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181 results for “Aurorae”
FIGURES 1–13 in Redescription and distribution of the rare flower chafer, Periphanesthes aurora (Motschulsky, 1858) (Coleoptera: Scarabaeidae: Cetoniinae)
FIGURES 1–13. Periphanesthes aurora (Motschulsky, 1858). 1–3. Male habitus: 1. dorsal; 2. ventral; 3. lateral. 4. Mediodiscal area of elytra. 5. Sinuous striolae near anteapical umbone of left elytron. 6. Posterior margin of elytron. 7–8. Mesometasternal process: 7. lateral; 8. ventral. 9. Pygidium. 10. Ventral surface of protibia. 11. Ventral surface of mesofemur. 12. Ventral surface of metafemur. 13. Parameres.
FIGURES 14–22 in Redescription and distribution of the rare flower chafer, Periphanesthes aurora (Motschulsky, 1858) (Coleoptera: Scarabaeidae: Cetoniinae)
FIGURES 14–22. Periphanesthes aurora (Motschulsky, 1858). 14. Habitus illustrations in original publication (after Motschulsky). 15–19. Lectotype of Macroma aurora Motschulsky, 1858, female: 15. Dorsal; 16 Ventral; 17. Pronotum; 18–19. Labels. 20. Identification label of Ma Wen-Zhen for Bonsiella blanda (Jordan, 1895). 21–22. Habitat of adult (Mt. Qiandashan, Zhuji, Zhejiang, China, by Tiexiong Zhao). 23. Distribution map (inset map: type locality "Amboina").
Fig. 5. Alagoasa aurora mouthparts. A in A New Species of Flea Beetle in the Genus Alagoasa Bechyné (Coleoptera: Chrysomelidae: Galerucinae) from Highland Costa Rica
Fig. 5. Alagoasa aurora mouthparts. A) Ventral surface of the maxilla; B) detail of the dorsal surface of the palpus showing the high density of setae; C) labium.
Subspecies and Distribution. P. a. anetianusJ. E. Gray, 1870 — S Vanuatu Is in Erromango and Aneityum (= Anatom). P.a.aorensisLawrence,1945—CVanuatuIs(EspirituSantoandAore)P.a.bakeriThomas,1925—CVanuatuIs(Nguma,Emao,andEfate). P.a.banksianusSanborn,1930—NVanuatuinBanksIs(Ureparara,VanuaLava,andGauaorSantaMaria). P.a.eotinusK.Andersen,1913—CVanuatuIsinMaewo(=Aurora),Ambae(=Aoba),Pentecost,Malo,andMalekula(=Malakula)Is;populationsofAmbryn,Lopevi,andEpiIstentativelyassignedtothissubspecies. P.a.motalavaeFelten&Kock,1972—NVanuatuIs(MotaLava). P. a. pastoris Felten & Kock, 1972 — C VanuatuIs (Tongoa, Emae, and Shepperd Is group). in Pteropodidae
Subspecies and Distribution. P. a. anetianusJ. E. Gray, 1870 — S Vanuatu Is in Erromango and Aneityum (= Anatom). P.a.aorensisLawrence,1945—CVanuatuIs(EspirituSantoandAore)P.a.bakeriThomas,1925—CVanuatuIs(Nguma,Emao,andEfate). P.a.banksianusSanborn,1930—NVanuatuinBanksIs(Ureparara,VanuaLava,andGauaorSantaMaria). P.a.eotinusK.Andersen,1913—CVanuatuIsinMaewo(=Aurora),Ambae(=Aoba),Pentecost,Malo,andMalekula(=Malakula)Is;populationsofAmbryn,Lopevi,andEpiIstentativelyassignedtothissubspecies. P.a.motalavaeFelten&Kock,1972—NVanuatuIs(MotaLava). P. a. pastoris Felten & Kock, 1972 — C VanuatuIs (Tongoa, Emae, and Shepperd Is group).
PFRR ASC Image Dataset for Troyer et al. 2022 (Substorm Activity as a Driver of Energetic Pulsating Aurora)
<p>This data set contains movies taken from the Poker Flat Digital All Sky Camera of nights where pulsating aurora occurred at the same time that the Poker Flat Incoherent Scatter Radar was running in an MSWinds (D-region) mode. There are two types of movies here. File names looking like 428-YYYY-MM-DD.mp4 are movies compiled from the 428 nm images. File names looking like YYYY-MM-DD-white.mp3 are movies compiled by creating a grayscale image using the 428, 558, and 630nm images.</p>
On following pages: 184. Koopman's Pencil-tailed Tree Mouse (Chiropodomys karlkoopmani); 185. Greater Pencil-tailed Tree Mouse (Chiropodomys major); 186. Gray-bellied Pencil-tailed Tree Mouse (Chiropodomys muroides); 187. Lesser Pencil-tailed Tree Mouse (Chiropodomys pusillus); 188. Luzon Cordillera Forest Mouse (Apomys abrae); 189. Aurora Forest Mouse (Apomys aurorae); 190. Banahaw Forest Mouse (Apomys banahao); 191. Brown's Forest Mouse (Apomys brownorum); 192. Camiguin Forest Mouse (Apomys camiguinensis); 193. Northern Luzon Forest Mouse (Apomys datae); 194. Large Mindoro Forest Mouse (Apomys gracilirostris); 195. Mindanao Mossy Forest Mouse (Apomys hylocoetes); 196. Mindanao Montane Forest Mouse (Apomys insignis); 197. Mount Irid Forest Mouse (Apomys iridensis); 198. Mindanao Lowland Forest Mouse (Apomys littoralis); 199. Lubang Forest Mouse (Apomys lubangensis); 200. Large Forest Mouse (Apomys magnus); 201. Small Luzon Forest Mouse (Apomys microdon); 202. Mount Mingan Forest Mouse (Apomys minganensis); 203. Least Philippine Forest Mouse (Apomys musculus); 204. Long-nosed Luzon Forest Mouse (Apomys sacobianus); 205. Sierra Madre Forest Mouse (Apomys sierrae); 206. Zambales Forest Mouse (Apomys zambalensis); 207. Isarog Shrew Mouse (Archboldomys luzonensis); 208. Large Cordillera Shrew Mouse (Archboldomys maximus); 209. Isarog Striped Shrew Rat (Chrotomys gonzalesi); 210. Lowland Striped Shrew Rat (Chrotomys mindorensis); 211. Sibuyan Striped Shrew Rat (Chrotomys sibuyanensis); 212. Blazed Luzon Striped Shrew Rat (Chrotomys silaceus); 213. Montane Striped Shrew Rat (Chrotomys whitehead). in Muridae
On following pages: 184. Koopman's Pencil-tailed Tree Mouse (Chiropodomys karlkoopmani); 185. Greater Pencil-tailed Tree Mouse (Chiropodomys major); 186. Gray-bellied Pencil-tailed Tree Mouse (Chiropodomys muroides); 187. Lesser Pencil-tailed Tree Mouse (Chiropodomys pusillus); 188. Luzon Cordillera Forest Mouse (Apomys abrae); 189. Aurora Forest Mouse (Apomys aurorae); 190. Banahaw Forest Mouse (Apomys banahao); 191. Brown's Forest Mouse (Apomys brownorum); 192. Camiguin Forest Mouse (Apomys camiguinensis); 193. Northern Luzon Forest Mouse (Apomys datae); 194. Large Mindoro Forest Mouse (Apomys gracilirostris); 195. Mindanao Mossy Forest Mouse (Apomys hylocoetes); 196. Mindanao Montane Forest Mouse (Apomys insignis); 197. Mount Irid Forest Mouse (Apomys iridensis); 198. Mindanao Lowland Forest Mouse (Apomys littoralis); 199. Lubang Forest Mouse (Apomys lubangensis); 200. Large Forest Mouse (Apomys magnus); 201. Small Luzon Forest Mouse (Apomys microdon); 202. Mount Mingan Forest Mouse (Apomys minganensis); 203. Least Philippine Forest Mouse (Apomys musculus); 204. Long-nosed Luzon Forest Mouse (Apomys sacobianus); 205. Sierra Madre Forest Mouse (Apomys sierrae); 206. Zambales Forest Mouse (Apomys zambalensis); 207. Isarog Shrew Mouse (Archboldomys luzonensis); 208. Large Cordillera Shrew Mouse (Archboldomys maximus); 209. Isarog Striped Shrew Rat (Chrotomys gonzalesi); 210. Lowland Striped Shrew Rat (Chrotomys mindorensis); 211. Sibuyan Striped Shrew Rat (Chrotomys sibuyanensis); 212. Blazed Luzon Striped Shrew Rat (Chrotomys silaceus); 213. Montane Striped Shrew Rat (Chrotomys whitehead).
FIGURE 1 in Owstonia aurora (Perciformes: Cepolidae: Owstoniinae), a new bandfish from the Philippines
FIGURE 1. Owstonia aurora, holotype, ASIZP0068194, 74.9 mm SL, Aurora, off East Luzon, Philippines. Alizarin Red stained specimen photograph.
FIGURE 2 in Owstonia aurora (Perciformes: Cepolidae: Owstoniinae), a new bandfish from the Philippines
FIGURE 2. Owstonia aurora, paratype, ASIZP0068193, 69.8 mm SL, Aurora, off East Luzon, Philippines. (A) & (B) fresh specimen photograph; (C) X-radiograph.
Diffusion rates for GRL manuscript "Red line diffusion-like auroras driven by time domain structures associated with braking magnetotail flow bursts"
<p>This dataset in MATLAB files provide electron bounce-averaged pitch-angle diffusion rates due to scattering by time domain structures and whistler-mode waves, as pertinent to the manuscript submission to the Geophysical Research Letters (doi: 10.1029/2024GL109000), titled "Red line diffusion-like aurora driven by time domain structures associated with braking magnetotail flow bursts". </p> <p>Please cite the original GRL manuscript when using TDS-driven diffusion rates from this dataset for your research.</p>
AURORA: Learning Action and Reasoning-Centric Image Editing from Videos and Simulations
<p>Dataset for the publication "Learning Action and Reasoning-Centric Image Editing from Videos and Simulations".</p> <p>Details to fully use the dataset: https://github.com/McGill-NLP/AURORA</p> <p> </p> <p>Abstract:</p> <p>An image editing model should be able to perform diverse edits, ranging from object replacement, changing attributes or style, to performing actions or movement, which require many forms of reasoning. Current <em>general</em> instruction-guided editing models have significant shortcomings with action and reasoning-centric edits. Object, attribute or stylistic changes can be learned from visually static datasets. On the other hand, high-quality data for action and reasoning-centric edits is scarce and has to come from entirely different sources that cover e.g. physical dynamics, temporality and spatial reasoning. To this end, we meticulously curate the <strong>A</strong>U<strong>RO</strong>R<strong>A</strong> Dataset (<strong>A</strong>ction-<strong>R</strong>easoning-<strong>O</strong>bject-<strong>A</strong>ttribute), a collection of high-quality training data, human-annotated and curated from videos and simulation engines. We focus on a key aspect of quality training data: triplets (source image, prompt, target image) contain a single meaningful visual change described by the prompt, i.e., <em>truly minimal</em> changes between source and target images. To demonstrate the value of our dataset, we evaluate an <strong>A</strong>U<strong>RO</strong>R<strong>A</strong>-finetuned model on a new expert-curated benchmark (<strong>A</strong>U<strong>RO</strong>R<strong>A-Bench</strong>) covering 8 diverse editing tasks. Our model significantly outperforms previous editing models as judged by human raters. For automatic evaluations, we find important flaws in previous metrics and caution their use for semantically hard editing tasks. Instead, we propose a new automatic metric that focuses on discriminative understanding. We hope that our efforts : (1) curating a quality training dataset and an evaluation benchmark, (2) developing critical evaluations, and (3) releasing a state-of-the-art model, will fuel further progress on general image editing.</p>
FIGURE 8. Polyandrocarpa aurorae n in Ascidians collected during the Madibenthos expedition in Martinique: 2. Stolidobranchia, Styelidae
FIGURE 8. Polyandrocarpa aurorae n.sp. Branchial sac cut transversally and stained, scale bar = 1cm.
FIGURE 7. Polyandrocarpa aurorae n in Ascidians collected during the Madibenthos expedition in Martinique: 2. Stolidobranchia, Styelidae
FIGURE 7. Polyandrocarpa aurorae n.sp.. A, zooid, scale bar = 5mm; B, body ventrally opened, scale bar = 1cm; C, detail of some polycarps.
FIGURE 11. H. numata aurora Bates, 1862 in Alternative facts: a reconsideration of putatively natural interspecific hybrid specimens in the genus Heliconius (Lepidoptera: Nymphalidae)
FIGURE 11. H. numata aurora Bates, 1862, "typical" form (dorsal, ventral). Peru: Loreto, Iquitos. (image source: https:/ /cliniquevetodax.com/Heliconius/pages/numata%20aurora.html). Other variants of this race are more melanic, lacking the yellow apical band on the FW.
Figure 3 in Characterisation of the complete mitochondrial genome of the imperiled Pearl darter Percina aurora (Perciformes: Percidae)
Figure 3. Selective pressure analysis in the protein coding genes of Percina aurora. Top: KA value for each protein-coding gene. Middle: KS value for each protein-coding gene. Bottom: KA/KS ratio for each protein-coding gene.
Figure 1 in Characterisation of the complete mitochondrial genome of the imperiled Pearl darter Percina aurora (Perciformes: Percidae)
Figure 1. Circular representation of Percina aurora mitochondrial genome. Photo credit: United States Fish and Wildlife Service (used with permission).
Figure 5 in Characterisation of the complete mitochondrial genome of the imperiled Pearl darter Percina aurora (Perciformes: Percidae)
Figure 5. Features present in the Control Region (CR) (987 bp) of the Percina aurora mitogenome. The CR is separated into an extended termination-associated sequence domain (ETAS), a core domain, and a conserved sequence block (CSB) domain. The underlined portion denotes the long tandem repeat sequence within the ETAS domain. The blue-green highlighted sequence represents the ETAS 1 region while the blue highlighted sequence represents the ETAS 2 region. Nucleotides in green, yellow and pink correspond to the F-box, E-box and D-box regions within the central domain, respectively. Nucleotides in cyan, red and dark green correspond to the CSB-1, CSB-2 and CSB-3 regions, respectively.
Figure 4 in Characterisation of the complete mitochondrial genome of the imperiled Pearl darter Percina aurora (Perciformes: Percidae)
Figure 4. Visualisation of the tRNA secondary structure in the mitochondrial genome of Percina aurora.
Figure 2 in Characterisation of the complete mitochondrial genome of the imperiled Pearl darter Percina aurora (Perciformes: Percidae)
Figure 2. Codon usage in 13 protein coding genes of Percina aurora. Columns indicate the relative frequency of synonymous codons separated by amino acid.
Derived data for: "Magnetic reconnection near the planet as a possible driver of Jupiter's mysterious polar auroras"
<p>Derived data for "Magnetic reconnection near the planet as a possible driver of Jupiter’s mysterious polar auroras", accepted for publication in the Journal of Geophysical Research: Space Physics.</p>
FIGURE 1. A–G. Amyema nickrentii. A in Discovery through photography: Amyema nickrentii, a new species of Loranthaceae from Aurora Province, Philippines
FIGURE 1. A–G. Amyema nickrentii. A. Habit of plant with fruits and young flowers on Teijsmanniodendron bogoriense host plant. B. Young inflorescence. C. Infructescence. D. Twig. E. Young inflorescence showing flowers in triads. F. Epicortical runner with infructescence and young inflorescence. G. Senescent flower. A–D, G–F: Barcelona 3853 with Pelser. E: Barcelona 3852 with Pelser. Photographs taken by Pelser & Barcelona. See www.phytoimages.siu.edu for additional photos and photos of the host plants.
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
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.