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120 results for “LUT”
Data for Table S10 of the article "Source-to-sink aeolian fluxes from arid landscape dynamics in the Lut Desert"
<p>Exhaustive list of the 227 individual denudation rates in arid areas compiled to estimate median denudation rate and sediment discharge for the internal river system of the Lut watershed.</p>
Morpho-sedimentary outlines displayed in Figures 1, S1, and S6-S15 of the article "Source-to-sink aeolian fluxes from arid landscape dynamics in the Lut Desert"
<p>Morpho-sedimentary outlines of the aeolian landforms in the Lut Desert.</p>
Material related to the blog that reports on the parrot LUT
<p><strong>Material related to the blog that reports on the parrot LUT</strong></p> <p>The blog was published at the Node: <a href="http://thenode.biologists.com/parrot-lut/research/">http://thenode.biologists.com/parrot-lut/research/</a></p> <p> </p> <p><strong>-Source</strong></p> <p>The ‘morgenstemning’ LUT was originally described in:</p> <p>M. Geissbuehler and T. Lasser - "How to display data by color schemes compatible with red-green color perception deficiencies”, Optics Express, 2013</p> <p>The ‘inferno’ LUT was originally created by Stéfan van der Walt and Nathaniel Smith (<a href="http://bids.github.io/colormap/">http://bids.github.io/colormap/</a>).</p> <p>The ‘pseudocolorMM’ LUT was derived from MetaMorph software (version 7.6).</p> <p>The ‘royal’ and ‘Fire’ LUT are available in ImageJ (version 1.49j)</p> <p>The ‘parrot’ LUT was designed by Joachim Goedhart and first described here:<br> <a href="http://thenode.biologists.com/parrot-lut/research/">http://thenode.biologists.com/parrot-lut/research/</a></p> <p><br> <strong>-Distribution</strong></p> <p>The colormaps Magma, Inferno, Plasma and Viridis are available under a CC0 "no rights reserved" license (<a href="https://creativecommons.org/share-your-work/public-domain/cc0">https://creativecommons.org/share-your-work/public-domain/cc0</a>) and are present in FIJI.</p> <p><br> The colormaps Mongenstemning & Parrot are free software: you can redistribute them and/or modify<br> it under the terms of the GNU General Public License as published by<br> the Free Software Foundation, either version 3 of the License, or<br> (at your option) any later version.</p> <p>These colormaps are distributed in the hope that they will be useful,<br> but WITHOUT ANY WARRANTY; without even the implied warranty of<br> MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the<br> GNU General Public License for more details: <<a href="http://www.gnu.org/licenses/">http://www.gnu.org/licenses/</a>>.</p>
FIGURE 3 in First report of Quaternary mammals from the Qalehjough area, Lut Desert, Eastern Iran
FIGURE 3. Stratigraphic section and the situation of fossil occurrence in Qalehjough fossil site (drawn by Narges Hashemi).
FIGURE 2. 1 in First report of Quaternary mammals from the Qalehjough area, Lut Desert, Eastern Iran
FIGURE 2. 1, Map depicting major cities and local villages around the Qalehjough fossil site. 2, Photograph of the fossil bearing sediments (photographed by Narges Hashemi).
FIGURE 1 in First report of Quaternary mammals from the Qalehjough area, Lut Desert, Eastern Iran
FIGURE 1. Locations of the Qalehjough fossil site, near Faizabad of Khorassan Razavi province, and other Quaternary fossil sites in Iran. Fossil vertebrate assemblages from these sites consist of following elements (E = Equus, R = Rhinocerotidae, and C = Caprinae): Qalehjough (E, R, C), Tapeh Naderi (E, C), Shadiakh (E, C), Qazvin (E, R, C), Saveh (E, R), Luristan (E), Qaleh bozi (E, R, C), Kermanshah (E, R), Shahreza (E), and Shahre Soukhteh (E).
FIGURE 4 in First report of Quaternary mammals from the Qalehjough area, Lut Desert, Eastern Iran
FIGURE 4. Photographs of selected vertebrate fossils from the Qalehjough fossil site. 1-2, a right P4 of Stephanorhinus cf. kirchbergensis (QHJ-45) in lateral (1) and occlusal (2) views. 3-5, three incisors of Equus (QHJ-12–14) in lateral views. 6-7, a right M3 of Equus (QHJ-22) in lateral (6) and occlusal (7) views. 8-9, a left M3 of Equus (QHJ-42) in lateral (8) and occlusal (9) views. 10, a first phalange of Sus (QHJ-37) in lateral view. 11, a left mandible of Ovis aries with P4 (QHJ-44) in lateral view. 12-13, a left M2 of O. aries (QHJ-5) in lateral (12) and occlusal (13) views. 14, a left mandible of Bos (QHJ-1) in lateral view. 15-16, a horn core (mesiodistal part) of Bos (QHJ-26) in internal (15) and external (16) views. 17-18, a left M2 of Gazella (QHJ-23) in lateral (17) and occlusal (18) views. Scale bars equal 1 mm.
Milky Way Arch over Lut Desert, Iran, by Amirreza Kamkar, Iran (Islamic Republic of)
<p>Second place in the 2021 IAU OAE Astrophotography Contest, category Wide star fields.</p> <p>This panoramic dawn image shows the majestic band of the Milky Way – our home Galaxy – made up of a few hundred billion stars, among other structures, most of which are not detectable by our eyes, or in some cases even directly with telescopes. The appearance of the band is because the Milky Way is a disc-shaped galaxy, and we (Earth/Solar System) are situated within the disc.</p> <p>Diverse cultures and traditions around the world each have their own name and cultural stories for the Milky Way. The dark regions visible in the Milky Way are large, dense, cool nebulae (clouds of dust and gas), which obscure the light from stars in the Milky Way. The Indigenous Australians associate stories with the dark patches of the Milky Way, one of the most prominent being the Emu in the Sky (called Tchingal in Wotjobaluk country). In and around the band of the Milky Way there are a vast range of star clusters, two familiar ones are M6 (Butterfly cluster) and M7 (Ptolemy’s cluster).</p> <p>The bright point just above the horizon is the planet Venus (known to the Boorong people of Indigenous Australia as Chargee Gnowee, elder sister of the Sun). Within the band of the Milky Way the brightest point in the image is the planet Jupiter (called Ginabongbearp, the Sulphur-crested white cockatoo by the Boorong). The planet Saturn is the bright point between Venus and Jupiter (closer to Venus than Jupiter).</p> <p>There are two constellations and one asterism that can be easily discerned in the image: Aquila, Scorpio (Maui’s Hook), and Teapot (asterism in Sagittarius). In this image, the center of the Milky Way at an approximate distance of 26,000 light years from Earth, is located roughly to the top right of the Teapot spout.</p> <p>The bright red-orange point to the right of Jupiter is the red supergiant star Antares and is part of the constellation Scorpio (known as Maui’s Hook in Māori and Polynesian cultures). This variation in the colour of stars is the result of temperature of the stars (lower temperature stars are redder, higher temperatures stars are bluer).</p> <p>Credit: Amirreza Kamkar/IAU OAE</p>
HETEAC – The Hybrid End-To-End Aerosol Classification model for EarthCARE: Look-Up Table (LUT) for aerosol mixtures
<p>The dataset contains the look-up table (LUT) of EarthCARE’s Hybrid End-To-End Aerosol Classification (HETEAC) model. The LUT contains optical and radiative parameters for four pure aerosol components (fine mode weakly absorbing, fine mode strongly absorbing, coarse mode spherical and coarse mode non-spherical) and their mixtures. In total, 314 aerosol mixtures are considered. The LUT returns the mixing state of an aerosol mixture based on the lidar ratio and the particle linear depolarization ratio at 355 nm. The mixing state is expressed in terms of relative volume contribution of the four pure aerosol components. Additionally, the LUT returns the effective radius, the asymmetry parameter, the single scattering albedo (at 355, 532, 550, 670, 865, 1064, 1650 and 2210 nm) and the Angstrom exponent (at 28 wavelength combinations) of the aerosol mixture. The lidar ratio and the particle linear depolarization ratio is also provided at 532, 550, 670, 865, 1064, 1650 and 2210 nm.</p> <p>The datafile contains two top-level groups: the HeaderData, which contains the header variables, and the ScienceData with the variables. The latter contains two groups, the AerosolComponents, which includes the aerosol-component-related optical and microphysical variables, and the LookUpTable, which contains the HETEAC LUT variables.</p> <p>The variables included in the datafile are listed below. For each variable, a full description is provided in the long_name attribute.</p> <ul> <li>HeaderData <ul> <li>angstrom_exponent_header</li> </ul> </li> <li>ScienceData <ul> <li>AerosolComponents <ul> <li>backscatter</li> <li>effective_radius</li> <li>extinction</li> <li>logarithmic_width</li> <li>mode_radius_number</li> <li>mode_radius_volume</li> <li>particle_linear_depolarization_ratio</li> <li>refractive_index_imaginary</li> <li>refractive_index_real</li> <li>scattering</li> </ul> </li> <li>LookUpTable <ul> <li>angstrom_exponent</li> <li>asymmetry_parameter</li> <li>effective_radius</li> <li>lidar_ratio</li> <li>particle_linear_depolarization_ratio</li> <li>relative_volume_contribution</li> <li>single_scattering_albedo</li> </ul> </li> <li>radiation_wavelength</li> </ul> </li> </ul> <p>Contact</p> <p>For any further clarifications or expression of interest with respect to the EarthCARE LUT, please contact Ulla Wandinger (ulla.wandinger@tropos.de) and/or Athena Augusta Floutsi (floutsi@tropos.de).</p> <ul> </ul>
Cană lut
Vas de culoare brun cenușiu, lucrat cu mâna din pastă poroasă cu impurități în compoziție. Vas cu profil aproape drept, prevăzut cu o toartă. Decorul este format din butoni cilindrici și brâu cu alveole mici, ușor reliefat și poziționat oblic. Din punct de vedere al materialului, tehnicii, formei și decorului, acest tip de vas își găsește analogii în ceramica grupului cultural Sântana de Mureș-Cerneahov. Pe raza județului Giurgiu, astfel de vase sunt documentate în necropola de la Oinacu, datată în cea de-a doua jumătate a sec. al IV-lea p.Chr. Piesa se află în colecția Muzeului Județean "Teohari Antonescu", din Giurgiu. Source: Objaverse 1.0 / Sketchfab
Strecurător din lut – Zalău
Lucrat din lut ars, smălţuit în interior şi exterior cu smalţ verde - ocru, prevăzut cu două torţi, neornamentat. Folosit în gospodărie. Source: Objaverse 1.0 / Sketchfab
Castelul De Lut Valea Zanelor, Romania | 3D Scan
The Clay Caslte was build in 2014 in a very unique style to match other nearby landmarks, it's a great relaxation place for tourists coming to Romania. This 3d reconstruction was done in Agisoft software from 206 frames from this drone video: https://www.youtube.com/watch?v=QAOUjODRy_0 Source: Objaverse 1.0 / Sketchfab
Podoabă (mărgea de lut)
Mărgea geto-dacică descoperit la Greaca-Valea Fântânilor, în 1987. Este de formă cilindrică, lucrată cu mâna din pastă poroasă. Întreaga suprafață a piesei este pictată cu o nuanță de galben. Decorul este compus din două fețe umane reprezentându-l pe Ianus Bifrons (I.B.) (V. Sîrbu et al., 1996, 63, fig. 96/10). IANUS: Străveche divinitate romană, zeu al porților, al începuturilor, al trecerilor, reprezentate simbolic prin intrări. De obicei, Ianus Bifrons era reprezentat cu două fețe orientate în direcții opuse. Source: Objaverse 1.0 / Sketchfab
LUT_HST_FIRI
<h2>Test 1:</h2> <p>This test is of an image to see if it can be displayed in the page or not.</p> <p>*Image not being displayed in metadata*<strong>.</strong> Alternative is to share image in the files and reference it in the metadata</p> <p> </p> <h2>Test 2:</h2> <p>This test is including a random url to a something (a random video in this case): <a title="Benefits of eating dates Title to display" href="https://youtu.be/QNJW0gxUY2Q?si=uQpxr15Y9yH8TDSE" target="_blank" rel="noopener">Benefits of eating dates text to display</a></p> <p> </p> <h2>Test 3:</h2> <p>This test is to check if version is being allowed. And also to check if data can be added after publishing or no.<br>*Allows for version control. New files can be added and removed using versioning. Otherwise only metadata can be edited without creating new versions*</p> <p> </p> <h2>Test 4:</h2> <p>This test is to check if different file formats such ipynb or .m files are accepted</p> <p> </p> <p> </p>
Clinical Trial on the Effectiveness of TUMT Compared to PAE in Reducing Severe LUTS in Men with BPH
ClinicalTrials.gov study NCT05686525. IPD Sharing: NO. Countries: 1. Publications: 1.
A Study of Mirabegron (YM178) in Men With Lower Urinary Tract Symptoms (LUTS) and Bladder Outlet Obstruction (BOO)
ClinicalTrials.gov study NCT00410514. IPD Sharing: Not stated. Countries: 2. Publications: 1.
Effectiveness of onaBoNT-A vs Oral Tamsulosin in Men With BPH and LUTS
ClinicalTrials.gov study NCT01589263. IPD Sharing: NO. Countries: 1. Publications: 3.
FIGURE 57 in Lutophila gen. nov., a new diatom genus from the hottest place on Earth, Lut Desert, Iran
FIGURE 57. Variation in valve length and width for the two new species of Lutophila (L. iranica Morphotype 1—black; L. iranica Morphotype 2—grey).
FIGURES 49–56 in Lutophila gen. nov., a new diatom genus from the hottest place on Earth, Lut Desert, Iran
FIGURES 49–56. SEM micrographs of Lutophila iranica Morphotype 2, type material, scale bars as indicated. Figs 49–52. External valve view with hymenate areolation. Fig. 49. Entire valve. Fig. 50. Central area with proximal raphe endings straight and slightly expanded. Fig. 51. Headpole of the valve with distal raphe endings curved. Fig. 52. The mantle with foriculate areolae. Figs 53–56. Internal valve view. Fig. 53. Entire valve with striae composed of two rows of macroareolae, one on valve face and one on mantle. Fig. 54. Central area with straight proximal raphe endings. Fig. 55. Valve end showing helictoglossum and expanded terminal raphe end slightly curved. Fig. 56. Valve end showing simple girdle bands.
FIGURES 5–40 in Lutophila gen. nov., a new diatom genus from the hottest place on Earth, Lut Desert, Iran
FIGURES 5–40. LM micrographs of Lutophila iranica and the morphotypes from the Central Lut Desert. Figs 5–12. Type population of L. iranica Morphotype 1. Figs 5–9. Valve views of L. iranica Morphotype 1. Fig. 6. L. iranica Morphotype 1 holotype specimen ANSP GC-38128. Fig. 8. L. iranica Morphotype 1 isotype specimen SMM MBE-2561a. Figs 11–12. Girdle views of L. iranica Morphotype 1. Figs 13–22. Paratype population of L. iranica Morphotype 1. Figs 13–21. Valve view of L. iranica Morphotype 1. Fig. 22. Girdle view of L. iranica Morphotype 1. Figs 23-29. Valve view of L. iranica Morphotype 2. Fig. 26. L. iranica morphotype 2 specimen from ANSP GC-38128. Fig. 27. L. iranica Morphotype 2 specimen from SMM MBE-2561a. Fig. 30. Girdle view of L. iranica Morphotype 2. Figs 31–40. Paratype population of L. iranica Morphotype 2. Figs 31–39. Valve view of L. iranica Morphotype 2. Fig. 40. Girdle view of L. iranica Morphotype 2. Scale bar 10 µm (Fig. 12).
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