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37 results for “puddles”
Data from: A new puddle frog (Phrynobatrachidae: Phrynobatrachus) from the Mambilla Plateau in eastern Nigeria
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Data from: A new puddle frog (Phrynobatrachidae: Phrynobatrachus) from the Obudu Plateau in eastern Nigeria
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Supplementary material 2 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
: Data type: multimedia
Supplementary material 1 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
: Data type: molecular data
Figure 5 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
Figure 5 Phylogenetic placement of Phrynobatrachusbibita sp. n. Bayesian phylogenetic inference of the genus Phrynobatrachus based on the mitochondrial rRNA 16s. Nodes with a posterior support of 1 are marked with a black circle and nodes with high posterior support (>0.95) are marked with a white circle. Individuals of Phrynobatrachus species known to occur in Ethiopia are shown in boldface. Photos of Ethiopian representatives are displayed, from top to bottom: Phrynobatrachusminutus (SB175; Kibre Mengist), P.inexpectatus (SB143; Magnete, Harenna forest), P.bibita sp. n. (SB440; male holotype), P.natalensis (SB454; Mizan Teferi).
Figure 3 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
Figure 3 Habitat of Phrynobatrachusbibita sp. n. A Type locality of P.bibita sp. n. Overgrown pond in primary forest B Two females P.bibita sp. n. in situ, next to a clutch of eggs, in vegetation at ca. 30 cm above the water. Multiple females and egg clutches were found in similar circumstances.
Figure 2 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
Figure 2 Phrynobatrachusbibita sp. n. A Live pictures of P.bibita sp. n. Male holotype (left; SB440) and female paratopotype (right; SB424) B Ventral and dorsal views of the same individuals, with male on the left and female on the right. Scale bar: 10 mm.
Figure 4 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
Figure 4 Advertisement call of Phrynobatrachusbibita sp. n. Spectrograms (upper panels) and sonograms (lower panels; relative amplitude) of Ethiopian Phrynobatrachus advertisement calls. APhrynobatrachusbibita sp. n. (specimen not collected) BP.minutus (SB233) CP.natalensis (specimen not collected).
Figure 1 from: Goutte S, Reyes-Velasco J, Boissinot S (2019) A new species of puddle frog from an unexplored mountain in southwestern Ethiopia (Anura, Phrynobatrachidae, Phrynobatrachus). ZooKeys 824: 53-70. https://doi.org/10.3897/zookeys.824.31570
Figure 1 Type locality of Phrynobatrachusbibita sp. n. A Map of Ethiopia showing the location of Bibita Mountain B View from Bibita Mountain looking east, at an elevation of approximately 1900 m.
Figure 4 in The advertisement call and tadpole of the Ambangulu Puddle Frog (Phrynobatrachus ambanguluensis) (Anura: Phrynobatrachidae) from Tanzania
Figure 4. Mouthparts of Phrynobatrachus ambanguluensis.
Figure 3. A Phrynobatrachus ambanguluensis tadpole, PEM A14286 in The advertisement call and tadpole of the Ambangulu Puddle Frog (Phrynobatrachus ambanguluensis) (Anura: Phrynobatrachidae) from Tanzania
Figure 3. A Phrynobatrachus ambanguluensis tadpole, PEM A14286. Scale bar = 10 mm.
Figure 2 in The advertisement call and tadpole of the Ambangulu Puddle Frog (Phrynobatrachus ambanguluensis) (Anura: Phrynobatrachidae) from Tanzania
Figure 2. Advertisement call of Phrynobatrachus ambanguluensis. Waveform above, spectrogram below.
Figure 3 in Biogeographical analysis of Cameroonian puddle frogs and description of a new species of Phrynobatrachus (Anura: Phrynobatrachidae) endemic to Mount Oku, Cameroon
Figure 3. Holotype of Phrynobatrachus chukuchuku sp. nov. (MCZ A- 138127) in A, dorsal, B, ventral, C, lateral views. Typical gular coloration of P. chukuchuku sp. nov. exhibited by adult male (MCZ A- 138127; D), in comparison to adult female (MCZ A-138130; E). Scale bars = 1 mm.
Figure 1 in Biogeographical analysis of Cameroonian puddle frogs and description of a new species of Phrynobatrachus (Anura: Phrynobatrachidae) endemic to Mount Oku, Cameroon
Figure 1. Maximum likelihood phylogram inferred from mitochondrial nucleotide sequence data of 12S rRNA, valinetRNA, and 16S rRNA. Numbers above branches are nonparametric bootstrap proportions from PHYML analysis; numbers below branches are Bayesian posterior probabilities. 100% nonparametric bootstrap support and 1.00 posterior probability are indicated by asterisks (*).
Figure 2. A in Biogeographical analysis of Cameroonian puddle frogs and description of a new species of Phrynobatrachus (Anura: Phrynobatrachidae) endemic to Mount Oku, Cameroon
Figure 2. A, map depicting the south-west Cameroonian highlands, part of the Cameroon Volcanic Line, including Bioko Island (Equatorial Guinea) and the Obudu Plateau (Nigeria). Samples for biogeographical analyses were included from those highland regions indicated by asterisks (*). Biogeographical regions were delineated by both elevation (as indicated in legend) and geographical area (see Methods). B, dispersal of Phrynobatrachus into montane regions of the Cameroon Volcanic Line as reconstructed using DIVA analyses. Letters at nodes signify reconstructed elevation for ancestor: L, lowland (0–900 m); S, submontane (901–1800 m); M, montane (1801–3000 m). The mountain symbol represents the ancestral geographical distribution that includes only mainland highland regions: Mt Manengouba, Mt Nlonako, Bamenda-Banso Highlands (including Mt Bamboutos and Mt Oku), and Obudu Plateau. Asterisks denote species that are found at lowland elevations on the mainland but reach submontane elevations on Bioko Island. Phrynobatrachus werneri A represents MVZ 234835 (Cameroon: Northwest Region), whereas Phrynobatrachus werneri B represents MVZ 253334 (Nigeria: Cross River State).
Gene flow increases phylogenetic structure and inflates cryptic species estimations: a case study on widespread Philippine puddle frogs (Occidozyga laevis)
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Puddle formation and persistent gaps across the non-mean-field breakdown of superconductivity in overdoped (Pb,Bi)2Sr2CuO6+δ
<p>The cuprate high-temperature superconductors exhibit many unexplained electronic phases, but the superconductivity at high doping is often believed to be governed by conventional mean-field Bardeen–Cooper–Schrieffer theory. However, it was shown that the superfluid density vanishes when the transition temperature goes to zero, in contradiction to expectations from Bardeen–Cooper–Schrieffer theory. Our scanning tunnelling spectroscopy measurements in the overdoped regime of the (Pb,Bi)2Sr2CuO6+δ high-temperature superconductor show that this is due to the emergence of nanoscale superconducting puddles in a metallic matrix. Our measurements further reveal that this puddling is driven by gap filling instead of gap closing. The important implication is that it is not a diminishing pairing interaction that causes the breakdown of superconductivity. Unexpectedly, the measured gap-to-filling correlation also reveals that pair breaking by disorder does not play a dominant role and that the mechanism of superconductivity in overdoped cuprate superconductors is qualitatively different from conventional mean-field theory.</p>
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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