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The Recurrence of Winter Invasions of Cold Air over the Black Sea [Повторяемость зимних вторжений холодного воздуха над Черным морем]  id статьи: 3312
Тип публикации
статья в журнале
Язык
Ru
Журнал
Ecological Safety of Coastal and Shelf Zones of Sea

ISSN:2413-5577
Год
2024
Выходные данные
том
выпуск 3
страницы 6-15
DOI
EDN
УДК
551.582.2
Абстракт
Invasions of cold air masses into the atmosphere over the Black Sea in winter cause the intensive cooling of the surface water layer and contribute to the formation and development of a cold intermediate layer. Although such invasions are relatively rare, they regularly recur in winter. The article studies characteristics of the probability of cold invasions into the atmosphere of the Black Sea region. The article studies series of daily wind data, as well as data on sensible and latent heat fluxes and sea temperature in winter at various points in the west and east of the northern and central parts of the Black Sea. The cases of cold air masses invasion characterized by strong northerly winds were highlighted. The article considered statistical parameters of the winds in points characteristic of the north-westerly, northerly and north-easterly winds in the open central part of the sea and points in the coastal north-western and north-eastern regions. Wind roses and graphs of cumulative distributions were constructed for the offshore points which allowed determining the periods of recurrence of strong northerly winds in winter. A direct dependence of the magnitude of heat fluxes from the sea surface on the northerly wind speed in winter was revealed. It is shown that cold invasion led to seawater cooling as illustrated by the decrease in seawater temperature at the surface and at 50 m depth in 2012. © Efimov V. V., Komarovskaya O. I., 2024.
Ключевые слова
ЧЕРНОЕ МОРЕ, ХОЛОДНЫЕ ВТОРЖЕНИЯ, СЕВЕРНЫЙ ВЕТЕР, ПЕРИОД ПОВТОРЯЕМОСТИ, ПОТОКИ ТЕПЛА, ТЕМПЕРАТУРА МОРСКОЙ ВОДЫ, Black Sea, cold invasions, heat fluxes, northerly wind, recurrence period, sea water temperature
Дата занесения
2025-01-13 13:39:01
Scopus
Статус есть
Квартиль Q3
WoS
Статус нет
Квартиль --
РИНЦ
Статус есть
Импакт-фактор --
количество баллов за публикацию
3
количество баллов каждому автору
1.5
Финансирование:

FNNN-2024-0014
Фундаментальные исследования процессов взаимодействия в системе океан-атмосфера, формирующих изменчивость физического состояния морской среды на различных пространственно-временных масштабах