Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea
The whale shark (Rhincodon, typus), is a large, pelagic, filter feeder for which the available information is limited. The Red Sea populations in particular are practically unstudied. An aggregation site was recently discovered off the western coast of Saudi Arabia. We report the use of passive acou...
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ndltd-kaust.edu.sa-oai-repository.kaust.edu.sa-10754-2730752015-10-22T03:36:33Z Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea Cochran, Jesse Berumen, Michael L. Biological and Environmental Sciences and Engineering (BESE) Division Kaartvedt, Stein Skomal, Greg The whale shark (Rhincodon, typus), is a large, pelagic, filter feeder for which the available information is limited. The Red Sea populations in particular are practically unstudied. An aggregation site was recently discovered off the western coast of Saudi Arabia. We report the use of passive acoustic monitoring to assess the spatial and temporal behavior patterns of whale sharks in this new site. The aggregation occurs in the spring and peaks in April/ May. Whale sharks showed a preference for a single near shore reef and even a specific area within it. There is no evidence of sexual segregation as the genders were present in roughly equal proportion and used the same habitat at similar times. This information can be used to guide future studies in the area and to inform local management. Continued study will add to the collective knowledge on Red Sea whale sharks, including the population dynamics within the region and how they interact with the global whale shark community. 2012-01 Thesis http://hdl.handle.net/10754/273075 en |
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en |
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description |
The whale shark (Rhincodon, typus), is a large, pelagic, filter feeder for which the available information is limited. The Red Sea populations in particular are practically unstudied. An aggregation site was recently discovered off the western coast of Saudi Arabia. We report the use of passive acoustic monitoring to assess the spatial and temporal behavior patterns of whale sharks in this new site. The aggregation occurs in the spring and peaks in April/ May. Whale sharks showed a preference for a single near shore reef and even a specific area within it. There is no evidence of sexual segregation as the genders were present in roughly equal proportion and used the same habitat at similar times. This information can be used to guide future studies in the area and to inform local management. Continued study will add to the collective knowledge on Red Sea whale sharks, including the population dynamics within the region and how they interact with the global whale shark community. |
author2 |
Berumen, Michael L. |
author_facet |
Berumen, Michael L. Cochran, Jesse |
author |
Cochran, Jesse |
spellingShingle |
Cochran, Jesse Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea |
author_sort |
Cochran, Jesse |
title |
Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea |
title_short |
Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea |
title_full |
Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea |
title_fullStr |
Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea |
title_full_unstemmed |
Acoustic Monitoring of a Previously Unstudied Whale Shark Aggregation in the Red Sea |
title_sort |
acoustic monitoring of a previously unstudied whale shark aggregation in the red sea |
publishDate |
2012 |
url |
http://hdl.handle.net/10754/273075 |
work_keys_str_mv |
AT cochranjesse acousticmonitoringofapreviouslyunstudiedwhalesharkaggregationintheredsea |
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1718095986966921216 |