Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials
This paper is focused on the estimate of total cloud cover repeatability in the areas of White and South East part of Barents Seas in July-August 2019. All data collected during the research educational expedition “Transarctic-2019, stage III”. Total cloud cover data were collected visually. All col...
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LLC Center for Information and Legal Support for the Development of the Arctic
2020-09-01
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doaj-188aef60224e41129c28cefb9bdf73fa2020-11-25T03:59:14ZengLLC Center for Information and Legal Support for the Development of the ArcticРоссийская Арктика2658-42552020-09-01101061210.24411/2658-4255-2020-12101Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III MaterialsZotova E.0Rumina T.1Ivanov B. V.2Saint Petersburg State University, Institute of Earth Sciences, Climatology department, Saint Petersburg, Russia. Arctic and Antarctic Research Institute, Department of Ocean-Atmosphere Interaction, Saint Petersburg, RussiaNorthern Department on Hydrometeorology and Environmental Monitoring, Arkhangelsk, RussiaArctic and Antarctic Research Institute, Saint-Petersburg Saint Petersburg State University Obukhov Institute of Atmospheric Physics of Russian Academy of Sciences, MoscowThis paper is focused on the estimate of total cloud cover repeatability in the areas of White and South East part of Barents Seas in July-August 2019. All data collected during the research educational expedition “Transarctic-2019, stage III”. Total cloud cover data were collected visually. All collected data were converted into a percentage of total number of all cases and divided into five gradations from 0-1 points to 9-10 points. Significant repeatability of cloudy sky cases (9-10 points) was revealed in comparison with cloudless sky cases (0-1 points). The results were compared with previous investigations on the repeatability of total cloud cover in Arctic Region and showed the tendency to increase the number of cloudy sky cases in comparison with the number of clear sky cases in the summer season.http://en.russian-arctic.info/info/articles/meteorology/estimate-of-total-cloud-cover-repeatability-in-white-and-barents-seas-transarctic-expedition-stage-i/cloud coverwhite seabarents seatransarcticprofessor molchanov |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Zotova E. Rumina T. Ivanov B. V. |
spellingShingle |
Zotova E. Rumina T. Ivanov B. V. Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials Российская Арктика cloud cover white sea barents sea transarctic professor molchanov |
author_facet |
Zotova E. Rumina T. Ivanov B. V. |
author_sort |
Zotova E. |
title |
Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials |
title_short |
Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials |
title_full |
Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials |
title_fullStr |
Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials |
title_full_unstemmed |
Estimate of Total Cloud Cover Repeatability in White and Barents Seas, Transarctic Expedition Stage III Materials |
title_sort |
estimate of total cloud cover repeatability in white and barents seas, transarctic expedition stage iii materials |
publisher |
LLC Center for Information and Legal Support for the Development of the Arctic |
series |
Российская Арктика |
issn |
2658-4255 |
publishDate |
2020-09-01 |
description |
This paper is focused on the estimate of total cloud cover repeatability in the areas of White and South East part of Barents Seas in July-August 2019. All data collected during the research educational expedition “Transarctic-2019, stage III”. Total cloud cover data were collected visually. All collected data were converted into a percentage of total number of all cases and divided into five gradations from 0-1 points to 9-10 points. Significant repeatability of cloudy sky cases (9-10 points) was revealed in comparison with cloudless sky cases (0-1 points). The results were compared with previous investigations on the repeatability of total cloud cover in Arctic Region and showed the tendency to increase the number of cloudy sky cases in comparison with the number of clear sky cases in the summer season. |
topic |
cloud cover white sea barents sea transarctic professor molchanov |
url |
http://en.russian-arctic.info/info/articles/meteorology/estimate-of-total-cloud-cover-repeatability-in-white-and-barents-seas-transarctic-expedition-stage-i/ |
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