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2013 | 2 | 19-29
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Characteristics of fish species of the Baltic Sea - Part 2

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EN
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EN
The emergence of the Baltic Sea cemented the Scandinavian ice sheet. The sea began to form at the end of the Vistula glaciations when melt water from the glacier began withdrawing accumulate on today Gdańsk Bay and expanding, with time its surface. Around 10,200 years ago, there was a freshwater lake ice is also supplied with water running off lying to the south. After this period, the rapid warming, which caused a rise in the water level and connected to the waters of the North Sea today. Oldie sea arose, also called the mussel living in it. As a result of the disappearance of the ice caps caused by climate warming, followed the slow rise of Scandinavia. The Baltic Sea is one of the youngest seas in the catchment area of the Atlantic Ocean. Created 12,5-13 thousand. years ago, after the last glaciation. Today the Baltic Sea, such as we see it, is the result of changes occurring with time approx. 2.5 thousand. years ago. It is very specific, unique sea in the world.
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2
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19-29
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Contributors
  • Faculty of Biology, University of Szczecin, 13 Waska Street, 71-415 Szczecin, Poland
References
  • [1] UN Environmental Data Report, The World Resource Institute, 1989. 2.
  • [2] BP Statistical Review of World Energy. BP London,1989. 3.
  • [3] German Bundestag, Protecting the Earth’s Atmosphere, ISBN 3–924521–36–0. 4.
  • [4] C. Flavin, Slowing Global Warming. Worldwatch Paper 91, 1989 5.
  • [5] State of the World. Published annually by Worldwatch Institute, Washington D.C. 6.
  • [6] World Commission on Environment and Development. Our Common Future. (Brundtland report) Oxford University Press, 1987. 7.
  • [7] H.T. Odum, Systems Ecology, Wiley Interscience, 1981. 8.
  • [8] H.T. Odum, Environment Power and Society, Wiley, 1971. 9.
  • [9] A. Strömbäck, Wirsenius. Skatter för en bättre miljö. 10.
  • [10] B. Berbäck, Industrial Metabolism, The Emerging Landscape of Heavy Metal Immision in Sweden. Diss 1992, ISBN 91–7870–885–0. 11.
  • [11] J.C. van Weenen, Waste Prevention – Theory and Practice, Castricum 1990, ISBN 90–800465–1–5. 12.
  • [12] Conference on “Cleaner Production in the automotive sector”. Lund University, Sweden ISRN LutM− DM/YTMIM–92/3003 SE, 1988. 13.
  • [13] S. Delin, What is the energy crisis – a systems analysis, National Swedish Board for Energy Develop− ment, NE 1979:1. 14.
  • [14] D.L. Meadows, et al. The Limits to growth. A report for the Club of Rome’s project on the predicament of mankind. New American Library, New York, 1972. 15.
  • [15] A. Smith. An Inquiry into the Nature and Causes of Wealth of Nations, 1776. 16.
  • [16] K.E. Edris, Vision eller vanmakt. Hallgren & Fallgren Studieförlag, Uppsala, 1987. 17.
  • [17] G.H. v.Wright, Vetenskapen och förnuftet. Ett försök till orientering. Bonnier, Fakta Förlag AB, Stockholm, 1986. 18.
  • [18] H.E. Daly, & J.B. Cobb Jr, For the Common Good. Redirecting the Economy towards Community, the Environment, and a Sustainable Future. Beacon Press, Boston, 1989. 19. Archie Duncansson. Ecology begins at home. Författarens Bokmaskin, Stockholm ISBN 917328– 737–7. 20.
  • [19] M.–O. Samuelsson, H. Ulfsparre, 1991. Kvävereduktion i vattenreningsverk, IVL–rapport B 1029. Swedish Environmental Research Institute. 21.
  • [20] B. Nielsen, B. Hasselrot and U. Duus. Kvävecykeln i Göteborg. Underlagsplan 1:92, ISSN 1100:4371 1992:3. 22.
  • [21] Wall, Göran. Exergi – ett användbart begrepp inom resursräkenskap. Institutionen för teoretisk fysik. Chalmers Tekniska Högskola 1977.
  • [22] G.P. Glasby. Disposal of chemical weapons in the Baltic Sea, 1997. The Science of the Total Environment 206, 206-273
  • [23] Medvedeva, N., Y. Polyak, et al. (2009). Microbial responses to mustard gas dumped in the Baltic Sea. Marine Environmental Research 68, 71-81.
  • [24] Astot, C., L. Hagglund, et al. (2007). World War I gas bomb found in harbour pool. Ninth International Symposium on Protection against Chemical and Biological Warfare Agents, Gothenburg, Sweden. www.chemsea.eu
  • [25] Andrulewicz E., War Gases and ammunition in the Polish Economic Zone of the Balic Sea, Kafka A. V. (ed.), Sea-Dumped Chemical Weapons: Aspects, Problems and Solutions, Kluwer Academic Publishers, NATO ASI Series, Vol. 7, 9–15, 1996;
  • [26] Barański J., Broń chemiczna zatopiona w Morzu Bałtyckim, materiały z sympozjum naukowego 22 kwietnia 1997 r., AMW, Gdynia, 1998.
  • [27] HELCOM (1995). Final Report of the ad hoc Working Group on Dumped Chemical Munition (HELCOM CHEMU) to the 16th Meeting of the Helsinki Commission (March 1995) I, HELCOM: 20.
  • [28] HELCOM (1995), Final Report of the ad hoc Working Group on Dumped Chemical Munition (HELCOM CHEMU) to the 16th Meeting of the Helsinki Commission (March 1995) I, HELCOM: 20.
  • [29] Paka, V. and M. Spridonov (2001), Research of Dumped chemical weapons made by R/V „Professor Stockman” in the Gotland, Bornholm and Skagerrak Dumpsites. Chemical munition dump sites in the coastal environments. T. Missiaen: 27-42.
  • [30] Emelyanov, E. M. and V. A. Kravtsov (2004),Arsenic in the bottom sediments of the Baltic Sea - is it dangerous? International Borders Geoenvironmental Concerns, Krynica Morska, Poland, PGJ.
  • [31] Garnaga, G. and A. Stankevitius (2005). „Arsenic and other environmental parameters at the chemical munitions dumpsite in the Lithuanian Economic Zone of the Baltic Sea.” Environmental research, monitoring and management 33(3): 24-31.
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article
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bwmeta1.element.psjd-0d316229-92bc-472a-b161-17e00b6e61b2
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