%0 Figure %A Bouquet, Jean-Marie %A Troedsson, Christofer %A Novac, Aliona %A Reeve, Magnus %A Lechtenbörger, Anna K. %A Massart, Wendy %A Skaar, Katrine S. %A Aasjord, Anne %A Dupont, Sam %A M. Thompson, Eric %D 2018 %T Schematic of the response of O. dioica to pH variation and warming impacts. %U https://plos.figshare.com/articles/figure/Schematic_of_the_response_of_i_O_i_i_dioica_i_to_pH_variation_and_warming_impacts_/5755083 %R 10.1371/journal.pone.0190625.g006 %2 https://ndownloader.figshare.com/files/10138875 %K appendicularian zooplankton species %K pH %K impact %K marine pelagic ecosystems %K seawater conditions Ocean warming %K future ocean conditions %K fecundity %K OA %K dioica abundance %K fitness %X

Whereas many measured parameters remained unchanged (bottom right), some physiological alterations are manifest in a significant increase of fecundity and therefore population fitness. This may be the result of increased digestion and assimilation efficiency.

%I PLOS ONE