Influence of Hydrometeorological Conditions on the Plankton Distribution in the Estuary of the Pregolya River and the Coastal Part of the Baltic Sea

Korobchenkova, K. D.; Aleksandrov, S. V.; Semenova, A. S.; Stont, Zh. I.; Ulyanova, M. O.

doi:10.1134/s0001437023070068

Oceanology

2023

DOI: 10.1134/s0001437023070068

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Influence of Hydrometeorological Conditions on the Plankton Distribution in the Estuary of the Pregolya River and the Coastal Part of the Baltic Sea

K. D. Korobchenkova,

S. V. Aleksandrov,

A. S. Semenova

et al.

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Cited by 2 publications

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Methane emission from the Pregolya River Estuary (Baltic Sea)

Kudryavtseva

2025

Marine Pollution Bulletin

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Methane emission from the Pregolya River Estuary (Baltic Sea)

Kudryavtseva

2025

Marine Pollution Bulletin

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Spatiotemporal Variability of Hydrological Characteristics in the Mixing Zone of the Pregolya River (South-Eastern Baltic) and Methodological Approaches to Its Study

Chubarenko,

Dvoeglazova,

Boskachev

et al. 2024

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Based on data from monthly hydrological surveys (1994–2015) and on the historical example of an extreme surge in the mouth area of the Pregolya River (tidal dynamics is absent), the principles of spatio-temporal monitoring of the formation of physical barrier zone are discussed.The approach to the analysis of hydrological conditions in the mixing zone of sea and bay waters based on vertical CTD soundings of the water column through a network of spatially fixed monitoring stations has been expanded by conducting long-term series (from September 10, 2019 to March 27, 2020 – just over 6 months, from October 21, 2022 to December 27, 2023 – one year and two months) of daily vertical soundings at the “control point” in the middle of the mixing zone, which made it possible to identify changes within the synoptic scale. The presence of short-term variability in hydrological characteristics (temperature and salinity) in the barrier mixing zone of the Pregolya River showed the need to use automated measurement methods to record the response of hydrological conditions to storm events. An assessment of the error in determining salinity and temperature associated with the natural spottiness of water and fluctuations in the density jump layer showed that measurements of salinity and temperature should be analyzed with an accuracy of tenths and hundredths, respectively. It was determined that vertical convective mixing during winter cooling cannot occur inside the mouth mixing zone, because this is prevented by the presence of heavier brackish waters.

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Influence of Hydrometeorological Conditions on the Plankton Distribution in the Estuary of the Pregolya River and the Coastal Part of the Baltic Sea

Cited by 2 publications

References 18 publications

Methane emission from the Pregolya River Estuary (Baltic Sea)

Methane emission from the Pregolya River Estuary (Baltic Sea)

Spatiotemporal Variability of Hydrological Characteristics in the Mixing Zone of the Pregolya River (South-Eastern Baltic) and Methodological Approaches to Its Study

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