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With the advent of the genomic era, which has partly been driven by advances  in stress ecology, there is enormous growth in molecular and computer  simulation techniques. Here we propose combining some of these techniques to  give more elaborate risk assessments that include the effects of population  variation in genotypes, phenotypes, and the way they link to aspects of life  history and adaptive potential. We focused on ways to ascertain whether  phenotypic plasticity or evolutionary responses constitute the basis for  observed stress responses, as well as on the extrapolation problem, i.e. how  do responses under controlled conditions correspond to those observed in  natural ecological populations or in evolutionary end-points of interest?  Additionally, we discuss the ways to integrate environmental variability into  risk analysis and pest control predictions that include gene-environment  interactions, focusing also on the importance of erosion of genetic diversity  by toxic stressors to the risk of population extinction

Contributions from population genetics to ecotoxicology and stress ecology in light of transformation to the population genomic era