Dietary bioaccumulation of persistent organic pollutants in the common sole Solea solea in the context of global change. Part 2: Sensitivity of juvenile growth and contamination to toxicokinetic parameters uncertainty and environmental conditions variability in estuaries

Abstract

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Dietary bioaccumulation of persistent organic pollutants in the common sole Solea solea in the context of global change. Part 1: Revisiting parameterisation and calibration of a DEB model to consider inter-individual variability in experimental and natural conditions.

“…A companion paper (Mounier et al, 2020) presents how the model developed here allowed us to better understand the sensitivity of juvenile sole growth and contamination by some POPs to environmental factors affected by Global Changes in estuaries.…”

Improving knowledge on genotoxicity dynamics in somatic and germ cells of crayfish (Procambarus clarkii)

“…These contrasting profiles show that the identification of gender‐specificity in this context must consider the tissue/organ. It has been suggested that fish bioaccumulation is rather due to gender‐specific contaminant elimination (through gametes emission) rather than to differential accumulation (Mounier et al, 2020). Bodiguel et al (2009) used a mechanistic model to study the dynamics of PCB bioaccumulation in the European hake ( Merluccius merluccius ) and observed that female concentrations decreased suddenly during spawning, due to the loss of PCBs (polychlorinated biphenyls) contained in the eggs.…”

A review of the effects of contamination and temperature in Solea solea larvae. Modeling perspectives in the context of climate change

“…The presence of significant levels of pollutants in sole tissues can affect their physiological performance and harm the health of consumers. Given this, several studies assessing the bioaccumulation capacity and toxicity of different chemical contaminants (organic pollutants and metals) have been conducted using Solea solea as target species (Dierking et al, 2009;Wessel et al, 2010;Trisciani et al, 2011;Cannas et al, 2013;Sanchez-Nogué et al, 2013;Sister et al, 2013;Solé et al, 2013;Cuevas and Zorita, 2018;Mounier et al, 2020aMounier et al, , 2020b, some other study focused on differential mortality in age-0 juveniles (Guinand et al 2011). However, all these studies have focused on the juvenile stage and the ecotoxicity of contaminants at the early life stages of S. solea it is still, up to date, understudied.…”