MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE

<p><em>Sea surface temperature (SST) and a-chlorophyll (CHL) were important and they were often used to predict potential fishing ground by using remote sensing. The objectives of the present study were analysis and mapped fishing ground of skipjack in the Banda Sea and its surrounding M...

Full description

Bibliographic Details
Main Authors: Welem Waileruny, Eko Sri Wiyono, Sugeng Hari Wisodo, Ari Purbayanto, Tri Wiji Nurani
Format: Article
Language:Indonesian
Published: Bogor Agricultural University 2014-05-01
Series:Jurnal Teknologi Perikanan dan Kelautan
Online Access:http://journal.ipb.ac.id/index.php/jtpk/article/view/10045
id doaj-3c8bcbafded6431dbcbf24bacf700a5e
record_format Article
spelling doaj-3c8bcbafded6431dbcbf24bacf700a5e2020-11-24T21:20:19ZindBogor Agricultural UniversityJurnal Teknologi Perikanan dan Kelautan2087-48712549-38412014-05-0151415410.24319/jtpk.5.41-548323MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCEWelem WailerunyEko Sri WiyonoSugeng Hari WisodoAri PurbayantoTri Wiji Nurani<p><em>Sea surface temperature (SST) and a-chlorophyll (CHL) were important and they were often used to predict potential fishing ground by using remote sensing. The objectives of the present study were analysis and mapped fishing ground of skipjack in the Banda Sea and its surrounding Moluccas Province according to monsoon.  SST and CHL data were taken from satellite citra data analysis, observed by sensor Aqua MODIS level 3 with spatial resolution 4 km and temporal resolution month and monsoon. Citra data were analyzed by using SEADAS 5.2. software. The analysis showed that sea surface temperature (SST) and a-chlorophyll concentration in the Banda Sea and its surrounding fluctuated from month by month.  This condition affected seasonal fluctuation of SST and CHL. The average of highest temperature was in West monsoon and first transitional monsoon whereas the lowest was in East monsoon. Otherwise, a-chlorophyll concentration was highest in East monsoon and lowest was in first transitional monsoon. There was a correlation between temperature increasing and a-chlorophyll concentration decreasing. Sea surface temperature has also a negative correlation to CPUE and influenced fishing ground forming. Fishing ground in Banda Sea with highest CPUE during all monsoon was located on Western part of Seram Island: Buano, Kelang and Manipa Islands or situated on 126,70-1280 E and 2,60-3,40 S. The position surrounding Banda Sea lied on 127<sup>º</sup>-130,3<sup>º</sup> E and 3,2<sup>º</sup>-4<sup>º</sup> S.</em></p>http://journal.ipb.ac.id/index.php/jtpk/article/view/10045
collection DOAJ
language Indonesian
format Article
sources DOAJ
author Welem Waileruny
Eko Sri Wiyono
Sugeng Hari Wisodo
Ari Purbayanto
Tri Wiji Nurani
spellingShingle Welem Waileruny
Eko Sri Wiyono
Sugeng Hari Wisodo
Ari Purbayanto
Tri Wiji Nurani
MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE
Jurnal Teknologi Perikanan dan Kelautan
author_facet Welem Waileruny
Eko Sri Wiyono
Sugeng Hari Wisodo
Ari Purbayanto
Tri Wiji Nurani
author_sort Welem Waileruny
title MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE
title_short MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE
title_full MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE
title_fullStr MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE
title_full_unstemmed MONSOON AND SKIPJACK FISHING GROUND IN THE BANDA SEA AND ITS SURROUNDING MOLUCCAS PROVINCE
title_sort monsoon and skipjack fishing ground in the banda sea and its surrounding moluccas province
publisher Bogor Agricultural University
series Jurnal Teknologi Perikanan dan Kelautan
issn 2087-4871
2549-3841
publishDate 2014-05-01
description <p><em>Sea surface temperature (SST) and a-chlorophyll (CHL) were important and they were often used to predict potential fishing ground by using remote sensing. The objectives of the present study were analysis and mapped fishing ground of skipjack in the Banda Sea and its surrounding Moluccas Province according to monsoon.  SST and CHL data were taken from satellite citra data analysis, observed by sensor Aqua MODIS level 3 with spatial resolution 4 km and temporal resolution month and monsoon. Citra data were analyzed by using SEADAS 5.2. software. The analysis showed that sea surface temperature (SST) and a-chlorophyll concentration in the Banda Sea and its surrounding fluctuated from month by month.  This condition affected seasonal fluctuation of SST and CHL. The average of highest temperature was in West monsoon and first transitional monsoon whereas the lowest was in East monsoon. Otherwise, a-chlorophyll concentration was highest in East monsoon and lowest was in first transitional monsoon. There was a correlation between temperature increasing and a-chlorophyll concentration decreasing. Sea surface temperature has also a negative correlation to CPUE and influenced fishing ground forming. Fishing ground in Banda Sea with highest CPUE during all monsoon was located on Western part of Seram Island: Buano, Kelang and Manipa Islands or situated on 126,70-1280 E and 2,60-3,40 S. The position surrounding Banda Sea lied on 127<sup>º</sup>-130,3<sup>º</sup> E and 3,2<sup>º</sup>-4<sup>º</sup> S.</em></p>
url http://journal.ipb.ac.id/index.php/jtpk/article/view/10045
work_keys_str_mv AT welemwaileruny monsoonandskipjackfishinggroundinthebandaseaanditssurroundingmoluccasprovince
AT ekosriwiyono monsoonandskipjackfishinggroundinthebandaseaanditssurroundingmoluccasprovince
AT sugenghariwisodo monsoonandskipjackfishinggroundinthebandaseaanditssurroundingmoluccasprovince
AT aripurbayanto monsoonandskipjackfishinggroundinthebandaseaanditssurroundingmoluccasprovince
AT triwijinurani monsoonandskipjackfishinggroundinthebandaseaanditssurroundingmoluccasprovince
_version_ 1726002814362058752