Abstract
Four accelerated sea level rise scenarios, 30 and 100 cm by the year 2100, and 10 and 30 cm by the year 2030, have been assumed as boundary conditions (along with some wind climate changes) for the entire Polish coast, under two recent programmes completed in 1992 and 1995. Three adaptation strategies, i.e., retreat, limited protection and full protection have been adopted and compared in physical and socio-economic terms. Over 2,200 km2 and 230,000 people are found vulnerable in the most severe case of 100-cm rise by 2100. The total cost of land at loss in that case is estimated at nearly 30 USD billion (plus some 18 USD billion at risk of flooding), while the cost of full protection reaches 6 USD billion. Particular features of vulnerability and adaptation schemes have been examined as well, including specific sites and the effects of not only sea level rise but also other climate change factors, and interactions with other climate change studies in Poland. Planning of coastal zone management facing climate change can be facilitated by the use of a GIS-supported coastal information and analysis system. An example of the application of such a system for a selected Polish coastal site is shown to illustrate the most recent smaller-scale research activities undertaken in the wake of the overall assessment of the vulnerability to climate change for the entire Polish coastal zone.
This is a preview of subscription content, log in via an institution to check access.
Similar content being viewed by others
References
Titus, J. and Narayanan, V.: 1992, ‘The Probability Distribution of Future Sea Level Rise’, The Rising Challenge of the Sea, Proceedings IPCC Conference, Margerita Island, Venezuela.
Wróblewski, A.: 1993a, ‘Analysis and Long-Term Sea Level Forecast at the Polish Baltic Sea Coast. Part I. Annual Sea Level Maxima’, Oceanologia 33, 45–59.
Wróblewski, A.: 1993b, ‘Theoretical Assumptions, Sea Level Maxima Characteristics and Risk Factor Computations for the Baltic Sea Shore’, Preprints NATO Advanced Study Inst. ‘Engineering Risk and Reliability in a Changing Physical Environment’, Dauville, France.
Zeidler R. B.: 1990, ‘Shore Evolution Due to Waves and Sea Level Changes’, Hydrot. Trans. 53, 135–149.
Zeidler, R. B.: 1992, Assessment of the Vulnerability of Poland's Coastal Areas to Sea Level Rise, H*T*S Gdańsk, ISBN 83-85708-01-4, p. 135.
Zeidler, R.: 1994, ‘Climate Change, Coastal Environment and Integrated Coastal Zone Management’, in Proceedings Symposium ‘Maritime Engineering and Environment Protection’, IBW PAN Gdańsk, pp. 131–149 (in Polish).
Zeidler, R.B.: 1995a, ‘Planning Coastal Zone Management versus Climate Change’, USCSP Notes, U.S.A., in press.
Zeidler, R. B.: 1995b, ‘Sea Level Rise and Coast Evolution in Poland’, in Proceedings 24th Intern. Conf. Coastal Eng., ASCE, New York, pp. 3462–3475.
Zeidler, R. B.: 1995c, ‘Vulnerability of Poland's Coastal Areas to Sea Level Rise’, J. Coastal Res. 22, 99–109.
Zeidler, R. B., Wróblewski, A., Miętus, M., Dziadziuszko, Z., and Cyberski, J.: 1995, ‘Wind, Wave and Storm Surge Regime at the Polish Baltic Coast’, J. Coastal Res. 22, 33–55.
Author information
Authors and Affiliations
Rights and permissions
About this article
Cite this article
Zeidler, R.B. CLIMATE CHANGE VULNERABILITY AND RESPONSE STRATEGIES FOR THE COASTAL ZONE OF POLAND. Climatic Change 36, 151–173 (1997). https://doi.org/10.1023/A:1005394909182
Issue Date:
DOI: https://doi.org/10.1023/A:1005394909182