DocumentCode
1795309
Title
The impact of a port to the surrounding shores based on the 10 years monitoring results: Port of Sillamäe case study (Gulf of Finland, Baltic Sea)
Author
Tonisson, H. ; Aps, R. ; Orviku, K. ; Suursaar, U. ; Sasi, S. ; Kont, A.
Author_Institution
Institue of Ecology at Tallinn Univ., Tallinn, Estonia
fYear
2014
fDate
27-29 May 2014
Firstpage
1
Lastpage
6
Abstract
The current study was focusing on the shore processes and the coastal sea fronting Sillamäe town. The shores near the Sillamäe starting west from the Voka settlement and ending at the top of Cape Kannuka were described as one litho dynamic system with a good natural balance in the recent past. The main aim of the paper was to analyse the impact of a port establishment to the changes in the coastal evolution and sediment budget in the vicinity of Sillamäe town based on the regular monitoring results (9 different shore profiles - by using RTK-GPS or Leica level, repeated photographs in several locations, shoreline mapping - by using RTK-GPS or handheld GPS, scarp measurements - by using orthophotos and RTK-GPS). The results suggest that either a stable geomorphic state or a slow accumulation prevailed along major part of the studied coast. After stronger storms, occasional erosion events were registered in several sections of the study site. However, these changes were mostly temporary and a stable state was usually restored soon after the erosion event. Finally, we can conclude that the monitoring of shore processes from 2004-2013 has not registered any changes on the shores directly influenced from the new harbour. Major changes on the shores are caused by natural extreme events. The changes in shore processes resulted from these events are comparable to the ones registered in the other naturally developing sites in Estonia.
Keywords
Global Positioning System; geomorphology; remote sensing; sediments; AD 2004 to 2013; Baltic Sea; Cape Kannuka; Estonia; Gulf of Finland; RTK-GPS; Sillamae port; Voka settlement; coastal evolution; coastal sea; handheld GPS; lithodynamic system; natural extreme events; orthophotos; port effects; scarp measurements; sediment budget; shore processes; shore profiles; shoreline mapping; slow coastal accumulation; stable geomorphic state; Cities and towns; Market research; Monitoring; Sea level; Sea measurements; Sediments; Storms;
fLanguage
English
Publisher
ieee
Conference_Titel
Baltic International Symposium (BALTIC), 2014 IEEE/OES
Conference_Location
Tallinn
Print_ISBN
978-1-4799-5707-1
Type
conf
DOI
10.1109/BALTIC.2014.6887858
Filename
6887858
Link To Document