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21 results for “Gato”
Leaf litter collected using baskets over the middle of the channel in Prieta arm B and Gatos
This is a long-term monitoring of leaf litter inputs into Prieta Stream, arm B, and into the Gatos stream. The monitoring is conducted using litter traps similar tho those used in other LTER project. Baskets are suspended over the channel and are emptied every other week. All material is dried and identified. Support for this work was provided by grants BSR-8811902, DEB-9411973, DEB-9705814 , DEB-0080538, DEB-0218039 , DEB-0620910 , DEB-1239764, DEB-1546686, and DEB-1831952 from the National Science Foundation to the University of Puerto Rico as part of the Luquillo Long-Term Ecological Research Program. Additional support provided by the University of Puerto Rico and the International Institute of Tropical Forestry, USDA Forest Service.
Figura 3 in Nuevos gato de Felidae registros directos, hábitats y amenazas del Geoffroy Leopardus geoffroyi (Carnivora: ) en las zonas sur y austral de Chile
Figura 3. Registro fotográfico del gato de Geoffroy depredando aves de corral en la comuna de Curarrehue. Figure 3. Photographic record of Geoffroy's cat preying on poultry in commune of Curarrehue.
Figura 2 in Primer Leopardus Pitumarca registro fotográfico del gato andino jacobita (Carnivora: Felidae) en , Perú
Figura 2. Registro fotográfico del gato andino (Leopardus jacobita) en Pitumarca, Perú. Figure 2. Photographic record of the Andean cat (Leopardus jacobita) in Pitumarca, Perú.
Figura 2 in Nuevos gato de Felidae registros directos, hábitats y amenazas del Geoffroy Leopardus geoffroyi (Carnivora: ) en las zonas sur y austral de Chile
Figura 2. Registros fotográficos* y capturas de videos+ del gato de Geoffroy (Leopardus geoffroyi) en Chile. A) comuna de Natales+; B) comuna de Curarrehue*; C) comuna de Coyhaique*; D) comuna de Natales*; E) comuna de Torres del Paine+. Figure 2. Photographic records* and captures of the videos+ of Geoffroy's cat (Leopardus geoffroyi) in Chile. A) commune of Natales+; B) commune of Curarrehue*; C) commune of Coyhaique*; D) Puerto Natales*; E) commune of Torres del Paine+.
Figura 1 in Primer Leopardus Pitumarca registro fotográfico del gato andino jacobita (Carnivora: Felidae) en , Perú
Figura 1. Distribución del gato andino (Leopardus jacobita) y nuevo registro en Pitumarca, Perú. a – Distribución global de L. jacobita, registros previos (rojo) y nuevo registro (amarillo); b – Localización del nuevo registro obtenido en Pitumarca, Perú (amarillo) y registro histórico más cercano (rojo). Las líneas amarillas representan redes viales. Al norte, la red vial nacional "30C" (Interoceánica Sur) y al sur la red vial departamental "Av. Progreso". Figure 1. Andean cat (Leopardus jacobita) distribution and new record in Peru. a – Distribution range of L. jacobita, previous records (red) and new record (yellow); b – Location of the new record obtained in Pitumarca, Peru (yellow) and nearest previous record (red). Yellow lines represent highways. To the North, the "30C" (Interoceánica Sur) highway and to the South, the "Av. Progreso" highway.
Fig. 1 in Gato andino (Leopardus jacobita, Cornalia 1865) en carretera: nueva amenaza para su conservación
Fig. 1. Records of Andean cat near highways and other vehicular paths. (A) Corani, Puno Department, Peru. (B) El Tártaro, Valparaíso Region, Chile. (C) Lauca National Park, Arica and Parinacota Region, Chile.
Figura 1 in Nuevos gato de Felidae registros directos, hábitats y amenazas del Geoffroy Leopardus geoffroyi (Carnivora: ) en las zonas sur y austral de Chile
Figura 1. Registros actuales (círculo rojo) e históricos (circulo verde) del gato de Geoffroy (Leopardus geoffroyi) en Chile y tipo de vegetación en cada uno de los registros. Figure 1. Current (red circle) and historical (green circle) records of Geoffroy's cat (Leopardus geoffroyi) in Chile and vegetation type in each record.
Figura 4 in Nuevos gato de Felidae registros directos, hábitats y amenazas del Geoffroy Leopardus geoffroyi (Carnivora: ) en las zonas sur y austral de Chile
Figura 4. Amenazas del gato de Geoffroy (Leopardus geoffroyi) en la comuna de Coyhaique. A) Canis lupus familiaris, B) Felis catus. Figure 4. Geoffroy's cat (Leopardus geoffroyi) threats in the Coyhaique commune. A) Canis lupus familiaris, B) Felis catus.
Fig. 1 in Gato andino (Leopardus jacobita, Cornalia 1865) en carretera: nueva amenaza para su conservación
Fig. 1. Registros de gato andino cercano a carreteras y otros caminos vehiculares. (A) Corani, departamento de Puno, Perú. (B) El Tártaro, Región de Valparaíso, Chile. (C) Parque Nacional Lauca, Región de Arica y Parinacota, Chile.
Figura 1 in Amblyomma tigrinum (Acari: Ixodidae) parasitando al gato montés Leopardus geoffroyi (Carnivora: Felidae) en la provincia de San Juan, Argentina
Figura 1. Ejemplar de Leopardus geoffroyi, detalle de la garrapata Amblyomma tigrinum en la región dorsal de la cabeza.
Gato de barro
figurilla decorativa de gato hecha de barro y pintada a mano; escaneada con un proceso de fotogrametría. Fueron utilizadas 150 fotografías dando como resultado un objeto 3d de dos millones de polígonos y 6.5 gigas de información; el resultado de este escaneo fue sometido a una optimización sencilla que permitiera que el objeto quedara con un peso menor a los 50 megas y pudiese mostrarse en internet. Source: Objaverse 1.0 / Sketchfab
UTILIZAÇÃO DO DISPOSITIVO NIO™ PARA OBTENÇÃO DE ACESSO INTRAÓSSEO EM CÃES E GATOS – ANÁLISE DE VIABILIDADE E SEGURANÇA
<p>A via intraóssea (IO) representa uma alternativa crucial de acesso vascular em pequenos animais, aplicável especialmente em situações emergenciais ou quando a obtenção de uma via venosa periférica se mostra inviável. A IO tem demonstrado ser uma opção eficaz e segura para procedimentos em pequenos animais, com menor propensão a complicações quando comparada a outras vias de acesso vascular durante cenários de emergência. Este estudo teve como objetivo principal a avaliação do dispositivo NIO quanto ao acesso intraósseo em cadáveres, com propósito de destacar as vantagens e desvantagens dessa ferramenta na prática da medicina veterinária intensiva, sobretudo como alternativa viável diante dos desafios na obtenção de vias periféricas. Os resultados obtidos foram notáveis na investigação da administração de fluidos cristaloides em diferentes regiões anatômicas, com destaque para o úmero e a tíbia como localizações preferenciais para tal procedimento. Adicionalmente, constatou-se uma discrepância na taxa de administração de cristaloides entre essas duas áreas: a média de gotejamento por minuto foi de 105 gotas/min no úmero, em contrapartida às 142 gotas/min na tíbia. Esses achados reforçam a eficácia e a rapidez da administração de cristaloides no úmero, o que o torna uma perspectiva promissora no contexto clínico. Com base nesses resultados, o dispositivo NIO se destaca como uma ferramenta valiosa para a obtenção de acesso intraósseo em cenários desafiadores, oferecendo benefícios significativos no tratamento de emergências médicas em cães e gatos.</p>
Appendix B and C of "The Galaxy Activity, Torus, and Outflow Survey (GATOS). Black hole mass estimation using machine learning"
Open the record for dataset details and reuse information.
FIGURES 1–6 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 1–6: Gato hyalinus light microscopy. Figs 1–4: Live colonies and cells showing mucilage tubes and plastids. Fig. 1. Colony showing branching. A Striatella unipunctata cell (S.u.) has attached to the end of one tube and there appear to be naviculoid cells inside the tubes (some indicated by arrows). Top part of colony partially overlain by a ribbon of Hyalosira interrupta (H.i.) (GU44O-F). Fig. 2: Dividing cell in near-girdle view at apex of colony, at two focal planes. A Licmophora sp. cell (L.) is attached to the outside of the tube (GU44O-F). Fig. 3. Cell in valve view (GU44O-F). Fig. 4: Cells in valve and girdle view with some evidence of a septum (arrow) within the mucilage tube (GU44W-10). Figs 5–6: Acid cleaned valves in LM, oriented with basal pole to left. Fig. 5: Valve at two focal planes showing rimoportulae at both poles (arrows) and faint sternum (GU44Z-15). Fig. 6: Valve with two rimoportulae (arrows), sternum not visible (GU44Z-15). Scale bars: Figs 1–4 = 20 µm; Figs 5, 6 = 10 µm.
FIGURES 20–26 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 20–26: Figs 20, 21: Gato hyalinus, SEM. Fig. 20: Head pole showing end of sternum (arrow), radiating striae, and rimoportula (GU44Z-15). Fig. 21: Portion of girdle bands (internal aspect) (Puerto Rico sample). Fig. 22: Florella portoricensis, LM, acid cleaned valve (RMI-M1: 5 m deep, Mile 28, Laura, Majuro Atoll, Marshall Islands). Fig. 23: Florella pascuensis LM, acid cleaned valve, showing a rimoportula (arrow) and one of the rows of transapical slits (arrowhead) (RMI-J5: 1 m deep reef on Kabbenbock Islet, Jaluit Atoll, Marshall Islands). Figs 24–26: Licmophora spp., SEM. Fig. 24: Foot pole of Licmophora proboscidea?, external view showing areolae, rimoportula opening, and multiscissura with 5 slits (GU41D-A1). Fig. 25: Foot pole of Licmophora sp. showing internal and external details of multiscissura (11 slits) and rimoportula. Note absence of rimoportula on the valve in external view. (Palau specimen.) Fig. 26: Licmophora flabellata, internal view of apex showing an apical rimoportula at end of sternum (arrow), plus 2 additional rimoportulae along the sternum (Puerto Rico specimen). Scale bars: Fig. 22, 23 = 10 µm; Fig. 24 = 5 µm; Figs 21, 26 = 2 µm; Figs 20, 25 = 1 µm.
FIGURES 12–19 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 12–19: Gato hyalinus, SEM of valves without rimoportula at foot pole. Figs 12–14: Internal view of valve with rimoportula only at apical pole and detail of basal and apical poles (GU55A-C). Apical detail shows rimoportula at end of sternum. Basal detail shows irregular striae and rimmed pores. Figs 15, 16: External details of basal and apical poles of a valve with no basal rimoportula (GU44Z-15). Fig. 15. Basal pole shows three additional rimmed pores (arrows) interrupting transapical striae. Fig. 16: Apical pole shows rimoportula beyond the end of the sternum within the radiating striae. Figs 17, 18: Internal details of basal and apical poles of a valve with no basal rimoportula (GU44Z-15). Fig. 17: Detail of rimmed pores at the basal pole. Fig. 18: Detail of additional rimmed pore. Fig. 19: Detail of areolae along a fracture through the valve (Puerto Rico sample). Scale bars: Fig. 12 = 10 µm; Figs 13–16 = 5 µm; Figs 17, 18 = 1 µm; Fig. 19 = 500 nm.
FIGURES 7–11 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 7–11: Gato hyalinus, SEM of valves with rimoportula at foot pole. Figs 7, 8: External view of valve and detail of basal pole showing external opening of rimoportula (arrow Fig. 8, also showing apical rimoportula opening, arrow in Fig. 7) and the two rows of rimmed pores with associated oblique striae ("cat's whiskers"). Fig. 9: Internal view of valve with rimoportulae at both poles (GU44P-B). Figs 10, 11: Details of basal pole with rimoportula in external and internal views (Puerto Rico sample). Scale bars: 7, 9 = 10 µm; 8 = 5 µm; 10, 11 = 2 µm.
Puntuacion de comida para gatos
<p>This dataset contains information about cat food, specifically its name, ingredients punctuation, nutrition punctuation and its total.</p>
Figura 2 in Primer registro de Polynoncus bullatus (Curtis, 1844) (Coleoptera: Trogidae) alimentándose en heces de gato montés, Leopardus sp. (Carnivora: Felidae), en Chile central
Figura 2. Excremento de gato montés, Leopardus sp.A. Espécimen de Polynoncus bullatus alimentándose al interior de la cavidad horadada. B. Fragmentos de hueso de roedor. Escala: 2 cm. / Wildcat feces, Leopardus sp. A. Specimen of Polynoncus bullatus feeding into the perforated cavity. B. Rodent bone fragments. Scale: 2 cm.
Figura 1 in Primer registro de Polynoncus bullatus (Curtis, 1844) (Coleoptera: Trogidae) alimentándose en heces de gato montés, Leopardus sp. (Carnivora: Felidae), en Chile central
Figura 1. EspecÍmenes de Polynoncus bullatus sobre las heces de gato montés, Leopardus sp., en una letrina ubicada en la localidad de Vilcuya (Los Andes, Región de ValparaÍso). / Specimens of Polynoncus bullatus associated with feces of the wildcat, Leopardus sp., in a latrine located in the town of Vilcuya (Los Andes, ValparaÍso Region).
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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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