Minerals Report - International Seabed Authority

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520 million tonnes of copper”. In a more recent estimate, Morgan (2000) calculates the nodule potential in the Clarion-Clipperton zone as 34 billion tonnes containing elemental resources of 7500 million tonnes of manganese, 340 million tonnes of nickel, 265 million tonnes of copper and 78 million tonnes of cobalt. Accepting the uncertainties and limitations of past and present resource estimates, and using the methods described in this report, it is possible to assess the resources held by manganese nodules and crusts within potential “extended legal continental shelf” (ELCS) regions. Table 3 gives the results of this exercise. Coastal states are listed against the area of their potential ELCS, the average concentration on the seafloor (mass/area) of elements found in manganese nodules and crusts, the total resource of that element. The top ten countries, ranked in descending order, that have the greatest resource potential of nodules and crusts in their ELCSs are: the United States of America, Madagascar, Brazil, Antarctica, Argentina, Japan, South Africa, Canada and India, ranging from 1.86 billion tonnes to 0.33 billion tonnes. In contrast, the bottom ten countries that have potential ELCS resource of nodules and crusts are: Guyana, Mauritania, Kenya, Congo, Zaire, Gambia, Sierra Leone, Guinea Bissau, Guinea, Venezuela, ranging from 15.3 million tonnes to 0.28 million tonnes respectively. • Table 3a: Global distribution, concentration and abundance of manganese nodules and crusts. Values obtained from averages for each ELCS, or portion of, potentially calimed by each coastal state. • Table 3b: Global distribution, concentration and abundance of elemental manganese in nodules and crusts. • Table 3c: Global distribution, concentration and abundance of elemental copper in nodules and crusts. • Table 3d: Global distribution, concentration and abundance of elemental nickel in nodules and crusts • Table 3e: Global distribution, concentration and abundance of elemental cobalt in nodules and crusts. INTERNATIONAL SEABED AUTHORITY 706
INTERNATIONAL SEABED AUTHORIY 707 Country Area Area Total Area C onc. M n nodsT otal M n nods Total M n nods Country Area Area Total Area C onc. M n nod Total M n nods Total M n nods No. (sq. km) (sq. km) (kg/sq.m) (tonnes) for country No. (sq. km) (sq. km) (kg/sq.m) (tonnes) for country Angola 23 251,305 251,305 0.25 62,826,138 62,826,138 M auritus 45 321,039 321,039 1.5 481,558,500 481,558,500 Antarctica 26 15,187 5,418,265 0.25 3,796,673 1,484,701,297 M orocco 20 824,562 824,562 0.25 206,140,415 206,140,415 27 1,235,520 0.68 840,153,314 M ozambique 19 123,258 123,258 1 123,258,000 123,258,000 28 1,113,819 0.5 556,909,560 Nam ibia 23 1,111,735 1,111,735 0.25 277,933,750 277,933,750 29 1,376,905 ND New Zealand 36 48,230 617,808 0.5 24,114,750 321,417,670 31 1,676,835 0.05 83,841,750 37 37,650 0.5 18,824,770 Argentina 24 239,319 239,319 1 239,319,000 239,319,000 38 25,027 1 25,027,030 Australia 32 250,116 728,342 0.5 125,058,150 363,262,670 39 506,902 0.5 253,451,120 33 23,100 1 23,100,210 Nigeria 22 103,772 103,772 ND 0 0 34 29,776 1 29,775,750 Norway 8 92,181 158,920 ND 0 0 35 56,215 1 56,214,560 9 49,231 ND 0 36 48,230 ND 0 10 17,508 ND 0 37 37,650 ND 0 Om an 17 375,295 375,295 0.75 281,471,250 281,471,250 38 25,027 ND 0 Pakistan 17 41,255 41,255 0.75 30,940,905 30,940,905 39 258,228 0.5 129,114,000 Phillippin es 1 4 5 6 4 ,7 2 5 564,725 2 1,129,449,420 1,129,449,420 Bangladesh 15 969,982 969,982 ND 0 0 Portugal 43 61,738 123,476 1 61,738,000 123,476,000 Brazil 24 1,675,235 1,964,494 0.5 837,617,500 922,099,185 44 61738 1 61,738,000 25 240,591 0.25 60,147,710 Russia 1 48,608 430,369 ND 0 0 42 48,668 0.5 24,333,975 3 52,488 ND 0 Burma 15 46,203 46,203 ND 0 0 11 218,421 ND 0 Canada 1 19,778 2,193,712 ND 0 436,144,640 12 75,397 ND 0 2 57,143 ND 0 13 35,456 ND 0 4 872,289 0.5 436,144,640 Senegal 20 69,924 106,650 0.25 17,481,000 19,317,290 5 1,244,502 ND 21 36,726 0.05 1,836,290 Congo 23 14,652 14,652 0.25 3,663,000 3,663,000 Seychelles 45 321,039 321,039 0.25 80,259,750 80,259,750 Denm ark 7 237,431 237,431 ND 0 0 Sierra Leone 21 51,030 51,030 0.05 2,551,518 2,551,518 Equitorial Guin 22 15,566 15,566 ND 0 0 Som alia 18 242,676 242,676 0.5 121,337,985 121,337,985 France 30 34,653 258,768 ND 0 336,172,110 SOPAC 39 224,115 324,192 ND 0 100,077,000 39 224,115 1.5 336,172,110 40 79,365 1 79,365,000 French Guiana 25 140,980 140,980 0.25 35,244,915 35,244,915 41 20,712 1 20,712,000 Gabon 23 136,752 136,752 0.25 34,188,000 34,188,000 South Africa 19 123,258 184,863 1 123,258,000 138,659,250 Gam bia 20 10,662 10,662 0.25 2,665,582 2,665,582 23 61,605 0.25 15,401,250 Ghana 22 25,943 25,943 ND 0 0 Sri Lanka 15 768,758 768,758 ND 0 0 Greenland 5 103,312 103,312 ND 0 0 Suriname 25 89,110 89,110 0.25 22,277,450 22,277,450 Guinea 21 27,897 27,897 0.05 1,394,871 1,394,871 Tanzania 18 55,681 55,681 0.5 27,840,520 27,840,520 Guinea Bissau 21 38,359 38,359 0.05 1,917,947 1,917,947 Togo 22 15,566 15,566 ND 0 0 Guyana 25 61,003 61,003 0.25 15,250,628 15,250,628 United Kingdo 7 243,679 243,679 0.25 60,919,750 60,919,750 Iceland 6 2,800 84,937 1 2,799,980 23,334,315 United States 1 248,260 1,212,653 ND 1,860,660,625 7 82,137 0.25 20,534,335 4 214,889 0.5 107,444,500 India 15 150,457 1,011,832 ND 646,031,250 5 508,417 2.5 1,271,042,125 17 861,375 0.75 646,031,250 USA (Guam ) 14 241,087 2 482,174,000 Ireland 7 176,511 176,511 0.1 17,651,100 17,651,100 Uruguay 24 53,182 53,182 0.5 26,591,000 26,591,000 Japan 14 339,701 339,701 2 679,402,580 679,402,580 Venezuela 25 1,141 1,141 0.25 285,208 285,208 Kenya 18 20,782 20,782 0.5 10,390,995 10,390,995 Zaire 23 13,431 13,431 0.25 3,357,750 3,357,750 M adagascar 19 2,087,434 2,087,434 1 2,087,434,000 2,087,434,000 M auritania 20 53,312 53,312 0.25 13,328,000 13,328,000 Total 25,137,321 7,416,422,221 12,856,203,226
Page 2 and 3:
Workshop on Minerals Other than Pol
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Published in Jamaica 2004 by the In
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Chapter 6* Impact of the Developmen
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PART 4 REGULATORY AND PROMOTIONAL F
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The Authority designates one of two
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deposits and gas hydrates of the co
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Prof. Chris German, Challenger Divi
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Mr. Sven Petersen, Research Associa
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SECRETARIAT Ambassador Satya N. Nan
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is to submit “an application that
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that was established to help protec
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on the continental margin. He state
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with the German firm Preussag. As p
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metre or metres of these black smok
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nodules in terms of these metals -
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Professor Herzig stressed however t
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While noting that the continuity of
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asal diameter at 1,600 m water dept
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discovery of the new hydrothermal s
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esearch cruises dedicated to ferrom
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global mid-ocean ridge system. He p
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athymetric map of the seafloor. A s
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were encouraging. In the course of
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that this matter was sensitive, he
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complete a preliminary evaluation o
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metals - nickel, cobalt, manganese,
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12. Issues to be taken into account
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entities. Many of them included min
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In this regard, the Secretary-Gener
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According to Dr. Vysotsky, as estim
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With regard to current knowledge ab
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Dr. Corbett gave a brief account of
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River resulting in the introduction
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Ms. Zaamwani pointed out that as th
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geochemical and geotechnical survey
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of its continental shelf through bi
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also stated, is similar to that of
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Chapter 7 Technical requirements fo
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Table 1: Classification of marine m
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Volcanogenic Metalliferous sediment
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deposits, including massive sulphid
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3. Marine Minerals Related to Deep
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The black smoker chimneys dischargi
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contain metals are present at discr
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Figure 4. A diagrammatic east-west
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and refining of these crusts is mor
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distances of hundreds of kilometres
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2) Deep ocean hot springs at massiv
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6. P.A. Rona, M.D. Hannington, C.V.
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25. M.J. Cruickshank (1998), Law of
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With regard to marine mineral depos
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Focussing on sites of sea floor min
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scientific journal "Nature". The su
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Professor Rona recalled that the in
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like St. Stephen’s in the Kremlin
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He noted that another product of ho
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The reasons why the Red Sea deposit
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a number of geothermal wells have b
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1. Introduction The discovery of hi
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0° 30° 30° 60° Explorer Ridge C
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3. Hydrothermal Convection At ocean
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Due to its increased buoyancy at hi
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5. Metal Contents Despite moderate
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(11.8 wt.%), and have high concentr
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Table 3: Size and Tonnage - Atlanti
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Local enrichment of more than 40 pp
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the Red Sea, Middle Valley, Explore
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Table 8: Advantages of Seafloor Mas
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60 kg Au) located on the neighbouri
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9. Perspective If further explorati
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3. J.M. Franklin, J.W. Lydon, and D
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19. R.A. Zierenberg, Y. Fouquet, D.
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35. J. Collier, M. Sinha (1990), Se
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53. P.M. Herzig, Y. Fouquet, M.D. H
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68. M.D. Hannington, J.M. Peter, an
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85. The New York Times (1997), Firs
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southern segment is a fast-spreadin
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Professor Herzig said that the spec
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Professor Herzig said that the depo
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Professor Herzig informed participa
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he informed participants that in ad
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In relation to Conical Seamount, Pr
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deposits is essential to reliably a
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would be removed from the deposit.
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CHAPTER 3 REGIONAL AND LOCAL VARIAB
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� Metallogenic provinces that are
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A digital map of ore-bearing region
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of the slopes in between 1500-3000m
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development there are areas with ma
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Regarding the formation of the firs
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SUMMARY OF THE PRESENTATION AND DIS
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the Juan-de-Fuca Ridge, the Guaymas
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Intensive investigations resulted i
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Based on the potential resources co
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It should be noted that other massi
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Generally, the massive sulphides or
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With regard to the gold values repo
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CHAPTER 5 COBALT-RICH FERROMANGANES
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Current patterns, topography, botto
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Table 1: Contents of manganese, iro
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INTERNATIONAL SEABED AUTHORITY 194
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Depth (km) 0 100 200 0 1 2 3 4 5 O
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sediment. Those thinly veiled crust
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Table 3: Cruises dedicated to the s
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today. Field studies by the USA, Ge
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Phosphorite and fresh basalt are st
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3.2. Mineralogy The mineralogy of b
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Samples 25 20 15 10 5 0 Growth Rate
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3.4. Chemical Composition All USGS
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elements associated with the detrit
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Sample/PAAS 100 10 1 0.1 0.01 0.001
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Phosphatization of the older Fe-Mn
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A. B. C. Mn FSM-Palau Marshall Isla
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4. Iron-Manganese Crust Formation E
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5. Biological Communities and Curre
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6. Resource, Technology and Economi
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MAJOR DIMENSIONS Length : 13 m Widt
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not economical, under the circumsta
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Based on grade, tonnage, and oceano
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3. J.R. Hein and C.L. Morgan (1999)
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deep sea deposits, Report on the Sc
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29. T. Moritani and S. Nakao (eds.)
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Angeles, CA, International Society
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geochemistry of Central Pacific fer
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73. J.W. Moffett (1990), Microbiall
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86. D. Puteanus and P. Halbach (54)
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110. A Koschinsky and P Halbach (46
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132. J.R. Hein et al. (1) 133. H.H.
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B. 14°30'N 14°20'N 14°10'N 160°
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Appendix 4. 1-m-diameter circular c
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economic potential in hydrogenetic
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Zealand Oceanographic Institute, th
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depths. Up welling increases primar
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een recovered is 25 cm. He also sai
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shallower than 1500 metres, a shall
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In relation to mining technology, o
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On the most promising sites for cru
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In addition to the International Se
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1. Introduction Plant life is impos
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Table 1 Potential microbial metabol
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Figure 2 Simplified representation
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Figure 3 Major components of a gene
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the mussel's nutrition. When experi
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Reasons for this do not appear to b
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egions, one study pointed out that
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very widespread, supporting microbi
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Studies of the rapid colonisation o
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y mining, which is expected to be v
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2. J. B. Corliss, J. Dymond, L. Gor
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19. V. Tunnicliffe, A.G. McArthur a
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together with mucus that is secrete
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close to neutral ph conditions, it
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France, Germany, the United Kingdom
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of the sedimentary column, whereas
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Table 2: Research Submersibles and
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4. Technical Requirements For resea
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5. Processing Technologies The phys
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grow on substrate rocks because of
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5. M.D. Hannington, A.G. Galley, P.
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Dr. Herzig informed participants th
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search for sites of hydrothermal ve
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with such a grab. In addition to th
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Remotely operated vehicles (ROVs) D
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equired to make sure that the ship
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Dr. Herzig summarized the technical
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commercial. Since confidentiality o
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CHAPTER 8 FACTORS IN FINANCING EXPL
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The traditional project stages that
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there is a subset that forms in spe
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of competing for the attention of i
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7. Why SMS Mines will be Lower Cost
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8. Modelling SMS mining offers scop
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Because exhalative SMS deposits are
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flow to the metal markets. He also
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shortage in the next couple of year
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starts, the operation could take pl
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Based on this and other considerati
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Mr. Malnic said that the mining ope
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and silver. Except for volcanically
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2.2. Major Features of the Draft Of
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As a general principle the fiscal p
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I think the issue is not as simple
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Table 3: Data and information requi
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former case a reminder notice is se
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6. Elisabeth Mann Borgese, Ocean Go
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longer an area is held, more inform
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from the deep sea. One group of enz
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CHAPTER 10 NATIONAL AND INTERNATION
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times greater than atmospheric pres
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Fig. 2 Schematic diagram showing th
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Figure. 4: Distributions of hydroth
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Figure 6: Distributions of hydrothe
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Figure.8: Plot of incidence of hydr
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et al., 1998) - one of the two very
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seabed but, instead, are dispersed
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Figure 10: The Southampton Oceanogr
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oxide material, polymetallic sulphi
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Figure 13: TOBI sidescan sonar imag
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ACKNOWLEDGEMENTS I would like to ex
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15. Cronan D S (ed.) Handbook of Ma
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33. Gross G.A. and McLeod C.R., Met
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51. Jones H. A. and Davies P. J., P
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69. Manheim F. T., Composition and
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87. Muller, R.D., Roest, W.R., Roye
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107. Warren, J., Evaporites: their
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cultivating sulphide oxidising bact
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In relation to spreading rates at v
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coordination to actually get to go
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esources and to know whether or not
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ROVS, AUVs or submersibles to produ
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have oversimplified the case in his
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CHAPTER 11 A COMPARISON OF THE POSS
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This paper proposes to compare the
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• The distance between the mining
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economic value. Phosphatisation has
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The morphology of the mineral edifi
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Table 3: Geochemistry of known mass
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Detailed exploration has not been c
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flotation, can separate the ferroma
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The crushed and ground ore can be c
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3.2. Assumptions made for each kind
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alloys or even manganese ore in the
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ought the nickel price to a top. Th
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Because the metal market economy is
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14. J. -P. Lenoble (1992), Future d
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31. J. Francheteau, D. Needham, P.
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48. J. -P. Lenoble (1996), Les nodu
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66. J. -J. Prédali and J. -P. Polg
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classification system, Mr. Lenoble
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To recapitulate the sizes and possi
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proposed processing technologies an
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international community is only jus
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Part 2 ISSUES TO BE TAKEN INTO ACCO
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The Secretary-General said that the
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Mr. Nandan pointed out that the nex
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problems would resurface, because i
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prospecting would be more applicabl
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dimensional seafloor massive sulphi
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workshop, in relation to deposit ev
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an economic perspective, including
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sulphides and cobalt-rich ferromang
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CHAPTER 13 PETROLEUM POTENTIAL AND
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structure and filled with sediments
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Basin groups are subdivided into ty
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during the late Mesozoic-Cenozoic s
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Figure 4: Volume density of initial
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ITIPRHC = Vnr φHC γ 103 (Mmtoe),
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Table 1: Offshore (deepwater) initi
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Speaking about particular geographi
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World Ocean, including areas off no
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Table 4: Largest oil and gas discov
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The extremely harsh environment bro
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In other regions of the world, enco
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REFERENCES 1. L.G. Weeks (1971), Ma
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SUMMARY OF PRESENTATION AND DISCUSS
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Dr. Vysotsky said that estimates of
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In Southeast Asia, Dr. Vysotsky spo
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Philippines, and possibly Brazil. W
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and we shall encounter severe deple
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In the 1960's scientists discovered
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Figure 2. Worldwide locations of kn
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methane by bacteria in an anoxic en
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It has been assumed that the struct
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identification of gas hydrate in ma
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ottom simulating reflections (BSR)
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Figure 6: Interpretative plot of hy
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floor have indicated the presence o
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of free gas below the BSR is usuall
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sediment and to provide an indicati
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6. Harvesting methane hydrates -Som
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deposits can be commercial, even in
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at a catastrophic scale. Some of th
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Figure 8. Development of hydrate re
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This is perhaps due to the percepti
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would provide Japan with methane fo
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NOTES AND REFERENCES 1. E.D. Sloan
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20. R.F. Meyer (1981), Speculation
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Master Workshop on Gas Hydrates: Re
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60. M.D. Max and M.J. Cruickshank (
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is that their exploitation might re
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further pointed out that even if on
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Dr. Desa also informed participants
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thickness of the sediments, the thi
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pressure at sea level leads to hydr
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aware of any studies of natural ear
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CHAPTER 15 A CASE STUDY IN THE DEVE
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NAMIBIA L W OR CT BOTSWANA SOUTH AF
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The Orange River, one of Africa’s
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formation of a large accretion coar
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The deep-water ore body more closel
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4. The mineral resource management
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deployed on a MacArtney FOCUS 400 R
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Utilising Jago has made very detail
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Although at first glance the nature
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to levels capable of sustaining sea
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In accordance with De Beers’ over
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ACKNOWLEDGEMENTS I thank my many co
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16. I.B. Corbett (1989), The sedime
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eroded during regression and transg
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diamond mining business. Dr. Corbet
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technological step, Dr. Corbett sug
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and Ore Reserves (JORC). He also sa
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With another slide, Dr. Corbett sho
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of De Beers’ deepwater operation
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system that allows other functions
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CHAPTER 16 A CASE STUDY IN THE DEVE
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change through heat transport and c
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Main sites of oxygen minimum Flow o
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• Undertake necessary mitigatory
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State, by such spilling or pollutio
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including diamonds, from non-fluore
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agreements require that government
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including current velocities, oxyge
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ackground levels and confined to a
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Sonar equipment used on some DBM ve
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advocated this approach for environ
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local geology, sedimentology and mi
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Levene’s test could also be used
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unquestionably be alarming, and the
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3.4 Future Innovation in Video Tran
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sponges and bryozoans to more gener
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esearch contributions of Mark Gibbo
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16. Craig R. Smith (1998), The Biol
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magellanicus, Gmein) populations. J
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presentation he would show that kno
Page 664 and 665: process of self-regulatory checking
Page 666 and 667: initial mining, but that within a v
Page 668 and 669: continental shelf. He suggested tha
Page 670 and 671: would result in the extermination o
Page 672 and 673: The participant from Saudi Arabia r
Page 674 and 675: of the Namibian government would be
Page 676 and 677: With the exception of the West Paci
Page 678 and 679: 1.3 Resources The oceanic regions o
Page 680 and 681: 2 Physiography of the Ocean Floor a
Page 682 and 683: INTERNATIONAL SEABED AUTHORITY 674
Page 684 and 685: partially separated continental fra
Page 686 and 687: occur beneath the continental shelf
Page 688 and 689: Using these criteria, a number of a
Page 690 and 691: 3.3 Methods used to assess resource
Page 692 and 693: 4.1.2 How marine placer deposits ar
Page 694 and 695: to survive the transgression are pr
Page 696 and 697: 4.2.2 Where marine phosphorite depo
Page 698 and 699: sedimentary layers that are favoura
Page 700 and 701: 4.4 Marine Polymetalic sulphides 4.
Page 702 and 703: 4.4.4 Resource potential of marine
Page 704 and 705: The most up to date information of
Page 706 and 707: Manganese crusts that are rich in c
Page 708 and 709: (3) where bottom currents are effec
Page 710 and 711: There are four elements are of econ
Page 712 and 713: averaging 2kg/m 2 . These contain e
Page 720 and 721: Elemental resources for the top ten
Page 722 and 723: natural gas is commonly formed in a
Page 724 and 725: These areas are almost exclusively
Page 726 and 727: Table 5 (with reference to Figure 2
Page 728 and 729: with the term “resource” used e
Page 730 and 731: Similarly, much of the continental
Page 732 and 733: Although this is not an assessment
Page 734 and 735: A qualitative indication of resourc
Page 736 and 737: 4.7.2 How marine gas hydrate deposi
Page 738 and 739: However, this does not include the
Page 740 and 741: Figure 28 shows the location of are
Page 742 and 743: ELCS region Location Hydrate potent
Page 746 and 747: Franklin Seamount, western Woodlark
Page 748 and 749: Emery K. O. and Noakes L. C., Econo
Page 750 and 751: Herzig, P.M. and Hannington M. D.,
Page 752 and 753: Kvenvolden, K.A., Gas hydrates as a
Page 754 and 755: Meyer, R.F., Speculations on oil an
Page 756 and 757: Scott, S.D., Seafloor polymetallic
Page 758 and 759: Evaporite deposits http://www.black
Page 760 and 761: SUMMARY OF PRESENTATION AND DISCUSS
Page 762 and 763: these areas cover something like 25
Page 764 and 765:
continental margins. He mentioned p
Page 766 and 767:
programme off Nankeen, Japan, and t
Page 768 and 769:
een happily persuaded in the other
Page 770 and 771:
Part 4 REGULATORY AND PROMOTIONAL F
Page 772 and 773:
own Namdeb. In addition, there are
Page 774 and 775:
The stated purpose of the Minerals
Page 776 and 777:
programme and specified minimum exp
Page 778 and 779:
them to give proper attention to ea
Page 780 and 781:
evaluation purposes in monitoring t
Page 782 and 783:
as far as the development of minera
Page 784 and 785:
Ms. Zaamwani said that the main leg
Page 786 and 787:
Ms. Zaamwani told participants that
Page 788 and 789:
the Ministry could benefit, as is c
Page 790 and 791:
understaffing do not currently util
Page 792 and 793:
One participant recalled that Ms. Z
Page 794 and 795:
vessels there are sophisticated sec
Page 796 and 797:
Ms. Zaamwani was asked about regula
Page 798 and 799:
70° 60° NORTH SEA -30° -20° -10
Page 800 and 801:
of 9.6 billion Sm 3 oil equivalents
Page 802 and 803:
Nor does it give rights or priority
Page 804 and 805:
1 4. Data Management All data relat
Page 806 and 807:
possibility to evaluate the results
Page 808 and 809:
planning of future activities. The
Page 810 and 811:
SUMMARY OF THE PRESENTATION ON THE
Page 812 and 813:
in the Barents Sea there is still a
Page 814 and 815:
period that can last up to ten year
Page 816 and 817:
conditions in these areas, as well
Page 818 and 819:
designated by the Ministry. She sai
Page 820 and 821:
quantity of data involved in the in
Page 822 and 823:
operation (PDO) is normally prepare
Page 824 and 825:
to the data when an area is relinqu
Page 826 and 827:
CHAPTER 20 STATUS REPORT ON THE DAT
Page 828 and 829:
All the above-mentioned minerals oc
Page 830 and 831:
e water depths between 400 and 1,00
Page 832 and 833:
As far as the Government is concern
Page 834 and 835:
• Ordinance number 195, of Decemb
Page 836 and 837:
This tax must be paid up to January
Page 838 and 839:
the one whose burning is authorised
Page 840 and 841:
ANP may send a representative to fo
Page 842 and 843:
esources other than oil or natural
Page 844 and 845:
to the safety of persons and animal
Page 846 and 847:
found offshore Brazil. With regard
Page 848 and 849:
een discovered in the basin, includ
Page 850 and 851:
enhance oil recovery. He said that
Page 852 and 853:
g. Ordinance number 10 that regulat
Page 854 and 855:
He said that the environment has to
Page 856 and 857:
ids. These comprised five Brazilian
Page 858 and 859:
After oil exploration gained moment
Page 860 and 861:
Those who are entitled to the land
Page 862 and 863:
and replaced by the President, and
Page 864 and 865:
(ii) Assure the safety of navigatio
Page 866 and 867:
explorations may continue concurren
Page 868 and 869:
Appoint an authorized representativ
Page 870 and 871:
The contractor will recover all ope
Page 872 and 873:
of US dollar... (negotiable) within
Page 874 and 875:
Processing of products is subject t
Page 876 and 877:
are more than 30 articles in the va
Page 878 and 879:
Page 880 and 881:
Ambassador Djalal informed particip
Page 882 and 883:
production-sharing contracts became
Page 884 and 885:
said that the remainder of the prod
Page 886 and 887:
and cooperation with Pertamina and
Page 888 and 889:
A participant wanted to know whethe
Page 890 and 891:
of CCOP/SOPAC was to promote and de
Page 892 and 893:
STAR was founded in 1985 in collabo
Page 894 and 895:
Since 1972, SOPAC has, on behalf of
Page 896 and 897:
France Seapso 1985-1986 Cook Is, Fi
Page 898 and 899:
polymetallic massive sulphides. The
Page 900 and 901:
crusts have also been found in area
Page 902 and 903:
Figure 2: Location Map of Known Pol
Page 904 and 905:
is currently no regional agency tas
Page 906 and 907:
The types of data that have been in
Page 908 and 909:
A new agreement between Japan and S
Page 910 and 911:
SOPAC’s continuing and relentless
Page 912 and 913:
deposits will be mined at some poin
Page 914 and 915:
REFERENCES 1. D. Tiffin and C Matos
Page 916 and 917:
18. J. Malnic. (1999). Marine Miner
Page 918 and 919:
8. Individual nations should develo
Page 920 and 921:
SUMMARY OF THE PRESENTATION ON THE
Page 922 and 923:
With regard to the name of the orga
Page 924 and 925:
the benefit that had accrued to the
Page 926 and 927:
The discussions that followed Mr. S
Page 928:
About the International Seabed Auth
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Minerals Report - International Seabed Authority

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