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1,607 results for “art”
Rock art at Hellestø.
Rock art at Hellestø, Rogaland - Norway Location ID: 44551-1 Source: Objaverse 1.0 / Sketchfab
Arts of Southeast Asia virtual gallery
This virtual gallery is a combination of two things: our curator's and our exhibition designer's vision for the fall 2020 gallery remodel; and the sculptures for which we have made 3D models. Source: Objaverse 1.0 / Sketchfab
Art frame
Source: Objaverse 1.0 / Sketchfab
Huichol (Wixarika) Art - Skull
The Huichol are part of the Mexican people. currently living in northern Jalisco, part of Nayarit, Zacatecas and Durango, up in the mountains running through these states; They live quite isolated. Preserved until now very old customs, which they are very proud. The artwork of the Huichol tribe is known around the globe for its vibrant color and intricate detail. What is not as widely known, are the cultural traditions that weave together the ancient symbology of the art with the visionary experiences of each artisan. Source: huicholhandcrafts.com Source: Objaverse 1.0 / Sketchfab
Lüdinghausen Stone Art
Stone Art on a bridge in Lüdinghausen, Germany. From 1876. 3D scanned with 123D Catch. Location: 51.774534, 7.444104 Source: Objaverse 1.0 / Sketchfab
X Encuentro de Investigación y Documentación de Artes Visuales. "Por qué una historia y no otras"
<p>Celebrado en la Ciudad de México en el 2023 este video muestra las ponencia de la mesa número 1, titulado, "Por qué una historia y no otras". Mesa del X Encuentro de Investigación y Documentación de Artes Visuales del Cenidiap, "SUBVERTIR LAS AUSENCIAS. Historias, acervos y prácticas".</p> <p>En esta mesa participan : Claudia Adelaida Gil Corredor, <span>Marie-Christine Camus Joly, Arturo Rodríguez Döring y Alfredo Gurza González</span></p>
Art Images
<p>This Art Images dataset has 8577 samples. The dataset has five groups of art images, including Drawing, Painting, Sculpture, Engraving, and Iconography, with 1229, 2270, 1929, 841, and 2308 samples, respectively. This dataset is derived from an open library of the Virtual Russian Museum (https://rusmuseumvrm.ru). The data were divided into three sets: a training set, a validation set, and a test set with 7293, 428, and 856 samples, respectively.</p>
Global Atmospheric Real-Time Analysis Product (ART)
<p><span>Global Atmospheric Real-Time Analysis Product (ART) is a three-dimensional atmospheric real-time product covering the globe, <span> generated by the China Meteorological Administration (CMA) using a </span>four-dimensional ensemble variational assimilation method. It assimilates real-time collected conventional observations specific to the Chinese region and four major categories of 14 subcategories of conventional observations from global surface, upper-air, marine, aircraft reports, as well as satellite vertical detection radiance, infrared hyperspectral, occultation observations, atmospheric motion vectors, and ocean surface wind data. Upon verification and evaluation, the overall quality of this product is comparable to that of similar international products, with significantly better timeliness compared to foreign products. </span></p> <p><span>The ART includes real-time analysis products of global three-dimensional atmospheric temperature, humidity, wind, geopotential height, and other elements. It has a spatial resolution of 10km×10km, covering the entire globe, with a temporal resolution of 1 hour, and the product format is GRIB2.</span></p>
Supplementary material: Reflected Encounters at Hunter-Gatherer Rock Art Sites by the Water
<p>This audiovisual material brings to life the soundscape of prehistoric rock art sites in Finland, mainly from around 5,000 years ago. The painted cliffs rising directly from the lakes respond to human-made sounds with echoes. Rock art sites with images of animals, humans, boats, and even drummers are believed to have been ritual sites for prehistoric hunter-fisher-gatherers. </p> <p>The digital recreations were made in collaboration between musicologists, cognitive scientists, archaeologists and artists, using in situ impulse response recordings, dry studio recordings, terrestrial and aerial laser scans, spherical photography and convolution reverb and virtual reality techniques. The work was part of the Academy of Finland funded project ”Acoustics and auditory culture at hunter-gatherer rock art sites in Northern Europe, Siberia and North America” (2018–2023) at the University of Helsinki.</p> <p>Sound design: Perttu Kesäniemi, Paavo Rinkkala, Mikko Ojanen, Jaska Uimonen<br>Video design: Paavo Rinkkala <br>Vocal improvisation & wooden percussion plaque: Taina Saarikivi<br>Vocal improvisation: Emmi Kujanpää<br>Drumming: Mikko Heikinpoika <br>Linguistic reconstruction: Janne Saarikivi<br>Impulse response recording: Riitta Rainio, Julia Shpinitskaya, Lauri Tanskanen, Kai Lassfolk<br>Ambient sound recording: Riitta Rainio, YleArkisto<br>Photography: Julia Shpinitskaya, Riitta Rainio, Kai Lassfolk<br>Studio recording: Perttu Kesäniemi, Petteri Falck, Vilja Haapala, Heta Eronen, Tuulikki Toppari, Mikko Ojanen, Paavo Rinkkala, Riitta Rainio<br>Studio: University of Helsinki Music Research Laboratory & Electronic Music Studio<br>Studio software: Logic Pro X Space Designer<br>Virtual reality reconstruction: Paavo Rinkkala, Jami Pekkanen <br>Rendering software: Unreal Engine 5.1 <br>LiDAR scanning: Jari Okkonen <br>Drum & drumstick model: Paavo Rinkkala<br>Mesolithic canoe model: Carolien Bijvoet <br>Night sky: NASA Deep Star Maps 2020 <br>Foliage: Nature Package by SilverTm <br>Rock painting details: Ismo Luukkonen 2021</p> <p>Supplementary material to the article: <br>Rainio, R., Shpinitskaya, J., Rinkkala, P., Pekkanen, J., Kesäniemi, P. & Ojanen, M. 2024. Reflected Encounters at Hunter-Gatherer Rock Art Sites by the Water. <em>Sound Studies: An Interdisciplinary Journal</em>. <a href="https://doi.org/10.1080/20551940.2024.2419293" target="_blank" rel="noopener">https://doi.org/10.1080/20551940.2024.2419293</a></p> <p>The material is also available for streaming/embedding via: <a href="https://www.youtube.com/playlist?list=PLv5RHkY9FT3J-abz-NxFPPkSttVtAD_cC" target="_blank" rel="noopener">https://www.youtube.com/playlist?list=PLv5RHkY9FT3J-abz-NxFPPkSttVtAD_cC</a></p> <h2>Sound sample 1: Fisherman’s spell</h2> <p>This sound sample simulates what talking or incanting would have sounded like at the Keltavuori rock art site in Lappeenranta, about 2,500 years ago. The fisherman recites an incantation in front of the painted lakeshore cliff, 44 m away from the paintings. The lyrics in early Proto-Sámi are based on linguistic and cultural reconstruction, but are fully fictional. According to linguists, early Proto-Sámi could hypothetically have been spoken in Southeastern Finland around 500 BC, when the rock art sites were still being visited. However, the people who originally made the images of animals, humans and boats, probably spoke a completely different language.</p> <h2>Sound sample 2: Hammer vibrato at Vaskivuori</h2> <p>This sound sample simulates what singing would have sounded like at the Vaskivuori rock art site in Luumäki. The singer produces sounds with hammer vibrato technique in front of the painted lakeshore cliff, 44 m away from the paintings.</p> <h2>Sound sample 3: Nasal sounds at Haukkasaari</h2> <p>This sound sample simulates what singing would have sounded like at the Haukkasaari rock art site in Lemi. The singer produces nasal sounds in front of the painted lakeshore cliff, 29 m away from the paintings.</p> <h2>Sound sample 4: Cattle call at Olhavanvuori</h2> <p>This sound sample simulates what singing would have sounded like at the Olhavanvuori rock art site in Kouvola, Finland. The singer performs a traditional Scandinavian-style cattle call in front of the painted lakeshore cliff, 29 m away from the paintings.</p> <h2>Sound sample 5: Viena Karelian <em>Yoik</em> at Kalamaniemi</h2> <p>This sound sample simulates what chanting would have sounded like at the Kalamaniemi rock art site in Luumäki. The chanter performs a traditional Viena Karelian style <em>yoik</em> in front of the painted lakeshore cliff, 44 m away from the paintings.</p> <h2>Sound sample 6: Throat vibrato at Keltavuori</h2> <p>This sound sample simulates what singing would have sounded like at the Keltavuori rock art site in Lappeenranta. The singer produces sounds with throat vibrato technique in front of the painted lakeshore cliff, 24 m away from the paintings.</p> <h2>Video1 : Drumming in the Evening</h2> <p>This video recreates a drumming performance at the Siliävuori rock art site in Luumäki. The performer beats the drum in front of the painted lakeshore cliff, 26 m away from the paintings.</p> <h2>Video 2: Echoes at Siliävuori in Three Stages</h2> <p>This video recreates a chanting performance at the Siliävuori rock art site in Luumäki. At first, the chant is heard as recorded in the studio, without the acoustics of the place. Next, the painted rock cliff rising directly from the lake responds to the song with an echo. Eventually, the echoes from the whole environment are heard joining in.</p> <h2>Video 3: Singing in the Evening</h2> <p>This video brings to life a chanting performance at the Siliävuori rock art site in Luumäki. The chanter performs a traditional Viena Karelian style <em>yoik</em> in front of the painted lakeshore cliff, 26 m away from the paintings.</p> <h2>Video 4: Rock painting scenery at Siliävuori</h2> <p>This video takes a short tour of the digital recreation of the Siliävuori rock art site in Luumäki. </p> <p> </p>
IA e Historia del Arte... Un fake on fire
<p>Vídeo preparado para el CLARIAH-DAY 2024 sobre Inteligencia Artificial e Historia del Arte.</p>
ARTE experiments replication package
<p>This dataset contains the replication package for the paper entitled "ARTE: Automated Generation of Realistic Test Inputs for Web APIs"</p>
Abb. 2 in Rugiluclivina promineoculata sp. nov., eine auffällige, neue Art aus Laos (Coleoptera, Carabidae, Scaritinae)
Abb. 2: Rugiluclivina promineoculata sp. nov., a) Maxillarpalpus; b) Labialpalpus; c) Ligula. Massstab 0,5 mm.
Abb. 1 in Rugiluclivina promineoculata sp. nov., eine auffällige, neue Art aus Laos (Coleoptera, Carabidae, Scaritinae)
Abb. 1: Rugiluclivina promineoculata sp. nov., Paratypus, Habitus. Länge 9,1 mm. Foto: C. Germann (Naturhistorisches Museum Bern).
Abb. 3 in Rugiluclivina promineoculata sp. nov., eine auffällige, neue Art aus Laos (Coleoptera, Carabidae, Scaritinae)
Abb. 3: Rugiluclivina promineoculata sp. nov.: ♀ Genitalien, Coxostylus mit Teil des Lateraltergites; Massstab 0,5 mm.
Tafel 1 in Revision der Vitrea-Arten der Südkarpaten Rumäniens mit Beschreibung einer neuen Art (Gastropoda, Pulmonata, Pristilomatidae)
Tafel 1: Fig. 1. Vitrea diaphana (S. STUDER, 1820). Rumänien, Komitat Arad, Zărand Gebirge, Troaş, Genist des Galşa Baches, UTM: FS 00, aus MMM 91829/14 (H= 2.12 mm, D= 4.25 mm). Fig. 2. Vitrea erjaveci (BRUSINA, 1870). Rumänien, Komitat Arad, Zărand Gebirge, Troaş, Genist des Galşa Baches, UTM: FS 00, aus MMM 91828/19 (H= 2 mm, D= 4.25 mm). Fig. 3. Vitrea subcarinata (CLESSIN, 1877). Rumänien, Komitat Hunedoara, Şureanu Gebirge, Roşie-Tal (N von Petrila), im Wald, an N exponierten Kalkfelsen, 780 m ü. NN, UTM: FR 84, NMBE 32781 (H= 1.75 mm, D= 3.4 mm). Fig. 4. Vitrea contracta (WESTERLUND, 1871). Rumänien, Komitat Caraş-Severin, Berg Domogled E von Băile Herculane, Jelărăului Tal, an Kalkfelsen und im Bachgenist, UTM: FQ 17, NMBE 22537 (H= 1.5 mm, D= 3.1 mm). Fig. 5. Vitrea transsylvanica (CLESSIN, 1877). Rumänien, Komitat Vâlcea, Căpăţâna Gebirge, NE von Horezu, an Kalkwänden an beiden Seiten der Bistriţa Schlucht, 560 m ü. NN, UTM: KL 60, NMBE 22885 (H= 1.87 mm, D= 4.3 mm). Fig. 6. Vitrea szekeresi sp. nov. Rumänien, Komitat Gorj, 4.6 Km N von Cloşani (= N von Baia de Aramă), ca. 200–300 m E der Landstrasse, Motru Fluss rechtes Ufer, an Kalkfelsen, UTM: FQ 49, Paratypus NMBE 32779 (H= 2.2 mm, D= 5.1 mm) Tafel 1 Photos: E. Neubert (NMBE)
Abb. 12 in Revision der Vitrea-Arten der Südkarpaten Rumäniens mit Beschreibung einer neuen Art (Gastropoda, Pulmonata, Pristilomatidae)
Abb. 12: Troglovitrea argintarui NEGREA & RIEDEL, 1968, Rumänien, Komitat Gorj, Lupşa Tal, 1.1 Km W des Dorfes Motru Sec, 370 m ü. NN, UTM: FQ 48.
Tafel 2 in Revision der Vitrea-Arten der Südkarpaten Rumäniens mit Beschreibung einer neuen Art (Gastropoda, Pulmonata, Pristilomatidae)
Tafel 2: Fig. 7. Vitrea crystallina (O. F. MüLLER, 1774). Rumänien, Komitat Braşov, Piatra Craiului Gebirge, Anfang der Schlucht Prăpăstiile Zărneştilor, an Kalkfelsen, 930–950 m ü. NN, UTM: LL 64, NMBE 22520 (H= 1.75 mm, D= 3.4 mm). Fig. 8. Vitrea botterii (L. PFEIFFER, 1853). Rumänien, Komitat Vâlcea, Latoriţa Gebirge, Rudăreasa Tal N von Ciunget (= SSW von Sibiu), an Kalkfelsen, 680 m ü. NN, UTM: GR 23, aus MMM 91932/17 (H= 1.9 mm, D= 4.0 mm). Fig. 9. Vitrea jetschini (M. v. KIMAKOWICz, 1890). Rumänien, Komitat Gorj, 4.6 Km N von Cloşani (= N von Baia de Aramă), ca. 200–300 m E der Landstrasse, Motru Fluss rechtes Ufer, an Kalkfelsen, UTM: FQ 49, NMBE 32778 (H= 2.2 mm, D= 4.9 mm). Fig. 10. Vitrea subrimata (REINHARDT, 1871), Nominatunterart. Rumänien, Komitat Braşov, Piatra Craiului Gebirge, Anfang der Schlucht Prăpăstiile Zărneştilor, an Kalkfelsen ca. 1 Km in die Schlucht hinein, 930–950 m ü. NN, UTM: LL 64, NMBE 22482 (H= 1.25 mm, D= 2.6 mm). Fig. 11. Vitrea subrimata ssp. litoralis (CLESSIN, 1877). Rumänien, Komitat Caraş-Severin, Berg Domogled E von Băile Herculane, Jelărăului Tal, an Kalkfelsen und im Bachgenist, UTM: FQ 17, NMBE 22481 (H= 1.5 mm, D= 3.1 mm). Fig. 12. Troglovitrea argintarui NEGREA & GROSSU, 1968. Rumänien, Komitat Gorj, Lupşa Tal, 1.1 Km W des Dorfes Motru Sec, 370 m ü. NN, UTM: FQ 48, NMBE 32777 (H= 1.9 mm, D= 4.3 mm). Tafel 2 Photos: E. Neubert (NMBE), Photo Fig. 8: T. Deli
Abb. 11 in Revision der Vitrea-Arten der Südkarpaten Rumäniens mit Beschreibung einer neuen Art (Gastropoda, Pulmonata, Pristilomatidae)
Abb. 11: Vitrea szekeresi sp. nov., Rumänien, Komitat Gorj, 4.6 Km N von Cloşani (= N von Baia de Aramă), ca. 200–300 m E der Landstrasse, Motru-Fluss rechtes Ufer, an Kalkfelsen, UTM: FQ 49.
Abb. 10 in Revision der Vitrea-Arten der Südkarpaten Rumäniens mit Beschreibung einer neuen Art (Gastropoda, Pulmonata, Pristilomatidae)
Abb. 10: Vitrea jetschini (M. v. KIMAKOWICz, 1890), Rumänien, Komitat Gorj, Vâlcan Gebirge, Şuşiţa Seacă Tal N von Pârvuleşti (= N von Târgu Jiu), ca. 390 m ü. NN, UTM: FR 70.
Karte 7 in Revision der Vitrea-Arten der Südkarpaten Rumäniens mit Beschreibung einer neuen Art (Gastropoda, Pulmonata, Pristilomatidae)
Karte 7: Verbreitung der Vitrea botterii (L. PFEIFFER, 1853) (voller Punkt) und Vitrea jetschini (M. v. KIMAKOWICz, 1890) (halber Punkt) in den Südkarpaten.
ScienceDex guides
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These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
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.