Watershed nutrient loading to lakes in Krutynia (Masurian Lakeland, Poland) system

Kufel, Lech

doi:ISSN 0420-9036

Skip to main menu
Skip to search engine
Skip to content
Skip to footer

Download

Title: Watershed nutrient loading to lakes in Krutynia (Masurian Lakeland, Poland) system

Abstract:

Amounts of various forms of nitrogen and phosphorus as well as suspended solids and chlorides carried by waters of 17 streams were analysed. The seasonal dynamics of nutrient runoff from watershed was measured and the attempts undertaken to relate nutrient loading to the character of watershed drained by stream. In conclusion the effect of nutrient runoff on selected lakes was presented.

References:

1. Al-Jabbari M. H., Mc Manus J., Al-Ansari N. A. 1980a – Sediment and solute discharge into the Tay Estuary from the river system – Proc. R. Soc. Edinburgh, B, 78, 15-32.
2. Al-Jabbari M. H., Al-Ansari N. A., Mc Manus J. 1980b – The effect of farming and housing upon sediment transport in a gravelly river (In: The influence of man on the hydrological regime with special reference to representative and experimental basins. Proc. Helsinki Symp. June 1980) – IAHS-AISH Publ. no. 130, 257-263.
3. Dorioz J.-M., Fehri A., PiIIeboue E., Orand A., Blanc P. 1988 – Phosphorus (mass balance) in a rural watershed of Lake Leman. Impact of sediments on point-pollution transfers in a river system (In: Eutrophication and lake restoration. Water quality and biological impacts, Ed. G. Balvay) -INRA, Thonon les Baines, 35-56.
4. Goszczyńska W. 1985 – Factors affecting nutrient budget in lakes of the R. Jorka watershed (Masurian Lake land, Poland). V. Nutrient input with air transport – Ekol. pol. 33: 241-269.
5. Kajak Z. 1980 – The impact of land use on eutrophication of lakes and reservoirs and possible protective measures (In: Land use impacts on lake and reservoir ecosystem. Proc. MAB Project 5 Workshop in Warsaw, Eds. N. Duncan, J. Rzóska) – Facultas Verlag, Wien, 135-151.
6. Kondracki J., MikuIski Z. 1958 – Hydrografia dorzecza Krutyni [Hydrography of Krutynia drainage basin] – Państwowe Wydawnictwo Naukowe, Warszawa, 87 pp.
7. Kufel L. 1987 – Chemical composition of the inflows to Krutynia River system in relation to thetype of land use (In: International Workshop on Geochemistry and Monitoring in Representative Basins. Extended abstrects, Eds. B. Moldan, T. Paces) – Geological Survey, Prague, 48-50.
8. Kuznecov V. K. 1986 – Dinamika vynosa biogennych elementov s razlicnych po ploscadi vodosborov – Dokl. Akad. Nauk SSSR 286: 1241-1244.
9. Ławacz W., Goszczyńska W., Kurowski C., Tomaszewski K. 1985 – Factors affecting nutrient budget in lakes of the R. Jorka watershed (Masurian Lakeland, Poland). VI. Nutrient input with water transport – Ekol. pol. 33: 271-300.
10. Pilleboue E. 1987 – Estimation de la pollution diffuse dans un bassin versant heterogene. Limites des differentes methodes et elements de recherche -Science l'eau, 6: 45 -65.
11. Prochazkova L. 1980 – Agricultural impact on the nitrogen and phosphorus concentration in water (In: Land use impacts on lake and reservoir ecosystems. Proc. MAB Project 5 Workshop in Warsaw, Eds. N. Duncan, J. Rzóska) – Facultas Verlag, Wien, 78 -100.
12. Rast W. 1981 – Quantification of the input of pollutants from land use activities in the Great Lakes basin (In: Impact of non-point sources on water quality in watersheds and lakes. Proc. MAB Project 5 Workshop in Amsterdam, Eds. J. H. A. M. Steenvoorden, W. Rast) – 98-141.
13. Vollenweider R. A. 1976 – Advances in defining critical loading levels for phosphorus in lake eutrophication – Mem. Ist. Ital. Idrobiol. 33: 53-83.
14. Wegener U. 1980 – The impact of agricultural land usage on freshwaters in the German Democratic Republic (In: Land use impacts on lake and reservoir ecosystems. Proc. MAB Project 5 Workshop in Warsaw, Eds. N. Duncan, J. Rzóska) – Facultas Verlag, Wien, 101-111.
15. Wilkin D. C., Hebel S. J. 1982 – Erosion, redeposition and delivery of sediment to midwestern stream – Water Res. Res. 18: 1278 -1282.
16. Wilkin D.C., Jackson R. W. 1983 – Nonpoint water quality contributions from land use – J. Environ. Syst. 13: 127-136.