The cryptogenic bait worm Diopatra biscayensis Fauchald et al., 2012 (Annelida: Onuphidae) – Revisiting its history, biology and ecology

Arias, Andrés; Paxton, Hannelore

doi:10.1016/j.ecss.2015.05.033

Cited by 15 publications

(28 citation statements)

References 27 publications

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“…The rate of expansion is consistent with the short (<1 week) planktonic larval period of the species (Woodin et al. ; Arias & Paxton ). Given this limited dispersal ability, Woodin et al.…”

supporting

confidence: 81%

“…). In the Bay of Biscay, it is distributed from San Vicente de la Barquera in Spain (43°23′N, 4°23′W) (Arias & Paxton ) to La Trinité‐sur‐Mer in France (47°35′N, 3°1.5′W)(Woodin et al. ).…”

mentioning

confidence: 99%

“…These disjunct populations in the English Channel have been interpreted either as recent introductions through mussel aquaculture (Woodin et al. ), or as relics of a historically continuous population (Arias & Paxton ). We know that D. biscayensis populations on the north coast of Spain date from at least the late 19 th century, based on the collections of Augusto González de Linares.…”

mentioning

confidence: 99%

“…We know that D. biscayensis populations on the north coast of Spain date from at least the late 19 th century, based on the collections of Augusto González de Linares. These collections contain specimens of both D. neapolitana Delle Chiaje 1841 and D. biscayensis, with D. neapolitana ten times more common than D. biscayensis (Arias & Paxton ). From published descriptions and specimens in the Musée National d'Histoire Naturelle, Paris , Diopatra specimens collected near Arcachon in France (44°39.6′N, 1°8.5′W) from 1865 through the 1930s were D. neapolitana (Fauchald et al.…”

mentioning

confidence: 99%

“…The primary grow‐out areas for mussels are those where we now find D. biscayensis in the Bay of Mont‐Saint‐Michel. Arias & Paxton () on the other hand, hypothesize that D. biscayensis was once broadly distributed along the coast of Europe, and that the English Channel populations are remnants of a previously continuous distribution. They also suspect, on the basis of reproductive details, that some individuals described from Naples in the late 19 th Century (Lo Bianco ) were D. biscayensis .…”

mentioning

confidence: 99%

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Climate hindcasts: exploring the disjunct distribution of Diopatra biscayensis

Wethey

Berke

Dubois

2016

Invertebrate Biology

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“…The rate of expansion is consistent with the short (<1 week) planktonic larval period of the species (Woodin et al. ; Arias & Paxton ). Given this limited dispersal ability, Woodin et al.…”

supporting

confidence: 81%

mentioning

confidence: 99%

mentioning

confidence: 99%

mentioning

confidence: 99%

mentioning

confidence: 99%

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Climate hindcasts: exploring the disjunct distribution of Diopatra biscayensis

Wethey

Berke

Dubois

2016

Invertebrate Biology

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The commercialization and use of exotic baits in recreational fisheries in the north‐western Mediterranean: Environmental and management implications

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Gil

Lloret

2018

Aquatic Conservation

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Although the use of exotic baits in recreational fisheries represents an increasing environmental threat for Mediterranean marine ecosystems, there is still little information about the commercialization and use of these baits, which makes it difficult to assess their potential impacts and establish specific management measures to tackle the threat that they pose. This study analyses for the first time the commercialization and use of exotic species in recreational fishing in the Mediterranean, and the associated environmental and management implications. A multiple‐approach design has been used, including: a participatory survey to collect data and perceptions from local retailers and a national bait wholesaler on the environmental impacts of exotic baits; a biological study to identify taxonomically the commercialized bait species; and a bibliographic survey to gather information about the potential environmental impacts of the commercialization and use of exotic baits. Results showed that, among the 13 different baits sold, only the polychaete group included three exotic species: Perinereis linea, Glycera dibranchiata, and Namalycastis rhodochorde. Furthermore, specimens of the sipunculid Sipunculus nudus, imported from South‐east Asia, should also be considered exotic. The exotic species P. linea and G. dibranchiata were the two polychaete species most often used by sea anglers. These species were also the most sold by local retailers in the area and by Spain's leading wholesaler. Overall, anglers and local retailers were not fully aware of the potential negative impacts derived from the use of exotic species, and therefore appropriate management actions, including awareness activities, are discussed to better understand and manage the environmental impacts derived from exotic baits.

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