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The environmental effects of waste water emanation from sulphur mining on water resources






Water Science & Technology 24(11): 181-187

The environmental effects of waste water emanation from sulphur mining on water resources



Accession: 002249916



Related references

E.Dabbagh Riadh H., 1992: The environmental geochemistry of waste water emanation from sulphur mining on water resources. International Geological Congress, Abstracts = Congres Geologique International, Resumes 29: 887

A.D.bbagh R.H.; A.D.bbagh M.A.M.S., 1991: The environmental effects of waste water emenation from sulphur mining on water resources. Water Science and Technology 24(11): 181-187

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Chen, J.M.; Li, H.T., 1981: Studies on land disposal of waste water from the Hsingying by-product factory. I. Effects of consecutive furrow irrigation of waste water on sugarcane growth, chemical properties of soil and quality of ground water. Waste water from a factory was diluted 4 or 6 times and used to irrigate sugarcane on silt clay loam soil at rates of 0, 100, 300 or 500 mm/crop year. Tile drainage and surface drainage were also compared. Cane and sugar yields were increased, res...

Hashimoto, S., 1989: Environmental disruption by waste water from a hot spring ii. effect of waste water pollution of the kawayu onsen on fish in the kusirogawa river systems japan. In this study, the write examined when waste water of the Kawayu-onsen acidified Lake Kussharoko and the Kusirogawa-river and affected the ecosystem of the Kusirogawa-river, and also where it reached in the Kushirogawa-river system. It is known fr...

Chen, J.M.; Li, H.T., 1981: Studies on land disposal of hsingying taiwan by product factory waste water 1. effects of consecutive furrow irrigation of waste water on sugarcane growth chemical properties of soil and quality of ground water. Cane and sugar yields were higher than those of the check plot (irrigated with fresh water) when 500 mm/crop of diluted waste water (1:5) of lower BOD5 [biological O2 demand] and EC [electrical conductivity] levels (543-1138 ppm and 2.07-2.44 mmho...

McAda, D.P.; Naus, C.A.; Vincent, K.R., 2008: Questa baseline and pre-mining ground-water-quality investigation 22; ground-water budget for the Straight Creek drainage basin, Red River valley, New Mexico; with a section on Sulphur Gulch water; budget. In April 2001, the U.S. Geological Survey (USGS) and the New Mexico Environment Department (NMED) began a cooperative study to infer the pre-mining ground-water chemistry at the Molycorp molybdenum mine site in the Red River Valley. The Molycorp M...

Thomas, Jf, 1982: Case studies in the planning of water and related land resources: bauxite mining and environmental protection in western Australia. Natural resources and the environment series(5): 300-327

Lin, Yuhuan; Li, Qi, 1992: Influence of acidic mining waste water on water quality of the Lean River. The Iean River, especially in the region of waste water discharging point, was seriously polluted by mining waste water. The pH values of the river water were sometimes observed to be lower than 6.5 during flood season, the concentrations of heavy...