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167 results for “granite”
Graniittipoika II - Granite Boy II
FI: Wäinö Aaltonen: Graniittipoika II, 1920-23, musta graniitti, korkeus 128 cm. Graniittipoika II on kauniin sileäpintaiseksi veistetty pienen pojan hahmo pyyhe lantiolle kiepautettuna. Lapsi katselee nöyrän surumielisenä alas jalkoihinsa. Taiteilijan perheessä teos tunnettiin lempinimellä Mahapoika, mikä viittasi hahmon pyöreään lapsenvatsaan. Veistos-aihe oli osa toteutumatonta suihkukaivosuunnitelmaa. Teoksesta tunnetaan erilaisia versioita. EN: Wäinö Aaltonen: Granite Boy II, 1920 – 23, black granite, height 4'2.4''/128cm. Granite Boy II is a beautifully smoothed sculpture of a boy with a towel wrapped around his waist. The child looks down at his feet with humble melancholy. This sculpture was known by the nickname Stomach Boy within Aaltonen's family. The theme of the sculpture was a part of an unrealized fountain design. There are various versions of this sculpture. Scan: Artec Leo Photogrammetry and textures: Reality Capture Model and texture cleaning: Blender Roughness maps etc: Materialize Source: Objaverse 1.0 / Sketchfab
Red granite lion of Amenhotep III (Polycam)
My third scan of this subject over 8 years - intersting to see updates in outputs from different software, + my capture and presentation skills :) **PhotoScan (Metashape), 2016** https://skfb.ly/KSzr **123D Cacth, 2014** https://skfb.ly/AXpu > Red granite statue of lion of Amenhotep III: this lion is depicted in a recumbent pose, forming a mirror image to its companion piece. [...] First a four-column text was engraved on the breast, identifying the monument as "The good god, lion of rulers, wild when he sees his enemies treading his path, [it is the king] ... divine ruler of Thebes, who brought it." ~ https://www.britishmuseum.org/collection/object/Y_EA2 **Dimensions** Height: 117 centimetres Length: 216 centimetres Width: 93 centimetres Created with Polycam. Source: Objaverse 1.0 / Sketchfab
Data from: Differential adaptation to a harsh granite outcrop habitat between sympatric Mimulus species
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Data from: Direct evidence of permeability evolution of Nanan granite after two cooling paths under different confining pressures: A comparative study
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The stress- and fluid-pressure-driven frictional slip data for variably roughened fractures in Gonghe granite
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Rephotography along the Salt and Gila Rivers in Maricopa County, AZ between Granite Reef Dam and Gillespie Dam (1895-1999)
Scanned black-and-white photographic images for the Salt and Gila Rivers in Maricopa, County, Arizona, between Granite Reef Dam and Gillespie Dam at 77 sites. Some sites lack images (they are known to exist, but the imagery is not useful). For each site, there is at least one historical image that starts the series, and then one, two, or three subsequent images that are re-photographs of the original sites decades later. The original images are from as early as the 1890s, but the majority are from the 1940s. Repeat photographs are from the 1980s and 1990s. Many of the original images are from U.S. Army Corps of Engineers flood project surveys in the 1940s. The images show changing conditions in and along the main river channels, documenting ecosystem adjustments in vegetation, geomorphology, and surface hydrology. Some images document change in the built environment in and near the rivers. In some cases, particularly in the central urban area, sites have become so altered that it is impossible to relocate the exact spot of the original image. At these sites the location of repeat images changed 10 m or less; in fewer than 5 cases modern construction obliterated the original site. GPS was not available at outset of the project, so that positions were located by alignment of landmarks and landscape features.
Intrinsic elastic anisotropy of Westerly granite observed by ultrasound measurements, microstructural investigations and neutron diffraction
<p>Westerly granite (WG) has been accepted as an isotropic homogeneous rock. Here we return to WG and observe significant elastic anisotropy using multidirectional ultrasonic sounding on spherical samples at pressures up to 400 MPa. Thermal treatment of WG leads to formation of microcracks that reduce elastic wave velocities and increase its elastic anisotropy. The 3D distribution of P-wave velocities at low pressure is close to orthorhombic symmetry. Application of hydrostatic pressure closes most of thermally induced microcracks and decreases elastic anisotropy of WG, but at high pressure the anisotropy is practically reversed compared to low pressure: maximum P-wave velocity direction at low pressures is near minimum velocity direction at high pressure and vice versa. To understand this effect, microstructures of the rock were investigated by optical and scanning electron microscopy. Preferred orientations of four major rock-forming minerals – quartz, orthoclase, plagioclase and biotite – were measured by time-of-flight neutron diffraction, which confirms significant crystal alignment. All these data were used to numerically model anisotropic elastic properties of WG. It is shown that WG possesses weak intrinsic elastic anisotropy related mainly to the preferred orientation of feldspars formed during igneous crystallization. Observed microcracks are mostly related to the cleavage planes of feldspars and biotite, and thus also demonstrate preferred orientation. Higher preheating temperatures produce larger quantity of longer microcracks. These microcracks act against the weak intrinsic elastic anisotropy of WG, and define the elastic anisotropy at low pressures.</p>
FIGURE 10 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 10. Hemidactylus rishivalleyensis sp. nov. in life. (A) male, (holotype, NCBS-BH728) and (B) female, (paratype, NCBS-BH729).
FIGURE 7 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 7. Hemidactylus rishivalleyensis sp. nov. (holotype, NCBS-BH728), (A) dorsal view of body, (B) ventral view of body, (C) dorsal view of tail, and (D) ventral view of tail. Scale bars 10 mm.
FIGURE 4 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 4. Cnemaspis rishivalleyensis sp. nov. in life. (A) male, (holotype, NCBS-BH723) and (B) female, (paratype, NCBS-BH724).
FIGURE 1 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 1. Distribution of the two new species, their sisters and allied species, and the other two species of geckos that have type localities around Rishi Valley, Chittoor District, Andhra Pradesh; and inset, maximum likelihood phylogeny of the south India clade. Forward slashes on phylogeny indicate that a section of those branches is not shown, numbers at nodes show bootstrap support (values <60 not shown), numbers in parentheses after taxon names indicate map locality. Species not shown in the tree and corresponding locality: Cnemaspis agarwali, 7; C. graniticola, 1; C. shevaroyensis, C. thackerayi, 6; C. yelagiriensis, 5; Cyrtodactylus rishivalleyensis, 1, 3; Cyrtodactylus srilekhae, 8.
FIGURE 6 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 6. The type locality of the two new species: Cave Rock Hill, Rishi Valley School, Chittoor District, Andhra Pradesh; (A) view from base of the hill and (B) view from the hill.
FIGURE 5 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 5. Type series of (A) Cnemaspis rishivalleyensis sp. nov. (from left to right, NCBS-BH724, NCBS-BH725, NCBS-BH627, NCBS-BH626,) and (B) type series of Hemidactylus rishivalleyensis sp. nov. (from left to right, NCBS-BH729, NCBS-BH730, NCBS-BH631, NCBS-BH632, NCBS-BH633, NCBS-BH634, NCBS-BH635,). Scale bars 10 mm.
FIGURE 2 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 2. Cnemaspis rishivalleyensis sp. nov. (holotype, NCBS-BH723), (A) dorsal view of body, (B) ventral view of body, (C) dorsal view of tail, and (D) ventral view of tail. Scale bars 10 mm.
FIGURE 8 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 8. Hemidactylus rishivalleyensis sp. nov. (holotype, NCBS-BH728), (A) dorsal view of head, (B) ventral view of head, (C) lateral view of head, (D) view of femoral region showing femoral pores, (E) ventral view of left manus, and (F) ventral view of left pes. Scale bars 10 mm.
FIGURE 3 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 3. Cnemaspis rishivalleyensis sp. nov. (holotype, NCBS-BH723), (A) dorsal view of head, (B) ventral view of head, (C) lateral view of head, (D) view of cloacal region showing precloacal and femoral pores, (E) ventral view of right manus, and (F) ventral view of right pes. Scale bars 5 mm.
FIGURE 9 in Geckos in the granite: two new geckos (Squamata: Gekkonidae) from rocky, scrub habitats in Rishi Valley, Andhra Pradesh, India
FIGURE 9. Details at mid-body of Hemidactylus rishivalleyensis sp. nov. (holotype, NCBS-BH728), (A) dorsal aspect and (B) ventral aspect. Scale bars 10 mm.
FIGURE 3. Zygoribatula colemani n in Zygoribatula colemani sp. nov (Acari, Oribatida, Oribatulidae) from Granite Outcrops in Georgia, USA, with a highly variable translamella
FIGURE 3. Zygoribatula colemani n. sp. adult: prodorsum of 15 specimens showing variation of translamella ranging from entirely absent (top left) to well developed (bottom right). Interlamellar setae broken in most specimens, represented only by alveoli.
FIGURE 4. Zygoribatula colemani n in Zygoribatula colemani sp. nov (Acari, Oribatida, Oribatulidae) from Granite Outcrops in Georgia, USA, with a highly variable translamella
FIGURE 4. Zygoribatula colemani n. sp. adult: A, Leg I (trochanter not included); B, Leg IV. Both in antiaxial aspect. Scale bar = 25 µm.
FIGURE 1. Zygoribatula colemani n in Zygoribatula colemani sp. nov (Acari, Oribatida, Oribatulidae) from Granite Outcrops in Georgia, USA, with a highly variable translamella
FIGURE 1. Zygoribatula colemani n. sp., adult (legs removed). A, dorsal view (the large oval outlines represent eggs); B, Ventral view (the thin double line passing through ad3 is part of an internal trachea); C, Lateral view. Scale bar = 100 µm.
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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)
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
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International Brain Laboratory public data
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OpenNeuro
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