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Preferential Parasitism of Native Oyster Ostrea edulis Over Non-Native Magallana gigas by a Polydorid Worm

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Abstract

Parasites are important structural components of marine communities that can affect organism fitness and ecological interactions, and the provision of ecosystem services. Here, we investigate the host association of Polydora ciliata with two ecologically and economically important oyster species (Ostrea edulis, Magallana gigas) and examine its impacts on two fitness aspects: condition and shell strength. Our results provide strong inferential evidence of host specificity by P. ciliata with a tendency towards infestation of the native O. edulis over the introduced M. gigas. Evidence suggests increasing prevalence of parasitism with organismal age, but no clear indication that parasitism leads to reduced condition or shell strength. The prevalence of infection of O. edulis by P. ciliata over M. gigas observed here holds potential implications for species competition and dominance, and their respective population maintenance, which could explain the much lower abundances of O. edulis compared to M. gigas at specific geographical locations. Additionally, these results hold significance for the aquaculture sector, with parasitism likely to lower production output and decrease the end-product market value.

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Acknowledgements

We wish to thank the following staff and friends from the Marine Biology and Ecology Research Centre and Engineering Department at Plymouth University for their help with organism collection and their assistance during this experiment: Marie Palmer, Ann Torr, Richard Ticehurst, Roger Haslam, Dr. Zoltan Gombos, Lucy Jupe and Samuel Provstgaard-Morys. We are grateful to Mr. Brian Langley, the National Trust, and the Carew Pole Garden Charitable Trust for granting us access to the collection site. We are also grateful to Dr. Jeff Clements and one additional anonymous reviewer for their comments which helped improved this manuscript.

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  1. Marine Biology and Ecology Research Centre, School of Biological and Marine Sciences, University of Plymouth, Drake Circus, Plymouth, PL4 8AA, UK

    A. J. Lemasson & A. M. Knights

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  1. A. J. Lemasson
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Correspondence to A. J. Lemasson.

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Communicated by Carles Ibanez Marti

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Lemasson, A.J., Knights, A.M. Preferential Parasitism of Native Oyster Ostrea edulis Over Non-Native Magallana gigas by a Polydorid Worm. Estuaries and Coasts 42, 1397–1403 (2019). https://doi.org/10.1007/s12237-019-00560-y

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