摘要：The aims of this research were to investigate the species richness
and abundance of Copepods. Copepods were sampled using rosette
sampler (surface, 25 m and 75 m) on November 21st – 30th, 2013, from the
Banda Sea. A total of 21 taxa of Copepods belonging to three orders were
identified. Calanoid was identified as the most richness order, followed by
Cyclopoid and Harpacticoid. The highest value of total abundance in the
surface water is 121 ind/6L, in the 25 m of depth is 221 ind/6 L, and in the
75 m of depth is 96 ind/6L. Acrocalanus longicornis is the most abundant
taxa of Copepods, followed by Acartia bispinosa, and Subeucalanus
mucronatus. The most predominant taxa of Acartia bispinosa, and
Subeucalanus mucronatus showed a remarkable peak at 25 m layers.
其他摘要：The aims of this research were to investigate the species richness and abundance of Copepods. Copepods were sampled using rosette sampler (surface, 25 m and 75 m) on November 21st – 30th, 2013, from the Banda Sea. A total of 21 taxa of Copepods belonging to three orders were identified. Calanoid was identified as the most richness order, followed by Cyclopoid and Harpacticoid. The highest value of total abundance in the surface water is 121 ind/6L, in the 25 m of depth is 221 ind/6 L, and in the 75 m of depth is 96 ind/6L. Acrocalanus longicornis is the most abundant taxa of Copepods, followed by Acartia bispinosa, and Subeucalanus mucronatus. The most predominant taxa of Acartia bispinosa, and Subeucalanus mucronatus showed a remarkable peak at 25 m layers.
