Abstract
Slovenian waters and the Slovenian coast are situated within and along the Gulf of Trieste at the northernmost part of the Adriatic Sea. Despite the extremely small area concerned, this seascape is rich in cultural heritage ranging from pre-Hellenic hillforts to currently operating traditional saltpans, with cities built mainly in the Venetian style, a region with protected waters and coasts that is passed by a relatively large number of commercial vessels. The absence of a historic calamity here is perhaps a mere function of probability and size. But if that’s been the luck of Slovenian waters, the risk is concomitantly greater with the rapid increase of traffic including dangerous cargos in ships plying in and very near this particularly sensitive shallow sea. And the fact is, accidents have occurred, the fragile ecosystem and rich heritage sites avoiding damage through sheer luck; yet they are increasingly under threat, at the mercy of elements man-made and natural that need only align malignantly for a catastrophe to occur. Case studies show recent events that might well be deemed near misses. Even minor instances of operational discharge represent a determined threat to the health of Slovenian seas.
Notes
- 1.
There are five protected areas in the Slovenian coastal region: the Sečovlje Salina and Strunjan Nature Parks (two nature reserves—Stjuža and Strunjan—are within the Strunjan Park), the natural monuments Debeli rtič and Rt Madona and the Škocjan Inlet Natural Reserve [3].
- 2.
The Croatia–Slovenia sea border remains in dispute. International arbitration is ongoing.
References
Harsch R (2016) Personal communication with Terry O’Reilly, geologist, numerous conversations initiated by Mr. O’Reilly’s reaction to daily observations of oil on water in the mandrač of Izola, Slovenia
Jacques E (1964) The Technological Society. Vintage Books, New York, NY
Vidmar B, Turk R (2011) Marine protected areas in Slovenia: how far are we from the 2012/2020 target? Varstvo Narave, Supl. 1 pp 159–170. http://www.zrsvn.si/dokumenti/63/2/2011/Vidmar_Turk_2538.pdf. Accessed Aug 2016
International Maritime Organization (2009) Identification and protection of special areas and particularly sensitive sea areas; designation of the Adriatic Sea as a particularly sensitive sea area, Marine Environment Protection Committee 59/8/X pp 1–47
United Nations Environment Programme Mediterranean Action Plan (2015) Adriatic Sea: ecology (draft report), Twelfth meeting of focal points for specially protected areas, UNEP(DEPI)/MED WG.408/Inf.14 pp 1–84. http://www.rac-spa.org/nfp12/documents/information/wg.408_inf14_eng.pdf. Accessed Aug 2016
Crise A, Querin S, Malacic V (2006) A strong bora event in the Gulf of Trieste: a numerical study of wind driven circulation in stratified conditions with a preoperational model. Acta Adriat 47(Supp.): 185–206
Malacic V, Petelin B, Vodopivec M (2012) Topographic control of wind-driven circulation in the Northern ADRIATIC. J Geophys Res 117:1–16
Eric M, Poglajen S (2014) Seriously endangered maritime underwater heritage in Slovenia. In: Borker C (ed) Fourth International Congress on Underwater Archaeology (IKUWA 4), German Society for the Promotion of Underwater Archeology, Zadar, Croatia, 29 September–2 October, pp 27–35
ECOLAS NV (2004) National Oil and Chemical Spill Contingency Plan for Slovenia (NOCSCP): risk assessment. Co-operation Project Slovenia – Flemish Government (SLO/002/03), Antwerpen – Portoroz, pp 1–72
URSZR, Emergency Response Plan in the Event of Accidents at Sea (2003) RS ministry of defence, RS administration for civil protection and disaster relief, pp 1–40
Sub-Regional Contingency Plan for Prevention of, Preparedness for and Response to Major Marine Pollution Incidents in The Adriatic Sea (2005), Portoroz 9th Nov, pp 1–44
Perkovic M, Suban V, Petelin S, David M (2006) Using a navigation simulator to combat oil spills more effectively, INSLC – 14th International Navigation Simulator Lecturer’s Conference of IMLA – International Maritime Lecturers Association, Genoa
Cosoli S, Licer M, Vodopivec M, Malacic V (2009) Surface circulation in the Gulf of Trieste (northern Adriatic Sea) from radar, model, and ADCP comparisons. J Geophys Res Oceans 118(C7):6183–6200
Twrdy E, Batista M (2016) Modelling of container throughput in northern Adriatic ports over the period 1990–2013. J Transp Geogr 52:131–142
NAPA (2014) Comparison of European ports: total throughput of cargo in million of tonnes, http://www.portsofnapa.com/about-napa. Accessed Aug 2016
Perkovic M, Brcko T, Luin B, Vidmar P (2016) Ship handling challenges when vessels are outgrowing ports. In 19th International Navigation Simulator Lecturers’ Conference – INSLC 19, The South African Maritime Training Academy (SAMTRA), Cape Town
Perkovic M, Twrdy E, Batista M, Gucma L (2013) Container transport capacity at the Port of Koper. In: Weintrit A, Neumann T (eds) Marine navigation and safety of sea transportation: maritime transport & shipping. CRC Press, Leiden, pp 207–213. doi:10.1201/b14960-36
Info Data (2016) Traffico merci nei porti italiani. +3,7% le tonnellate movimentate, container a −0,5%, http://www.infodata.ilsole24ore.com/2016/02/17/traffico-merci-nei-porti-italiani-37-le-tonnellate-movimentate-container-a-05/?refresh_ce=1. Accessed Aug 2016
Porto di Monfalcone (2016) Port activity, http://www.porto.monfalcone.gorizia.it/eng/traffic.asp. Accessed Aug 2016
Domovic D (2005) Origin and sources of marine oil pollution. Medexpol 2005, regional seminar on the use of remote sensing in oil pollution control. Nicosia
REMPEC. Alerts and accidents database, http://www.rempec.org/tools.asp?theIDS=2_71&theName=Tools&daChk=1. Accessed Aug 2016
EMSA (2015) Annual overview of marine casualties and incidents 2015, http://www.emsa.europa.eu/news-a-press-centre/external-news/download/3833/2551/23.html. Accessed Aug 2016
Suligoj B (2010) Rešena ladja jutri na pot? Delo, http://www.delo.si/novice/slovenija/resena-ladja-jutri-na-pot.html. Accessed Aug 2016
EMSA CleanSeaNet Service, http://www.emsa.europa.eu/operations/cleanseanet.html. Accessed Aug 2016
Perkovič M, Harsch R, Muellenhoff O, Ferraro G, Cosoli S, Delgado L, Hribar U (2009) Maritime transport in the Gulf of Trieste – a threat to Sečovlje saltpans? In: Žitko D (ed) Saltpans: cultural landscape in danger, (Annales Mediterranea). Piran, Institute for Mediterranean Heritage, University of Primorska, Science and Research Centre, pp 47–56
PISCES II resource management simulator, Transas, http://www.transas.com/products/simulation/navigational-simulators/Oilspillsim. Accessed Aug 2016
Perkovič M, Harsch R, Suban V, Vidmar P, Nemec D, Muellenhoff O, Delgado L (2008) The use of integrated maritime simulation for education in real time. V: Safety, security and quality objectives of MET institutions: proceedings. Izmir: Dukuz Eylul University, pp 461–478
Acknowledgements
Special thanks to Primož Bajec from Slovenian Maritime Administration, Jure Barovic from Port of Koper, and Zvezdan Bozic from Administration of the Republic of Slovenia for Civil Protection and Disaster.
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Perkovic, M., Hribar, U., Harsch, R. (2016). Oil Pollution in Slovenian Waters: The Threat to the Slovene Coast, Possible Negative Influences of Shipping on an Environment and Its Cultural Heritage. In: Carpenter, A., Kostianoy, A. (eds) Oil Pollution in the Mediterranean Sea: Part II. The Handbook of Environmental Chemistry, vol 84. Springer, Cham. https://doi.org/10.1007/698_2016_112
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