Revealing polychaetes invasion patterns: Identification, reproduction and potential risks of the Korean ragworm, Perinereis linea (Treadwell), in the Western Mediterranean

Arias, Andrés; Richter, Alexandra; Anadón, Nuria; Glasby, Christopher J.

doi:10.1016/j.ecss.2013.08.017

Cited by 27 publications

(48 citation statements)

References 33 publications

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“…In the Yellow Sea, Perinereis linea inhabits silty sediments of the upper littoral zone of estuaries where sediment temperature is 3.3-26.6 °C and salinity 28.0-29.6 psu (Choi and Lee, 1997). More recently, an established population of the exotic worm Perinereis linea was reported from the Mar Menor lagoon, Mediterranean Sea where salinities of 42-47 ppt and temperatures of 10.8-31.5 °C have been recorded (Arias et al, 2013). These data indicate that both worms can survive a range of temperatures and salinities.…”

Section: Discussionmentioning

confidence: 63%

“…Imajima, 1996), but was synonymized with Perinereis linea by Arias et al (2013). This species is found in silty sediments in the upper littoral zone of estuaries and coastal areas of China and Korea (Choi and Lee, 1997;Arias et al, 2013). Wholesalers mentioned that Perinereis linea has been mainly harvested from the Yellow Sea population (worms have a greenish body color) in summer and the East China Sea population (worms have a yellowish body color) in winter.…”

Section: ) Worms Supplied From Non-native Populationsmentioning

confidence: 99%

“…It was formerly recognized as Perinereis aibuhitensis Grube, 1878 (e.g. Imajima, 1996), but was synonymized with Perinereis linea by Arias et al (2013). This species is found in silty sediments in the upper littoral zone of estuaries and coastal areas of China and Korea (Choi and Lee, 1997;Arias et al, 2013).…”

Section: ) Worms Supplied From Non-native Populationsmentioning

confidence: 99%

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Fishing bait worm supplies in Japan in relation to their physiological traits

Saito¹,

Kawai²,

Umino³

et al. 2014

Mem. Mus. Vic.

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Saito, H., Kawai, K., Umino, T. and Imabayashi, H. 2014. Fishing bait worm supplies in Japan in relation to their physiological traits. Memoirs of Museum Victoria 71: 279-287.Market research was conducted from 2009 to 2013 to investigate the supply of live worms for fishing bait in Japan. We obtained 25 types of live fishing bait worms, including 16 species of polychaete, 1 species of echiuran, and 1 species of sipunculid. These were divided into three groups according to their country of origin: 1) worms supplied from native populations, five species (Perinereis wilsoni, Hediste diadroma, Kinbergonuphis enoshimaensis, Pseudopotamilla occelata, and Hydroides ezoensis), 2) worms supplied from both native and non-native populations, three species (Marphysa cf. iwamushi, Halla okudai, and Urechis unicinctus), and 3) worms supplied from non-native populations, 10 species (Perinereis linea, Alitta virens, Nectoneanthes uchiwa, Namalycastis rhodochorde, Glycera nicobarica, Diopatra sugokai, Marphysa cf. tamurai, Marphysa cf. mossambica, Scoletoma heteropoda, and Sipunculus nudus). Salinities in which no mortality of nereid worms occurred was 5-35 psu in Alitta virens, 5-30 psu in Namalycastis rhodochorde, and 10-35 psu in Perinereis linea. Worms living in temperate areas had a wide temperature tolerance of 5-30 °C in Alitta virens, Perinereis linea, Glycera nicobarica, Marphysa cf. iwamushi, and Scoletoma heteropoda. Tropical species (Namalycastis rhodochorde and Marphysa cf. mossambica) could not survive above 20 °C.

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Section: Discussionmentioning

confidence: 63%

Section: ) Worms Supplied From Non-native Populationsmentioning

confidence: 99%

Section: ) Worms Supplied From Non-native Populationsmentioning

confidence: 99%

See 1 more Smart Citation

Fishing bait worm supplies in Japan in relation to their physiological traits

Saito¹,

Kawai²,

Umino³

et al. 2014

Mem. Mus. Vic.

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“…As it is generally assumed that tropical ascidians reproduce year-round (Goodbody, 1961;Shenkar and Loya, 2008), it seems that invasive populations of M. exasperatus exhibit great plasticity and adaptability in reproduction patterns. Such an ability to change reproductive period is known from other Lesspesian invaders such as fish (Golani, 1990), mollusks (Atad, 2005), and polychaetes (Arias et al, 2013).…”

Section: Discussionmentioning

confidence: 99%

From Tropical to Sub-Tropical: Prolonged Reproductive Activity of the Invasive Ascidian Microcosmus exasperatus in the Eastern Mediterranean

Nagar

Shenkar

2016

Front. Ecol. Evol.

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The solitary ascidian Microcosmus exasperatus is globally distributed in tropical and sub-tropical waters. In the Mediterranean it is considered an invasive species introduced through the Suez Canal, with a restricted distribution in the eastern basin. In order to understand the potential of this species to establish sustainable communities at additional sites in the Mediterranean, we studied its reproduction cycle over a 2-year period in relation to seawater temperature and chlorophyll-a data. Although M. exasperatus reproduces seasonally, with significantly greater activity in summer and early fall, mature oocytes occur throughout the year, suggesting multiple spawning periods. We found that reproductive effort significantly correlated with seawater temperature, while chlorophyll-a showed a low and insignificant explanatory power. A combined regression model of both parameters yielded the highest explained variance, suggesting a synergic effect of these two factors. Such a prolonged reproductive activity period enables repeated recruitment events. In view of the anticipated rise in seawater temperature, we predict that this species will gradually expand its distribution further across the Mediterranean.

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“…It is much lesser than expected since roughly 20% of the polychaete NIS introduced in Europe as a whole arrived via vectors related to aquaculture in some way [9]. Another unintentional way of introduction is the accidental release of imported bait worms, which apparently caused the establishment of Perinereis linea in SE Spain [113]. Finally, there are possible transmission routes that might include secondary spread from neighboring countries where the NIS arrived via the Suez Canal, as seems to be case of Hesionura serrata [114].…”

Section: What Is Their Origin and How Did They Arrive?mentioning

confidence: 98%

Non-indigenous species (NIS) of polychaetes (Annelida: Polychaeta) from the Atlantic and Mediterranean coasts of the Iberian Peninsula: an annotated checklist

López

Richter

2017

Helgol Mar Res

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This study provides an updated catalogue of non-indigenous species (NIS) of polychaetes reported from the continental coasts of the Iberian Peninsula based on the available literature. A list of 23 introduced species were regarded as established and other 11 were reported as casual, with 11 established and nine casual NIS in the Atlantic coast of the studied area and 14 established species and seven casual ones in the Mediterranean side. The most frequent way of transport was shipping (ballast water or hull fouling), which according to literature likely accounted for the introductions of 14 established species and for the presence of another casual one. To a much lesser extent aquaculture (three established and two casual species) and bait importation (one established species) were also recorded, but for a large number of species the translocation pathway was unknown. About 25% of the reported NIS originated in the Warm Western Atlantic region, followed by the Tropical Indo West-Pacific region (18%) and the Warm Eastern Atlantic (12%). In the Mediterranean coast of the Iberian Peninsula, nearly all the reported NIS originated from warm or tropical regions, but less than half of the species recorded from the Atlantic side were native of these areas. The effects of these introductions in native marine fauna are largely unknown, except for one species (Ficopomatus enigmaticus) which was reported to cause serious environmental impacts. In other cases, the displacement of native species or economic damages are suspected.

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Revealing polychaetes invasion patterns: Identification, reproduction and potential risks of the Korean ragworm, Perinereis linea (Treadwell), in the Western Mediterranean

Cited by 27 publications

References 33 publications

Fishing bait worm supplies in Japan in relation to their physiological traits

Fishing bait worm supplies in Japan in relation to their physiological traits

From Tropical to Sub-Tropical: Prolonged Reproductive Activity of the Invasive Ascidian Microcosmus exasperatus in the Eastern Mediterranean

Non-indigenous species (NIS) of polychaetes (Annelida: Polychaeta) from the Atlantic and Mediterranean coasts of the Iberian Peninsula: an annotated checklist

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