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201 results for “Cocos”
LRO Craters (COCO)
<p>This remarkable dataset of lunar images captured by the LRO Camera has been meticulously labeled in COCO format for object detection tasks in computer vision. The COCO annotation format provides a standardized way of describing objects in the images, including their locations and class labels, enabling machine learning algorithms to learn to recognize and detect objects in the images more accurately.</p> <p>This dataset captures a wide variety of lunar features, including craters, mountains, and other geological formations, all labeled with precise and consistent COCO annotation. The dataset's comprehensive coverage of craters and other geological features on the Moon provides a treasure trove of data and insights into the evolution of our closest celestial neighbor.</p> <p>The COCO annotation format is particularly well-suited for handling complex scenes with multiple objects, occlusions, and overlapping objects. With the precise labeling of objects provided by COCO annotation, this dataset enables researchers and scientists to train machine learning algorithms to automatically detect and analyze these features in large datasets.</p> <p>In conclusion, this valuable dataset of lunar images labeled in COCO annotation format provides a powerful tool for research and discovery in the field of planetary science. With its comprehensive coverage and precise labeling of lunar features, it offers a wealth of data and insights into the evolution of the Moon's landscape, facilitating research and understanding of this enigmatic celestial body.</p>
Supplementary Table Chapter 5 - Coco Duizer
<p><strong>Supplementary Table Chapter 5 - Coco Duizer</strong></p> <p><strong>Table S2: <strong><span>Results of the microarray analysis of HeLa 57A cells stimulated with <em>C</em>. <em>jejuni-</em>released ADP-heptose.</span></strong><span> <br></span></strong><span><span>Shown are all genes that are either up- or downregulated with a statistical significance of p <em>< </em>0.05.</span></span></p>
FIGURE 3 in A new species and a new host record of Pseudoberkleasmium (Pseudoberkleasmiaceae, Dothideomycetes) from Cocos nucifera and Zea mays in northern Thailand
FIGURE 3. Pseudoberkleasmium chiangraiense (MFLU 21–0291, holotype). a–c. The appearance of conidiomata on the host substrate. d–g. Conidia with basal cell (arrows indicate micronematous). h. A colony on PDA from above and below. i–l. Conidia (arrows indicate micronematous). m. A germinated conidium. Scale bars: d, e, m = 30 µm, f, g, i–l = 20 µm.
FIGURE 2 in A new species and a new host record of Pseudoberkleasmium (Pseudoberkleasmiaceae, Dothideomycetes) from Cocos nucifera and Zea mays in northern Thailand
FIGURE 2. Pseudoberkleasmium chiangmaiense (MFLU 21–0290, new host record). a, b. Appearance of conidiomata on host substrate. c–g. Conidia attached to conidiogenous cells (arrows indicate conidiogenous cells). h–l. Conidia. Scale bars: a =1000 µm, b = 300 µm, c–d = 50 µm, e–m = 20 µm.
FIGURE 1 in A new species and a new host record of Pseudoberkleasmium (Pseudoberkleasmiaceae, Dothideomycetes) from Cocos nucifera and Zea mays in northern Thailand
FIGURE 1. RAxML tree based on analyses of combined LSU, SSU, ITS, TEF1-α and RPB2 dataset. The tree is rooted with Lophiostoma crenatum (CBS 629.86) and L. arundinis (CBS 621.86). Bootstrap values for ML ≥ 75% and Bayesian posterior probabilities (PP) ≥ 0.95 are labelled on the nodes. The newly obtained sequences are indicated in red, while type strains are in black/red bold.
On following pages: 3. Mountain Dwarf Galago (Galagoides orinus); 4. Rondo Dwarf Galago (Galagoides rondoensis 7. Tanzania Coast Dwarf Galago (Galagoides zanzibaricus); 8. Northern Lesser Galago (Galago senegalensis); 9. Somali Galago (Galago matschiei); 12. Bioko Squirrel Galago (Sciurocheirus alleni); 13. Cross River Squirrel Galago (Sciurocheirus); 5. Mozambique Dwarf Galago (Galagoides granti); 6. Kenya Coast Dwarf Galago (Galagoides cocos); Lesser Galago (Galago gallarum); 10. Southern Lesser Galago (Galago moholi); 11. Spectacled Lesser cameronensis); 14. Gabon Squirrel Galago (Sciurocheirus gabonensis). in Galagidae
On following pages: 3. Mountain Dwarf Galago (Galagoides orinus); 4. Rondo Dwarf Galago (Galagoides rondoensis 7. Tanzania Coast Dwarf Galago (Galagoides zanzibaricus); 8. Northern Lesser Galago (Galago senegalensis); 9. Somali Galago (Galago matschiei); 12. Bioko Squirrel Galago (Sciurocheirus alleni); 13. Cross River Squirrel Galago (Sciurocheirus); 5. Mozambique Dwarf Galago (Galagoides granti); 6. Kenya Coast Dwarf Galago (Galagoides cocos); Lesser Galago (Galago gallarum); 10. Southern Lesser Galago (Galago moholi); 11. Spectacled Lesser cameronensis); 14. Gabon Squirrel Galago (Sciurocheirus gabonensis).
Distribution. Probable original distribution includes SE Bangladesh, Myanmar, Laos, Vietnam, Taiwan, Thailand, Cambodia, Malay Peninsula, Sumatra (including offshore Is of Simeulue, Nias, Mentawai Archipelago, and Enggano), Borneo, Java, Bali, and many nearby Is. Introduced into the Philippines, Sulawesi, Moluccas, Lombok, Sumbawa, Flores, Timor, and various other Is in more ancient times (in the last 2000-3000 years) and also to many Melanesian and Pacific Is, including Ryukyu, Hawaii, Christmas, Cocos (= Keeling), Palau, Northern Mariana, Guam, Micronesia, Marshall, Nauru, Kiribati, New Guinea, Bismarck, Solomon, Tuvalu, Tokelau, Futuna, Vanuatu, New Caledonia, Fiji, Samoa, Tonga, Niue, Cook, French Polynesia, Norfolk, New Zealand, and Adele. in Muridae
Distribution. Probable original distribution includes SE Bangladesh, Myanmar, Laos, Vietnam, Taiwan, Thailand, Cambodia, Malay Peninsula, Sumatra (including offshore Is of Simeulue, Nias, Mentawai Archipelago, and Enggano), Borneo, Java, Bali, and many nearby Is. Introduced into the Philippines, Sulawesi, Moluccas, Lombok, Sumbawa, Flores, Timor, and various other Is in more ancient times (in the last 2000-3000 years) and also to many Melanesian and Pacific Is, including Ryukyu, Hawaii, Christmas, Cocos (= Keeling), Palau, Northern Mariana, Guam, Micronesia, Marshall, Nauru, Kiribati, New Guinea, Bismarck, Solomon, Tuvalu, Tokelau, Futuna, Vanuatu, New Caledonia, Fiji, Samoa, Tonga, Niue, Cook, French Polynesia, Norfolk, New Zealand, and Adele.
FIGURA 7 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 7. Mapa de ubicación de las 31 unidades playa-duna analizadas en la isla de República Dominicana.
FIGURA 6 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 6. Ocupación hotelera de frentes de playa-duna y siembra de palmas en la zona de playa emergida en playa Bávaro y Cortecito.Imágenes de enero de 2023.
FIGURA 2 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 2. Estructura tipo del sistema playa-duna del Caribe,según Martínez & Moreno-Casola (1996).
FIGURA 1 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 1. Imágenes de raíces de palma de coco expuestas sobre sustratos de playa en playa la Romana,las Terrenas,Cayo Levantado y Bávaro.Imágenes de marzo de 2023.
FIGURA 5 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 5. Plantaciones de cocoteros en zona traseras de sector playa-duna de playa Rincón y el Valle.Imágenes de enero de 2023.
FIGURA 7 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 7. Mapa de ubicación de las 31 unidades playa-duna analizadas en la isla de República Dominicana. Location map of the 31 beach-dune units analyzed on the island of the Dominican Republic.
FIGURA 4 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 4. Distribución natural y pre-colombina artificial del coco,Cocos nucifera. La región interna de menor tamaño representa el área de origen aparente; la región externa de mayor tamaño representa la distribución artificial antes de 1500 D.C.Fuente:Parrota (1993). Natural and artificial pre-Columbian distribution of the coconut,Cocos nucifera. The smaller inner region represents the apparent area of origin;the larger outer region represents the artificial distribution before A.D.1500.Source:Parrota (1993).
FIGURA 1 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 1. Imágenes de raíces de palma de coco expuestas sobre sustratos de playa en playa la Romana,las Terrenas,Cayo Levantado y Bávaro.Imágenes de marzo de 2023. Images of coconut palm roots exposed on beach substrates in La Romana,Las Terrenas,Cayo Levantado and Bávaro beaches.Images from March 2023.
FIGURA 9 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 9. Procedencia de las palmas en cuanto a funcionalidad,agraria o turística en base a los valores dependientes de las variables 1 y 2. Origin of the palms in terms of functionality,agricultural or tourist based on the dependent values of variables 1 and 2.
FIGURA 2 in Análisis de los efectos erosivos de la palma (Cocos nucifera L.) en los sistemas playa-duna de República Dominicana
FIGURA 2. Estructura tipo del sistema playa-duna del Caribe,según Martínez & Moreno-Casola (1996). Typical structure of the Caribbean beach-dune system,according to Martínez & Moreno-Casola (1996).
FIGURE 2 in Description of a new species of cusk-eel (Teleostei, Ophidiiformes, Ophidiidae, Ophidion) from the Galápagos Archipelago and Isla del Coco, long known but previously undescribed
FIGURE 2. Ophidion galapagensis photographed on night dive at Isabella Island, August 1990, "depth 30 to 50 feet," by Peter L. Haaker.
FIGURE 1 in Description of a new species of cusk-eel (Teleostei, Ophidiiformes, Ophidiidae, Ophidion) from the Galápagos Archipelago and Isla del Coco, long known but previously undescribed
FIGURE 1. Ophidion galapagensis photographed shortly after capture, at Wenmen Island, 15 May 1984, by Jack S. Grove.
FLIR aligned - LLVIP COCO annotations [CAFF-DINO architecture]
<p>Contains the annotations converted in COCO format for : </p> <ul> <li>LLVIP dataset :</li> <li>FLIR-Aligned dataset : </li> </ul> <p>[Used for the CAFF-DINO dev. : <em><strong>CAFF-DINO: Multi-spectral object detection transformers with cross-attention</strong></em><br><em><strong>features fusion, Helvig et al, 2024, CVPR workshop on Perception beyond the visible spectrum]</strong></em></p>
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Allen Brain Atlas
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International Brain Laboratory public data
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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.