Изменения штормовой активности и береговой абразии Черного моря, вызванные изменчивостью климата. Управление и адаптация.
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1.Wave climate of the black sea: Visual observations and modelling data
- 关键词:
- Climate change;Marine applications;Storms;Coastal engineering;Black sea;Climate variability;Field data;Global climate changes;Teleconnection patterns;Visual observations;Wave climates
- Shtremel, Margarita;Saprykina, Yana;Kuznetsov, Sergey;Aydoǧan, Berna Ayat;Aydoǧan, Burak
- 《13th International MEDCOAST Congress on Coastal and Marine Sciences, Engineering, Management and Conservation, MEDCOAST 2017》
- 2017年
- October 31, 2017 - November 4, 2017
- Mellieha, Malta
- 会议
Storminess variability is of key importance for many marine applications, naval and coastal engineering. Studying the evolution of this phenomenon along with large-scale atmospheric connections patterns and ability to predict them is crucial in the context of problem of global climate change. Based on field data and numerical simulations correlation of storminess with teleconnection patterns in different regions of the Black Sea was studied. It was shown that numerical simulations could be used for climate variability analysis if processed properly.
...2.Long-term variability of coastal profile in different geomorphological conditions (the case of black sea sandy coasts)
- 关键词:
- Budget control ; Sea level;coastal profile ; Long term dynamics ; Long;term variability ; Relative sea;level changes ; Relative stabilities ; Sediment budgets ; underwater sandbar ; underwater slope
- KorzininDmitry;TatuiFlorin;ShtremelMargarita;Vespremeanu-StroeAlfred
- 《OCEANS 2017 - Aberdeen》
- 2017年
- June 19, 2017 - June 22, 2017
- Aberdeen, United kingdom
- 会议
Analysis of the dynamics of coastal relief during long time scales allows us to define differences and general trends in the evolution of different coastal types. Long-term dynamics of various coastal profiles was explored on the basis of cartographic data and individual field measurements for different types of sandy beaches located in the northern and northwestern coasts of the Black Sea. The variability observed in the coastal underwater profile dynamics can be associated with various factors as: long-term variability of sediment budgets, bed dynamics due to storm intensity and relative sea level changes as a result of tectonic conditions. The results suggest a relative stability of the outer border of the dynamic zone defined by wave regime during the analyzed period. © 2017 IEEE.
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