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Effect of dye factory effluent on bottom biota of the river Churni


, : Effect of dye factory effluent on bottom biota of the river Churni. Environment and Ecology 9(1): 154-162

Dye factory effluent containing acids, alkalies, dissolved solids, caustic soda, nitrated salts and different types of dyes is discharged into the river Churni near Krishnaganj, West Bengal, India. In a field study benthos at various effluent discharge points was found to be dead.


Accession: 002355296

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Related references

Ghosh, TK.; Konar, SK., 1991: Effect of dye factory effluent on bottom biota of the river channel. Environment and Ecology (Kalyani): 91: 154-162

Gose, K., 1967: On the influence of effluent of the starch factory upon the Yubetsu River and the Shokotsu River, and of effluent of the beet factory upon the benthic animals in the Abashiri River (Hokkaido). Japanese Journal of Ecology, 17: 137-143

Ghosh, TK.; Konar, SK., 1990: Effects of sugar mill effluent on river Mathabhanga-Churni. Unknown

Ghosh T.K.; Konar S.K., 1990: Effects of sugar mill effluent on river mathabhanga churni india. Manna, G K And B B Jana (Ed ) Impacts Of Environment on Animals And Aquaculture; National Symposium, Kalyani, West Bengal, India, May 14-16, 1988 Xxiii+333p Kalyani University Fisheries And Limnology Research Unit: Kalyani, West Bengal, India Illus Maps : 223-228

Singh, S.N., 1994: Effect of effluent from the Sindri fertilizer factory in the river Damodar. The effects of effluent discharged from a fertilizer factory at Sindri, India on the water quality and biota of the Damodar river were studied. The daily discharge of 18 000 msuperscript 3 of wastes from the factory contained alkalis, chromated am...

Gebre Mariam, Z.; Desta, Z., 2002: The chemical composition of the effluent from Awassa textile factory and its effects on aquatic biota. The chemical composition of the effluent from the Awassa textile factory was quantified and its effects on chlorophyll-a concentration and fish fry were examined. The effluent contained high concentrations of toxic heavy metals, and concentrations...

Patil, SG.; Singh, DF.; Harshey, DK., 1986: Impact of gelatine factory effluent on the water quality and biota of a stream near Jabalpur, M.P. Journal of Environmental Biology, 71: 61-65

Iwaki, T., 1987: Macrobenthos and bottom environments under the influences of factory effluent in Yokkaichi Harbor. Report of Environmental Science of Mie University, 93-100 No. 11

Martoja R.; Matin J L.; Ballan Dufrancais C.; Jeantet A Y.; Truchet M., 1986: Effects of an effluent from a factory producing titanium dioxide on a mollusk mytilus edulis comparison of animals treated experimentally and those sampled near an effluent from the factory. The effects of an effluent from a factory producing titanium dioxide have been tested on mussels experimentally contaminated and collected in the proximity (2 miles) of the factory at Calais, France. In mussels contaminated for two weeks with the...

Degens, B.P.; Schipper, L.A.; Claydon, J.J.; Russell, J.M.; Yeates, G.W., 2000: Irrigation of an allophanic soil with dairy factory effluent for 22 years: Responses of nutrient storage and soil biota. Long-term application of wastewater adds large amounts of carbon (C), nitrogen (N), and phosphorus (P) to soils, and their effects on soil quality are not fully known. We compared the distribution of C, N, P, and Olsen P in the top 0.75 m of an al...




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