Anthropogenic Transformation and the Possibility of Renaturalising Small Rivers and Their Valleys in Cities – Łódź and Lviv Examples
DOI:
https://doi.org/10.1515/esrp-2015-0016Keywords:
small river in the city, anthropopressure, urban flood, rivers valley managementAbstract
Rivers used to serve important functions in the development of cities, and river valleys are a part of the urban space. Regardless of several centuries of anthropogenic influences large rivers and their valleys have remained the dominant elements of the cityscape. In the case of small rivers and valleys the situation has been different. The expansion of urban infrastructure often led to an elimination of rivers and their valleys from the developed area. In many cases rivers were directed down straightened concrete ditches and sometimes the locations of their channels were changed altogether. In the city centre, rivers were locked in underground channels, i.e. they vanished from the cityscape. Urban floods, so annoying for the inhabitants, usually occur within river sections which have been utilized intensively and covered with impermeable surface. Even though a river was hidden in underground interceptor pipes, a valley dip remains still accumulating rainfall. The aim of this article is to present the extent of transformation of small rivers and valleys within two large cities located on watersheds: Łódź and Lviv, and the contemporary utilization and the possibility of renaturalising them.
Downloads
References
BAŃKOWSKA, A., SAWA, K., WASILEWICZ, M. and ŻELAZO, J. (2010), ‘Analiza barier i ograniczeń w renaturyzacji rzek i dolin’, [in:] WIĘZIK, B. (ed.), Prawne, administracyjne i środowiskowe uwarunkowania zagospodarowania dolin rzecznych, Bielsko-Biała: Wyższa Szkoła Administracji, pp. 97-119.
Google Scholar
BIERNAT, S. (2007), ‘Rewitalizacja dolin rzecznych w miastach’, Prace Komisji Krajobrazu Kulturowego PTG, 7, pp. 255-265.
Google Scholar
BIEŻANOWSKI, W. (2001), Łódka i inne rzeki łódzkie, Łódź: Towarzystwo Opieki nad Zabytkami, Oddział w Łodzi, ZORA.
Google Scholar
CZOCH, K., KULESZA, K. and WALCZYKIEWICZ, T. (2010), ‘Renaturyzacja i rewitalizacja rzek i potoków jako element zrównoważonego rozwoju dolin rzecznych’, [in:] WIĘZIK, B. (ed.), Prawne, administracyjne i środowiskowe uwarunkowanie zagospodarowania dolin rzecznych, Bielsko-Biała: Wyższa Szkoła Administracji, pp. 121-136.
Google Scholar
JANIK M., KUSIŃSKI, J., STĘPNIEWSKI, M. and SZAMBELAN, Z. (2012), Łódź na mapach 1793-1939. Łódź and Warszawa: Wydawnictwo Jacek Kusiński.
Google Scholar
JASKULSKI, M. (1995), Stare fabryki Łodzi, Łódź: Towarzystwo Opieki nad Zabytkami, Oddział w Łodzi, ZORA.
Google Scholar
JOKIEL, P. and MAKSYMIUK, Z. (2011), ‘Hydrology’, [in:] LISZEWSKI, S. (ed.), The Łódź Atlas, Łódź: Łódź City Council, map IX.
Google Scholar
KOBOJEK, E. (2013), ‘Environmental Determinants of Development and Physiography of Łódź’, [in] HABREL, M. and KOBOJEK E. (ed.), Lviv and Łódź at the Turn of XXth Century. Historical Outline and Environmental Determinants of Urban Development, Łódź: Łódź University Press, pp. 111-132.
Google Scholar
KOBZJAK, P. and MIELNIK, I. B. (2012), ‘Hydrographic Network’, [in:] SHABLIY, O. (ed.), Lviv. Complex Atlas, Kyiv: Kartographia.
Google Scholar
KOTER, M. (1988), ‘Warunki naturalne’, [in:] ROSIN, R. (ed.), Łódź. Dzieje miasta, vol. 1, Warszawa and Łódź: PWN, pp. 18-56.
Google Scholar
KRUPA, P. I. and DUBINA, W. I. (2012), ‘General Layout of Development of Lviv till 2025’, [in:] SHABLIY, O. (ed.), Lviv. Complex Atlas, Kyiv: Kartographia.
Google Scholar
KUJAWA, I., ZALEWSKI, M. and ZAWILSKI, M. (2003), Projekt generalny rzeki Sokołówki, Łódź: Wydział Gospodarki Komunalnej UML, AQUA PROJEKT s.c.
Google Scholar
KUNDZEWICZ Z. W. and KOWALCZAK, P. (2014), ‘Urban Flooding and Sustainable Land Management - Polish Perspective’, Prace Ekorozwoju - Problems of Sustainable Development, 9 (2), pp. 131-138.
Google Scholar
LYLO, I. and LYLO-OTKOWICZ, Z. (2005), Spacer Lwowem, Kyiv: Baltia Druk.
Google Scholar
MUCHA, B. P and WAWER, J. (2010), ‘The Role of Terrain Relief, Buildings and Green Spaces in the Diversification of Lvivs Local Climate’, Miscellanea Geographica, 14, pp. 111-119.
Google Scholar
POSTNOTE (2007), ‘Urban Flooding’, July, www.parliment.uk/documents/post/postpn289.pdf (3.12.2014).
Google Scholar
PUŚ, W. (1987), Dzieje Łodzi przemysłowej, Łódź: Muzeum Historii Miasta Łodzi.
Google Scholar
ROSIN, R. (ed.), (1998), Łódź. Dzieje miasta, Warszawa and Łódź: PWN.
Google Scholar
SCHMITT, T. G., THOMAS, M. and ETTRICK, N. (2004), ‘Analysis and Modeling of Flooding in Urban Drainage System’, Journal of Hydrology, 299, pp. 300-311.
Google Scholar
SHABLIY, O. (ed.), (2012), Lviv. Complex Atlas, Kyiv: Kartographia.
Google Scholar
WIBIG, J. (2011), ‘Annual Precipitations in Łódź in 1931-1998’, [in:] LISZEWSKI, S. (ed.), The Łódź Atlas, Łódź: Łódź City Council, map X.
Google Scholar
WIERZBICKI, P., WAACK-ZAJĄC, A. and KOŚKA, T. (2010), ‘Układ hydrograficzny miasta Łodzi’, Zeszyty Naukowe Politechniki Łódzkiej, Budownictwo, 61, pp. 145-156.
Google Scholar
ZAGULSKIY, M. M., KAGALO, O. O. and SENTSHINA, B. W. (2012), ‘Plants Species from the Red Book in Ukraine’, [in:] SHABLIY, O. (ed.), Lviv. Complex Atlas, Kyiv: Kartographia.
Google Scholar
ZEVENBERGEN, C., CASHMAN, A., EVELPIDOU, N., PASCHE, E., GARVIN, S. and ASHLEY, R. (2010), Urban Flood Management, London: CRC Press, Balkema.
Google Scholar
ŻELAZO, J. and POPEK, Z. (2002), Podstawy renaturyzacji rzek, Warsaw: Wydawnictwo SGGW.
Google Scholar
Downloads
Published
How to Cite
Issue
Section
License
![Creative Commons License](http://i.creativecommons.org/l/by-nc-nd/4.0/88x31.png)
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.