Journal of Geochemical Exploration

Spatial databases of historical UK Iron and Steel Industries and associated slag deposits. Slag database compiled using Environment Agency (England) and Natural Resources Wales Historic Landfill Databases. Details of database production methods available in the main article. Provided for download in ESRI Shapefile and KML format. --------------------------------------------------------------------------------- UK_IronSteelSlagDatabase_May2020 - FID (Feature ID) - Shape (Polygon) - Town - Site (Given site name) - GridRef (National Grid Reference) - Easting_sl (x-coordinate of centroid, metres) - Northing_s (y-coordinate of centroid, metres) - Works (Associated iron/steel works) - Works_Form (Year works formed) - Works_Clos (Year works closed) - Works_Dura (Duration of works) - Volume_m3 (Calculated volume of slag (see main article)) - Furnace_Ty (Type of furnaces used at works) - Country - County - Source (Data source of shapefile) Contains Environment Agency information © Environment Agency and/or database right. Contains Natural Resources Wales information © Natural Resources Wales and Database Right. All rights Reserved. --------------------------------------------------------------------------------- UK_IronSteelWorksDatabase_May2020 - FID (Feature ID) - Shape (Point) - Company (Iron/steel company name) - Country - County - Town - Easting (x-coordinate of centroid, metres) - Northing (y-coordinate of centroid, metres) - Iron (Was iron produced? Yes/No) - Steel (Was steel produced? Yes/No) - Active (Are works active? Yes/No) - Founded (Year) - Closed (Year) - Operational (Duration of works, years) - Present (Is works present? Yes/No) - Slag (Was slag identified as present? Yes/No) ---------------------------------------------------------------------------------

Review of published UK iron and steel slag chemical composition data supplemented with previously unpublished data held by the authors. Composition data is used to estimate the national inventory of metal resources within slags based on estimates of slag volume across mainland UK (see the main article for details). Carbon sequestration potential was calculated using published carbonation rates of three existing carbonation management approaches.

Aqueous speciation constants for REE and surface complexation constants for REE onto basaluminite

Table 1 Characteristics of mineral deposits in the Bangong-Nujiang metallogentic belt Table 2 Representative microprobe analyses of olivine, pyroxene, garnet and amphibole from the Galale deposit, wt.%, mol.% Table 3 40Ar/39Ar stepwise heating data of phlogopite from the phlogopite-tremolite skarn in the Galale deposit Table 4 Microthermometric data of fluid inclusions of the Galale deposit Table 5 Sulfur isotopic composition of sulfides from the Glale deposit Table 6 Lead isotopic composition of sulfides from the Glale deposit Table 7 Hydrogen and oxygen isotopic data of fluids from the Galale deposit

Whole-rock geochemistry, radiogenic isotopic compositions (Hf in zircon, and Sr–Nd in whole-rock), zircon U–Pb ages, and molybdenite Re–Os ages for Sadaigoumen granites (porphyry Mo deposit).

Data collected on trace occurrences of MVT mineralization from sphalerite-hosted fluid inclusions

Data file with all orginal results data for weach individual sample, geo-referenced

Table S1 Summary of the parameters of drill-cores analyzed in this study Table S2 Summary of OSL age analyses

Water chemistry and arsenic concentrations of 24 lakes in central Tibetan Plateau.

Geochemical attributes of water sources in Khulna City Corporation, Lower Bengal Delta, Bangladesh