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Data from: Computed tomography, anatomical description and three-dimensional reconstruction of the lower jaw of Eusthenopteron foordi Whiteaves, 1881
负责人:
关键词:
computed tomography;Devonian;early tetrapod;feeding;Fish;lower jaw;Eusthenopteron foordi;Eusthenopteron
DOI:
doi:10.5061/dryad.t9q11
摘要:
jaw morphology, suggests that Eusthenopteron may have used biting along with suction feeding to capture and consume large prey. Finally
Data from: A fish that uses its hydrodynamic tongue to feed on land
负责人:
关键词:
mudskipper;tongue;prey capture;newt;kinematics;hyoid;Periophthalmus barbarus
DOI:
doi:10.5061/dryad.0fg55
摘要:
known for suction feeding in fishes. However, the hyoid motion pattern showed a remarkable resemblance to newts during tongue prehension. Consequently, although alternati
Data from: Intermediate kinematics produce inferior feeding performance in a classic case of natural hybridization
负责人:
关键词:
biomechanics;Speciation: ecological;Lepomis macrochirus;Lepomis cyanellus;morphology;Fish;hybridization;Adaptation
DOI:
doi:10.5061/dryad.5g8c5
摘要:
using prey capture kinematics and morphology to parameterize suction feeding simulations on divergent parental resources. Hybrid individuals exhibited
Data from: A faster escape does not enhance survival in zebrafish larvae
负责人:
McHenry, Matthew J.
关键词:
Predation Locomotion Strategy
DOI:
doi:10.5061/dryad.mr720
摘要:
due to the relatively slow approach and limited range of suction feeding by fish predators. We did find that survival was enhanced when prey responded from
Data from: A new Mississippian tetrapod from Fife, Scotland, and its environmental context
负责人:
关键词:
Vallatisporites ciliaris (Luber) Sullivan 1964;Endosporites micromanifestus Hacquebard 1957;Convolutispora planimuricata Butterworth & Spinner 1967;Mississippian;Schulzospora camplyoptera (Waltz) Hoffmeister; Staplin & Malloy 1955;Tetrapod;Auroraspora solisorta Hoffmeister; Staplin & Malloy 1955;Verrucosisporites baccatus Staplin 1960;Knoxisporites triaradiatus Hoffmeister; Staplin & Malloy 1955;Waltzispora sagittata Playford 1962;Granulatisporites microgranifer Ibrahim 1933;Velamisporites tesellatus (Staplin) Ravn 1991;Lycospora pusilla (Ibrahim) Schopf; Wilson & Bentall 1944;Crassispora aculeata Neville 1968;Punctatisporites aerarius Butterworth & Williams 1958;Velamisporites sp. A (Rugospora sp. A of Neves & Ioannides 1974);Spathicephalus marsdeni sp.nov.;Pustulatisporites papillosus (Knox) Potonié & Kremp 1955;Claytonispora cf. variabilis (Clayton) Playford & Melo 2012;Densosporites pseudoannulatus Butterworth & Williams 1958;Spelaeotriletes balteatus (Playford) Higgs 1975;Velamisporites minutus (Neves & Ioannides) Ravn 1991;Verrucosisporites morulatus (Knox) Smith & Butterworth 1967;Waltzispora polita (Hoffmeister; Staplin & Malloy) Smith & Butterworth 1967;Corbulispora cancellata (Waltz) Bharadwaj & Venkatachala 1962;Convolutispora superficialis Felix & Burbridge 1967;Convolutispora vermiformis Hughes & Playford 1961;Felixites playfordii Elsik 1990;Knoxisporites stephanephorus Love 1960;Lycospora noctuina Butterworth & Williams 1958;Velamisporites polyptychus (Neves & Ioannides) Ravn 1991;Grandispora uncata Playford 1971;Densosporites triangularis Kosanke 1950;Botryococcus braunii Kützing 1849;Colatisporites decorus (Bharadwaj & Venkatachala) Williams in Neves et al. 1973;Diatomozonotriletes fragilis Clayton in Neves et al. 1973;Cingulizonates bialatus (Waltz) Smith & Butterworth 1967;Calamospora breviradiatus Kosanke 1950;Lophozonotriletes muricatus Hibbert & Lacey 1969;Spelaeotriletes crustatus Higgs 1975;Velamisporites corporata (Neves & Owens) Ravn 1991;Leiotriletes sphaerotriangulatus (Loose) Potonié & Kremp 1954;Vallatisporites communis Sullivan 1964;Knoxisporites literatus (Waltz) Playford 1963;Asbian;Visean;Anapiculatisporites baccatus (Hoffmeister; Staplin & Malloy) Ravn 1886;Tricidarisporites dumosus (Staplin) Sullivan & Marshall 1966;Spathicephalidae;Dictyotriletes submarginatus Playford 1963;Densosporites intermedius Butterworth & Williams 1958
DOI:
doi:10.5061/dryad.q6cg2
摘要:
teeth. Spathicephalids were probably one of the earliest tetrapod groups to use suction feeding on small, aquatic prey. Palynological and sedi

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