889 -64.8097222222222 NA 607 Little Ridge-pit 13 CNNB 45 38 50 -64 -44 -14 Canada New Brunswick Redbed Cu Sandstone, conglomerate Carboniferous 320 Cu occurrences along regressive transition from marine to continental rocks Wright, W.J., 1951, New Horton copper deposits: New Brunswick Department of Lands and Mines Paper 51-2. Maringouin, Sherpody Formations-Hopewell grp 45.6472222222222 -64.7372222222222 NA 608 Lower North Grant CNNS 45 38 49 -61 -59 -25 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6469444444444 -61.9902777777778 NA 609 Oliver south Central New Annan CNNS 45 38 44 -63 -18 -48 Canada Nova Scotia Redbed Cu Grey sandstone, conglomerate, shale Upper Carboniferous 290 Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Pictou Group 45.6455555555556 -63.3133333333333 NA 610 Plainfield Brook CNNS 45 38 3 -62 -57 -26 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Devonian 370 Anon, Nova Scotia Department of Mines, Assessment File, 11 E 10 C, 13-M-20, Copper, Plainfield, Pictou County. Falls Formation 45.6341666666667 -62.9572222222222 NA 611 Willies Brook CNNS 45 38 2 -62 -3 0 Canada Nova Scotia Redbed Cu Conglomerate Devonian-Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. 45.6338888888889 -62.05 NA 612 Rights River-main showing CNNS 45 37 60 -62 -1 -12 Canada Nova Scotia Reduced facies Cu Dark grey limestone, green conglomerate Lower Carboniferous 330 Cu erratically dissem along bedding laminate andin small carbonate veins Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6333333333333 -62.02 NA 613 Durham CNNS 45 37 56 -62 -47 -44 Canada Nova Scotia Redbed Cu Greenish grey conglom, red sandstone Upper Carboniferous 290 Mined prior to 1882-no production figures given Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Possibly Boss Point Fm., RiverDale Group 45.6322222222222 -62.7955555555556 NA 614 East Wallace River CNNS 45 37 55 -63 -31 -20 Canada Nova Scotia Redbed Cu Grey sandstone Upper Carboniferous 290 Shumway, G., 1951, Sedimentary copper, Tatamagouche Area, Nova Scotia: Massachusetts Institute of Technology, Unpublished M.Sc. thesis. Boss Point Fm. 45.6319444444444 -63.5222222222222 NA 615 Rights River-railway showing CNNS 45 37 46 -62 -2 0 Canada Nova Scotia Reduced facies Cu Conglomerate, limestone Lower Carboniferous 330 Cu erratically dissem along bedding laminae and in small carbonate veins Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6294444444444 -62.0333333333333 NA 616 Keaton Point CNNS 45 37 35 -61 -23 -21 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6263888888889 -61.3891666666667 NA 617 Brierly Brook-2 CNNS 45 36 44 -62 -3 -45 Canada Nova Scotia Reduced facies Cu Argillaceous limestone, grey-red boulder congl Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.6122222222222 -62.0625 NA 618 Monastery CNNS 45 35 50 -61 -38 -44 Canada Nova Scotia Reduced facies Cu Sandstone, limestone Lower Carboniferous 340 Pb-Cu Anon, Nova Scotia Department of Mines, Assessment File, 11 F 12 A, 07-B-34, Base Metals, Meadows Brook, Antigonish County. Windsor Group 45.5972222222222 -61.6455555555556 NA 619 Telford CNNS 45 34 52 -62 -29 -21 Canada Nova Scotia Redbed Cu Greywacke, sandstone Carboniferous 320 2 occurrences 0.5 miles apart, 2nd occurrence in sandstone Pb-Zn-Cu-Fe Benson, D.G., 1965, Merigomish (11 E/9) Map-Area: in Report of Activities: Field, 1964, Geological Survey of Canada, Paper 65-1, p. 125. Canso Group 45.5811111111111 -62.4891666666667 NA 620 James River station CNNS 45 34 40 -62 -7 -14 Canada Nova Scotia Uncl. Argillaceous limestone Mississippian 340 Cu-Zn-Pb Binney, W.P., 1975, Copper occurrences in Lower Carboniferous sedimentary rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.5777777777778 -62.1205555555556 NA 621 Pomquet River CNNS 45 34 14 -61 -49 -55 Canada Nova Scotia Reduced facies Cu Mottled pale to dark brown oolitic limestone Carboniferous 320 Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Windsor Group 45.5705555555556 -61.8319444444444 NA 622 Steep Creek CNNS 45 33 58 -61 -21 -16 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.5661111111111 -61.3544444444444 NA 623 Glen Road CNNS 45 33 4 -62 -1 -39 Canada Nova Scotia Uncl. Green conglomerate, breccia, anhydrite, gypsum Lower Carboniferous 320 Cu-Zn-Pb-Ag Boehner, R., 1985, Nova Scotia Department of Mines: Personal Communication MaCumber Formation, Windsor Group 45.5511111111111 -62.0275 NA 624 Meadow Green Kennco hole 6 CNNS 45 33 4 -61 -48 -49 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Benson, D.G., 1970, Notes To accompany geological map of Antigonish and Cape George Map-Areas, Nova Scotia: Geological Survey of Canada, Paper 70-8, 2 p. Windsor Group 45.5511111111111 -61.8136111111111 NA 625 Limerock CNNS 45 32 60 -62 -51 0 Canada Nova Scotia Reduced facies Cu Dark grey fenestral and black fossiliferous ls Carboniferous 320 Cu-Pb Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Windsor Group 45.55 -62.85 NA 626 Union Centre CNNS 45 32 54 -62 -45 -17 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Mississippian 340 Fletcher, H., 1892, Report on geological surveys and explorations in the Counties of Pictou and Colchester, Nova Scotia: Geological Survey of Canada Annual Report (1890-91), Vol. 5, Part 2, Part p. Cumberland Group 45.5483333333333 -62.7547222222222 NA 627 St Joseph CNNS 45 32 31 -62 -5 -50 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 340 Fletcher, H., 1887, Report on geological surveys and explorations in the Counties of Guysborough, Antigonish, Pictou, Colchester and Halifax Nova Scotia: Geological Survey of Canada Annual Report (1886), Vol. 2, Part p. Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.5419444444444 -62.0972222222222 NA 628 Mclellan Brook Stewart Brook CNNS 45 32 18 -62 -35 -49 Canada Nova Scotia Reduced facies Cu Dark grey oolitic and stromatolitic limestone Carboniferous 320 Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Windsor Group 45.5383333333333 -62.5969444444444 NA 629 Pitchers Farm-1 CNNS 45 32 14 -61 -59 -5 Canada Nova Scotia Uncl. Sandstone, shale Carboniferous 290 Anon, Nova Scotia Department of Mines, Assessment File, 11 F 12 B, 13-B-30, Copper, Pitchers Farm, Antigonish County. Canso Group 45.5372222222222 -61.9847222222222 NA 630 Pitchers Farm-2 CNNS 45 32 4 -61 -57 -44 Canada Nova Scotia Uncl. Shale, sandstone Carboniferous 330 Anon, Nova Scotia Department of Mines, Assessment File, 11 F 12 C, 13-B-30 (01) Canso Group 45.5344444444444 -61.9622222222222 NA 631 Mcpherson CNNS 45 31 42 -61 -54 -25 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Benson, D.G., 1970, Notes To accompany geological map of Antigonish and Cape George Map-Areas, Nova Scotia: Geological Survey of Canada, Paper 70-8, 2 p. Windsor Group 45.5283333333333 -61.9069444444444 NA 632 Mclellan Brook holes 1 2 and 3 CNNS 45 31 28 -62 -36 -50 Canada Nova Scotia Reduced facies Cu Oolitic limestone, stromatolitic limestone Carboniferous 320 Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Windsor Group 45.5244444444444 -62.6138888888889 NA 633 Churchville Road CNNS 45 30 34 -62 -38 -53 Canada Nova Scotia Reduced facies Cu Black and dark grey oolitic limestone Carboniferous 320 Zn-Cu Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Windsor Group 45.5094444444444 -62.6480555555556 NA 634 Ohio CNNS 45 30 33 -62 -4 -38 Canada Nova Scotia Reduced facies Cu Limestone, conglomerate Lower Carboniferous 340 Cu, Pb occur erratically dissem in conglomerate interlayered with lmsn Limestone sequence may be marginal basin beds from higher in the Windsor Grp. Contains Pb Boehner, R.C., 1982, Geological Map of the Antigonish Basin, Nova Scotia: Joint-Nova Scotia Department of Mines and Energy and Canada Department of Regional Economic Expansion, Scale 1 To 50 000. Windsor gorup 45.5091666666667 -62.0772222222222 NA 635 Eureka Ferrona Junction CNNS 45 30 11 -62 -40 -44 Canada Nova Scotia Reduced facies Cu Crystalline dolomite, dolomitic shale Carboniferous 320 Cu-Ag Kirkham, R.V., 1985, Base metals in Upper Windsor (Codroy) Group Oolitic and stromatolitic limestones in the Atlantic Provinces: in Current Research, Part A, Geological Survey of Canada, Paper 85-1a, p. 573-585. Windsor Group 45.5030555555556 -62.6788888888889 NA 636 Hopewell CNNS 45 28 56 -62 -39 -54 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Mississippian 340 Ells, R.W., 1904, Bulletin on the ores of copper in the Province of Nova Scotia, New Brunswick and Quebec: Geological Survey of Canada Publication, No. 882. Windsor Group 45.4822222222222 -62.665 NA 637 Springhill CNNS 45 27 39 -62 -36 -38 Canada Nova Scotia Reduced facies Cu Limestone Lower Carboniferous 330 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor 45.4608333333333 -62.6105555555556 NA 638 Guysborough area 2-03-f CNNS 45 26 20 -61 -34 -4 Canada Nova Scotia Uncl. Slate, quartzite Devonian-Carboniferous 345 Anon, Nova Scotia Department of Mines, Assessment File, 11 F 5 D, 13-G-19. 45.4388888888889 -61.5677777777778 NA 639 Lochaber Lake CNNS 45 24 15 -62 -03 00 5 0.33 Canada Nova Scotia Reduced facies Cu Siltstone Devonian 380 Contains Pb, Zn Benson, D.G., 1974, Geology ofthe Antigonish Highlands and Cape george Map Areas, Nova Scotia: Geological Survey of Canada Memoir 376, 90 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Knoydart Fm. 5219 45.4041666666667 -62.05 .0165 NA 640 Elgin, Black Rock CNNS 45 23 60 -62 -37 -59 Canada Nova Scotia Reduced facies Cu Argillacious limestone Mississippian 340 Anon, Nova Scotia Department of Mines, Assessment File, 11e 7d, 13-M-06. Windsor Group 45.4 -62.6330555555556 NA 641 Guysborough area 2-03-abcd CNNS 45 22 35 -61 -35 -19 Canada Nova Scotia Uncl. Slate, quartzite Devonian-Carboniferous 345 Anon, Nova Scotia Department of Mines, Assessment File, 11 F 5 D, 13-G-19. 45.3763888888889 -61.5886111111111 NA 642 South March-3 CNON 45 22 28 -75 -58 -15 Canada Ontario Uncl. Sandstone, sandy dolomite Palaeozoic (Ordovician) 470 Charbonneau, B.W., Jonasson, I.R. and Ford, K.L., 1975, Cu-U mineralization in the March Formation, Paleozoic rocks of the Ottawa-St.Lawrence Lowlands: in Report of Activities, April To October 1974, Geological Survey of Canada, Paper 75-1 Part A, p. 229. March Fm. 45.3744444444444 -75.9708333333333 NA 643 South March-1 South March-2 CNON 45 21 0 -75 -55 -59 Canada Ontario Uncl. Sandstone, sandy dolomite Paleozoic (Ordovician) 470 Steacy, H.R., 1973, Mineralogical notes on the uranium occurrences at South March and Eldorado, Ontario: Geological Survey of Canada, Paper 73-1b, p. 103-105. Charbonneau, B.W., Jonasson, I.R. and Ford, K.L., 1975, Cu-U mineralization in the March Formation, Paleozoic rocks of the Ottawa-St.Lawrence Lowlands: in Report of Activities, April To October 1974, Geological Survey of Canada, Paper 75-1 Part A, p. March Fm. 45.35 -75.9330555555556 NA 644 Brookfield copper showing CNNS 45 16 32 -63 -13 -6 Canada Nova Scotia Reduced facies Cu Carbonaceous limestone Lower Carboniferous (Mississippian) 340 Binney, W.P., 1975, Copper occurrences in Lower Carboniferous Sedimentary Rocks of the Maritime Provinces: Geological Survey of Canada, Open-File 281, 156 p. Windsor Group 45.2755555555556 -63.2183333333333 NA 645 Middle Stewiacke CNNS 45 11 41 -63 -11 -52 Canada Nova Scotia Redbed Cu Sandstone, arkose, greywacke, quartzite Carboniferous (Pennsylvanian) 290 Pb-Zn-Cu-Fl-Ba Anon, Nova Scotia Department of Mines, Assessment File, 11 E 3 D, 27-D-43, Lead, Stewiacke, Colchester County. Scotch Village Formation 45.1947222222222 -63.1977777777778 NA 646 Pope-Shenon USID 45 4 0 -113 -50 -59 United States Idaho Uncl. Quartzite Middle Proterozoic (Helikian) 1400 In places min appears to be more diffuse, 2.5 - 6% Cu Kinkle, A.R., 1962, Copper in the United States: U.S. Geological Survey, Mineral Investigations Resource Map Mr-13. Belt Supergroup, Nellie Group 45.0666666666667 -113.849722222222 NA 647 Sloop Cove CNNS 44 41 11 -66 -52 -23 Canada Nova Scotia Reduced facies Cu Grey green and red shales, gypsum, anhydrite Triassic 220 Basalt Thick basaltic flow containing minor native Cu overlies marine shale Top 6m of shale unit has Cu grades up to 10% locally, avg 0.1% over large area Carroll, B.M.W., 1977, Mineral occurrences in New Brunswick, N.T.S. 11-1, 21b/10, 15, 21g/01 To 21g/02e: New Brunswick Open-File Report 77-01, 155 p. Annapolis Formation 44.6863888888889 -66.8730555555556 NA 648 Hot Brook Canyon USSD 43 25 60 -103 -30 0 United States South Dakota Reduced facies Cu Black sapropelic shale Pennsylvanian 300 Samples represent 0.5, 0.6, 1.25, 3.3 ft thickness range 70-1500ppm Cu Cu, Mo, Zn Davidson, D.F., 1961, Metal content of some black shales of the Western United States, U.S. Geological Survey, Professional Paper 424-C, p. C329-C331. Minnelusa Fm. 43.4333333333333 -103.5 NA 649 Watercress Canyon USWY 43 0 0 -110 -45 0 United States Wyoming Uncl. Quartzite Pennsylvanian (?) 300 Several occurrences Hausel, W.D., 1981, Economic mineral deposits of Wyoming-A Review: Wyoming Geological Association, 32nd Annual Field Conference Guidebook 1981 (Energy Resources of Wyoming). Weber (Wells) Fm. 43 -110.75 NA 650 Jasper USWY 42 43 60 -105 -49 -59 United States Wyoming Uncl. Sandstone Cambrian 540 Copper ore reported shipped during world war 1, no record of amount Deposit type questionable Lane, D.W., 1972, Geologic map atlas and summary of economic mineral resources of Converse County, Wyoming: Geological Survey of Wyoming, County Resource Series No. 1. Flathead Fm. 42.7333333333333 -105.833055555556 NA 651 Montpelier USID 42 19 60 -111 -15 0 United States Idaho Uncl. Grit Upper Triassic 220 OcCurs in overturned anticline limb, location approximate Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. 42.3333333333333 -111.25 NA 652 Newgate Prison USPA 41 55 0 -72 -45 0 United States Connecticut Redbed Cu Grey sandstone btwn greenish-grey mudstone Triassic 220 Ore has been mined from main orebody and 4 small adits north of newgate Sulphide occurrence as diseminated specks and clusters of grains Raymond, J., 1982, Guidebook for fieldtrips in Connecticut and Central Massachusetts: New England Intercollegiate Geological Conference, 74th Annual Meeting, University of Connecticut-Storrs Connecticut, Oct. 2-3, 1982. New Haven Fm. 41.9166666666667 -72.75 NA 653 New Albany area USPA 41 34 60 -76 -27 -29 United States Pennsylvania Redbed Cu Greenish-grey sandstone, siltstone, shale Upper Devonian 370 Two prospects within 1 km of new albany, ss beds rich in plant remains Occurrence in lower part of Catskill Fm. of interlayered red and grey beds. Contains U, Ag. Mccauley, J.F., 1961, Uranium in Pennsylvania: Pennsylvania Geological Survey, 4th Series Bulletin M43, 71 p. Catskill Fm. 41.5833333333333 -76.4580555555556 NA 654 Forkston USPA 41 30 0 -76 -7 0 United States Pennsylvania Redbed Cu Grey sandstone and shale Upper Devonian 370 One occurrence-200 yards n of forkston, the 2nd-300 yards s of forkston The grey sandstone and shale are intercalated with red strata Glaeser, J.D., 1974, Upper Devonian stratigraphy and sedimentary environments in Northeastern Pennsylvania: Pennsylvania Geological Survey, Fourth Series Harrisburg, General Geology Report 63, 64 p. Catskill Fm. 41.5 -76.1166666666667 NA 655 Elk Ridge USUT 41 21 15 -111 -32 -29 United States Utah Redbed Cu Sandstone Upper Triassic 220 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Shinarump Member of Chinle Formation 41.3541666666667 -111.541388888889 NA 656 Beaver Lake area USPA 41 17 30 -76 -35 -59 United States Pennsylvania Redbed Cu Greenish-grey sandstone, siltstone, shale Upper Devonian 370 Gray to green channel deposits are rich in carbonaceous material Occurrence in lower part of Catskill fm of interlayered red and grey beds. Contains U, Ag. Glaeser, J.D., 1974, Upper Devonian stratigraphy and sedimentary environments in Northeastern Pennsylvania: Pennsylvania Geological Survey, Fourth Series Harrisburg, General Geology Report 63, 64 p. Catskill Fm. 41.2916666666667 -76.5997222222222 NA 657 Grassmere Park area USPA 41 16 30 -76 -22 -59 United States Pennsylvania Redbed Cu Greenish-grey sandstone, siltstone, shale Upper Devonian 370 Occurrence in lower part of catskill fm of interlayered red and grey beds. Contains U, Ag. Lesure, F.G., 1977, Exploration geochemical studies of some sandstone copper-uranium deposits, Bradford, Columbia and Lycoming Counties, Pennsylvania: Journal of Research, U.S. Geological Survey, Vol. 5, No. 5, p. 609-621. Catskill Fm. 41.275 -76.3830555555555 NA 658 Pahaquarry USPA 41 1 60 -75 -1 -59 United States Pennsylvania Uncl. Grey sandstone within red shale Silurian 420 Mineralized part of section is sandstone sequence 42 feet thick Mineralized part of section is sandstone sequence 42 feet thick Woodward, H.P., 1944, Copper mines andmining in New Jersey: Department of Conservation and Development, State of New Jersey, Bulletin 57 Geologic Series. High Fall Fm. 41.0333333333333 -75.0330555555555 NA 659 Glen Ridge USNJ 40 47 60 -74 -10 0 United States New Jersey Redbed Cu Grey sandstone Triassic 220 Worked in the 1700s, in 1880s-several hundred tons were mined Worked in the 1700s, in 1880s-several hundred tons were mined Woodward, H.P., 1944, Copper mines and mining in New Jersey: Department of Conservation and Development, State of New Jersey, Bulletin 57 Geologic Series. 40.8 -74.1666666666667 NA 660 Schuyler USNJ 40 46 60 -74 -7 -59 United States New Jersey Uncl. Sandstone Triassic 220 Two ss beds-upper 12 ft thick, lower 10 ft separated by 1 ft red shale Two ss beds-upper 12 ft thick, lower 10 ft separated by 1 ft red shale Kinkle, A.R., 1962, Copper in the United States: U.S. Geological Survey, Mineral Investigations Resource Map Mr-13. 40.7833333333333 -74.1330555555555 NA 661 East Orange USNJ 40 45 0 -74 -12 0 United States New Jersey Redbed Cu Sandstone Triassic 220 Mined in the 1700s Mined in the 1700s Woodward, H.P., 1944, Copper mines and mining in New Jersey: Department of Conservation and Development, State of New Jersey, Bulletin 57 Geologic Series. Newark 40.75 -74.2 NA 662 Uinta USUT 40 37 0 -111 -31 0 United States Utah Uncl. Limestone Cenozoic 30 Many minor occurrences, byproduct copper Cu-U Kinkle, A.R., 1962, Copper in the United States: U.S. Geological Survey, Mineral Investigations Resource Map Mr-13. Uinta Fm. 40.6166666666667 -111.516666666667 NA 663 Steamboat Ssprings USCO 40 31 60 -106 -45 0 United States Colorado Uncl. Cretaceous 100 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Dakota Fm. 40.5333333333333 -106.75 NA 664 Spar Lake Troy Mine USMT 40 13 49 -115 -54 -19 58 0.8 58 United States Montana Revett Cu Quartzite M. Proterozoic 1500 Chalcopyrite, bornite, pyrite, galena, sphalerite, hematite, barite, chlorite, albite, K-felds, ankerite, calcite Hayes, T.S., and Einaudi, M.T., 1986, Genesis of the Spar Lake strata-bound copper-silver deposit, Montana: Part 1. Controls inherited from sedimentation and preore diagenesis: Economic Geology, v. 81, p. 1899-1931. Hayes, T.S, 1990, A preliminary study of thermometry and metal sources of the Spar Lake stratabound copper-silver deposit, Belt Supergroup, Montana: U.S. Geological Survey Open File Report 90-0484, 30 p. Revett Fm. 5027 40.2302777777778 -115.905277777778 .464 NA 665 Lisbon Valley Centennial, GTO, Sentinel, Blue Jay USUT 39 09 -109 -06 34 0.53 10 United States Utah Revett Cu Arkosic sandstone Cretaceous 100 Chalcocite, calcite Disseminated deposits adjacent to Lisbon fault; deposits occur as veins in faults and disseminated bodies in sandstone adjacent to the veins. Disseminated bodies are stacked at more than one stratigraphic level. Brett, G.N., and Meunier, J-D., 1990, Fluid inclusion, ¶18O, and 87Sr/86Sr evidence for the origin of fault-controled copper mineralization, Lisbon Valley, Utah: Economic Geology. v. 85, p. 884-891. Morrison, S. J., and Parry, W. T., 1986, Formation of carbonate-sulfate veins associated with copper ore deposits from saline basin brines, Lisbon Valley, Utah: fluid inclusion and isotopic evidence: Economic Geology, v. 81, no. 12, p. 1853-1866. Northern Miner, Aug. 22, 1994. Summo Minerals Web site, 2/2/02 Dakota Sandstone 5021 39.15 -109.1 .1802 NA 666 Chantilly USVA 38 52 45 -77 -19 0 United States Virginia Redbed Cu Grey sandstone in redbed sequence Triassic 220 Malachite, azurite Malachite, azurite occur on laminae and joints as thin coatings over 5 ft Zone is 5 feet thick in trench and contains anomalous quantities Cu and Ag Dagostino, J.P., 1970, Malachite-and specularite-bearing Triassic sandstone localities Near Chantilly, Virginia: U.S. Geological Survey, Professional Paper 700-C, p. C103-C106. Manassas Fm. 38.8791666666667 -77.3166666666667 NA 667 Copper Globe USUT 38 47 60 -110 -54 0 United States Utah Redbed Cu Sandstone Jurassic 180 Deposit localized by faults Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Navajo Fm. 38.8 -110.9 NA 668 Lyons Fm. USCO 38 45 0 -104 -45 0 United States Colorado Uncl. Sandstone Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Lyons Fm. 38.75 -104.75 NA 669 Cotopaxi Cordova USCO 38 30 0 -105 -30 0 United States Colorado Uncl. Undivided Pennsylvanian 300 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. 38.5 -105.5 NA 670 Adak USCO 38 25 50 -108 -49 -14 United States Colorado Redbed Cu Interstratified units of sandstone and mudstone Jurassic 180 Deposit in braided alluvial fan in 2nd order basin over paradox salt U-V-Cu Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Morrison Fm. 38.4305555555556 -108.820555555556 NA 671 Copper King USCO 38 23 33 -108 -25 -53 United States Colorado Uncl. Cretaceous 100 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Burro Canyon Fm. 38.3925 -108.431388888889 NA 672 Cutler USUT 38 21 40 -109 -43 -59 United States Utah Uncl. Sandstone Permian 260 Cu-U Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Cutler Fm. 38.3611111111111 -109.733055555556 NA 673 Cashin USCO 38 17 60 -108 -57 0 10 0.62 United States Colorado Revett Cu Sandstone Triassic 220 From 1897-1957 mine produced 1000 tons of Cu and 306000 ounces of Ag From 1897-1957 mine produced 1000 tons of Cu and 306000 ounces of Ag Kinkle, A.R., 1962, Copper in the United States: U.S. Geological Survey, Mineral Investigations Resource Map Mr-13. Dolores Fm. 38.3 -108.95 .062 NA 674 Big Indian USUT 38 13 60 -109 -13 0 0.15 1.5 United States Utah Revett Cu Sandstone Cretaceous 100 2000 ft-3000ft fault between Cu deposit and adjacent uranium deposits Along Lisbon fault Morrison, S. J., and Parry, W. T., 1986, Formation of carbonate-sulfate veins associated with copper ore deposits from saline basin brines, Lisbon Valley, Utah: fluid inclusion and isotopic evidence: Economic Geology, v. 81, no. 12, p. 1853-1866. Schmitt, L.J., 1969, Uranium and copper mineralization in the Big Indian Wash-Lisbon Valley Mining District, Southeastern Utah: Unpublished Ph.D. thesis, Columbia University, 173p. Dakota Fm. 38.2333333333333 -109.216666666667 .00225 NA 675 Western Star USUT 38 8 60 -109 -7 -59 United States Utah Uncl. Sandstone Pennsylvanian 330 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Hermosa Fm. 38.15 -109.133055555556 NA 676 Cougar USCO 38 0 0 -107 -52 -59 United States Colorado Redbed Cu Sandstone Jurassic 180 Mainly volborthite, some malachite and azurite Sharp interface btwn ore and barren, Cu with u along margins of roll Cu-U. Sharp interface btwn ore and barren, Cu with U along margins of roll Shields, W.R., 1965, Natural variations in the Aabundance ratio and the atomic weight of Copper: Journal of Geophysical Research, Vol. 70, p. 479-491. Morrison Fm. 38 -107.883055555556 NA 677 Happy jack USUT 37 48 30 -110 -25 -59 United States Utah Redbed Cu Conglom ss, coalified woody material, mudstone Upper Triassic 220 Mine is on west flank of monument uplift Shinarump unconformably overlies Moenkopi fm of upper-Middle Triasic. U-Cu Stieff, L.R., 1953, A preliminary determination of the age of some uranium ores of the Colorado Plateau by the lead-uranium method: U.S. Geological Survey, Circular 271. Shinarump Member of Chinle Fm. 37.8083333333333 -110.433055555556 NA 678 Lamotte Sandstone USMO 37 43 60 -91 -4 -59 United States Missouri Uncl. Sandstone Upper Cambrian 520 Cu alone occurs below Pb-Zn-Cu deposits of the bonneterre Formation Represents separate Cu phase mineralization of pre-Viburnum trend age Kinkle, A.R., 1962, Copper in the United States: U.S. Geological Survey, Mineral Investigations Resource Map Mr-13. Lamotte Sandstone underlying Bonneterre Fm. 37.7333333333333 -91.0830555555555 NA 679 Sedgwick County occurrences USKS 37 40 0 -97 -40 0 United States Kansas Reduced facies Cu Grey shale with thin limestone, dolomite units Lower Permian 280 Chalcopyrite, bornite, pyrite Chalcopyrite, bornite occur primarily as replacements of diAgenetic pyrite Ripley, E.M., 1980, Mineralogy and paragenesis of red-bed copper mineralization in the Lower Permian of South Central Kansas: Economic Geology, Vol. 75 No. 5. Summer Group - Ninnescah Shale, Wellington Fm. 37.6666666666667 -97.6666666666667 NA 680 Hideout no 1 USUT 37 39 15 -110 0 -29 United States Utah Redbed Cu Sandstone Triassic 220 Deposit localized in permeable ss that fills channels Cut in shale Ore min preserve cell struct, replace quartz and feldspar, fill fractures, impregnate dandstone Finnell, T.L., 1963, Geology ore deposits and exploratory drilling in the Deer Flat Area, White Canyon District, San Juan County, Utah: U.S. Geological Survey, Bulletin 1132, 114 p. Shinarump Member of Chinle Formation 37.6541666666667 -110.008055555556 NA 681 W N1 USUT 37 38 25 -110 -2 -54 United States Utah Redbed Cu Sandstone Upper Triassic 220 Operated intermittently since 1953 Lower part of Shinarunp rests with marked disconformity on Moenkopi Fm. Finnell, T.L., 1963, Geology ore deposits and exploratory drilling in the Deer Flat Area, White Canyon District, San Juan County, Utah: U.S. Geological Survey, Bulletin 1132, 114 p. Shinarump Member of Chinle Fm. 37.6402777777778 -110.048333333333 NA 682 Bear Creek USCO 37 37 0 -108 -10 0 United States Colorado Uncl. Upper Triassic 220 Along bear Creek several deposits occur at base of dolores Formation Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Dolores Fm. 37.6166666666667 -108.166666666667 NA 683 Mcguire USCO 37 30 0 -105 -1 0 United States Colorado Uncl. Undivided Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. 37.5 -105.016666666667 NA 684 Independence Dunlap Ranch USCO 37 28 0 -102 -13 -59 United States Colorado Redbed Cu Light, crossbedded, porous arkosic sandstone Lower Cretaceous 130 Production 1900-02 yielded 11419 lbs Cu, 1915-17 yielded 10092 lbs Cu Cu occurrences in basal member offormation. Contains Cu, Ag, Au. Production 1900-02 yielded 11,419 lbs Cu, 1915-17 yielded 10,092 lbs Cu Soule, J.H., 1956, Reconnaissance of the red bed copper deposits in Southeastern Colorado and New Mexico: U.S. Bureau of Mines Information Circular 7740. Young, R.G., 1978, Depositional systems and dispersal patterns in Uraniferous Sandstones of the Colorado Plateau, Utah: Geology, Vol. 5 No. 2, p. 85-102. Purgatoire Fm. 37.4666666666667 -102.233055555556 NA 685 Dunlap Ranch USCO 37 27 0 -102 -13 -59 United States Colorado Uncl. Sandstone Jurassic 180 Young, R.G., 1978, Depositional systems and dispersal patterns in Uraniferous Sandstones of the Colorado Plateau, Utah: Geology, Vol. 5 No. 2, p. 85-102. Entrada Fm. 37.45 -102.233055555556 NA 686 Runnymede USKS 37 19 60 -97 -55 -59 United States Kansas Reduced facies Cu Argillaceous dolomite, shale, siltstone Permian 260 Associated with argillaceous dolomite beds and adjacent shale Cu in upper argillaceous dolomite beds of Ninnescah Shale including Runnymede Sandstone Member Hill, W.E., 1967, Copper in redbeds of South Central Kansas: Short Papers On Research 1966, State Geological Survey of Kansas, Bulletin 187 Part 1. Ninnescah Shale Fm. of the Summer Group 37.3333333333333 -97.9330555555556 NA 687 Sumner County occurrences USKS 37 4 60 -97 -40 0 United States Kansas Reduced facies Cu Grey shale with thin limestone, dolomite units Lower Permian 280 Chalcocite, pyrite Chalcocite occurs primarily as replacements of diAgenetic pyrite Hill, W.E., 1967, Copper in redbeds of South Central Kansas: Short Papers On Research 1966, State Geological Survey of Kansas, Bulletin 187 Part 1. Summer Group-Ninnescah Shale, Wellington Fm. 37.0833333333333 -97.6666666666667 NA 688 Wiggins USNM 36 55 60 -103 -4 -59 United States New Mexico Redbed Cu Sandstone Jurassic 180 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Entrada Fm. 36.9333333333333 -103.083055555556 NA 689 Peacock Canyon USNM 36 55 0 -103 -25 -59 United States New Mexico Redbed Cu Sandstone Triassic 260 Several claim Groups, Cu also occurs as disseminations in adjoining ss Sandstone bleached from red to nearly white in areas of Cu mineralization. Contains Ag. Soule, J.H., 1956, Reconnaissance of the red bed copper deposits in Southeastern Colorado and New Mexico: U.S. Bureau of Mines Information Circular 7740. Dockum Group 36.9166666666667 -103.433055555556 NA 690 Grant County USOK 36 45 0 -97 -49 -59 United States Oklahoma Uncl. Shale Lower Permian 280 Up to 4 Cu zones occur in 250-320 ft interval in upper most part of fm Mineralized beds occurrence in shallow subsurface, upper shale member Lur'ye, A.M., 1986, Formation Conditions of Copper-Sandstone and Copper-Shale Deposits: in Geology and Metallogeny of Copper Deposits, Ed. By G.H. Friedrich Et Al., Proceedings of the 27th Igc Moscow, 1984, p. 477-491. Wellingtopn Fm. 36.75 -97.8330555555555 NA 691 White Mesa district USAZ 36 40 0 -111 -22 -59 United States Arizona Uncl. Sandstone Jurassic 180 Significant tonnAge of principally acid-soluble copper Significant tonnAge of principally acid-soluble copper Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Navajo Fm. 36.6666666666667 -111.383055555556 NA 692 Lee Uto USOK 36 23 60 -96 -58 -29 United States Oklahoma Uncl. Sandstone Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Chase Group 36.4 -96.9747222222222 NA 693 National USAZ 36 19 60 -112 -45 0 United States Arizona Reduced facies Cu Limestone Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Kaibab Fm. 36.3333333333333 -112.75 NA 694 Pajarito azule USNM 36 15 0 -106 -49 -59 United States New Mexico Uncl. Arkosic limestone Pennsylvanian 245 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Madera Fm. 36.25 -106.833055555556 NA 695 Ridenour USAZ 36 10 0 -113 -10 0 United States Arizona Uncl. Permian-Pennsylvanian 290 Cu-U-V Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Supai Fm. 36.1666666666667 -113.166666666667 NA 696 Coyote Creek USNM 36 6 0 -105 -10 0 United States New Mexico Redbed Cu Arkoses, arkosic ss, red and greyish-green shales Permo-Pennsylvanian 245 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Sangre de Cristo Fm. 36.1 -105.166666666667 NA 697 Nacimiento San Miguel USNM 36 00 30 -106 -53 10 0.67 2.4 United States New Mexico Redbed Cu Sandstone, conglomerate Triassic 220 Chalcocite, pyrite Abundant fossil wood. Talbott, L. W., 1974, Nacimiento pit, a Triassic strata-bound copper deposit, in: Ghost Ranch, New Mexico Geological Society Guidebook, 25th Annual Field Conference, p. 301-303. Woodward, L. A., Kaufman, W.H., Schumacher, O. L., and Talbott, L. W., 1974, Strata-bound copper deposits in Triassic sandstone of Sierra Nacimiento, New Mexico: Economic Geology, v. 69, no. 1, p. 108-120. Chinle Fm. 5023 36.0083333333333 -106.883333333333 .067 NA 698 Bronze Lake USNM 35 58 60 -114 -10 0 United States New Mexico Uncl. Limestone Mississippian 340 Cu-Pb-V Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Redwall Fm. 35.9833333333333 -114.166666666667 NA 699 Hunters Point USAZ 35 45 0 -109 -15 0 United States Arizona Uncl. Sandstone Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Coconino Fm. (?) 35.75 -109.25 NA 700 Hacks Canyon USAZ 35 25 0 -113 -30 0 United States Arizona Uncl. Shale Permian 260 Cu-U Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Hermit Fm. 35.4166666666667 -113.5 NA 701 Mirabal USNM 35 12 0 -108 -5 -59 United States New Mexico Redbed Cu Shale, conglomerate, sandstone Permian 260 Significant tonnAge of principally acid-soluble copper Significant tonnAge of principally acid-soluble copper Joralemon, I.B., 1952, Age Cannot wither or Varieties of Geological Experience: Economic Geology, Vol. 47 No. 3. Abo Fm. 35.2 -108.099722222222 NA 702 Byars USOK 35 0 0 -97 -30 0 United States Oklahoma Uncl. Red sandstone and shale (locally bleached white 190 tons of copper ore shipped between 1913-1914, also worked 1897-98 190 tons of Cu-Agr ore shipped between 1913-1914, also worked 1897-98. Merritt, C.A., 1940, Copper in the red beds of Oklahoma: Oklahoma Geological Survey, Mineral Report No. 8, 19 p. 35 -97.5 NA 703 Rome Sandstone USTN 35 0 0 -84 -30 0 United States Tennessee Redbed Cu Quartzitic sandstone Lower Cambrian 550 Chalcopyrite bornite and chalcocite Chalcopyrite bornite and chalcocite(?) Are disseminated locally in ss Samples contain > 1% Cu also anomalous Mo and detectable Ag Wedow Jr, H., 1975, The Potential for stratabound disseminated copper deposits in the Cambrian Sandstones of the Appalachian Region: Economic Geology, Vol. 70 No. 1. Rome Formation 35 -84.5 NA 704 Sunlite and Moonlite USAZ 34 58 60 -110 -43 0 United States Arizona Redbed Cu Ss contain pebbles of ss, chert, quartzite, ls, siltst Upper Triassic 220 Mines are in oljeto syncline Coalified woody material is abundant in the ore. Cu-U Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Shinarump Member of Chinle Fm. 34.9833333333333 -110.716666666667 NA 705 Pintada USNM 34 55 60 -104 -52 0 United States New Mexico Redbed Cu Massive gypsiferous unit, middle and upper ss units Permian 260 Mineralization occurs in five separate beds each 5 to 9 feet thick Mineralization occurs in five separate beds each 5 to 9 feet thick Lapoint, D.J., 1979, Geology geochemistry and petrology of sandstone copper deposits in New Mexico: Unpublished Ph.D. thesis, University of Colorado, 333 p Grayburg-queen Formation 34.9333333333333 -104.866666666667 NA 706 Mangum USOK 34 53 -99 -30 7.2 1 2.4 United States Oklahoma Reduced facies Cu L. Permian 270 Chalcocite, gypsum Johnson, K.S., 1976, Permian copper shales in southwest Oklhoma in Stratiform copper deposits of the Midcontinent Region: Oklahoma Geological Survey Circular 77, p. 3-14. El Reno Grp, Flowerpot Fm 5058 34.8833333333333 -99.5 .072 NA 707 Stauber USNM 34 51 0 -104 -50 -59 0.24 2.57 5.5 United States New Mexico Redbed Cu 3 sandstone units separated by clay or shale Upper Triassic 220 Chalcocite, malachite, azurite From 1925 to 1957 mine produced 6600 tons of Cu and 42000 ounces of Ag Ore-bearing sandstone up to 12 ft thick, extends 1500 ft in length, 320 ft wide. Production: 264,000 st of ore containing 6,6779 st Cu and 42,494 ounces Ag Lapoint, D.J., 1979, Geology geochemistry and petrology of sandstone copper deposits in New Mexico: Unpublished Ph.D. thesis, University of Colorado, 333 p. Stauber, I. J., 1930, A sandstone copper deposit: The Mining Journal, December, p. 929-931. Santa rosa Member of Chinle Fm. 34.85 -104.849722222222 .006168 NA 708 Paoli USOK 34 46 60 -97 -16 -59 United States Oklahoma Redbed Cu Sandstone Permian 260 Production from two side-hill Cuts reported as 'a few tons' in 1913 Cu-Ag Lapoint, D.J., 1979, Geology geochemistry and petrology of sandstone copper deposits in New Mexico: Unpublished Ph.D. thesis, University of Colorado, 333 p. Thomas, C.A., Hagni, R.D., and Berendsen, P., 1991, Ore microscopy of the Paoli silver-copper deposit, Oklahoma: Ore Geology Review, no. 6, p. 229-244. Shockey, P.N., Renfro, A.R., and Peterson, R.J., 1974, Copper-silver solution fronts at Paoli, Oklahoma: Economic Geology v. 69, p. 266-269. Garber Fm. of the Wichita Group 34.7833333333333 -97.2830555555555 NA 709 Creta USOK 34 39 -99 -21 5.4 1.9 5.5 United States Oklahoma Reduced facies Cu Shale L. Permian 270 Chalcocite, gypsum Gypsum Dingess, P. R., 1976, Geology and mining operations at the Creta copper deposit of Eagle-Picher Industries, Inc., in Johnson, K. S., and Croy, R. L, eds., Stratiform copper deposits of the Midcontinent region, a symposium: Oklahoma Geological Survey Circular 77, p. 15-24. Johnson, K.S., 1976, Permian copper shales in southwest Oklhoma in Stratiform copper deposits of the Midcontinent Region: Oklahoma Geological Survey Circular 77, p. 3-14. El Reno Grp, Flowerpot Fm 5045 34.65 -99.35 .1026 NA 710 Scholle District USNM 34 30 0 -106 -25 0 0.12 3.85 23 United States New Mexico Redbed Cu Shale overlain by red shale capped by ss Permian 260 Chalcocite, malachite and azurite 33 prospects, to 1957 500 tons of Cu produced 33 prospects, to 1957, produced 525 short tons of Cu Hatchell, W. O., Blagbrough, J. W.,and Hill, J. M., 1982, Stratigraphy and copper deposits of the AboFormation, Abo Canyon area, central New Mexico: in Grambling, J. A., and Wells, S. G., eds., New Mexico Geological Society Guidebook, 33rd Field Conference, Albuquerque County II, p. 249-260. Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Abo Fm. 34.5 -106.416666666667 .00462 NA 711 Abiquiu USNM 34 25 60 -106 -17 -59 United States New Mexico Redbed Cu Fairly fine-grained ss, grit, conglomerate Triassic 220 Chalcocite Two Groups-one 5 miles north of abiquiu, 2nd 7 miles north of abiquiu Abo Redbeds underly the Poleo Sandstone, primary Cu mineral is chalcocite Soule, J.H., 1956, Reconnaissance of the red bed copper deposits in Southeastern Colorado and New Mexico: U.S. Bureau of Mines Information Circular 7740. Poleo sandstone 34.4333333333333 -106.299722222222 NA 712 Parker-Doyle USNM 34 16 0 -106 -28 0 United States New Mexico Redbed Cu Light-coloured sandstone Permian 260 Malachite Principal copper mineral is malachite, no chalcocite was noted Mineralized beds occurrence stratigraphically much higher than Scholle district. Soule, J.H., 1956, Reconnaissance of the red bed copper deposits in Southeastern Colorado and New Mexico: U.S. Bureau of Mines Information Circular 7740. Abo Fm. 34.2666666666667 -106.466666666667 NA 713 Mogollon Rim USAZ 34 15 0 -111 0 0 United States Arizona Uncl. Micrite, qtz arenite, limestone pebble congl Permian-Pennsylvanian 290 Rogers, R.D., 1978, Geology and geochemistry of copper occurrences in the Supai Formation, Central Arizona: Abstracts, Cordilleran Section Geological Society of America, 74th Annual Meeting 1978. Supai Formation 34.25 -111 NA 714 Broome USNM 34 15 0 -106 -30 0 United States New Mexico Redbed Cu Sandstone Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Meseta Blanca Fm. 34.25 -106.5 NA 715 Benson Farm USOK 34 12 0 -98 -17 -59 United States Oklahoma Uncl. Sandstone Permian 260 Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Garber Fm. 34.2 -98.2997222222222 NA 716 Gibbs USTX 34 10 0 -99 -31 0 United States Texas Redbed Cu Dark red and grey sandstone, siltstone, mudstone Permian 260 In 1918 3 tons of hand-sorted ore containing 50% Cu was produced Channel-scour type Smith, G.E., 1974, Depositional systems, San Angelo Formation (Permian), North TexasĐfacies control of red-bed copper mineralization: Bureau of Economic Geology, Univ. of Texas at Austin, Report of Investigations No. 80, 74 p. San Angelo Fm. of Pease River Group 34.1666666666667 -99.5166666666667 NA 717 Mcclellan USTX 34 4 60 -99 -49 -59 United States Texas Redbed Cu Sandstone horizons in dolomite, mudstone, shale Permian 260 From 1877-1917, 1943-45, 1967-70 about 250 tons of ore was mined An upper Cu zone occurrences 50 ft above lower zone in shale and gypsum beds Smith, G.E., 1974, Depositional systems, San Angelo Formation (Permian), North TexasĐfacies control of red-bed copper mineralization: Bureau of Economic Geology, Univ. of Texas at Austin, Report of Investigations No. 80, 74 p. San Angelo Fm. of Pease River Group 34.0833333333333 -99.8330555555555 NA 718 Pyron Crowell (?) USTX 33 45 0 -99 -54 0 United States Texas Redbed Cu Sandstone, siltstone, mudstone Permian 260 Prior to 1911 several car loads were shipped Prior to 1911 several car loads were shipped Stroud, R.B., 1970, Production potential of copper deposits associated with Permian red bed formations in Texas, Oklahoma and Kansas: U.S. Bureau of Mines RI 7422. San Angelo Fm. of Pease River Group 33.75 -99.9 NA 719 Smelter USTX 33 32 60 -99 -58 -59 United States Texas Redbed Cu Sandstone, siltstone, mudstone Permian 260 From 1880-1945 1000 tons of crude ore was produced From 1880-1945 1000 tons of crude ore was produced Smith, G.E., 1974, Depositional systems, San Angelo Formation (Permian), North TexasĐfacies control of red-bed copper mineralization: Bureau of Economic Geology, Univ. of Texas at Austin, Report of Investigations No. 80, 74 p. San Angelo Fm. of Pease River Group 33.55 -99.9830555555556 NA 720 Buzzard Peak USTX 33 30 0 -100 -1 -59 United States Texas Reduced facies Cu Dolomite, mudstone and shale Permian 260 From 1882-1945 2550 tons of crude ore was produced Deposit near contact of San Angelo and Blaine Formations. From 1882-1945 2550 tons of crude ore was produced Smith, G.E., 1974, Depositional systems, San Angelo Formation (Permian), North TexasĐfacies control of red-bed copper mineralization: Bureau of Economic Geology, Univ. of Texas at Austin, Report of Investigations No. 80, 74 p. San Angelo Fm., Blaine Fm. of Pease River Group 33.5 -100.033055555556 NA 721 Alexander Ranch USOK 33 30 0 -99 -45 0 United States Oklahoma Redbed Cu Red-bed sequence of oxidized ss and mudstone Permian 260 In clastic fluvial, deltaic deposits associated with organic trash In clastic fluvial, deltaic deposits associated with organic trash Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. San Angelo Fm. of the Pease River Group 33.5 -99.75 NA 722 Mcfaddin USTX 33 28 60 -99 -57 0 United States Texas Redbed Cu Sandstone, siltstone, mudstone Permian 260 Stroud, R.B., 1970, Production potential of copper deposits associated with Permian red bed formations in Texas, Oklahoma and Kansas: U.S. Bureau of Mines RI 7422. San Angelo Fm. of Pease River Group 33.4833333333333 -99.95 NA 723 Brazos-Wichita USOK 33 23 60 -100 -2 -59 United States Oklahoma Redbed Cu Sandstone, siltstone, mudstone Permian 260 In 1917 40 tons of crude ore was produced In 1917 40 tons of crude ore was produced Stroud, R.B., 1970, Production potential of copper deposits associated with Permian red bed formations in Texas, Oklahoma and Kansas: U.S. Bureau of Mines RI 7422. San Angelo Fm. of Pease River Group 33.4 -100.049722222222 NA 724 Hugh-Rogers USTX 33 19 60 -100 -3 -29 United States Texas Redbed Cu Sandstone, siltstone, mudstone Permian 260 Stroud, R.B., 1970, Production potential of copper deposits associated with Permian red bed formations in Texas, Oklahoma and Kansas: U.S. Bureau of Mines RI 7422. San Angelo Fm. of Pease River Group 33.3333333333333 -100.058055555556 NA 725 Tularosa USNM 33 13 0 -105 -49 -59 United States New Mexico Redbed Cu Gypsum Quaternary 1 Gypsum bed is pleistocene(?) Playa deposit about 5 ft thick Deposit rests unconformably on Permian rocks. Deposit type questionable Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. 33.2166666666667 -105.833055555556 NA 726 Wiley Ranch USTX 33 4 60 -100 -10 0 United States Texas Reduced facies Cu Dolomite, mudstone, shale just below gypsum bed Permian 260 Exhibits features common to channel and scour deposits At least two separate copper-bearing horizons are known Phillips, J.S., 1960, Sandstone-type copper deposits of the Western United States: Harvard University, Cambridge, Massachusetts, Ph.D. thesis, 320 p. Blaine Fm. of the Pease River Group 33.0833333333333 -100.166666666667 NA 727 Copper Queen Farris USTX 33 1 45 -100 -4 -59 United States Texas Redbed Cu Sandstone, siltstone, mudstone Permian 260 Mine worked 1880-1892 and 1945, 175 tons of crude ore produced in 1890 Mine worked 1880-1892 and 1945, 175 tons of crude ore produced in 1890. Farris produced 65 tons of crude ore from 1965-1974. Stroud, R.B., 1970, Production potential of copper deposits associated with Permian red bed formations in Texas, Oklahoma and Kansas: U.S. Bureau of Mines RI 7422. San Angelo Fm. of Pease River Group 33.0291666666667 -100.083055555556 NA 728 Farris USTX 33 1 45 -100 -4 -59 United States Texas Redbed Cu Sandstone Permian 260 65 tons of crude ore produced from 1965-1974 65 tons of crude ore produced from 1965-1974 Stroud, R.B., 1970, Production potential of copper deposits associated with Permian red bed formations in Texas, Oklahoma and Kansas: U.S. Bureau of Mines RI 7422. San Angelo Fm. of Pease River Group 33.0291666666667 -100.083055555556 NA 729 Courtney Speckled Bird USNM 32 57 30 -105 -46 -59 United States New Mexico Redbed Cu Arkosic gray shale, arkose Permian 260 Nodules of chalcocite coated with malachite and azurite In 1929 a few cars of ore containing about 3.3% copper were shipped Chalcocite and its alteration and oxidation products are main ore minerals Lapoint, D.J., 1979, Geology geochemistry and petrology of sandstone copper deposits in New Mexico: Unpublished Ph.D. thesis, University of Colorado, 333 p. Soule, J.H., 1956, Reconnaissance of the red bed copper deposits in Southeastern Colorado and New Mexico: U.S. Bureau of Mines Information Circular 7740. Abo Fm. 32.9583333333333 -105.783055555556 NA 730 Warnock Sacramento Mountains USNM 32 55 0 -105 -47 -59 United States New Mexico Redbed Cu Cream-coloured arkoses of the middle unit Permian 260 Visible organic debris is rare and does not control mineralization Visible organic debris is rare and does not control mineralization, 2 mines and over 20 showings, from 1908-1948 produced 80 tons Cu, 900t Pb Jerome, S. E., Campbell, D. D., Wright, J. S., and Vitz, H. E., 1965, Geology and ore deposits of the Sacramento (High Rolls) mining district, Otero County, New Mexico: New Mexico State Bureau of Mines and Mineral Resources Bulletin 86, 30 p. Lapoint, D.J., 1979, Geology geochemistry and petrology of sandstone copper deposits in New Mexico: Unpublished Ph.D. thesis, University of Colorado, 333 p. Abo Fm. 32.9166666666667 -105.799722222222 NA 731 Lone Eagle USNM 32 25 60 -104 -15 0 United States New Mexico Uncl. Sandstone Permian 260 Several small ore shipments made, some ore stockpiled, Cu as malachite Sandstone generally flat lying but sharply folded, faulted where mineralized Soule, J.H., 1956, Reconnaissance of the red bed copper deposits in Southeastern Colorado and New Mexico: U.S. Bureau of Mines Information Circular 7740. Yeso Fm. 32.4333333333333 -104.25 NA 732 Boleo MXCO 27 10 -112 -30 18.7 3.4 9 Mexico Baja Norte Reduced facies Cu Clay-rich tuff, gypsum conglomerate, L. Pliocene 3 Pyrite, chalcocite, chalcopyrite, bornite, covellite, sphalerite, Wilson, I.F., 1955, Geology and mineral resources of the Boleo copper deposit, Baja California, Mexico: U.S. Geological Survey Professional Paper 273, 134 p. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Bailes, R.J., Christofferson, J.E., Escandon V., Francisco, and Peatfield, G. R., 2001, Sediment-hosted deposits of the Boleo Copper-Cobalt-Zinc District, Baja California Sur. Mexico in Albinson, Tawn, and Nelson, C.E. eds. New mines and discoveries in Mexico and Central America;: Society of Economic GeologistsSpecial Publication No. 8, p.291 -306 Chalcopyrite has thin rims of possible carrolite. Pyrite also cotains cobalt , up to 1 percent. Ore is in four mantos Boleo Fm. 5333 27.1666666666667 -112.5 .6358 NA 733 Las Vigas Vigas MXCO 29 21 48 -105 -04 -10 0.225 3.2 09 Mexico Chihuahua Redbed Cu Sandstone, shale, limestone L. Cretaceous 135 Chalcopyrite, bornite, chalcocite, covellite, pyrite, marcasite, sphalerite. Barite, gypsum, calcite Price, J.G., Rubin, J.N., and Tweedy, S.W., 1988, Geochemistry of the Vigas red-bed copper deposit, Chihuahua, Mexico: Economic Geology, v. 83, p. 1993-2001. Las Vigas Fm. 29.3633333333333 -105.069444444444 .0072 NA 734 Ugly River Pencar River JMCA 18 14 30 -76 -43 Jamaica Redbed Cu Arkose, siltstone L. Eocene 53 Fenton, A.D., 1979, Copper prospects of JamaicaĐa geologic review: Jamaica Ministry of Mining and Natural Resources, Geological Survey Division Bulletin No. 9, p. 146-147. Hughes, I.G., The mineral resources of Jamaica: Jamaica Ministry of Mining and Natural Resources, Geological Survey Department Bulletin No. 8, p. 19-28. Wagwater Fm. 18.2416666666667 -76.7166666666667 NA 735 Phillips Gully JMCA 18 08 -76 -38 Jamaica Redbed Cu Sandstone, mudstone, tuff L. Eocene 53 Fenton, A.D., 1979, Copper prospects of JamaicaĐa geologic review: Jamaica Ministry of Mining and Natural Resources, Geological Survey Division Bulletin No. 9, p. 146-147. Hughes, I.G., The mineral resources of Jamaica: Jamaica Ministry of Mining and Natural Resources, Geological Survey Department Bulletin No. 8, p. 19-28. Wagwater Fm. 18.1333333333333 -76.6333333333333 NA 736 Barbeque River JMCA 18 06 -76 -37 Jamaica Redbed Cu Sandstone L. Eocene 53 Lava Fenton, A.D., 1979, Copper prospects of JamaicaĐa geologic review: Jamaica Ministry of Mining and Natural Resources, Geological Survey Division Bulletin No. 9, p. 146-147. Hughes, I.G., The mineral resources of Jamaica: Jamaica Ministry of Mining and Natural Resources, Geological Survey Department Bulletin No. 8, p. 19-28. Wagwater Fm. 18.1 -76.6166666666667 NA 737 Serrania de Perija CLBA 10 40 -72 -50 Colombia Guajira Redbed Cu Sandstone, conglomerate, basalt Jurassic 180 Chalcocite, bornite, native copper Carmona, R.A., 1978, Recursos minerales de Colombia: Instituto Nacional de Investigaciones Geol—gico-Mineras, No. 1, 544 p. La Quinta Fm. 10.6666666666667 -72.8333333333333 SA 738 Seboruco VN ZL 08 00 -72 00 Venezuela Redbed Cu Sandstone, conglomerate, lignite Permian 260 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mitu Grp 8 -72 SA 739 Fazenda Boa Vista BRZL -03 -11 -40 -33 Brazil Cear‡ Uncl. Meta sedimentary rocks Proterozoic 1000 Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Martin—pole Grp. -3.18333333333333 -40.55 SA 740 Pedra Verde BRZL -03 -30 -41 -07 8.2 0.8 Brazil Cear‡ Uncl. Meta graywacke, phillite Proterozoic 1000 Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Martin—pole ©rp. -3.5 -41.1166666666667 .0656 SA 741 Serra do Diamante BRZL -06 -55 -38 -55 22 0.8 Brazil Cear‡ Uncl. Phyllite, schist Proterozoic 1000 Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Cachoerinha Grp. -6.91666666666667 -38.9166666666667 .176 SA 742 Araripe BRZL -07 -08 -40 -10 Brazil Reduced facies Cu Marine sedimentary rocks L. Cretaceous 120 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. -7.13333333333333 -40.1666666666667 SA 743 Sucunduri River BRZL -08 -45 -59 00 Brazil Uncl. Stromatolitic dolomite M.Proterozoic 1000 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. -8.75 -59 SA 744 Sacsallac PERU -9 -43 -75 -50 Peru Redbed Cu Sandstone Permian 260 KobŽ, H.W., Stratabound Cu-(Ag) deposits in the Permian Mitu Formation, Central Peru in FontbotŽ, L., Amstitz, G.C., Cardozo, M., Cedillo, E., and Frutos, J., eds., Statabound Ore Deposits of the Andes: Society for Geology Applied to Mineral Deposits Special Publication No. 8, p. 123-127. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mitu Fm. -9.71666666666667 -75.8333333333333 SA 745 Negra Huanusha PERU -11 -18 -75 -51 Peru Redbed Cu Red arkose, mudstone Permian 260 Chalcocite bornite, covellite Mined grade: 3.2 % Cu, 2.9% Ag KobŽ, H.W., Stratabound Cu-(Ag) deposits in the Permian Mitu Formation, Central Peru in FontbotŽ, L., Amstitz, G.C., Cardozo, M., Cedillo, E., and Frutos, J., eds., Statabound Ore Deposits of the Andes: Society for Geology Applied to Mineral Deposits Special Publication No. 8, p. 123-127. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Stromeyerite, polybasite, native silver Mitu Fm. -11.3 -75.85 SA 746 Do–a Basilia PERU -12 -13 -75 -42 -30 Peru Redbed Cu Sandstone L.Teriary 50 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Caspalca Fm. -12.2166666666667 -75.7083333333333 SA 747 Rosario PERU -12 -43 -74 -20 Peru Redbed Cu Sandstone Permian 260 KobŽ, H.W., Stratabound Cu-(Ag) deposits in the Permian Mitu Formation, Central Peru in FontbotŽ, L., Amstitz, G.C., Cardozo, M., Cedillo, E., and Frutos, J., eds., Statabound Ore Deposits of the Andes: Society for Geology Applied to Mineral Deposits Special Publication No. 8, p. 123-127. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mitu Fm. -12.7166666666667 -74.3333333333333 SA 748 Maria Magdalena PERU -13 -20 -72 -00 Peru Redbed Cu Sandstone Permian 260 KobŽ, H.W., Stratabound Cu-(Ag) deposits in the Permian Mitu Formation, Central Peru in FontbotŽ, L., Amstitz, G.C., Cardozo, M., Cedillo, E., and Frutos, J., eds., Statabound Ore Deposits of the Andes: Society for Geology Applied to Mineral Deposits Special Publication No. 8, p. 123-127. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mitu Fm. -13.3333333333333 -72 SA 749 Andarapa PERU -13 -30 -02 -73 -22 -30 Peru Redbed Cu Sandstone Permian 260 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mitu Grp -13.5005555555556 -73.375 SA 750 Desaguadero PERU -14 -05 -70 -36 Peru Redbed Cu Sandstone Permian 260 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Mitu Grp -14.0833333333333 -70.6 SA 751 San Silvestre Ana Mar’a, Tatutin, La Incognita, Mar’a Elena BLVA -16 -36 -30 -68 -53 -15 Bolivia Redbed Cu Sandstone L. Tertiary 45 Chalcocite, malachite, azurite cuprite, tenorite Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Huayllamarca, Tiahuanacu Fms. -16.6083333333333 -68.8875 SA 752 Chacoma Las Mercedes BLVA -16 -48 -02 -68 -25 -13 Bolivia Redbed Cu Red sandstone L. Tertiary 45 Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Tiahuanacu Fm. -16.8005555555556 -68.4202777777778 SA 753 Corocoro Porvenir, Llallagua, Mar’a Elena, Pisaqueri, Americas Unidas BLVA -17 -10 09 -68 -27 -04 7.8 7.1 106 Bolivia Redbed Cu Red sandstone and mudstone Eocene 45 Chalcocite, native copper, domeykite, native silver. Gypsum, anhydrite, barite, aragonite, celestite Salt-gypsum diapirs. Ore contains 1.4 ppm U Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. , 1992, Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Avila-Santos, W., 1990, Origin of the copper pres at Corocoro, Bolivia in FontbotŽ, L., Amstitz, G.C., Cardozo, M., Cedillo, E., and Frutos, J., eds., Statabound Ore Deposits of the Andes: Society for Geology Applied to Mineral Deposits Special Publication No. 8, p. 659-670. Bornite, covellite, chalcopyrite, galena, sphalerite, stromeyerite, tennantite. Chalcedony, alunite, clay Caquiaveri, Ballivian Fms 6065 -17.1641666666667 -68.4511111111111 .5538 SA 754 Paracatu BRZL -17 -14 -46 -52 Brazil Reduced facies Cu Calareous siltstone U. Proterozoic 1000 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Bambui Grp, Vazante Fm.. -17.2333333333333 -46.8666666666667 SA 755 Veta Verde BLVA -17 -21 -38 -68 -24 -05 Bolivia Redbed Cu Red sandstone L. Tertiary 45 Chalcocite, native copper and silver, bornite. Gypsum Intruded by salt-gypsum diapir Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Galena Huayllamarca, Tiahuanacu Fms. -17.3605555555556 -68.4013888888889 SA 756 Callapa El Hogar, Noe Group, San August’n, San Franciso, San Miguel BLVA -17 -24 -00 -68 -21 -20 Bolivia Redbed Cu Red sandstone L. Tertiary 45 Chalcocite, cuprite, native copper, malachite. Gypsum Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Huayllamarca, Totora Fms. -17.4 -68.3555555555556 SA 757 Chacarilla El Congreso, Porf’a, Eureka, Mizague, Esperanza, La Encontrada BLVA -17 -35 -68 -12 2.6 2.78 15 Bolivia Redbed Cu sandstone, conglomerate L. Tertiary 45 Chalcocite, native copper, bornite, chalcopyrite. Gypsum, celestite, pyrite Intruded by salt-gypsum diapir Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Huayllamarca Fm. 6065 -17.5833333333333 -68.2 .07228 SA 758 Chuquichambi Llanquera-San Miguel, Santa Mar’a BLVA -17 -59 -19 -67 -44 -21 Bolivia Redbed Cu Red sandstone L. Tertiary 45 Chalcocite, malachite, azurite Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Huayllamarca, Totora Fms. -17.9886111111111 -67.7391666666667 SA 759 Turco Santa Clara, Azurita, Corona de Espa–a, Cuprita BLVA -18 -15 -55 -68 -03 -52 .14 2.1 Bolivia Redbed Cu Arkose, tuffaceous sandstone, basalt L. Tertiary 45 Chalcocite, cuprite, native copper, tennantite. Celestite, calcite, chlorite Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Huayllamarca, Totora Fms. -18.2652777777778 -68.0644444444444 .00294 SA 760 Sevaruyo Amistad, Concepciżn, Tambillo BLVA -19 -22 -24 -66 -55 -08 Bolivia Redbed Cu Arkose, tuffaceous sandstone, basalt L. Tertiary 45 Cuprite, native copper, malachite Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Huayllamarca, Totora Fms. -19.3733333333333 -66.9188888888889 SA 761 Uyuni Cobrizos, I–ez, Koholpani, Puntillas BLVA -20 -59 -37 -67 -12 -36 .39 0.79 Bolivia Redbed Cu Sandstone, conglomerate L. Tertiary 45 Chalcocite, tenorite, malachite Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Quehua, San Vicente Fms. -20.9936111111111 -67.21 .003081 SA 762 Esmeralda San Pablito, Mesa Verde, Ucrania, HuancanŽ, Ladislau Cabrera BLVA -21 -23 -30 -66 -34 -08 Bolivia Redbed Cu Sandstone, conglomerate L. Tertiary 45 Chalcocite, cuprite, tenorite, malachite Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Quehua, Potoco Fms. -21.3916666666667 -66.5688888888889 SA 763 Avaroa Bol’var, Mantos Blancos, El Morro, Linares, Cerro Negro, Aguilar BLVA -21 -36 -27 -67 -02 -43 0.43 4.9 Bolivia Redbed Cu Sandstone, conglomerate Oligocene 35 Chalcocite, bornite, native copper,cuprite. Calcite, celestite Tuff Contains high levels of arsenic Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. Quehua Fm. -21.6075 -67.0452777777778 .02107 SA 764 San Bartolo Artola mine CILE -22 -44 -68 -14 1.5 2 Chile Antofagasta Redbed Cu Arkose, red mudstone Oligocene-Miocene 24 Atacamite, tenorite, cuprite, native copper, native silver, Digenite, chalcopyrite, pyrite Oxide copper minerals at Artola mine, sulfides at Palicaye mine Flint, S., 1986, Sedimentary and diagenetic controls on red bed ore genesis-the mid Tertiary San Bartolo copper deposit, Antofagasto Provice, Chile: Economic Geology, v. 81, p. 761-778. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p Galena Paciencia Grp, Artola Mbr 6006 -22.7333333333333 -68.2333333333333 .03 SA 765 Serran’a de las Minas Farellon, Cerro Colorado, 25 de Julio, Copacabana, Bartolo BLVA -21 -42 -57 -67 -27 -47 Bolivia Redbed Cu Sandstone, conglomerate L. Tertiary 45 Chalcocite, bornite, native copper Cox, D.P., Carrasco, R. AndrŽ-Ramos, O., Hinolosa-Velasco, A., and Long, K.R., 1992, Copper in sedimentary rocks in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 95-108. Long, K.R. Mines prospects and mineral occurrences, Appendix A,in U.S. Geological Survey and Servicio Geol—gico de Bolivia, Geology and mineral resources of the Altiplano and Cordillera Occidental, Bolivia: U.S. Geological Survey Bulletin 1975, p. 244-272. San Vicente, Potoco Fms. -21.7158333333333 -67.4630555555556 SA 766 Caleta Coloso CILE -23 -44 -58 -70 -30 00 0.185 3 Chile Redbed Cu Conglomerate, sandstone U. Jurssic 160 Chalcocite, covellite, bornite, chalcopyrite. Atacamite. Hematite, albite, analcite, K-feldspar Flint, S., and Turner, P., 1990, The conglomerate-hosted copper deposits at Caleta Coloso, Chile in FontbotŽ, L., Amstitz, G.C., Cardozo, M., Cedillo, E., and Frutos, J., eds., Statabound Ore Deposits of the Andes: Society for Geology Applied to Mineral Deposits Special Publication No. 8, p. 339-352. Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Malachite, chalcanthite, cuprite Coloso Fm. -23.7494444444444 -70.5 .00555 SA 767 Mart’n Bronce AGTN -24 00 -64 -25 3.235 2.41 Argentina Jujuy Redbed Cu Sandstone , conglomerate Conglomerate U.Cretaceous 90 Malachite, brochantite, azurite, hematite, Sandstone Avila, J.C., 1999, El Yacimiento de cobre Mart’n Bronce, Jujuy in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 947-949. Chalcocite, chalcopyrite, covellite, pyrite Lecho Fm. -24 -64.4166666666667 .0779635 SA 768 Juaramento AGTN -25 -13 -65 -09 59.2 0.83 19.2 Argentina Salta Reduced facies Cu Sandstone , conglomerate Conglomerate U.Cretaceous 90 Chalcocite, bornite, chalcopyrite, galena, sphalerite, pyrite Sandstone Peral, A.P., and Wormald, P.J., 1999, Mineralizaci—n cupr’fera del ‡rea Juramento, Salta in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 947-949. Gold Lecho Fm. -25.2166666666667 -65.15 .49136 SA 769 Perau BRZL -25 -30 -49 00 Brazil Uncl. Calareous siltstone U. Proterozoic 1000 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Bambui Grp, Vazante Fm.. -25.5 -49 SA 770 Jardin CILE -27 -45 -30 -70 -11 -30 2 1.75 140 Chile Uncl. Tuff, siltstone, carbonaceous shale, ignimbrite Paleocene 60 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. Hornitos Fm. -27.7583333333333 -70.1916666666667 .035 SA 771 Salsinho Bom Jardin BRZL -30 -30 -53 -18 Brazil Rio Grande do Sul Uncl. sandstone, conglomerate U. Proterozoic 700 Partly stratiform, parly vein controled. Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Maric‡ Grp. -30.5 -53.3 SA 772 Cerro dos Mart’ns Cerro das Ovelhas BRZL -30 -43 -53 -27 1.5 0.89 Brazil Rio Grande do Sul Uncl. sandstone, andesite U. Proterozoic 700 Includes Pb and Zn. Partly stratiform, parly vein controled. Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Maric‡ Grp. -30.7166666666667 -53.45 .01335 SA 773 Camaqu‹ District S‹o Luis, Uruguai, CemitŽrio BRZL -30 -55 -53 -26 31 1.06 Brazil Rio Grande do Sul Uncl. Conglomerate, sandstone, siltstone U. Proterozoic 700 Contains Ag, grade not given. Also 0.3-0.5 g/t Au. Partly stratiform, parly vein controled. Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Maric‡ Grp. -30.9166666666667 -53.4333333333333 .3286 SA 774 Casa de Pedra Passo Catarina BRZL -30 -59 -53 -34 Brazil Rio Grande do Sul Uncl. Sandstone, siltstone U. Proterozoic 700 Azevedo Branco, P.C., 1984, Principais dep—sitos minerais, Chapter 9 in Schobbenhaus, C, Almeida Campos, D., Derze, G.R., and Asmus, H.E., eds., Geologia do Brazil, Texto Explicativa: Departamento Nacional de Produc‹o Mineral, p. 359-419 Maric‡ Grp. -30.9833333333333 -53.5666666666667 SA 775 Rusa CILE -32 -21 -71 -05 Chile Uncl. Shaley limestone L. Cretaceous 120 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. -32.35 -71.0833333333333 SA 776 Veta Negra CILE -32 -29 -71 -06 Chile Uncl. Black shale L. Cretaceous 120 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. -32.4833333333333 -71.1 SA 777 Carmen CILE -32 -30 -71 00 Chile Uncl. Laminated black limestone L. Cretaceous 120 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. -32.5 -71 SA 778 Cerro Negro AGTN -32 -34 -70 -05 Argentina Uncl. Breccia, clastic sediments U. Cretaceous 80 Kirkham, R.V, Carriere, J.J., Laramee, R.M., and Garson, D.F., 1994, Global distribution of sediment-hosted stratiform copper deposits and occurrences: Geological Survey of Canada Open File 2915b, 256 p. -32.5666666666667 -70.0833333333333 SA 779 Campesino Norte AGTN -38 -18 -69 -03 Argentina NeuquŽn Redbed Cu Sandstone U.Cretaceous 90 Malachite, chrysocolla, bitumen Lyons, W.A.1999, Las areniscas cupr’feras del NeuquŽn in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 1147-1158. Chalcocite Huincul Fm. -38.3 -69.05 SA 780 San Romeleo AGTN -36 -35 -69 -27 0.257 1.29 Argentina Mendoza Redbed Cu Feldspathic sandstone, calcareous, gypsiferous, bituminous U.Cretaceous 90 Chalcanthite, malachite, azurite, brochanthite, antlerite, chalcocite, cuprite, bitumen Centeno, R. and Fusari, C.1999, Mina San Romeleo in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 1147-1148. Diamante Fm. -36.5833333333333 -69.45 .0033153 SA 781 Sausal Bonita Puesto Lago AGTN -38 -38 -69 -11 Argentina NeuquŽn Redbed Cu Sandstone U.Cretaceous 90 Malachite, chalcocite, chrysocolla, bitumen Lyons, W.A.1999, Las areniscas cupr’feras del NeuquŽn in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 1147-1158. Huincul Fm. -38.6333333333333 -69.1833333333333 SA 782 Cerro Mesa La Olla, Santa Genoveva AGTN -38 -41 -69 -36 Argentina NeuquŽn Redbed Cu Sandstone U.Cretaceous 90 Malachite, chalcocite, azurite, calcite, bitumen Contain U minerals Lyons, W.A.1999, Las areniscas cupr’feras del NeuquŽn in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 1147-1158. Huincul Fm. -38.6833333333333 -69.6 SA 783 Barda Gonz‡lez Tordillos AGTN -38 -53 -68 -59 35.5 0.368 2.5 Argentina NeuquŽn Redbed Cu Sandstone U.Cretaceous 90 Malachite, calcite, bitumen, pitchblende, carnotite Lyons, W.A.1999, Las areniscas cupr’feras del NeuquŽn in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 1147-1158. Chalcocite, azurite Portezuelo Fm. -38.8833333333333 -68.9833333333333 .13064 SA 784 Cerro Granito El Porvenir Barda Negra AGTN -39 -13 -69 -49 2 0.5 Argentina NeuquŽn Redbed Cu Sandstone U.Cretaceous 90 Malachite, chalcocite,calcite, bitumen Lyons, W.A.1999, Las areniscas cupr’feras del NeuquŽn in Zappettini, E.O., Segal, S., Godeas, M., Brodkorb, M.K., Schalamuk, I.A., eds., Recursos Minerales de la Republica Argentina: Instituto de Geologia y Recursos Minerales SEGEMAR, Anales 5, p. 1147-1158. Huincul Fm. -39.2166666666667 -69.8166666666667 .01 SA 785 Kennecott Bonanza, Jumbo, Mother Lode, Erie USAK 61 32 -142 -52 4 13 United States Alaska Unclassified Stromatolitic limestone, dolomite, microbial mats. Basalt, Nikolai Greenstone Triassic Chalcocite, djurleite, covellite, bornite, chalcopyrite, digenite, anilite, luzonite, azurite, malchite Limestone, shale, chert Ore in massive veins following solution cavities and breccias Bateman, A.M., and Laughlin, D.H., 1920, Geology and ore deposits of Kennecott, Alaska: Economic Geology, v. 15, p. 1-80. MacKevett, E.M., Cox, D.P., Potter, R.W., and Silberman, M.L., 1997, Kennecott-type deposits, Wrangell Mountains, Alaska: High-grade copper deposition near a limestone-basalt contact in Goldfarb, R.J., and Miller, L.D., eds., Mineral deposits of Alaska: Economic Geology Monograph 9, p. 69-89. MacKevett, E.M., Jr., Cox, D.P., Potter R.W., II, and Silberman, M.L., 1997, Kennecott-type deposits, Wrangell Mountains, Alaska: High-grade copper deposition near a limestone-basalt contact in Goldfarb, R.J. and Miller, L.D., eds., Mineral deposits of Alaska: Economic Geology Monograph 9. Chitistone Limestone 61.5333333333333 -142.866666666667 .52 N.America