Water Quality Assessment of Tulashi Tank of Kolhapur District (M.S.), India

1
K. B. Koli
K. B. Koli
2
D. V. Muley
D. V. Muley
1 The New College, Kolhapur

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Water of Tulashi tank is utilized for pisciculture, irrigation and domestic purposes. It is an urgent need to assess the water quality. The Physico-chemical parameters of Tulashi tank were studied during January to December, 2011. The results discovered that there was a significant seasonal variation in some physico-chemical parameters. Water temperature ranges from 22.16 to 28.64°C, turbidity 0.68 to 2.95 NTU. Transparency 32.45 to 44.56 cm. The pH 7.10 to 8.85, DO 6.48 to 8.52 mg/l, CO2 1.89 to 5.98 mg/l, Alkalinity 126.42 to 162.42 mg/l, Total Hardness 82.46 to 156.26 mg/l. Phosphate 0.19 to 1.94 mg/l, Nitrates 2.17 to 12.45 mg/l and Chlorides 37.26 to 43.48 mg/l. Above values are within the acceptable limits of BIS standard for drinking water therefore the water is potable and suitable for pisciculture.

26 Cites in Articles

References

  1. H Adeniji (1986). Some limnological precautions for fish farmers.
  2. A Adoni,G Joshi,K Ghosh,S Chourasia,H Verma (1985). Workbook on Limnology.
  3. S Agrawal (1987). Hydrobiological survey of Janaktal tank, Gwalior.
  4. M Ali,A Salam,M Azeem,Shafique,B Khan (2000). Studies on the effect of seasonal variations on physical and chemical characteristics of mixed water from Rivers Ravi and Chenab at union site in Pakistan.
  5. A Altindag,O Buyurgan,M Kaya,E Ozedemir,S Dirican (2009). A survey on some physicochemical parameters and zooplankton structure in Karaman stream, Antalya, Turkey.
  6. Awwa Apha,Wpcf (1998). Standard methods of examination of water and waste water,20th Edn.
  7. Kumar Arvind (1995). Some limnological aspects of the freshwater tropical wetland of santhal Pargana(Bihar) India.
  8. Bis (2003). Appendix A: Summary Tables of Drinking Water Standards and Health Advisories.
  9. S Chourasia,A Adoni (1985). Zooplankton dynamics in a shallow eutrophic lake.
  10. A Adoni Unknown Title.
  11. A Dhembhare,P Pondhe (1997). Unknown Title.
  12. N Ghavzan,V Gunale,R Trivedy (2006). Limnological evaluation of an urban fresh water river with special reference to phytoplankton.
  13. N Gray (1994). Drinking water quality Problems and solutions.
  14. S Gupta,R Gupta,A Gupta,A Seth,J Bassin,A Gupta (2000). Recurrent acute respiratory tract infections in areas with high nitrate concentrations in drinking water..
  15. G Gupta,Abd El-Hamid,Z (2003). Water quality of lake Qarun, gypt.
  16. M Huett (1977). Text Book of Fish Culture, Breeding and cultivation of fish. 2nd edition.
  17. P Ibe (1993). A general review of pollution dynamics of aquatic macro invertebrates of the tropical fresh water system.
  18. K Karanth (1987). Groundwater Assessment Development and Management Tata.
  19. R Lloyd (1992). Pollution and Fresh Water Fish, Fishing News Books.
  20. N Shaikh,S Yeragi (2003). Seasonal temperature changes and their influence on free Carbondioxide (CO 2 ), Dissolved oxygen (DO) and pH in Tansa river of Thane District, Maharashtra.
  21. M Naz,M Turkmen (2005). Phytoplankton biomass and species compositon of lake Golbasi, Hatay. Turkey.
  22. M Ravichandran,R Meena (2009). Ethical Issues in Environmental Management' in the book Ethics and Environment.
  23. S Aher,U Mane,B Pawar,K Sekabira,H Oryem-Origa (2007). A study on physico-chemical parameters of Kagdipura Swamp in the relation to pisiculture near Aurangabad, Maharashtra 23.
  24. P Swarnalatha,A Rao (1998). Ecological studies of Banjara lake with reference to water pollution Hyderabad.
  25. R Tiwari (1988). Studies on the utility of some aquatic micro invertebrates indicators on water quality in upper and lower lakes of Bhopal.
  26. W (1984). 2 Health criteria and other supporting information.

Funding

No external funding was declared for this work.

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The authors declare no conflict of interest.

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No ethics committee approval was required for this article type.

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Not applicable for this article.

K. B. Koli. 2013. \u201cWater Quality Assessment of Tulashi Tank of Kolhapur District (M.S.), India\u201d. Global Journal of Science Frontier Research - C: Biological Science GJSFR-C Volume 13 (GJSFR Volume 13 Issue C7): .

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GJSFR Volume 13 Issue C7
Pg. 23- 26
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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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December 31, 2013

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Water of Tulashi tank is utilized for pisciculture, irrigation and domestic purposes. It is an urgent need to assess the water quality. The Physico-chemical parameters of Tulashi tank were studied during January to December, 2011. The results discovered that there was a significant seasonal variation in some physico-chemical parameters. Water temperature ranges from 22.16 to 28.64°C, turbidity 0.68 to 2.95 NTU. Transparency 32.45 to 44.56 cm. The pH 7.10 to 8.85, DO 6.48 to 8.52 mg/l, CO2 1.89 to 5.98 mg/l, Alkalinity 126.42 to 162.42 mg/l, Total Hardness 82.46 to 156.26 mg/l. Phosphate 0.19 to 1.94 mg/l, Nitrates 2.17 to 12.45 mg/l and Chlorides 37.26 to 43.48 mg/l. Above values are within the acceptable limits of BIS standard for drinking water therefore the water is potable and suitable for pisciculture.

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Water Quality Assessment of Tulashi Tank of Kolhapur District (M.S.), India

K. B. Koli
K. B. Koli The New College, Kolhapur
D. V. Muley
D. V. Muley

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