Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast

The paper presents a study on the relative importance of wind regime and wave fetch for limitation of seagrass spatial distribution in Burgas Bay, the Black Sea. In Burgas Bay the relative importance of both factors is obviously changing from northern to southern coasts. The seagrass meadows facing...

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Main Author: Elitsa V. Hineva
Format: Article
Language:English
Published: Union of Scientists in Bulgaria 2020-06-01
Series:Ecologia Balkanica
Subjects:
Online Access:http://web.uni-plovdiv.bg/mollov/EB/2020_vol12_iss1/123-135_eb.20108.pdf
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spelling doaj-a2a2771dbe3a440386a34f2940d802e12021-04-02T18:47:00ZengUnion of Scientists in BulgariaEcologia Balkanica1314-02131313-99402020-06-01121123135Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea CoastElitsa V. Hineva0Institute of Oceanology, BAS, Department Biology and Ecology of the Sea, 40 Parvi May Str., Varna, BULGARIAThe paper presents a study on the relative importance of wind regime and wave fetch for limitation of seagrass spatial distribution in Burgas Bay, the Black Sea. In Burgas Bay the relative importance of both factors is obviously changing from northern to southern coasts. The seagrass meadows facing north-northeast direction have two times smaller integral fetch and are three times more often wave impacted than those facing south-southeast. Along the southern coast the fetch (maximum and number of azimuths) is more important to allow seagrass presence, while in front of the northern coast – it is the wind speed recurrence. In the first scenario the habitat is expected to be less frequently but more strongly affected by the wave action, contrary to the second scenario, where the reversed effect is supposed.http://web.uni-plovdiv.bg/mollov/EB/2020_vol12_iss1/123-135_eb.20108.pdfseagrasswave exposurewind regimewave fetch
collection DOAJ
language English
format Article
sources DOAJ
author Elitsa V. Hineva
spellingShingle Elitsa V. Hineva
Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast
Ecologia Balkanica
seagrass
wave exposure
wind regime
wave fetch
author_facet Elitsa V. Hineva
author_sort Elitsa V. Hineva
title Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast
title_short Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast
title_full Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast
title_fullStr Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast
title_full_unstemmed Wind Regime and Wave Fetch as Factors for Seagrass Habitat Distribution: A Case Study form Bulgarian Black Sea Coast
title_sort wind regime and wave fetch as factors for seagrass habitat distribution: a case study form bulgarian black sea coast
publisher Union of Scientists in Bulgaria
series Ecologia Balkanica
issn 1314-0213
1313-9940
publishDate 2020-06-01
description The paper presents a study on the relative importance of wind regime and wave fetch for limitation of seagrass spatial distribution in Burgas Bay, the Black Sea. In Burgas Bay the relative importance of both factors is obviously changing from northern to southern coasts. The seagrass meadows facing north-northeast direction have two times smaller integral fetch and are three times more often wave impacted than those facing south-southeast. Along the southern coast the fetch (maximum and number of azimuths) is more important to allow seagrass presence, while in front of the northern coast – it is the wind speed recurrence. In the first scenario the habitat is expected to be less frequently but more strongly affected by the wave action, contrary to the second scenario, where the reversed effect is supposed.
topic seagrass
wave exposure
wind regime
wave fetch
url http://web.uni-plovdiv.bg/mollov/EB/2020_vol12_iss1/123-135_eb.20108.pdf
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