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154 results for “Teruel”
Figures 13–18. Rolando Teruel Ochoa. Figure 13 in Rolando Teruel Ochoa
Figures 13–18. Rolando Teruel Ochoa. Figure 13. In the Cuban fields (2010). Figure 14. With his colleague and friend Javier Ponce Saavedra before the IV Congreso Latinoamericano de Aracnologia, Morelia, México (2014). Figure 15. Looking for troglobitic scorpions in a Cuban cave (2016). Figure 16. With his wife and also collaborator in the last 10 years, Sheyla Yong, looking for troglobitic scorpions in a Cuban cave (2018). Figure 17. With his colleague and friend Carlos Turiel in a Cuban cave (2020). Figure 18. With his wife Sheyla Yong exploring Cuban caves (2021).
Figures 31–35 in Rolando Teruel Ochoa
Figures 31–35. Scorpions (Buthidae, Microtityus) described by Rolando Teruel Ochoa. Figure 31. Microtityus barahona, female topotype with newborns. Figure 32. Microtityus flavescens, female topotype with newborns in fase of ecdysis. Figure 33. Microtityus farley, male topotype. Figure 34. Microtityus solegladi, female topotype with newborns. Figure 35. Microtityus minimus, female paratype with newborns.
Figures 7–12. Rolando Teruel Ochoa. Figures 7–8. With his colleague and mentor Luis F in Rolando Teruel Ochoa
Figures 7–12. Rolando Teruel Ochoa. Figures 7–8. With his colleague and mentor Luis F. de Armas (2010 and 2012). Figure 9. With his colleagues and friends Antonín Kůrka and František Kovařík (2010). Figure 10. With his colleague and friend František Kovařík (2010). Figure 11. Looking for scorpions (2010). Figure 12. With his colleagues and friends Tomás M. Rodríguez-Cabrera and František Kovařík (2010).
Figures 1–6. Rolando Teruel Ochoa. Figures 1–3 in Rolando Teruel Ochoa
Figures 1–6. Rolando Teruel Ochoa. Figures 1–3. Young Rolando (2000). Figure 4. Examining scorpions (2002). Figure 5. Going to collect scorpions (2003). Figure 6. At the 5th Congress on the Caribbean Biodiversity, Santo Domingo, Dominican Republic.
Figures 1-3. 1 in New relevant records for the Cuban Giant Whipscorpion: Mastigoproctus santiago Teruel, 2010 (Thelyphonida: Thelyphonidae)
Figures 1-3. 1 Maps of Cuba (a) and southern coast of Santiago de Cuba province (b, a close-up of the small inset in previous figure), showing updated distribution of Mastigoproctus santiago: previous records (red dots) and new records (yellow dots, Peñas Altas at extreme west and Sigua at extreme east). 2 New specimens of Mastigoproctus santiago, photographed alive: adult male from Sigua (a), subadult female from Sigua (b) and adult female from Peñas Altas (c). Note that flagellum is missing in specimen "b", in specimens "a" and "c" it is complete but off-frame. Scale bar in centimeters, with millimeter subdivisions. 3 Habitat and microhabitat of Mastigoproctus santiago at the two new localities herein recorded: Sigua, desert scrub (a) and exact cave room where specimens were found (b), Peñas Altas, dry semicaducifolious forest (c).
Figs. 4-5 in Una nueva especie del género Stagetus Wollaston, 1861 de Teruel, Península Ibérica (Coleoptera: Ptinidae: Dorcatominae).
Figs. 4-5.- Último artejo de los maxilares de: 4.- S. albarracinus n. sp. 5.- S. micoae Viñolas, 2011.
Figure 4 in On the adult female of Oiclus nanus Teruel et Chazal, 2010 (Scorpiones: Scorpionidae: Diplocentrinae)
Figure 4: Mainland Guadeloupe, showing both confirmed (1–2) and putative (3–4) records for Oiclus nanus: 1) Pointe des Châteaux; 2) Anse-Bertrand; 3) Terre-de-Haut; 4) Bouillante. See details of putative records in Teruel & Chazal (2010: 8–9).
Figure 3 in On the adult female of Oiclus nanus Teruel et Chazal, 2010 (Scorpiones: Scorpionidae: Diplocentrinae)
Figure 3: Live specimens of Oiclus nanus: a) adult female topotype; b) adult female from Anse-Bertrand; c) juvenile topotype.
Fig. 5 in Mosquitos (Diptera, Culicidae) de la Laguna de Tortajada (Teruel) (NE de la Península Ibérica).
Fig. 5.- Detalles de estructuras morfológicas larvarias características de algunas de las especies recolectadas. A) Culex pipiens, B) Aedes caspius, C) Anopheles atroparvus, D) Culex territans. Fuente: Bueno Marí (2010).
Fig. 3 in Mosquitos (Diptera, Culicidae) de la Laguna de Tortajada (Teruel) (NE de la Península Ibérica).
Fig. 3.- Margen litoral de la laguna donde se acumulan algas y se concentra la actividad larvaria de los mosquitos.
FIGURE 2 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 2. General view of La Cantalera site, showing the gray clays of the lower part of the Blesa Formation.
FIGURE 1 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 1. Geographical and geological setting of La Cantalera site (early Barremian, Teruel, Spain). 1, Geological map of the Iberian Peninsula with detailed location of the site of La Cantalera and its position within the Maestrazgo Basin (Ol: Oliete, Pa: Las Parras, Ga: Galve, Mo: Morella, Pe: Perelló, Sa: Salzedella, Pg: Peñagolosa). 2, Geological map of the area of La Cantalera. 3, Local geological units. 4, Stratigraphic column and position of La Cantalera. Modified from Canudo et al., 2010.
FIGURE 5 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 5. Crocodylomorph teeth attributed to Theriosuchus sp. from La Cantalera site. 1–4, MPZ 2014/478, 479, 480 and 481; photographs taken with a binocular microscope in mesial/distal, labial, lingual, apical (above) and radicular (below) views. 5, MPZ 2014/482a, 2014/482b and 2014/482c; photographs taken with a scanning electron microscope in mesial/distal (2014/482a, above), lingual (2014/482a, middle) and apical (2014/482a, below) views. Scale bars equal 1 mm.
FIGURE 4. 1–3, MPZ 2014 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 4. 1–3, MPZ 2014/472, 473, 474a and 474b; crocodylomorph teeth from La Cantalera site attributed to Bernissartiidae?; photographs taken with a binocular microscope (1,2) in mesial/distal, labial, lingual, apical (above) and radicular (below) views; photographs taken with a scanning electron microscope (3) in lingual (MPZ 2014/474a, above) and apical (MPZ 2014/474b, below) views. 4–6, MPZ 2014/475, 476, 477a, 477b and 477c; crocodylomorph teeth from La Cantalera site attributed to Bernissartiidae?, which may correspond to teeth from the anterior or mid region of the tooth row; photographs taken with a binocular microscope (4,5) in mesial/distal, labial, lingual, apical (above) and radicular (below) views; photographs taken with a scanning electron microscope (6) in labial (MPZ 2014/ 477a, left), mesial/distal (MPZ 2014/477b, right) and apical (MPZ 2014/477c, below) views. Scale bars equal 1 mm.
FIGURE 6. 1, MPZ 2014 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 6. 1, MPZ 2014/483; ziphodont crocodylomorph tooth attributed to Mesoeucrocodylia indet. in mesial/distal, labial, lingual (with detail of the denticles), apical (above) and radicular (below) views. 2, MPZ 2014/484; bizarre crocodylomorph tooth attributed to Mesoeucrocodylia indet. in mesial/distal (arrows show the bifurcated keel), labial, lingual, apical (above) and radicular (below) views. All photographs taken with a binocular microscope. Scale bars equal 1 mm.
FIGURE 3 in Exceptional crocodylomorph biodiversity of "La Cantalera" site (lower Barremian; Lower Cretaceous) in Teruel, Spain
FIGURE 3. Crocodylomorph teeth attributed to Goniopholididae? from La Cantalera site. 1–3, MPZ 2014/468, 469 and 470; photographs taken with a binocular microscope in mesial/distal, labial, lingual, apical (above) and radicular (below) views. 4, photographs taken with a scanning electron microscope in labial (above, MPZ 2014/471a) and mesial/distal (below, MPZ 2014/471b) views. Scale bars equal 1 mm.
FIGURE 12. M3 in A revision of European Plesiosminthus (Rodentia, Dipodidae), and new material from the upper Oligocene of Teruel (Spain)
FIGURE 12. M3 length (1) and width (2) of Plesiosminthus species. The bars represent the minimum and maximum in mm, a tick marks the mean, and the number of specimens is given to the right.
FIGURE 10. M1 in A revision of European Plesiosminthus (Rodentia, Dipodidae), and new material from the upper Oligocene of Teruel (Spain)
FIGURE 10. M1 length (1) and width (2) of Plesiosminthus species. The bars represent the minimum and maximum in mm, a tick marks the mean, and the number of specimens is given to the right.
FIGURE 9. m3 in A revision of European Plesiosminthus (Rodentia, Dipodidae), and new material from the upper Oligocene of Teruel (Spain)
FIGURE 9. m3 length (1) and width (2) of Plesiosminthus species. The bars represent the minimum and maximum in mm, a tick marks the mean, and the number of specimens is given to the right.
FIGURE 6 in A revision of European Plesiosminthus (Rodentia, Dipodidae), and new material from the upper Oligocene of Teruel (Spain)
FIGURE 6. Scatter diagrams of molar length (L) and width (W) of Plesiosminthus aff. conjunctus (cross) and Plesiosminthus sp. (circle) from Mirambueno 2A, compared with the distribution area (rectangle) of Plesiosminthus conjunctus molars from HERR8 (in mm). 1, m1; 2, m2; 3, m3; 4, M1; 5, M2; and 6, M3.
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.