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A study investigated physicochemical parameters in environmental matrices along the river Cerica waters. A corre- lation between the actual level of pollution of this river and its impact on the Drini i Bardhë River was determined. The extent of its pollution, was conducted following the identification of pollution sources, which consequently allowing to determine the necessary steps for their isolation. The monitoring of heavy metals, physicochemical parameters, nutrients was carried out in all country-sample (locations). In particular, there where are significant sources of pollution of surface waters, as a result of industrial activities and wastewater discharge. Determining of the locations and heavy metals concentrations was carried out in sediments and agricultural lands in this region, with the purpose to reflect the actual stat.
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127--135
Opis fizyczny
Bibliogr. 16 poz., rys., tab.
Twórcy
autor
- Faculty of Agroecology and Agroenvironment, University of Peja ‘Haxhi Zeka‘, St. UÇK 30000, Pejë, Kosovo
autor
- Faculty of Agroecology and Agroenvironment, University of Peja ‘Haxhi Zeka‘, St. UÇK 30000, Pejë, Kosovo
autor
- Faculty of Agroecology and Agroenvironment, University of Peja ‘Haxhi Zeka‘, St. UÇK 30000, Pejë, Kosovo
autor
- AAB College, Industrial zone, Pristina, Kosovo
Bibliografia
- 1. Baraj, B., Niencheski L.F., Corradi, C. 1758. Studimi i përmbajtjes se metalit ne guacat e detit Perna (Linneaus) nga brigjet e Atlantikut të Brazilit jugor.
- 2. Bajraktari, N., Arbneshi, T., Jusufi S., Fejza I., 2008. Water Quality of River Drini i Bardhë, Int. Environmental Application & Science, Vol. 3 (2): 74–79.
- 3. Kadastri i Ujërave të ndotura të Kosovës, 1988. KSAK, Prishtinë,
- 4. Miho A., Çullaj A., Hasko A., Lazo P., Kupe L., Bachofen R., Brandl H., Schanz F., Baraj B., 2005. Gjendja Mjedisore e disa lumenjve të Ultesirës Adriatike Shqiptare, Maj 2002 – Mars 2004, Tiranë.
- 5. Karl Hofius, UNESCO-s, (2003), Bon.
- 6. Lee, G.F. and Jones-Lee, A. 1999. Evaluation of Surface Water Quality Impact of Hazardous Chemical Sites. Remediation, 9:87 –118.
- 7. Polić P., Blagojević S., 1999. Teski metali u vodama, Novi Sad, f. 74.
- 8. Manahan S.E., 1991. Environmental Chemistry, 5 th Edition, Boston.
- 9. Aubert H., Pinta M., 1997. Trace Elements in soils. elsevier, amsterdam.
- 10. Smith, W.H. 1974. J. Air. Pollut. control assoc. 26., 753–766.
- 11. Bajraktari, N., Berisha, G., Berisha, S., 2004. Impact of inert utilization on quality of basin ‘Drini i Bardhë’, Internacional konference, Prishtina,
- 12. Alloway, S.C. 1990. Heavy Metals in Soils, Blackie, Glasgow and London.
- 13. Baraj, B., Niencheski L.F., Trapaga, R.D., Franca, R.G., Cocoli, V., Robinson D., 1999. Study of interference in the flame atomic absorption spectrometric determination of litium by using factorial design. Brazil.
- 14. Bajraktari, N., Baraj, B., Arbneshi, T., Jusufi, S., 2010. Microelement exploration water flow of Rimnik River, Int. Environmental Application & Science, vol. 4.
- 15. Demaku, S. Shehu, I. Ramadani, F. Bajraktari, N. Behrami, A. Bekolli, A., 2016. Impact of the cement factory in ‘Elez Han” in pollution of the Water of River Lepec and agricultural soil around of this area, International Journal of Pharmaceutical Sciences Review and Research; Article No. 48, Pages: 266–270.
- 16. Shehu, I. Bajraktari, N. Demaku, S. Bekolli, A. Malsiu, A., 2016. The Study of Absorption of Heavy Metals from the Soil at Some Vegetables in Anadrinia Region in Kosovo, International Journal of Pharmaceutical Sciences Review and Research, Article No. 59, Pages: 324–329.
Uwagi
Opracowanie rekordu w ramach umowy 509/P-DUN/2018 ze środków MNiSW przeznaczonych na działalność upowszechniającą naukę (2019).
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-63fa062f-96b8-4471-a6a1-4050f3d1c869