Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area

Banda Sea had affected by monsoon factor, this condition also influenced fitoplankton condition, but information about fitoplankton condition especially Cyanobacteria group still not complete yet. Therefore had done the researched about fitoplankton in October 1998 and November 1999, that months is...

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Main Author: Agus Sediadi
Format: Article
Language:English
Published: Universitas Indonesia 2004-04-01
Series:Makara Seri Sains
Subjects:
Online Access:http://journal.ui.ac.id/science/article/view/381/377
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author Agus Sediadi
author_facet Agus Sediadi
author_sort Agus Sediadi
collection DOAJ
description Banda Sea had affected by monsoon factor, this condition also influenced fitoplankton condition, but information about fitoplankton condition especially Cyanobacteria group still not complete yet. Therefore had done the researched about fitoplankton in October 1998 and November 1999, that months is regarded as vice of transition monsoon. Fitoplankton samples were taken from the surface to 200 m depth to known the abundant, composition, and distribution of Cyanobacteria. The results showed that the abundant of Trichodesmium erahtraeum varied between 0.02-1.2 x 102 coloni m-3, the highest vale found in 100 m depth and the lowest in 200 m depth. The abundance of Trichodesmium thiebautii varied between 0-8.8 x 102 cel m-3. Distribution of Trichodesmium erythraeum found until 50 m depth, their abundance high relative, this condition caused by nitrate concentration (r2 =28,30 %) and temperature (r2 =17,30 %). Based on their abundance, diversity, evenness and distribution Trichodesmium eryhtraeum dan Trichodesmium thiebautii dominated in transition monsoon.
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spelling doaj.art-e8ccaa7d23d44d3c9457c970aa217b222022-12-22T01:53:08ZengUniversitas IndonesiaMakara Seri Sains1693-66712004-04-01081114Domination of Cyanobacteria at Transition Monsoon around Banda Sea AreaAgus SediadiBanda Sea had affected by monsoon factor, this condition also influenced fitoplankton condition, but information about fitoplankton condition especially Cyanobacteria group still not complete yet. Therefore had done the researched about fitoplankton in October 1998 and November 1999, that months is regarded as vice of transition monsoon. Fitoplankton samples were taken from the surface to 200 m depth to known the abundant, composition, and distribution of Cyanobacteria. The results showed that the abundant of Trichodesmium erahtraeum varied between 0.02-1.2 x 102 coloni m-3, the highest vale found in 100 m depth and the lowest in 200 m depth. The abundance of Trichodesmium thiebautii varied between 0-8.8 x 102 cel m-3. Distribution of Trichodesmium erythraeum found until 50 m depth, their abundance high relative, this condition caused by nitrate concentration (r2 =28,30 %) and temperature (r2 =17,30 %). Based on their abundance, diversity, evenness and distribution Trichodesmium eryhtraeum dan Trichodesmium thiebautii dominated in transition monsoon.http://journal.ui.ac.id/science/article/view/381/377Banda SeaTransition Monsoon Cyanobacteria
spellingShingle Agus Sediadi
Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area
Makara Seri Sains
Banda Sea
Transition Monsoon Cyanobacteria
title Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area
title_full Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area
title_fullStr Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area
title_full_unstemmed Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area
title_short Domination of Cyanobacteria at Transition Monsoon around Banda Sea Area
title_sort domination of cyanobacteria at transition monsoon around banda sea area
topic Banda Sea
Transition Monsoon Cyanobacteria
url http://journal.ui.ac.id/science/article/view/381/377
work_keys_str_mv AT agussediadi dominationofcyanobacteriaattransitionmonsoonaroundbandaseaarea