Data from: Synergistic interaction between UVB radiation and temperature increases susceptibility to parasitic infection in a fish
Cramp, Rebecca L., University of Queensland
Reid, Stefanie, University of Queensland
Seebacher, Frank, University of Sydney
Franklin, Craig E., University of Queensland
Published Sep 03, 2014 on Dryad.
Cite this dataset
Cramp, Rebecca L.; Reid, Stefanie; Seebacher, Frank; Franklin, Craig E. (2014). Data from: Synergistic interaction between UVB radiation and temperature increases susceptibility to parasitic infection in a fish [Dataset]. Dryad. https://doi.org/10.5061/dryad.74b31
Levels of UVB radiation (UVB) and mean temperatures have increased substantially over recent decades in many regions of the world. Both stressors independently can compromise immune function, disease resistance and fitness in fish. The impact of UVB can also be exacerbated by interactions with environmental temperatures. In this paper, we test the hypothesis that UVB and temperature act synergistically to influence patterns of energy consumption and susceptibility to disease. We exposed mosquitofish, Gambusia holbrooki, to a factorial design of low and high UVB levels and low (18°C) and high (25°C) temperatures. The combination of high UVB and high temperature interacted synergistically to suppress metabolism and exacerbate infection intensity by the fish pathogen whitespot (Ichtyhophthirius multifiliis). Given the rapid changes in the thermal environment globally, the interaction between UVB and temperatures on energy use and disease resistance could pose significant problems for aquatic animal health in the context of both pre-existing and emerging diseases.
Cramp et al raw data
Microsoft Excel spreadsheet with multiple tabs containing metabolic rate and parasite infection data.