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, Les concentrations élevées et persistantes en PbTx dans les tissus peuvent augmenter le risque de transfert trophique longtemps après les efflorescences, ce qui pourrait avoir des répercussions négatives sur d'autres pêcheries importantes, en plus des conséquences sur la chaîne alimentaire. Même s'il ne peut pas être établi avec certitude que la réduction de la croissance, de la survie et du recrutement sont bien dus aux marées rouges, nos observations suggèrent que K. brevis est un facteur important dans les changements radicaux observés de la structure et de la dynamique de la population de P. viridis. Le présent travail a permis, à partir d'un suivi pluri-annuel, de caractériser la dynamique des populations de P. viridis établies localement. En outre, le développement d'un modèle mécaniste de bioénergétique (DEB) a permi d'établir des prévisions sur la croissance et la reproduction de la moule verte à partir d'un forçage par les conditions environnementales. Ce travail a permis de synthétiser nos connaissances sur P. viridis et aide à comprendre la dynamique de la population, Ces résultats indiquent que même si des concentrations tissulaires élevées en PbTx peuvent réduire la croissance de P. viridis, la gamétogenèse n'est-elle pas inhibée, ce qui permet à la population de moule verte de subsister, même si la mortalité individuelle était élevée