Theresa F. Dabruzzi

TL;DR: An increase in hypoxia tolerance allows Atlantic stingrays to forage for longer times and across a wide range of hypoxic habitats that are less accessible to predators and competitors.

TL;DR: Examination of gill transcriptome responses to salinity in wild‐caught juveniles from two populations of Sacramento splittail demonstrates that these populations have divergent transcriptomic responses toSalinity, which is consistent with observed physiological differences in salinity tolerance.

TL;DR: It is hypothesized that juvenile rays possess a thermal strategy similar to other hyperthermic specialists, in which fish prefer high temperatures, are always prepared for thermal extremes regardless of previous thermal history, and exhibit low metabolic thermal sensitivity.

TL;DR: Modeling thermal strategies used by red lionfish may provide new insights to the range and variability of thermal adaptations of scorpaenid fishes in general.

TL;DR: Critically thermal methodology was used to quantify critical thermal maxima (CTmaxima) of juvenile squaretail mullet and juvenile crescent terapon captured from shallow seagrass nursery areas around Hoga Island, southeast Sulawesi, Indonesia to test the hypothesis that these distantly related fishes, when acclimated to cycling temperatures, would display higher CTmaxima than groupsacclimated at constant temperatures.