Composition, Density and Spatial Distribution of Zooplankton in Inner Ambon Bay, Indonesia

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J. Latumeten
J. Latumeten
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F S Pello
F S Pello
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V D V Latumeten
V D V Latumeten

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Composition, Density and Spatial Distribution of Zooplankton  in Inner Ambon Bay, Indonesia

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Abstract

Inner Ambon Bay is part of Ambon Bay; it is semi-closed area and a small pelagic fish fishing ground, especially anchovy. The anchovy is a zooplankton predator; therefore the existence of anchovy is affected by the abundance of zooplankton. The aims of the research are to obtain information on the composition, density, and spatial distribution of the zooplankton in these waters. Data of zooplankton composition were obtained from sampling by using plankton net at ten observation stations. Meanwhile, data of densities were collected using a scientific hydroacoustic system, BioSonic DTX supported with split-beam technology, on six parallel transect lines and one cross-parallel transect line. Geostatistical analyses technique was used to describe horizontal distributions of zooplankton, and vertical distributions pattern were plot in the graphs. The result shows that the zooplankton community is dominated by Copepod and meroplankton. The highest average density was found in August (9393 ind./m 2 ), while the lowest density was in June (903 ind./m 2 ).

References

24 Cites in Article
  1. I Aoki,T Inagaki (1992). Acoustic observations of fish schools and scattering layers in a Kuroshio warm-core ring and its environs.
  2. Biosonic (1990). Echo Signal Processor. Model 221 Echo-Integrator and Model 281 Dual Beam Processor. Operation Manual.
  3. Biosonicinc (2003). The BioSonics DT-X™ Echosounder and Visual Acquisition 5.0 Software. User Guide.
  4. Daniel Bisig (2004). BioSonics.
  5. J Castillo,M Barbieri,A Gonzalez (1996). Relationships between sea surface temperature, salinity, and pelagic fish distribution off northern Chile.
  6. D Chu,P H Wiebe (2005). Measurements of sound-speed and density contrasts of zooplankton in Antarctic waters.
  7. Alex De Robertis,Chad Schell,Jules Jaffe (2003). Acoustic observations of the swimming behavior of the euphausiid Euphausia pacifica Hansen.
  8. C Deutsch,A G Journel (1992). GSLIB: Geostatistical Software Library and User's Guide.
  9. Krissy Forman,Joseph Warren (2010). Variability in the density and sound-speed of coastal zooplankton and nekton.
  10. J Fischer,M Visbeck (1993). Seasonal variation of the daily zooplankton migration in the Greenland Sea.
  11. N Huliselan,M Tuapattinaja (2015). Variability of zooplankton in surrounding five small islands of Kotania Bay, Western Seram, Maluku, Indonesia.
  12. S Kidwai,S Amjad (2001). Abundance and distribution of ichthyolarvae from upper pelagic waters of the northwestern Arabian Sea during different monsoon periods, 1992–1994.
  13. Thomas Gilhofer,Waleed Abdellatif,Savvas Nicolaou,Sabeena Jalal,Jennifer Powell,Taku Inohara,Andrew Starovoytov,Jacqueline Saw (1993). Cardiac CT angiography after percutaneous left atrial appendage closure: early versus delayed scanning after contrast administration.
  14. J Latumeten,F Pello,V Latumeten (2019). Composition, Density and Spatial Distribution of Zooplankton in Inner Ambon Bay, Indonesia.
  15. J Latumeten,F Pello,V Latumeten (2021). Composition, density and spatial distribution of zooplankton on wet season (June-August) in Inner Ambon Bay.
  16. J Latumeten,V D V Latumeten (2021). Size, spatial distribution and potential of anchovy in Inner Ambon Bay.
  17. C Liao,K T Lee,M A And Lee,H Lu (1999). Biomass distribution and zooplankton composition of the sound-scattering layer in the waters of southern East China Sea.
  18. D Maclennan,Simmonds (2005). Fisheries Acoustics.
  19. L Marchin,T K Stanton,P Wiebe,J F Lynch (1996). Acoustic classification of zooplankton.
  20. I Morintoh (2001). Density variation, composition and horizontal distribution of zoo-holoplanktonic in Inner Ambon Bay waters.
  21. Hanung Mulyadi,Abdul Radjab (2015). DYNAMICS OF SPATIAL ABUNDANCE OF ZOOPLANKTON IN MORELLA COASTAL WATERS, CENTRAL MALUKU.
  22. G Newell,R C Newell (1977). Marine Plankton.
  23. Mulyono Rahadi Prabowo,Yonny Koesmaryono,Akhmad Faqih,Ardhasena Sopaheluwakan (2014). BIAS CORRECTION FOR DROUGHT PREDICTION OVER SUMATERA USING ECMWF MODEL.
  24. F S Pello,J Latumeten,J M S Tetelepta (2021). Composition, density and spatial distribution of zooplankton on 1st transition season (March to May) in Inner Ambon Bay Waters, Indonesia.

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

How to Cite This Article

J. Latumeten. 2021. \u201cComposition, Density and Spatial Distribution of Zooplankton in Inner Ambon Bay, Indonesia\u201d. Global Journal of Science Frontier Research - C: Biological Science GJSFR-C Volume 21 (GJSFR Volume 21 Issue C5): .

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Zooplankton composition, density, and spatial distribution in Ambon Bay, Indonesia, analyzed for ecological insights.
Journal Specifications

Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-C Classification: FOR Code: 270599, 070499
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v1.2

Issue date

November 25, 2021

Language
en
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Inner Ambon Bay is part of Ambon Bay; it is semi-closed area and a small pelagic fish fishing ground, especially anchovy. The anchovy is a zooplankton predator; therefore the existence of anchovy is affected by the abundance of zooplankton. The aims of the research are to obtain information on the composition, density, and spatial distribution of the zooplankton in these waters. Data of zooplankton composition were obtained from sampling by using plankton net at ten observation stations. Meanwhile, data of densities were collected using a scientific hydroacoustic system, BioSonic DTX supported with split-beam technology, on six parallel transect lines and one cross-parallel transect line. Geostatistical analyses technique was used to describe horizontal distributions of zooplankton, and vertical distributions pattern were plot in the graphs. The result shows that the zooplankton community is dominated by Copepod and meroplankton. The highest average density was found in August (9393 ind./m 2 ), while the lowest density was in June (903 ind./m 2 ).

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Composition, Density and Spatial Distribution of Zooplankton in Inner Ambon Bay, Indonesia

J. Latumeten
J. Latumeten
F S Pello
F S Pello
V D V Latumeten
V D V Latumeten

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