Effect of deforestation on stream and spring water chemistry in Malinowski and Czyrna catchments in Beskid Âlàski Mts.

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Abstract

Dieback of Norway spruce (Picea abies (L.) H. Karst) which has been observed in the Western Carpathians is of interest to scientists from many disciplines.. The aim of this study was to determine the impact of deforestation on water chemical composition in mountainous streams and springs. The research was carried out in 2004 and 2013 in two catchments of the Skrzyczne massif in the Silesian Beskid Mountains. Field studies included measurements of water pH and conductivity. Under laboratory conditions, there were determined concentrations: Na+, K+, Ca2+, Mg2+, NH4+, Cl-, NO3-, SO42 in each water sample. The results of physical and chemical analyses of water collected within the Malinowski catchment (covered mainly with spruce stands) and on northern slopes of the Skrzyczne massif - within the Czyrna catchment (covered mainly with beech stands), showed higher contents of base cations when compared to deforested areas. The highest concentrations of the ions analysed were recorded within the Czyrna catchment. Such phenomena should be taken into consideration during forest reconstruction after spruce dieback.

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  • Astel A. Małek S. Makowska S. 2008. Effect of environmental conditions on chemical profile of stream water in sanctuary forest area. Water Air an Soil Pollution 195 137-149.

  • Astel A. Małek S. Krakowian K. 2009. Multivariate exploration and classification applied to the chemical composition of spring waters in sanctuary forest areas. International Journal of Environmental Analytical Chemistry 89 (8/12) 597-620.

  • Christopher S.F. Page D.B. Campbell J.L. Mitchell J.M. 2006. Contrasting stream water NO3 - and Ca2+ in two nearly adjacent catchments: the role of soil Ca and forest vegetation. Global Change Biology 12 364-381.

  • Małek S. Astel A. 2007. The effect of stand age on throughfall chemistry in spruce stands in the Potok Dupniański Catchment in the Silesian Beskid Mountains Southern Poland. Short Communication.The Scientific World Journal 7 181-191.

  • Małek S. Krakowian K. 2009a. The effect of environmental conditions on surface water quality in the Zimnik and Czyrna catchments of the Beskid Śląski. Journal of Water Land and Development 13 205-223.

  • Małek S. Krakowian K. 2009b. Analyse of water suitable for drinking from sources in Zimnik and Czyrna in the Silesian Beskid (in Polish with English summary). Ochrona Środowiska i Zasobów Naturalnych 38 239-247.

  • Małek S. 2009. Sustainability of Picea abies of Istebna provenance in Dupniański Stream catchment as dependent on stand age class. Dendrobiology 61Suppl. 95-104.

  • Małek S. Astel A. Krakowian K. Opałacz J. 2010.Evaluation of springs water quality in the Skrzyczne and Barania Góra Mts. area (in Polish with English summary). Sylwan 154 (7) 499-505.

  • Małek S. Krakowian K. 2012. The effect of deforestation on spring water chemistry on Skrzyczne (Silesian Beskid Mountains Poland). Journal of Forest Science 58 (7) 308-313.

  • Małek S. Barszcz J. Majsterkiewicz K. 2012. Changes in the threat of spruce stand disintegration in the Beskid Śląski and Żywiecki Mts in the years 2007-2010. Journal of Forest Science 58 (12) 519-529.

  • Nowak A. 2002. Opis Mapy Hydrograficznej M-34-57-A. [Hydrographical Map.] Węgierska Górka GUGiK Częstochowa.

  • Sienkiewicz J. Kucharska K. Wawrzoniak T. 1995.Quantitative and qualitative changes of water resources in deforested mountainous areas (in Polish). Sylwan 12 51-60.

  • Siwek J. Rzonca B. Jaśkowiec B. Plenzler J. Płaczkowska E. 2013. Natural factors affecting the chemical composition of water in the catchment of Wołosatka Stream (High Bieszczady Mts.). In: The Carpathians: Integrating Nature and Society Towards Sustainability (eds.: J. Kozak K. Ostapowicz A. Bytnerowicz A. Wyżga). Environmental Science and Engineering 151-159

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CiteScore 2018: 0.67

SCImago Journal Rank (SJR) 2018: 0.312
Source Normalized Impact per Paper (SNIP) 2018: 0.569

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