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Par Collection Par Auteur- SKINNER, H.C., (Editeur scientifique) (3)
- CARLSON, L. (1)
- CROCKFORD, R.H. (1)
- JAMES, B.R. (1)
- MILNES, A.R. (1)
- SCHWERTMANN, U. (1)
- BIGHAM, J.M. (1)
- RABENHORST, M.C. (1)
- WILLETT, I.R. (1)
- 1992 (3)
- Aluminium ; Australia ; Experimentation ; Iron ; Manganese ; Mineralogy ; Northern Territory ; Soil ; Soil properties (1)
- Aluminium ; Australie ; Expérimentation ; Fer ; Manganèse ; Minéralogie ; Northern Territory ; Propriétés du sol ; Sol (1)
- Biogeochemistry ; Geochemistry ; Humid environment ; Iron ; Micro-organism ; Mineralization ; Soil ; Soil classification ; Tidal marsh (1)
- Biogeochemistry ; Geochemistry ; Iron ; Mineralogy ; Mining activity ; Pollution (1)
- Biogéochimie ; Classification des sols ; Fer ; Géochimie ; Marais littoral ; Micro-organisme ; Milieu humide ; Minéralisation ; Sol (1)
- Biogéochimie ; Exploitation minière ; Fer ; Géochimie ; Minéralogie ; Pollution (1)
- Biomineralization processes of iron and manganese. Modern and ancient environments (3)
- Iron sulfidization in tidal marsh soils (1)
- Mineralogy of precipitates formed by the biogeochemical oxidation of Fe(II) in mine drainage (1)
- Transformations of iron, manganese and aluminium during oxidation of a sulfidic material from an acid sulfate soil (1)
- Iron sulfide minerals may be formed in tidal marshes following microbial reduction of sulfate to sulfide. Sulfate reduction requires certain necessary factors including sulfate reducing bacteria, organic matter, low redox potential, and sulfate
- 1992
- Transformations of iron, manganese and aluminium during oxidation of a sulfidic material from an acid sulfate soil
- 1992
- Mine drainage is a major water pollution problem in most regions with a history of mining for sulfide-bearing coal and ore-deposits. The objectives of this paper are to describe the types of insoluble Fe compounds associated with sulfatic mine
- 1992