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131 results for “Semi-aquatic”
FIGURE 2. Male Hydrolutos gransabanensis—a in Hydrolutos gransabanensis sp. n. (Orthoptera: Anostostomatidae), a new semi-aquatic Lutosini species from Gran Sabana (Venezuela)
FIGURE 2. Male Hydrolutos gransabanensis—a total view.
Figure 7 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 7 - Morphology of holotype (CUMZ 3407) of G. chiangraiensis sp. n. A external ventral view, annular clitellum in XVII–XXXVIII B internal dorsal view.
Figure 6 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 6 - Photographs showing the A Glyphidrilus chiangraiensis sp. n. and other earthworms casts B type locality of G. chiangraiensis sp. n. in the river banks of Mekong River at Wat Hatkai, Chiangkhong, Chiangrai, north Thailand, and C coloration of newly collected paratype (CUMZ 3408) after the first preservation step in 30% (v/v) ethanol.
Figure 4 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 4 - Morphology of holotype (CUMZ 3403) of Glyphidrilus nanensis sp. n. A external ventral view, annular clitellum in XVII–XXXIII B internal dorsal view.
Figure 9 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 9 - Morphology of holotype (CUMZ 3422) of Glyphidrilus sekongensis sp. n. A external ventral view, annular clitellum in XVI–XXXVII B internal dorsal view.
Figure 2 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 2 - Map showing type locality of Glyphidrilus satunensis sp. n. (arrow head) located on the shore of the Nong Prakpraya at Mueang, Satun, south Thailand.
Figure 12 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 12 - Morphology of holotype (CUMZ 3426) of Glyphidrilus champasakensis sp. n. A external ventral view, annular clitellum in XIX–XLIX B internal dorsal view.
Figure 11 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 11 - Photographs showing the A Glyphidrilus champasakensis sp. n. B type locality of G. champasakensis sp. n. in the banks of Mekong River at Ban Khonkhen, Champasak, Laos and C coloration of newly collected paratype (CUMZ 3427) after the first preservation step in 30% (v/v) ethanol.
Figure 3 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 3 - Photographs showing the A Glyphidrilus nanensis sp. n. casts B type locality of G. nanensis sp. n. in the rice field near Nan River at Saklek, Phichit, north Thailand C coloration of living paratype (CUMZ 3404).
Figure 8 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 8 - Morphology of holotype (CUMZ 3420) of Glyphidrilus namphao sp. n. A external ventral view, annular clitellum in XVII–XXIX B internal dorsal view.
Figure 5 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 5 - Morphology of holotype (CUMZ 3405) of Glyphidrilus satunensis sp. n. A external ventral view, annular clitellum in XVII–XXXIII B internal dorsal view.
Figure 1 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 1 - Distribution map of the new Glyphidrilus species from Thailand and Laos. Numbers in the circles refer to localities of the new species. 1 Glyphidrilus nanensis sp. n. 2 Glyphidrilus chiangraiensis sp. n. 3 Glyphidrilus namphao sp. n. 4 Glyphidrilus sekongensis sp. n. 5 Glyphidrilus namdonensis sp. n. and 6 Glyphidrilus champasakensis sp. n.
Figure 13 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 13 - Photographs showing A Metaphire sp. B Amynthas mekongianus (Cognetti, 1922) C and D Cocoons of Glyphidrilus in the soil.
Figure 10 from: Chanabun R, Inkavilay K, Panha S (2017) New species of semi-aquatic freshwater earthworm genus Glyphidrilus Horst, 1889 from Thailand and Laos (Oligochaeta, Almidae). ZooKeys 672: 1-34. https://doi.org/10.3897/zookeys.672.10212
Figure 10 - Morphology of holotype (CUMZ 3424) of Glyphidrilus namdonensis sp. n. A external ventral view, annular clitellum in XX–XXXVII B internal dorsal view.
Supplementary material 1 from: Escoriza D (2018) Patterns of occurrence of semi-aquatic reptiles in highly invaded Mediterranean rivers. NeoBiota 38: 23-35. https://doi.org/10.3897/neobiota.38.23940
Supplementary tables :
Fig. 29 in Semi-aquatic Epilamprinae cockroaches (Blattodea: Blaberidae) in Cameroon: towards a revision of continental African species of Rhabdoblatta Kirby, 1903 and Africalolampra Roth, 1995
Fig. 29. Habitus and labels of the holotypes of the synonyms. A. Epilampra electa Borg, 1902, holotype, ♀ (NRM-BLAT 0002103). B. Epilampra infinita Borg, 1902, holotype, ♀ (NRM-BLAT 0002104). C. Epilampra sjoestedti Borg, 1902, holotype, ♂ (NRM-BLAT 0002105). Photographed by Gunvi Lindberg (©2023 Naturhistoriska riksmuseet). Original photos cropped, light levels and contrast adjusted. Made available by the Swedish Museum of Natural History under Creative Commons Attribution 4.0 International Public License, CC-BY 4.0. Scale bars = 5 mm.
Fig. 9 in Semi-aquatic Epilamprinae cockroaches (Blattodea: Blaberidae) in Cameroon: towards a revision of continental African species of Rhabdoblatta Kirby, 1903 and Africalolampra Roth, 1995
Fig. 9. Africalolampra stipata (Walker, 1868) comb. nov., male specimen (MNHN-EP7595), genitalia. Abbreviations: see Material and methods. Scale bars = 0.5 mm.
Fig. 30 in Semi-aquatic Epilamprinae cockroaches (Blattodea: Blaberidae) in Cameroon: towards a revision of continental African species of Rhabdoblatta Kirby, 1903 and Africalolampra Roth, 1995
Fig. 30. Rhabdoblatta lyncea (Gerstaecker, 1883), male specimen (LUHM). A. Habitus in dorsal and ventral views. B–C. Abdomen and close-up on tergal gland (C) in dorsal views. D. Abdomen in ventral view. E. Pronotum. F. Head and front femorae. G. 'Cristallized' slide of male genitalia. Scale bars: A = 5 mm; B, D–F = 1 mm. C, G not to scale.
Fig. 27 in Semi-aquatic Epilamprinae cockroaches (Blattodea: Blaberidae) in Cameroon: towards a revision of continental African species of Rhabdoblatta Kirby, 1903 and Africalolampra Roth, 1995
Fig. 27. Rhabdoblatta usambarensis (Rehn, 1931), female specimen (RMCA). A. Habitus in dorsal and ventral views. B. Head. C. Pronotum. D. Front femora. E. Subgenital plate, ventral view. F. Hind leg, ventral view. G. Metatarsi, ventral view. Scale bars: A = 5 mm; B–F = 2 mm; G = 1 mm.
Data from: Quantitative analysis of connectivity in populations of a semi-aquatic mammal using kinship categories and network assortativity
Analyzing the impact of anthropogenic and natural river barriers on the dispersal of aquatic and semi-aquatic species may be critical for their conservation, but no adequate genetic methods have been developed for quantifying the effect of specific barriers on current connectivity. Knowledge of kinship relationships between individuals and reconstructions of pedigrees obtained using genomic data can be extremely useful, not only for studying the social organization of animals, but also inferring how the last few generations of offspring have dispersed. In this study, we used kinship data to analyze connectivity patterns in a small semi-aquatic mammal, the Pyrenean desman, in an area comprising two river systems with close headwaters and dams of various sizes. Using a large SNP dataset from 70 specimens, we obtained kinship categories and reconstructed pedigrees. To quantify the barrier effect of specific obstacles, we constructed kinship networks and devised a method based on the assortativity coefficient, which measures the proportion between observed and expected kinship relationships across a barrier. The estimation of this parameter enabled us to infer that the most important barrier in the area was the watershed divide between the rivers, followed by a dam on one of the rivers. Other barriers did not significantly reduce the expected number of kinship relationships across them. This strategy and the information obtained with it may be crucial in determining the most important connectivity problems in an area and help develop conservation plans aimed at improving genetic exchange between populations of threatened species.
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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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