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143 results for “Otago”
FIGURES 45 in A new Rakaia species (Opiliones, Cyphophthalmi, Pettalidae) from Otago, New Zealand
FIGURES 45. Rakaia macra sp. nov. 4. Ventral view of male paratype (scale bar 1mm); 5. Ventral view of female paratype (scale bar 1 mm).
FIGURES 811 in A new Rakaia species (Opiliones, Cyphophthalmi, Pettalidae) from Otago, New Zealand
FIGURES 811. Rakaia macra sp. nov. 8. External view of left chelicera of male (scale bar 500 µm); 9. Dentition of chelicera (scale bar 100 µm); 10. Left palp of male (scale bar 500 µm); 11. Trochanter of palp (scale bar 100 µm).
FIGURES 2930 in A new Rakaia species (Opiliones, Cyphophthalmi, Pettalidae) from Otago, New Zealand
FIGURES 2930. Rakaia macra sp. nov. ovipositor. 29. Entire ovipositor structure (scale bar 400 µm); 30. Ovipositor tip (scale bar 200 µm).
FIGURE 1 in Oligosoma eludens sp. nov. (Reptilia: Scincidae) from the Hawkdun, Ida, and Saint Bathans Ranges of North Otago, Aotearoa/New Zealand
FIGURE 1. Map showing distribution of four related Oligosoma species, including O. burganae (orange), O. repens (green) and O. toka (blue) and O. eludens sp. nov. (yellow).
FIGURE 3 in Oligosoma eludens sp. nov. (Reptilia: Scincidae) from the Hawkdun, Ida, and Saint Bathans Ranges of North Otago, Aotearoa/New Zealand
FIGURE 3. Typical habitats of Oligosoma eludens sp. nov.: Hawkdun Range (upper), Ida Range (lower). Skinks are predominantly found around vegetated edges of scree slopes.
FIGURE 2 in Oligosoma eludens sp. nov. (Reptilia: Scincidae) from the Hawkdun, Ida, and Saint Bathans Ranges of North Otago, Aotearoa/New Zealand
FIGURE 2. Oligosoma eludens sp. nov.: The holotype specimen after preservation (a–c) and live specimens photographed in the field (d–f).
FIGURE 4 in Oligosoma eludens sp. nov. (Reptilia: Scincidae) from the Hawkdun, Ida, and Saint Bathans Ranges of North Otago, Aotearoa/New Zealand
FIGURE 4. Maximum likelihood (ML) phylogenetic tree, with 1,000 bootstraps, for the Oligosoma inconspicuum species group, indicating the phylogenetic affinities of Oligosoma eludens sp. nov.
FIGURE 5. Pterognathia tuatara nov. spec. 5.1 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 5. Pterognathia tuatara nov. spec. 5.1 Habitus of a juvenile; 5.2–5.5 Basal plates and jaws of four specimens; 5.6 Sperm; 5.7 Basal plate and jaws in left lateral view. 5.2–5.7 to the same scale as Fig. 1.
FIGURE 4. Pterognathia spp. 4.1–4.3 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 4. Pterognathia spp. 4.1–4.3 Pterognathia sica, basal plate and jaws of two specimens (4.1 is a drawing of the preserved wholemount of 4.2); 4.4–4.6 Pterognathia ugera, basal plate and jaws of three specimens (4.5 is a ventral view, unsqueezed); 4.7–4.8 Pterognathia portobello nov. spec., basal plate and jaws of holotype (4.7 less squeezed than 4.8). All to the same scale as Fig. 1.
FIGURE 7 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 7. Gnathostomula cf. salotae. 7.1 Habitus; 7.2 Bursa; 7.3–7.4 Male copulatory organ of two specimens; 7.5–7.6 Two aspects of sperm squeezed from the testes; 7.7–7.8 Basal plates and jaws of two specimens (7.8 also shows the jugum, top). 7.5–7.8 to the same scale as Fig. 1.
FIGURE 3. Haplognathia spp. 3.1–3.3 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 3. Haplognathia spp. 3.1–3.3 Haplognathia gubbarnorum, basal plate and jaws of three specimens; 3.4–3.6 Haplognathia rosea, basal plate and jaws of three specimens; 3.7–3.8 Haplognathia ruberrima, basal plate and jaws of two specimens. All to the scale in Fig. 1.
FIGURE 6 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 6. Pterognathia tuatara nov. spec. Basal plates and jaws of three specimens (in 6.1 the basal plate is below the jaws, and upsidedown). Phase contrast micrographs of live specimens.
FIGURE 9. Austrognatharia australis nov. spec. 9.1 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 9. Austrognatharia australis nov. spec. 9.1 Anterior; 9.2 Posterior body region; 9.3 Conuli in the testis; 9.4 Mature conulus. Phase contrast micrographs of live specimens.
FIGURE 8. Austrognatharia australis nov. spec. 8.1 in Gnathostomulida from the Otago Peninsula, southern New Zealand
FIGURE 8. Austrognatharia australis nov. spec. 8.1 Head region; 8.2 Posterior body region with bursa and male organs! 8.3–8.4 Basal plate and jaws of two specimens; 8.5 Mature conulus; 8.6 Twin conulus; 8.7 Fused conuli from the bursa. 8.3–8.7 to the same scale as Fig. 1.
FIGURES 62–65 in Resolving the confusion between two fossil freshwater diatoms from Otago, New Zealand: Encyonema jordanii and Encyonema jordaniforme (Cymbellaceae, Bacillariophyta)
FIGURES 62–65. Scanning electron micrographs from sample AT82 (Encyonema jordani, Otago, New Zealand, Weissflog Collection, Jordan, 4/1882) present in the Hustedt Collection in Bremerhaven (Germany). 62. External view of an entire valve. 63. External view of the valve apex showing the terminal raphe fissure. 64. Internal view of an entire valve showing the helictoglossa and the deflected proximal raphe endings. 65. Internal view of the central area showing the intermissio and the square-shaped areolae. Scale bar represent 10 μm in figs 62, 64 and 1 μm for figs 63, 65.
FIGURES 25–61. E. jordanii. 25–43 in Resolving the confusion between two fossil freshwater diatoms from Otago, New Zealand: Encyonema jordanii and Encyonema jordaniforme (Cymbellaceae, Bacillariophyta)
FIGURES 25–61. E. jordanii. 25–43. Light micrographs from sample AT82 (Encyonema jordani, Otago, New Zealand, Weissflog Collection, Jordan, 4/1882) present in the Hustedt Collection in Bremerhaven (Germany). 44–61. Light micrographs from sample Slide VIII-2-B1 (Van Heurck Collection, Botanic Garden Meise, Belgium). Scale bar represents 10 μm.
FIGURES 85–89 in Resolving the confusion between two fossil freshwater diatoms from Otago, New Zealand: Encyonema jordanii and Encyonema jordaniforme (Cymbellaceae, Bacillariophyta)
FIGURES 85–89. Scanning electron micrographs of E. jordaniforme from Foulden Maar. 85. External view of an entire valve. 86. External view of the central area showing small rounded areolae and almost straight proximal raphe endings. 87. External view of a valve apex showing the terminal raphe fissure. 88. Internal view of an entire valve. 89. Internal view of the central area showing the deflected proximal raphe endings with a broad intermissio. Scale bar represent 10 μm for figs 85, 88 and 1 μm for figs 86, 87, 89.
FIGURES 1–24. 1–2. P. T in Resolving the confusion between two fossil freshwater diatoms from Otago, New Zealand: Encyonema jordanii and Encyonema jordaniforme (Cymbellaceae, Bacillariophyta)
FIGURES 1–24. 1–2. P. T. Cleve's original figures of Encyonema jordanii. 3–10. E. jordanii from Hustedt in A.Schmidt Atlas plate 379. 11–16. E. jordanii sensu Foged 1979, Krammer's type for E. jordaniforme. 17. Foged's sample phial 508 photographed by Nina Lindholm. 18–24. Raeside's figures of Cymbella jordanii. Scale bars represent 10 μm.
FIGURES 66–84 in Resolving the confusion between two fossil freshwater diatoms from Otago, New Zealand: Encyonema jordanii and Encyonema jordaniforme (Cymbellaceae, Bacillariophyta)
FIGURES 66–84. Light micrographs of E. jordaniforme from Foulden Maar (sample 7 U. K.). Scale bar represents 10 μm.
Otago Exercise Program on Balance, Endurance and Motor Coordination in Pre-school Children
ClinicalTrials.gov study NCT06893692. IPD Sharing: NO. Countries: 1. Publications: 1.
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