Seasonal characteristics of waves in the southeastern part of the Baltic Sea in 2008–2009

Ambrosimov, A. K.; Kabatchenko, I. M.; Stont, Zhanna; Yakubov, Sh. Kh.

doi:10.3103/s1068373913030084

Cited by 3 publications

(2 citation statements)

References 1 publication

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“…The average monthly wind speed in the period from October to April exceeds 5-7 m/s, from May to September decreases to 3-5 m/s [Dubravin and Stont, 2012]. The average height of the coastal wave is 0.65 m [Pupienis et al, 2013], reaching 5 m during strong storms [Ambrosimov et al, 2013]. The rates of storm currents are sufficient for the massive movement of gravel-pebble material in the near shoreline zone and quartz sands seaward the underwater bars (up to 3.5 m/s).…”

Section: Study Areamentioning

confidence: 99%

Mineral tracers of the alongshore sediment transport (example from the South-Eastern Baltic Sea)

Krek¹,

Ulyanova²

2020

Russ. J. Earth Sci.

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The alongshore sediment transport plays a key role in the development of the coastal zone of the Sambia Peninsula, the Curonian, and Vistula (Baltic) spits of the South-Eastern Baltic Sea. One of the considerable indicators of the general direction of sediment transport is natural minerals-tracers, for example, glauconite. The distribution of glauconite in the upper layer of sediments marks the direction and intensity of the transport of suspended sediments, and, consequently, determines the boundary of the coastal lithodynamic system. Paleogene deposits are the only known source of glauconite on the coast of the Kaliningrad region which outcrops at the Sambia Peninsula. The grain size, morphological and mineralogical analyses of the bottom sediments were done.

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Section: Study Areamentioning

confidence: 99%

Mineral tracers of the alongshore sediment transport (example from the South-Eastern Baltic Sea)

Krek¹,

Ulyanova²

2020

Russ. J. Earth Sci.

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“…In the southeastern part of the Baltic Sea, a large amount of such data are obtained during the research vessels' cruises and the industrial environmental monitoring of the Kravtsovskoye oil field (Sivkov et al 2012). As part of the monitoring, measurements of meteorological characteristics are carried out on the D-6 platform (Stont et al 2012), and measurements of waves and currents have been carried out periodically (Ambrosimov et al 2013). Monitoring of the temperature and salinity is based on CTD measurements from the surface to the bottom once a month (Sivkov et al 2012).…”

Section: Geography Environment Sustainability Introductionmentioning

confidence: 99%

New Possibilities In The Study Of Coastal Upwellings In The Southeastern Baltic Sea With Using Thermistor Chain

Krechik

Myslenkov

Капустина

2019

GES

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The article gives an analysis of a unique data of the thermistor chain, which installed on the D-6 oil platform in the coastal zone of the Baltic Sea. In total 10 temperature sensors were installed at different depths with a recording interval of 1 min, the depth at the installation site was 29 m. Based on satellite data, ship measurements and thermistor chain observation the characteristics and dynamics of the sharp decrease in water temperature which registered in the southeastern Baltic Sea (Gdansk Bay area), during June 5-12, 2016 are analyzed. The temperature decreasing caused by the simultaneous action of at least two factors: wind-driven Ekman upwelling and advection of cold water. Scales of temporal and spatial variability of water temperature in a coastal zone of the southeastern Baltic Sea near the coast of the Kaliningrad region are described. This event led to the considerable SST (sea surface temperature) drop by more than 8 °C for two days. The rate of reduction of its temperature during certain upwelling periods can reach 0.3-0.4 ºС per hour, but the maximum warming rate between phases varies from 0.25 to 0.28 ºС per hour. This dramatically changed the conditions of the thermal balance of the sea surface. The width of the upwelling, as seen in the SST data, was about 25 km. Satellite data were supplemented with data of a thermistor chain and CTD measurements. The high correlation between water temperature variability and changes in wind parameters: when the wind speed has decreased and its direction has changed, the response of the vertical thermal structure has occurred very quickly, sometimes within 1 hour. Thermistor chain data allow to evaluate the vertical temperature distribution and get more detailed analysis of temporal variability and short pulsations of upwelling.

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Experimental study of the relationship between the wave groupiness and wave height

Yakubov

Ambrosimov

2016

Russ. Meteorol. Hydrol.

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Seasonal characteristics of waves in the southeastern part of the Baltic Sea in 2008–2009

Cited by 3 publications

References 1 publication

Mineral tracers of the alongshore sediment transport (example from the South-Eastern Baltic Sea)

Mineral tracers of the alongshore sediment transport (example from the South-Eastern Baltic Sea)

New Possibilities In The Study Of Coastal Upwellings In The Southeastern Baltic Sea With Using Thermistor Chain

Experimental study of the relationship between the wave groupiness and wave height

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