Mineral Resources On-Line Spatial Data
Mineral Resources > Online Spatial Data
Numeric record identifier without scientific significance. Integer values. Int of width 4.
time periods of the laterite-forming weathering processes, and hence, approximate ages of Ni-Co laterite deposits. Textual values of no more than 1 characters.
Types of mineral deposits within 10km of the laterite deposit. Textual values of no more than 40 characters.
Ore processing by atmospheric leaching (yes if used at the site). Textual values of no more than 3 characters.
Ore processing by a Caron process that includes pyro- and hydro-metallurgical processing (yes if used at the site). Textual values of no more than 4 characters.
Cobalt grade (percent of metal in orer) with respect to reserve tonnage. Real numbers stored in double precision.
Cobalt grade (percent of metal in ore) with respect to produced tonnage. Real numbers stored in double precision.
Cobalt grade (percent of metal in ore) with respect to resource tonnage. Real numbers stored in double precision.
Cobalt grade (percent of metal in ore) with respect to total tonnage. Real numbers stored in double precision.
Additional comments about the site. Textual values of no more than 812 characters.
Name of the country in which the site is located. Textual values of no more than 31 characters.
Abbreviation of the country and state or province in which the site is located. Textual values of no more than 4 characters.
Area of the deposit in square kilometers. Textual values of no more than 18 characters.
Length of the long axis of the deposit (perpendicular to the short axis in plan view) in kilometers. Real numbers stored in double precision.
General shape of the deposit in plan view. Textual values of no more than 83 characters.
Thickness of the nickel and cobalt-bearing laterite ore body in meters Textual values of no more than 15 characters.
Width of the deposit (shortest distance between parallel lines that just touch the deposit in plan view) in kilometers. Real numbers stored in double precision.
Discovery date of the deposit. Textual values of no more than 11 characters.
Ore processing by smelting of iron and nickel (yes if used at the site). Textual values of no more than 4 characters.
Deposit shape fits in the category of hill (yes if applies to the site). Textual values of no more than 3 characters.
Ore processing by high pressure and temperature acid leaching (yes if used at the site). Textual values of no more than 4 characters.
Additional deposit or site names referring to parts of the same deposit. Textual values of no more than 50 characters.
Subtype of linear shaped deposit, indicating karst processes occurred at the site. Textual values of no more than 3 characters.
Total thickness of the laterite mantle, including portions that would not be considered ore material, in meters Textual values of no more than 25 characters.
Geographic latitude in decimal degrees, using WGS84 datum, south latitudes negative. Real numbers stored in double precision.
Degrees of latitude. Integer values. Int of width 3.
Minutes of latitude. Integer values. Int of width 3.
Seconds of latitude. Integer values. Int of width 3.
Deposit shape fits category of linear (yes if applies to the site). Textual values of no more than 3 characters.
Geographic longitude in decimal degrees, using WGS84 datum, west longitudes negative. Real numbers stored in double precision.
Degrees of longitude. Integer values. Int of width 4.
Minutes of longitude. Integer values. Int of width 3.
Seconds of longitude. Integer values. Int of width 3.
Subtype of linear shaped deposit, indicating low topographic relief within the deposit area. Textual values of no more than 3 characters.
Primary name by which the deposit or site is known. Textual values of no more than 20 characters.
Nickel cutoff grade as percent of metal in ore (used for calculation of the grade-tonnage model) with respect to reserve tonnage. Real numbers stored in double precision.
Nickel grade as percent of metal in ore, with respect to reserve tonnage. Real numbers stored in double precision.
Nickel grade as percent of metal in ore, with respect to produced tonnage. Real numbers stored in double precision.
Nickel cutoff grade as percent of metal in ore (used for calculation of the grade-tonnage model) with respect to resource tonnage. Textual values of no more than 35 characters.
Nickel cutoff grade as percent of metal in ore (used for calculation of the grade-tonnage model) with respect to total tonnage. Textual values of no more than 35 characters.
Nickel grade as percent of metal in ore, with respect to total tonnage. Real numbers stored in double precision.
Nickel grade as percent of metal in ore, with respect to resource tonnage. Real numbers stored in double precision.
Types of country rocks present both in the deposit and on a regional map. Textual values of no more than 106 characters.
Alternative or previously-used names by which the site is known. Textual values of no more than 30 characters.
Thickness of the material lying above the ore body in meters. Textual values of no more than 8 characters.
Name of the owner, operator, or both. Textual values of no more than 94 characters.
Deposit shape fits the category of plateau (yes if applies to the site). Textual values of no more than 3 characters.
Produced tonnage in millions of metric tons. Real numbers stored in double precision.
Percent nickel recovery from produced ore. Real numbers stored in double precision.
Abbreviation of the standard used to estimate reserve tonnage at the site. Textual values of no more than 47 characters.
Estimated reserve tonnage at the site, in millions of metric tons. Real numbers stored in double precision.
Abbreviation of the standard used to estimate resource tonnage at the site. Textual values of no more than 42 characters.
Estimated resource tonnage at the site, in millions of metric tons. Real numbers stored in double precision.
Reference sources from which estimates of tonnage and grade were drawn. Textual values of no more than 130 characters.
Reference sources from which descriptions of bedrock were drawn. Textual values of no more than 144 characters.
Year in which mining began. Textual values of no more than 34 characters.
Name of the state or province in which the deposit is located. Textual values of no more than 37 characters.
Operational status of the site (producing, past producer, exploration, etc.). Textual values of no more than 60 characters.
Mineralogical subtype of the deposit. Most sites have characteristics of all subtypes; this field indicates the dominant subtype as well as the others. Textual values of no more than 40 characters.
Description of the tectonic setting of the site. Textual values of no more than 163 characters.
Estimated total tonnage in millions of metric tons. Real numbers stored in double precision.
Estimated age of weathering in which the deposit was formed. Textual values of no more than 59 characters.
Dominant mineralogical subtype of the deposit, drawn from the subtype field. Textual values of no more than 1 characters.
General category of the site status (P = producing or past producer, E = exploration, U = undetermined includes idle). Textual values of no more than 1 characters.
Record identifier without scientific significance, matches a value in main:rec_id. Integer values. Int of width 4.
Nickeliferous mineral or other mineral associated with the deposit. Textual values of no more than 16 characters.
Name of the mineral. Textual values of no more than 22 characters.
Record identifier without scientific significance, matches a value in main:rec_id. Integer values. Int of width 4.
Descriptions of the laterite rock profile, including grade estimates for nickel and other commodities). Textual values of no more than 289 characters.
Record identifier without scientific significance, matches a value in main:rec_id. Integer values. Int of width 4.
Text of the bibliographic reference. Textual values of no more than 390 characters.
Hypertext link to the online source of information. Textual values of no more than 160 characters.
Date the online source was accessed for this report. Textual values of no more than 10 characters.