The statistical relation/coherence between ice-regimes of Lake Raduńskie Górne and Lake Ostrzyckie

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This article is an attempt to analyse and compare several selected parameters regarding ice phenomena using the correlation analysis of two lakes, which are benchmark lakes located in the central part of the Kashubian Lakeland. These lakes are: Raduńskie Górne, a larger one (387.2 hm2) and Ostrzyckie, a smaller one covering an area of 308.0 hm2. The analysis covered measurement sequences for the period 1971–2010. The material for analysis regarding data on ice phenomena on Lake Raduńskie Górne was obtained from the University of Gdańsk Limnological Station in Borucino while the data for Lake Ostrzyckie was obtained from the Institute of Meteorology and Water Management (IMGW). Relations between the following parameters of the ice regime were analysed: duration of the ice phenomena, duration of the ice cover, average and maximum thickness of the ice cover. The analysis and data comparisons have revealed that there are strong and very strong relations between the analysed parameters, which made it possible to develop proper statistical models. Hence, should there be a lack of data on the ice-cover pattern for one of these lakes it is possible to recreate them using the elaborated empirical models and data for the other.

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  • Barańczuk J. 2015 Przebieg zjawisk lodowych na wybranych jeziorach Pojezierza Kaszubskiego (The course of ice phenomena on the selected lakes of the Kashubian Lakeland) [Phd Thesis] Department of Limnology University of Gdańsk Gdańsk 231 pp (in Polish).

  • Barańczuk J. Bajkiewicz–Grabowska E. Barańczuk K. Staszek W. 2017 The ice regime of Lake Raduńskie Górne (Kashubian Lakeland northern Poland) Limnol Rev. 2: 61–70.

  • Barańczuk J. Borowiak D. 2005 Zjawiska lodowe jezior (Lakes ice cover) [in:] Lange W. (ed.) Jeziora górnej Raduni i jej zlewnia w badaniach z udziałem Stacji Limnologicznej w Borucinie (Lakes of the upper Radunia River and its catchment in research with the participation of the Limnological Station in Borucino) Ser. Bad. Limnol. 3 Wydaw. KLUG Gdańsk: 251–260 (in Polish English summary).

  • Barańczuk J. Marchlewicz R. 2003 Diversity of development of ice phenomena in chosen lakes of Kaszubskie Lakeland in winter 2003 Limnol. Rev. 3: 25–30.

  • Bengtsson L. 1996 Mixing in ice-covered lakes Hydrobiologia 322: 91–97.

  • Borowiak D. 2011 Właściwości optyczne wód jeziornych Pomorza (Optical properties of the Pomeranian lake waters) Wydaw. UG Gdańsk 275 pp (in Polish English summary).

  • Borowiak D. Barańczuk J. 2004 Secular fluctuations of ice phenomena in Raduńskie Górne Lake Kashubian Lakeland Limnol. Rev. 4: 17–24.

  • Borowiak D. Barańczuk J. 2006 Diversity of surface outflow from lakes which perform different hydrological functions Limnol. Rev. 6: 13–20.

  • Borowiak D. Nowiński K. Barańczuk J. Marszelewski W. Skowron R. Solarczyk A. 2011 Relationship between areal hypolimnetic oxygen depletion rate and the trophic state of five lakes in northern Poland Limnol. Rev. 4: 135–142.

  • Choiński A. 2007 Examples of variation in ice cover thickness in mountain and lowland lakes in Poland Limnol. Rev. 7(1): 11–18.

  • Choiński A. 2016 Ice phenomena on Lake Czarny Staw pod Rysami Limnol. Rev. 16(3): 165–169.

  • Choiński A. 2017 Ice phenomena on Lake Wielki Staw in the Valley of Five Polish Lakes Limnol. Rev. 17(2): 71–77.

  • Choiński A. Ptak M. Skowron M. 2014 Tendencje zmian zjawisk lodowych jezior Polski w latach 1951–2010 (Tendencies of changes of the ice phenomena in Polish lakes in the period 1951–2010) Prz. Geogr. 86(1): 23–40 (in Polish English summary).

  • Duguay C.R. Flato G.M. Jeffries M.O. Ménard P. Morris K. Rouse W.R. 2003 Ice-cover variability on shallow lakes at high latitudes: model simulations and observations Hydrol. Process. 17: 3465–3483.

  • Duguay C.R. Prowse T.D. Bonsal B.R. Brown R.D Lacroix M.P. Ménard P. 2006 Recent trends in Canadian lake ice cover Hydrol. Process. 20: 781–801.

  • Ghanbari R.N. Bravo H.R. Magnuson J.J. Hyzer W.G. Benson B.J. 2009 Coherence between lake ice cover local climate and teleconnections (Lake Mendota Wisconsin) J. Hydrol. 374: 282–293.

  • Jańczak J. 2002 Morphogenetic types of Polish Lowland postglacial lakes and their evolution Limn. Rev. 2: 181–189.

  • Karetnikov S.G. Naumenko M.A. 2008 Recent trends in Lake Ladoga ice cover Hydrobiologia 599: 41–48.

  • Kärkäs E. 2000 The ice season of Lake Pääjärvi in Southern Finland Geophysica 36(1–2): 85–94.

  • Kondracki J. 2011 Geografia regionalna Polski (Regional Geography of Poland) Wyd. PWN Warszawa 441 pp (in Polish).

  • Kuusito E. 1994 The thickness and volume of lake ice in Finland in 1961–90 Publ. of the Water and Environm. Res. Inst. No 17 National Board of Waters and Environment Helsinki: 27–36.

  • Lange W. (ed.) 1993 Metody badań fizycznolimnologicznych (Methods of physicolimnological studies) Wydaw. UG Gdańsk 175 pp (in Polish).

  • Marszelewski W. Skowron R. 2009 Extreme ice phenomena on the lakes of Northern Poland Limnol. Rev. 9(2–3): 81–89.

  • Miętus M. (red.) 2006 Klimat rynny Jezior Raduńskich (Climate of the channel valley of the Radunia Lakes) Wydaw. IMGW Warszawa 211 pp (in Polish).

  • Pasławski Z. 1975 Typologia hydrologiczna jezior Pojezierza Wielkopolskiego (Hydrological typology of lakes of the Wielkopolskie Lake District) Prz. Geofiz. 20(4): 271–280 (in Polish English summary).

  • Skowron R. 2011 Zróżnicowanie i zmienność wybranych elementów reżimu termicznego wody w jeziorach na Niżu Polskim (Diversity and variability of selected elements of the thermal regime of water in lakes in the Polish Lowlands) Wydaw. Nauk. UMK Toruń 345 pp (in Polish English summary).

  • Świrski Z. 1947 Wskazówki dla obserwatora stacji wodowskazowej (Recomendation for the observer of the water gauging post) Ser. A: Instrukcje i podręczniki Nr 8 PIHM Warszawa 31 pp (in Polish).

  • Trusewicz Z. Markowski M. Barańczuk J. 2009 The influence of the North Atlantic Oscillation on variability of surface temperature of Lake Raduńskie Górne Limnol. Rev. 9(2–3): 55–62.

  • Williams G. Layman K.L. Stefan H.G. 2004 Dependence of lake ice covers on climatic geographic and bathymetric variables Cold Regions Sci. Technol. 40: 145–164.

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