Morskie farmy wiatrowe i ich wpływ na faunę Morza Bałtyckiego

Bednarska M., Brzeska-Roszczyk P., Dawidowicz D., Dembska G., Drgas A., Dworniczak J., Fey D., Gajewski J., Gajewski L., Gajewski Ł., Galer-Tatarowicz K., Hac B., Kaczmarek N., Kałas M., Kapiński J., Keslinka L., Koszałka J., Kruk-Dowgiałło L., Kubacka M., Kuzebski E., Meissner W., Nermer T., Opioła R., Osipowicz I., Osowiecki A., Pazikowska-Sapota G., Rudowski S., Skov H., Spich K., Szefler K., Świstun K., Thomsen F., Typiak M., Tyszecki A., Wąś M., Wróblewski R., Yalçın G., Zydelis R. Gdańsk, 2017, Raport o oddziaływaniu na środowisko Morskiej Farmy Wiatrowej Baltica.

Bergström L., Kautsky L., Malm T., Rosenberg R., Wahlberg M., Capetillo NÅ, Wilhelmsson D. 2014, Effects of offshore wind farms on marine wildlife - A generalized impact assessment, Environmental Research Letters, 9(3).

Birchenough S. N. R., Degraer S. 2020, Science in support of ecologically sound decommissioning strategies for offshore man-made structures: Taking stock of current knowledge and considering future challenges, ICES Journal of Marine Science, 77(3).

Brandt M. J., Diederichs A., Betke K., Nehls G. 2011, Responses of harbour porpoises to pile driving at the Horns Rev II offshore wind farm in the Danish North Sea, Marine Ecology Progress Series, 421.

Buyse J., Hostens K., Degraer S., De Backer A. 2022, Offshore wind farms affect the spatial distribution pattern of plaice Pleuronectes platessa at both the turbine and wind farm scale, ICES Journal of Marine Science, 79(6).

Buyse J., Hostens K., Degraer S., De Troch M., Wittoeck J., De Backer A. 2023, Increased food availability at offshore wind farms affects trophic ecology of plaice Pleuronectes platessa, Science of the Total Environment, 862.

De Mesel I., Kerckhof F., Rumes B., Norro A., Houziaux J.S., Degraer S. 2013, Fouling community on the foundations of wind turbines and the surrounding scour protection, Environmental impacts of offshore wind farms in the Belgian part of the North Sea: Learning from the past to optimise future monitoring programmes.

Duarte C. M., Chapuis L., Collin S. P., Costa D. P., Devassy R. P., Eguiluz V. M., Erbe C., Gordon T. A. C., Halpern B. S., Harding H. R., Havlik M. N., Meekan M., Merchant N. D., Miksis-Olds J. L., Parsons M., Predragovic M., Radford A. N., Radford C. A., Simpson S. D., Slabbekoorn H., Staaterman E., Van Opzeeland I. C., Winderen J., Zhang X., Juanes F. 2021, The soundscape of the Anthropocene ocean, Science, 371(6529).

Gill A. B., Degraer S., Lipsky A., Mavraki N., Methratta E., Brabant R. 2020, Special Issue on Understanding the Effects of Offshore Wind Energy Development on Fisheries Setting the Context for Offshore Wind Development Effects on Fish and Fisheries, Oceanography, 33(4).

Górski W., Pawliczka I. 2019, Morskie elektrownie wiatrowe w polskich obszarach morskich - charakterystyka i stan zaawansowania prac.

Jakubowska M., Urban-Malinga B., Otremba Z., Andrulewicz E. 2019, Effect of low frequency electromagnetic field on the behavior and bioenergetics of the polychaete Hediste diversicolor, Marine Environmental Research, 150(May).

Koschinski S., Lüdemann K. 2013, Development of Noise Mitigation Measures in Offshore Wind Farm Construction.

Opioła R., Gajewski J., Kaczmarek N., Balicka I., Barańska A., Bojke A., Brocławik O., Brzezińska A., Celmer Z., Chreptowicz M., Dembska G., Drgas A., Druzd N., Dworniczak J., Dziaduch D., Edut J., Fey D., Flasińska A., Gajewski Ł., Galer-Tatarowicz K., Grygiel W., Horbowa K., Jasper B., Kałas M., Kapiński J., Kołakowska E., Kubacka M., Kunicki M., Kuzebski E., Lisimenka A., Littwin M., Marcinkowski T., Meissner W., Mirny Z., Misiewicz E., Mortensen L., Nermer T., Nocoń M., Olenycz M., Olszewski T., Ostrowska D., Pazikowska-Sapota G., Pick D., Radtke K., Rydzkowski P., Sadowska U., Sarnocińska J., Schmidt B., Schönberger L., Skov H., Strzelecki D., Stӧber U., Suska M., Szczepańska K., Szymanek L., Thomsen F., Tjørnløv R. S., Tuhuteru N., Wróblewski R., Wyszyński M., Załęski K. 2022, Raport o oddziaływaniu morskiej farmy wiatrowej Baltic Power na środowisko.

Otremba Z., Jakubowska M., Urban-Malinga B., Andrulewicz E. 2019, Potential effects of electrical energy transmission -the case study from the Polish Marine Areas (southern Baltic Sea), Oceanological and Hydrobiological Studies, 48(2).

Russell D. J. F., Brasseur S. M. J. M., Thompson D., Hastie1 G. D., Janik V. M., Aarts G., McClintock B. T., Matthiopoulos J., Moss S. E. W., McConnell B. 2014, Marine mammals trace anthropogenic structures at sea, Current Biology, 24(14).

Scheidat M., Tougaard J., Brasseur S., Carstensen J., van Polanen Petel T., Teilmann J., Reijnders P. 2011, Harbour porpoises (Phocoena phocoena) and wind farms: A case study in the Dutch North Sea, Environmental Research Letters, 6(2).

Smith G., Garrett C., Gibberd G. 2015, Logistics and Cost Reduction of Decommissioning Offshore Wind Farms, 44(March).

Taormina B. Bald J., Want A., Thouzeau G., Lejart M., Desroy N., Carlier A. 2018, A review of potential impacts of submarine power cables on the marine environment: Knowledge gaps, recommendations and future directions, Renewable and Sustainable Energy Reviews, 96.

van Berkel J., Burchard H., Christensen A., Mortensen L. O., Petersen O. S., Thomsen F. 2020, The Effects of Offshore Wind Farms on Hydrodynamics and Implications for Fishes, Oceanography, 33(4).

Westerberg H., Lagenfelt I. 2008, Sub-sea power cables and the migration behaviour of the European eel, Fisheries Management and Ecology, 15(5–6).

Źródła internetowe:

https://www.gov.pl/web/morska-energetykawiatrowa/program-rozwoju-morskichfarm-wiatrowych [dostęp: 29.05.2023].

https://electrical-engineering-portal.com/installing-submarine-transmission-cable [dostęp: 11.06.2023].

https://www.gov.pl/attachment/c2a38cfa7684-4804-9a0d-98d6d2c89245 [dostęp: 01.07.2023].

https://balticpower.pl/o-projekcie/ [dostęp 04.10.2023].