Functional trade-offs in the aquatic feeding performance of salamanders.
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Cites background from "Functional trade-offs in the aquati..."
...(Stinson and Deban, 2017) (Stinson and Deban, 2017) (Stinson and Deban, 2017) (Stinson and Deban, 2017) (Stinson and Deban, 2017) Fig....
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...…vertebrates confirms the generality of this pattern, at least when feeding away from the substrate (Day et al., 2005; Ferry-Graham et al., 2003; Higham et al., 2006; Lauder and Clark, 1984; Nauwelaerts et al., 2007, 2008; Pekkan et al., 2016; Staab et al., 2012; Stinson and Deban, 2017)....
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...Furthermore, examination of fluid flow fields obtained in flow visualization studies of ray-finned fish, elasmobranchs and other suction-feeding vertebrates confirms the generality of this pattern, at least when feeding away from the substrate (Day et al., 2005; Ferry-Graham et al., 2003; Higham et al., 2006; Lauder and Clark, 1984; Nauwelaerts et al., 2007, 2008; Pekkan et al., 2016; Staab et al., 2012; Stinson and Deban, 2017)....
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...(A) All 403 analyzed feeding strikes including two species from Higham et al. (2006), one species from Ferry-Graham et al. (2003) and five species of salamander from Stinson and Deban (2017)....
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Cites background or result from "Functional trade-offs in the aquati..."
...These differences, as well as those measured in aquatically feeding salamandrids, indicate that functional trade-offs occur in species that feed across environments (Miller and Larsen, 1989, 1990; Stinson and Deban, 2017)....
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...Morphological and kinematic specializations, such as greater mineralization of the hyobranchial apparatus and faster hyobranchial depression, produce higher fluid velocity in aquatically feeding newts (Miller and Larsen, 1989; Stinson and Deban, 2017)....
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...A robust hyobranchial apparatus better resists flexion as the oropharynx is expanded, permitting faster and more forceful hyobranchial depression (Stinson and Deban, 2017)....
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...Studies of aquatic feeding morphology and performance have found that salamanders with more robust and mineralized hyobranchial apparatus produce greater fluid velocity during suction-feeding events (Özeti andWake, 1969;Miller and Larsen, 1989; Stinson and Deban, 2017)....
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...…trade-offs in salamander feeding Feeding morphology and performance (i.e. tongue-projection distance, velocity, acceleration and power) are specialized for terrestrial feeding in Chioglossa and Salamandra, whereas Paramesotriton is specialized for aquatic feeding (Stinson and Deban, 2017)....
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