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233 results for “turning”
Dataset for the article 'Reflecting on the quantitative turn in linguistics' (Linguistics 59.5)
<p>The TSV-file contains the data underlying the quantitative analysis presented in the article entitled 'Reflecting on the quantitative turn in linguistics' by Bernd Kortmann, published in Linguistics 59.5; see the article for details.</p>
Dataset for article 'Reflecting on the quantitative turn in linguistics' (Linguistics 59.5)
<p>Dataset for article 'Reflecting on the quantitative turn in linguistics', published in Linguistics 59.5. 380 articles from the journal 'English Language and Linguistics' are classified for the variables 'Year', 'Issue', 'Issue_Type', 'Author', 'Type', 'Quant '. See the article for details.</p>
FIGURE 7 in Before the summer turns to winter: the third labidostommatid genus from Baltic amber has subtropical kin
FIGURE 7: Distribution of the fossil E. glaesi and of the four extant species of the genus Eunicolina, shown on paleogeographic map of Europe (c. 40 Mya) (adapted from maps given by Charbit et al. 2007, Swedo, Sontag 2013, Scotese 1997).
FIGURE 6 in Before the summer turns to winter: the third labidostommatid genus from Baltic amber has subtropical kin
FIGURE 6: Genito-anal area: A – Disposition of genital and anal shields (drawn from the extant species E. travei) Aa, Ab: ventral view, female (a), male (b); Ac: male lateral view. Eunicolina glaesi n. sp.: B-C – extremity of the opisthosoma, lateral view (B) and interpretation (Ca, Cb, Cc).
FIGURE 5 in Before the summer turns to winter: the third labidostommatid genus from Baltic amber has subtropical kin
FIGURE 5: Eunicolina glaesi n. sp.: A – Oculo-pustular zone. bo.p: trichobthria, la?: supposed insertion of the la seta; lb: seta lb; ly: post-ocular lyriform organ; B – Detail of the PI tarsus showing the bidactylus claw, one of the two tarsal solnidia (ω). F?: possible famulus of the tarsus. Some insertions of setae are marked by circles.
FIGURE 3 in Before the summer turns to winter: the third labidostommatid genus from Baltic amber has subtropical kin
FIGURE 3:. Eunicolina glaesi n. sp.: A – Dorsal shield, anterior part; B – Detail of the posterior trichobothrium; C – Ventral view of epimeral plates and detail of ornamentation. Abbreviations: AS: additional posterior seate of the infracapitulum; bo.a, bo.p: anterior and posterior bothridia; CH: Chelicera; cha, chb cheliceral setae; gr, la: ocular and lateral setae of the dorsal shield; PI, PII: legs I and II; Pp: palp. ω1: tarsal solenidion of the palp.
FIGURE 1 in Before the summer turns to winter: the third labidostommatid genus from Baltic amber has subtropical kin
FIGURE 1: Eunicolina glaesi n. sp. — A. Lateral view, right side. B. Oculo-pustular zone, details. C. Detail of the cuticle, pattern in the lateral zone. D. Enlarged view of the acetabula IV, showing the villosity in pit PT ("puits tØgumentaire" in Coineau 1964). Abbreviations: BO.A, BO.P: anterior and posterior trichobothria; la, lb: lateral setae of the dorsal shield; da, db, dc: dorsal setae of the dorsal shield; EPI IV: fourth epimeral plate; PI, PIV: first and fourth legs. Star: possible lateral eye.
FIGURE 4 in Before the summer turns to winter: the third labidostommatid genus from Baltic amber has subtropical kin
FIGURE 4: Eunicolina glaesi n. sp.: A – The holotype piece, CHHC 588-13 (Hoffeins collection); B – Lateral view of the specimen of Eunicolina glaesi sp.nov.; C – Ventral view of infracapitulum and leg I.
Data from: Kinematic and hydrodynamic analyses of turning manoeuvres in penguins: Body banking and wing upstroke generate the centripetal force
<p>Penguins perform lift-based swimming by flapping their wings. Previous kinematic and hydrodynamic studies have revealed the basics of wing motion and force generation in penguins. Although these studies have focused on steady forward swimming, the mechanism of turning manoeuvres is not well understood. In this study, we examined the horizontal turning of penguins via 3D motion analysis and quasi-steady hydrodynamic analysis. Free swimming of gentoo penguins (<em>Pygoscelis papua</em>) at an aquarium was recorded, and body and wing kinematics were analysed. In addition, quasi-steady calculations of the forces generated by the wings were performed. Among the selected horizontal swimming manoeuvres, turning was distinguished from straight swimming by the body trajectory for each wingbeat. During the turns, the penguins maintained outward banking through a wingbeat cycle and utilized a ventral force during the upstroke as a centripetal force to turn. Within a single wingbeat during the turns, changes in the body heading and bearing also mainly occurred during the upstroke, while the subsequent downstroke accelerated the body forward. We also found contralateral differences in the wing motion; i.e., the inside wing of the turn became more elevated and pronated. Quasi-steady calculations of the wing force confirmed that the asymmetry of the wing motion contributes to the generation of the centripetal force during the upstroke and the forward force during the downstroke. The results of this study demonstrate that the hydrodynamic force of flapping wings, in conjunction with body banking, is actively involved in the mechanism of turning manoeuvres in penguins.</p>
Rapid acceleration offsets the costs of intermittent locomotion in lizards when turning
<p>Intermittent locomotion is a common locomotor mode in small vertebrates. Pausing is thought to aid in locating a predator or prey, enhanced crypsis, lowering energy costs, and/or maneuvering around obstacles or towards a refuge. Many lizards flee predators by turning as they pass a potential refuge and subsequently pause, presumably to conceal themselves. Intermittent locomotion may be associated with turning by allowing an animal time to assess its surroundings and/or decreasing the likelihood of losing its footing before or after turning. In this study, we quantify locomotor performance and the use of intermittent locomotion in Florida Scrub Lizards (<em>Sceloporus woodi</em>) when navigating either a 45° or 90° turn. Lizards paused in 92% of all trials, and yet despite pausing, linear speed was not different prior to entering or when exiting the turn. This result suggests that turning comes at minimal cost to forward speed for lizards under these conditions. The angle of the turn had no effect on whether lizards paused, nor was there a relationship with pausing before or after the turn. Interestingly, the speed in the turn did not differ in trials with a pause before the turn vs. trials without a pause. We found that lizards increase peak acceleration following pauses to achieve similar speed, and hence explain both why, and how, intermittent locomotion is such a common strategy in predator escape.</p>
Archival footage of Pompeii turned into a model
Just a test of the workflow described here: https://hcommons.org/deposits/item/hc:17869/ Still images extracted from https://www.youtube.com/watch?v=nSB2VeTeXXg ; stitched together with regard3d http://www.regard3d.org/ Interesting how the watermark came through the process. At anyrate, with more fiddling of the various parameters, I'm sure that better results could come through. The present object is generated using all of the defaults except in the compute matches step, where I dialed up the gain to 11 (as it were). Sort of a nightmare-Inception-style-o-thing going on, yeah. Source: Objaverse 1.0 / Sketchfab
Farin's Turn - Memorial
Farin's turn Was given its name in 1949, when Brno held the first and last race of F1 in the territory of Czechoslovakia. After the start of the race, the Siamese (today's Thailand) Prince Bira led Maserati, followed by Italian Farina, and Maserati. In this left-hand corner, Farina attempted to overtake Biru in the first round, but his maneuver was skewed, the car left the track and entered the audience. Twelve people were injured, of whom two young men died. Giuseppe Farina was slightly injured. In remembering this tragic event, this section is called Farin's turn. Photogrammetry from 142 photos. Source: Objaverse 1.0 / Sketchfab
Optimal Patient Turning for Reducing Hospital Acquired Pressure Ulcers
ClinicalTrials.gov study NCT02533726. IPD Sharing: Not stated. Countries: 1. Publications: 1.
Data from: Afforestation-related fertilisation quickly turns barren cutaway peatland into a carbon dioxide sink
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Suction feeding turned on its head: a functional novelty facilitates lower jaw protrusion
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Data from: Flight power muscles have a coordinated, causal role in controlling hawkmoth pitch turns
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Data from: Turning the tide: A 2°C increase in heat tolerance can halve climate change induced losses in four cold-adapted kelp species
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Data from: Kinematic and hydrodynamic analyses of turning manoeuvres in penguins: Body banking and wing upstroke generate the centripetal force
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Turning summer into winter: nutrient dynamics, temperature, density dependence, and invasive species drive bioenergetic processes and growth of a keystone coldwater fish
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A method for considering road curvature's impact on aggressive turning
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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
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