Limits...
Taxonomy of reproductive Nereididae (Annelida) in multispecies swarms at Ambon Island, Indonesia.

Pamungkas J, Glasby CJ - Zookeys (2015)

Bottom Line: The ten new records brings to 13 the total number of nereidid species known to undergo mass swarming at Ambon Island; a key to the 13 species is provided.Species composition varies slightly between the three time periods: four species were common between all three periods, five species were in common between 1866 and 2014, and four species were in common between 1995 and 2009/14.Two species of Neanthes and one of Nereis are identified as potentially new and will be described in subsequent papers.

View Article: PubMed Central - HTML - PubMed

Affiliation: Research Center for Deep Sea, Indonesian Institute of Sciences, Jl. Y. Syaranamual, Guru-Guru, Poka, Ambon 97233, Indonesia.

ABSTRACT
Multispecies, or mass, spawning of different invertebrate species is well known for coral reef systems; however, incidences involving polychaetes are poorly documented. In this study we report on mass swarming, prior to spawning, of Nereididae at Ambon Island, Maluku, on three occasions: in 1866, inferred from an historical sample deposited in Naturalis, Leiden, and in March, 2009 and 2014, based on newly collected samples. The 2009 and 2014 events co-occurred with spawning of other polychaetes, known locally as wawo and including the widespread Indo-Pacific eunicid, Palola viridis (Gray in Stair). Ten species of reproductive Nereididae are described, including Composetia marmorata (Horst) new combination, formerly Ceratonereis marmorata; epitokous modifications are described for both sexes of each species including taxonomically important features such as body colour and number of pre-natatory chaetigers. Three distinct types of natatory region morphologies are recognized, which appear to characterise groups of genera. The ten new records brings to 13 the total number of nereidid species known to undergo mass swarming at Ambon Island; a key to the 13 species is provided. Species composition varies slightly between the three time periods: four species were common between all three periods, five species were in common between 1866 and 2014, and four species were in common between 1995 and 2009/14. Two species of Neanthes and one of Nereis are identified as potentially new and will be described in subsequent papers.

No MeSH data available.


Nereidid epitokes, preserved specimens, dorsal view. ACeratonereissingularisaustralis, male BCeratonereissingularisaustralis, female (unmodified tail section missing) CComposetiamarmorata, male DComposetiamarmorata, female. Scales bars: 1 mm.
© Copyright Policy - creative-commons-attribution
Related In: Results  -  Collection

License
getmorefigures.php?uid=PMC4591719&req=5

Figure 3: Nereidid epitokes, preserved specimens, dorsal view. ACeratonereissingularisaustralis, male BCeratonereissingularisaustralis, female (unmodified tail section missing) CComposetiamarmorata, male DComposetiamarmorata, female. Scales bars: 1 mm.

Mentions: Fig. 3A, B


Taxonomy of reproductive Nereididae (Annelida) in multispecies swarms at Ambon Island, Indonesia.

Pamungkas J, Glasby CJ - Zookeys (2015)

Nereidid epitokes, preserved specimens, dorsal view. ACeratonereissingularisaustralis, male BCeratonereissingularisaustralis, female (unmodified tail section missing) CComposetiamarmorata, male DComposetiamarmorata, female. Scales bars: 1 mm.
© Copyright Policy - creative-commons-attribution
Related In: Results  -  Collection

License
Show All Figures
getmorefigures.php?uid=PMC4591719&req=5

Figure 3: Nereidid epitokes, preserved specimens, dorsal view. ACeratonereissingularisaustralis, male BCeratonereissingularisaustralis, female (unmodified tail section missing) CComposetiamarmorata, male DComposetiamarmorata, female. Scales bars: 1 mm.
Mentions: Fig. 3A, B

Bottom Line: The ten new records brings to 13 the total number of nereidid species known to undergo mass swarming at Ambon Island; a key to the 13 species is provided.Species composition varies slightly between the three time periods: four species were common between all three periods, five species were in common between 1866 and 2014, and four species were in common between 1995 and 2009/14.Two species of Neanthes and one of Nereis are identified as potentially new and will be described in subsequent papers.

View Article: PubMed Central - HTML - PubMed

Affiliation: Research Center for Deep Sea, Indonesian Institute of Sciences, Jl. Y. Syaranamual, Guru-Guru, Poka, Ambon 97233, Indonesia.

ABSTRACT
Multispecies, or mass, spawning of different invertebrate species is well known for coral reef systems; however, incidences involving polychaetes are poorly documented. In this study we report on mass swarming, prior to spawning, of Nereididae at Ambon Island, Maluku, on three occasions: in 1866, inferred from an historical sample deposited in Naturalis, Leiden, and in March, 2009 and 2014, based on newly collected samples. The 2009 and 2014 events co-occurred with spawning of other polychaetes, known locally as wawo and including the widespread Indo-Pacific eunicid, Palola viridis (Gray in Stair). Ten species of reproductive Nereididae are described, including Composetia marmorata (Horst) new combination, formerly Ceratonereis marmorata; epitokous modifications are described for both sexes of each species including taxonomically important features such as body colour and number of pre-natatory chaetigers. Three distinct types of natatory region morphologies are recognized, which appear to characterise groups of genera. The ten new records brings to 13 the total number of nereidid species known to undergo mass swarming at Ambon Island; a key to the 13 species is provided. Species composition varies slightly between the three time periods: four species were common between all three periods, five species were in common between 1866 and 2014, and four species were in common between 1995 and 2009/14. Two species of Neanthes and one of Nereis are identified as potentially new and will be described in subsequent papers.

No MeSH data available.