Akagi T., Osawa K., 2005, Possible input of Nitrogen of visitors origin on a protected peatland., Environ. Managment 35(4): 461-467Google Scholar
Elder J. F., Rybicki N. B., Carter V., Weintraub V., 2000, Sources and yields of dissolved carbon in Northern Wisconsin stream catchments with differing amounts of peatland, Wetlands, 20(1): 121-135Google Scholar
Gorham E., Underwood J. K., Janssens J. A., Freedman B., Maas W., Waller D. H 1998., The chemistry of streams in Southwestern and Central Nova Scotia, with particular reference to catchment vegetation and the influence of organic carbon primarily from wetlands. Wetlands, 18(1): 115-132CrossrefGoogle Scholar
Górniak A., 1996, Humic substances - the role in freshwater ecosystem functioning. (in Polish) Rozprawy Uniw. War. fil. Białystok.Google Scholar
Górniak A., 1993, Hydrochemistry of high moor peats in polyhumic lake basins (Wigry National Park - NE Poland). Polish Journal of Soil Science. Vol. XXVI/2, : 119-126Google Scholar
Górniak A., Jekaterynczuk-Rudczyk E., Dobrzyń P., 1999, Hydrochemistry of three dystrophic lakes in Northeastern Poland., Acta Hydrohichim. Hydrobiol., 27: 12-18Google Scholar
Graham S. A., Craft C. B., McCormick P. V., Aldous A., 2005, Forms and accumulation of soil P in natural and recently restored peatlands. Wetlands 53(3): 375-389Google Scholar
Hekkinen K., 1994, Organic mater, iron and nutrient transport and nature of dissolved organic matter in the drainage basin of a boreal humic river in Northern Finland., Science of the Total Environment, 152(1): 81-89Google Scholar
Herbich M., Potocka J., 2004, High moors. In: Herbich J. (ed.), Guide for habitats and species protection - Nature, 2000, Ministerstwo Środowiska, Warszawa, (in Polish)Google Scholar
Houben G. J., Martiny A., Basler N., Langguth H., R., Pluger W. L., 2001, Assessing the reactive transport of inorganic pollutants in groundwater of the Bourtanger Moor area. Environmental Geology, 41: 488-488Google Scholar
Ilnicki P., 2002, Peatlands and peat, Wyd. Nauk. Akad. Rol. Im. A. Cieszkowskiego, Poznań., (in Polish).Google Scholar
Jasnowska J., Jasnowski M., 1981, Bytów Lakeland basin bogs., Zeszyty Naukowe Akademii Rolniczej - Wrocław, 134: 13-37, (in Polish)Google Scholar
Jasnowski M., 1990, Peatlands of Slupsk Province - state, resources, management and protection. Nauka - praktyce, Szczecin, (in Polish)Google Scholar
Kędziora A., 1999, Agrometeorology., Państw. Wyd. Rol. i Leśne. Poznań. p 364, (in Polish)Google Scholar
Kędziora A., 1996, The hydrologic cycle in agricultural landscape., (In) Dynamics of an agricultural landscape. (eds.): Ryszkowski L., French N. R., Kędziora A., Państw. Wyd. Rol. i Leśne, Poznań, p. 223Google Scholar
Klimaszyk P., Kuczyńska- Kippen N., 2004, Factors determining trophic state of Lake Skrzynka and its biocoenotic structure (Wielkopolska National Park). IX Teka Commission of Protection and Formation of Natural Environment. Polska Akademia Nauk branch Lublin, 95-101Google Scholar
Klimaszyk, P., Kraska, M., Piotrowicz, R. Joniak, T., 2003, Functioning of small water bodies of the Wielkopolski National Park (western Poland), Verh. int. Ver. Limnol., Vol 28, IV: 1735-1738Google Scholar
Klimaszyk P., 2006, Peatbog -humic water complex in forest landscape: factors determining its functioning, Polish J. Environ. Stud. V 15, 5D: 384-387Google Scholar
Kruk M., 1997, Element retention and loss by the hydrologically modified peatlands in the Mazurian Lakeland, Polish Ecological Studies 23(1-2): 3-63Google Scholar
Kruk M., 1990, The processing of elements by mires in agricultural landscape: mass balances based on sub surface hydrology, Ekologia Polska, 38(1): 73-117Google Scholar
Limpens J., Berendse F., Klees H., 2004, How phosphorus availability affects the impact of nitrogen deposition on Sphagnum and vascular plants in bog, Ecosystems, 7: 793-804Google Scholar
Limpens J., Berendse F., Klees H., 2003, N deposition affects N availability in interstitial water, growth of Sphagnum and vascular plants in bog vegetation, New Phytologist, 158: 527-534Google Scholar
Miller W. W., Johnson D. W., Denton C., Verburg P. S. J., Dana G.l., Walker L. F., 2005, Inconspicuous nutrient laden surface runoff from mature forest Sierran watersheds, Water, Air and Soil Pollution, 163: 3-17Google Scholar
Mitsch W. J., Gosselink J. G., 1999, Wetlands, Van Norstrad Reinhold, New YorkGoogle Scholar
Owen Koning C., 2005, Vegetation patterns resulting from spatial and temporal variability in hydrology, soils and trampling in a isolated basin marsh, New Hampshire, USA. Wetlands 25(2): 253-264Google Scholar
Qiu S., Mccomb A. J., 1994, Effects of oxygen concentration on phosphorus release from refloded and air-dried wetland sediments, Australian Journal of Marine and Freshwater Research. 45(7): 1319-1328Google Scholar
Schubert T., Karcz G., Makhonienko M., 1997, Geological description of Czarny Dół peatbog in Wielkopolska National Park, Morena 5: 7-16, (in Polish)Google Scholar
Siepak J., Burchardt L., Pełechaty M., Osowski A., 1999, Hydrochemical researches in Wielkopolska National Park. Wyd. Uniwersytetu im. A. Mickiewicza, Poznań, (in Polish)Google Scholar
Smith E. P., McCormick P. V., 2001, Longterm relationship between phosphorus imputs and wetland phosphorus concentration in a Northern Everglades marsh, Environ. Monitoring and Asses., 68: 153-176Google Scholar
Standart Methods for Examination Waters and Wastewaters, American Public Health Association, New York, 1992Google Scholar
Syrovetnik K., Puura E., Neretnieks I., 2004, Accumulation of heavy metals in Oostriku peat bog, Estonia: - site description, conceptual modeling and geochemical modeling of the source of the metals, Environmental Geology, 45: 731-740Google Scholar
Szpakowska B., 1999, Occurence and the role of dissolved organic compounds in surface and ground waters of agricultural landscape, Uniwersytet Mikołaja Kopernika - Rozprawy, Toruń., (in Polish)Google Scholar
Walna B., Siepak J., 1996, Chemistry of precipitation water in Ecological Station in Wielkopolska Natural Park, In: Chemizm i oddziaływanie kwaśnych deszczy na środowisko przyrodnicze., Wyd. UAM, 103-124 (in Polish)Google Scholar
Weltzin J. F., Harth C., Bridgham S. D., Pastor J., Vonderharr M., 2001, Production and microtopography of bog bryophytes: response to warming and water-table manipulation, Oecologia, 128: 557-565Google Scholar
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