02808nas a2200241   4500008004100000245008400041210006900125300001100194490000600205520207100211653001302282653000902295653001502304653002502319653001602344653001802360100002302378700002902401700002002430700001702450700001902467856008002486       2019                        eng d00aTemperature effects on performance and physiology of two prairie stream minnows0 aTemperature effects on performance and physiology of two prairie  acoz0630 v73 a<p>Earth&rsquo;s atmosphere has warmed by ~1&deg;C over the past century and continues to warm at an increasing rate. Effects of atmospheric warming are already visible in most major ecosystems and are evident across all levels of biological organization. Linking functional responses of individuals to temperature is critical for predicting responses of populations and communities to global climate change. The southern redbelly dace Chrosomus erythrogaster and the central stoneroller Campostoma anomalum are two minnows (Cyprinidae) that commonly occur in the Flint Hills region of the USA but show different patterns of occurrence, with dace largely occupying headwater reaches and stonerollers persisting in both headwater and intermediate-sized streams. We tested for differences between species in critical thermal maximum, energy metabolism, sustained swimming and activity over an ecologically relevant temperature gradient of acclimation temperatures. Typically, metrics increased with acclimation temperature for both species, although stoneroller activity decreased with temperature. We observed a significant interaction between species and temperature for critical thermal maxima, where stonerollers only had higher critical thermal maxima at the coldest temperature and at warm temperatures compared to the dace. We did not find evidence suggesting differences in the energy metabolism of dace and stonerollers. We detected interspecific differences in sustained swimming performance, with dace having higher swimming speed than stonerollers regardless of acclimation temperature. Finally, there was a significant interaction between temperature and species for activity; dace activity was higher at intermediate and warm temperatures compared to stonerollers. We observed subtle interspecific differences in how performance metrics responded to temperature that did not always align with observed patterns of distribution for these species. Thus, other ecological factors likely are important drivers of distributional patterns in these species.</p>10aActivity10afish10ametabolism10aswimming performance10aTemperature10athermal limit1 aFrenette, Bryan, D1 aBruckerhoff, Lindsey, A.1 aTobler, Michael1 aGido, K., B.1 aClark, Timothy  uhttps://academic.oup.com/conphys/article-pdf/7/1/coz063/30337107/coz063.pdf00445nas a2200133   4500008004100000245004900041210004500090260004400135490002100179100002000200700001700220700002000237856005400257       2019                        eng d00aThe thermal ecology of prairie stream fishes0 athermal ecology of prairie stream fishes  aManhattan, KS.bKansas State University0 vPhD Dissertation1 aFrenette, Bryan1 aGido, K., B.1 aTobler, Michael  uhttps://krex.k-state.edu/dspace/handle/2097/39839