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Growth patterns of Mytilopsis leucophaeata, an invasive biofouling bivalve in Europe
Verween, A.; Vincx, M.; Degraer, S. (2007). Growth patterns of Mytilopsis leucophaeata, an invasive biofouling bivalve in Europe, in: Verween, A. Biologische kennis als een instrument voor een ecologische verantwoorde biofouling beheersing: een case study van de invasieve mossel Mytilopsis leucophaeata in Europa = Biological knowledge as a tool for an ecologically sound biofouling control: a case study of the invasive bivalve Mytilopsis leucophaeata in Europe. pp. 91-109
Is gerelateerd aan:
Verween, A.; Vincx, M.; Degraer, S. (2006). Growth patterns of Mytilopsis leucophaeata, an invasive biofouling bivalve in Europe. Biofouling (Print) 22(4): 221-231. https://dx.doi.org/10.1080/08927010600816401, meer

Beschikbaar in  Auteurs 
    VLIZ: Open Repository 309733 [ OMA ]

Trefwoorden
    Population functions > Growth
    Properties > Physical properties > Thermodynamic properties > Temperature
    Mytilopsis leucophaeata (Conrad, 1831) [WoRMS]
    ANE, Nederland, Westerschelde [Marine Regions]
    Marien; Brak water
Author keywords
    Mytilopsis leucophaeata; growth; Westerschelde; temperature

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Abstract
    For the first time, growth of Mytilopsis leucophaeata, an important European fouling species, was investigated. By means of growth cages, individual shell growth of three cohorts, with, respectively, initial shell lengths of M. leucophaeata followed an oscillatory growth pattern with a single summer growing period per year (May to August). Growth decreased during wintertime, but never ceased completely. M. leucophaeata has an average growth rate of <3 - 6 mm year-1. Temperature was found to be the main environmental factor affecting growth. The von Bertalanffy growth function was used to model growth of individuals 19 mm with a growth rate of 0.41. Its longevity (more than 5 years) and the positive effect of higher water temperatures on growth, combined with its high resistance to chlorination, provides M. leucophaeata with a high potential for severe and long-lasting biofouling.

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